This document describes various rehabilitation equipment produced by Guangzhou Yikang Medical Equipment Industrial Co., Ltd. It includes elbow, shoulder, wrist, and limb rehabilitation devices that can increase joint motion and muscle strength through isotonic training. It also includes massage chairs, weighing scales, lifting devices, parallel bars, and rehabilitation tables to aid in patient treatment and recovery. The equipment uses stepless resistance and displays training metrics in real-time to monitor progress.
This document discusses research on the role of hamstring muscles in horizontal ground reaction force production during sprint acceleration. The research found that horizontal ground reaction force and impulse are paramount for sprint acceleration. Elite athletes produced higher ratios of horizontal to vertical forces at high speeds. Preliminary results from studies using instrumented treadmills, force plates, electromyography, and isokinetic testing found that horizontal ground reaction force during initial acceleration correlated with eccentric hamstring torque and gluteus muscle activity late in the swing phase. This suggests that the ability of hip extensor muscles like the hamstrings and glutes to produce force may be important for generating high horizontal forces required for maximal sprint acceleration.
This document discusses iso-inertial exercise technology as an additive in sports medicine physiotherapy. It defines iso-inertial exercise as movements with a constant load facilitated by devices using flywheels to provide constant resistance throughout range of motion. Such technology is beneficial for improving muscle strength, power and preventing injuries in athletes and those in rehabilitation by providing high intensity eccentric training. The document concludes iso-inertial exercise technology is a useful physiotherapy tool for sports professionals seeking to enhance performance.
The document summarizes recent advances in ACL rehabilitation based on criteria-based guidelines. It discusses:
1) Post-operative rehabilitation is divided into early, intermediate, and late phases focused on restoring range of motion, strength, and neuromuscular control through specific exercises.
2) Rehabilitation criteria include benchmarks for knee flexion and extension range of motion, quadriceps strength, and gait that must be met before progressing between phases.
3) Recent rehabilitation emphasizes weight-bearing exercises, proprioception training, and criteria-based return to sport to reduce reinjury risk and optimize outcomes.
ICTS Sevilla 2016 - FVP profiling for team sport performance and injury manag...JB Morin
- The document discusses force-velocity-power (FVP) profiling methods for assessing athletic performance and managing injuries.
- Simple field methods like loaded squat jumps can be used to establish an individual's FVP profile and identify imbalances that may be targeted with optimized training.
- Monitoring the ratio of horizontal to total ground reaction forces during sprint acceleration can provide insight into mechanical effectiveness that relates to performance.
- Research has explored using FVP profiling to individualize training based on deficits, its relationship to injury risk, and the importance of hip extensors in force production during sprinting.
Seated Human Spine Response Prediction to Vertical Vibration via Artificial...abdulaziznaser2012
Harmonic vibration and shock can create health problem in long term especially in heavy duty machineries such as bus, truck, agricultural tractor and mine excavators. People are interested in remove this undesirable vibration by seat suspension systems. In design of seat suspension biodynamic models are necessary, and having that can help to researchers to predict human body behavior. Artificial neural network is a new computation method which is good for this purpose. In this study, an artificial neural network model was established based on experimental data to represent response of spine to the vertical vibration. The accuracy of this model is high (over 90%) in comparison to previous models like as lumped or finite elements models. Also, weight and height are considered in this model as inputs. Achieved bio dynamic ANN model can be used in other research purpose such as seat suspension optimization or adaptive seat suspension control systems.
This document provides a rehabilitation protocol for meniscal repairs, outlining 3 phases. Phase 1 (weeks 1-6) focuses on maximum protection with limited weight bearing, range of motion up to 90 degrees, and isolated strengthening exercises. Phase 2 (weeks 6-10) allows for increased range of motion, weight bearing, and addition of balance and coordination exercises. Phase 3 (weeks 11-15) emphasizes return to sport activities with power and endurance exercises if criteria are met, with return to full activity permitted once fully recovered. An accelerated protocol is also described, progressing patients more quickly by advancing to full weight bearing and range of motion by 2 weeks.
This document discusses muscular power and sprint performance in masters athletes. It describes how muscular power and explosiveness decline with age but can be maintained through continued training. It also summarizes several studies that have examined the effects of aging on sprint performance and the underlying muscular and mechanical factors through methods like force plates and instrumented treadmills. Specifically measuring force, velocity and power outputs during sprinting can provide insights not possible through isolated strength or jump tests. With the right equipment, field-based measurements may also allow studying the determinants of sprint performance in older athletes.
Design and control of an exoskeleton based device for hand rehabilitationHossein Hajiyan, Ph.D.
In this paper, a new exoskeleton-based design is proposed that imitates natural hand movements for rehabilitation purposes. For controlling the motion of the proposed design, we subsequently designed five different controllers computed torque control (CTC), PD, PID, and two sliding mode controllers
(SMC). It was shown that the second sliding mode controller resulted in improved trajectories that were chosen based on the natural hand movements. The proposed design along with the sliding mode controller has the potential to be used as a continues passive machine (CPM) resulting in an improved recovery of injured hand for patients after stroke or post-surgical training.
This document discusses research on the role of hamstring muscles in horizontal ground reaction force production during sprint acceleration. The research found that horizontal ground reaction force and impulse are paramount for sprint acceleration. Elite athletes produced higher ratios of horizontal to vertical forces at high speeds. Preliminary results from studies using instrumented treadmills, force plates, electromyography, and isokinetic testing found that horizontal ground reaction force during initial acceleration correlated with eccentric hamstring torque and gluteus muscle activity late in the swing phase. This suggests that the ability of hip extensor muscles like the hamstrings and glutes to produce force may be important for generating high horizontal forces required for maximal sprint acceleration.
This document discusses iso-inertial exercise technology as an additive in sports medicine physiotherapy. It defines iso-inertial exercise as movements with a constant load facilitated by devices using flywheels to provide constant resistance throughout range of motion. Such technology is beneficial for improving muscle strength, power and preventing injuries in athletes and those in rehabilitation by providing high intensity eccentric training. The document concludes iso-inertial exercise technology is a useful physiotherapy tool for sports professionals seeking to enhance performance.
The document summarizes recent advances in ACL rehabilitation based on criteria-based guidelines. It discusses:
1) Post-operative rehabilitation is divided into early, intermediate, and late phases focused on restoring range of motion, strength, and neuromuscular control through specific exercises.
2) Rehabilitation criteria include benchmarks for knee flexion and extension range of motion, quadriceps strength, and gait that must be met before progressing between phases.
3) Recent rehabilitation emphasizes weight-bearing exercises, proprioception training, and criteria-based return to sport to reduce reinjury risk and optimize outcomes.
ICTS Sevilla 2016 - FVP profiling for team sport performance and injury manag...JB Morin
- The document discusses force-velocity-power (FVP) profiling methods for assessing athletic performance and managing injuries.
- Simple field methods like loaded squat jumps can be used to establish an individual's FVP profile and identify imbalances that may be targeted with optimized training.
- Monitoring the ratio of horizontal to total ground reaction forces during sprint acceleration can provide insight into mechanical effectiveness that relates to performance.
- Research has explored using FVP profiling to individualize training based on deficits, its relationship to injury risk, and the importance of hip extensors in force production during sprinting.
Seated Human Spine Response Prediction to Vertical Vibration via Artificial...abdulaziznaser2012
Harmonic vibration and shock can create health problem in long term especially in heavy duty machineries such as bus, truck, agricultural tractor and mine excavators. People are interested in remove this undesirable vibration by seat suspension systems. In design of seat suspension biodynamic models are necessary, and having that can help to researchers to predict human body behavior. Artificial neural network is a new computation method which is good for this purpose. In this study, an artificial neural network model was established based on experimental data to represent response of spine to the vertical vibration. The accuracy of this model is high (over 90%) in comparison to previous models like as lumped or finite elements models. Also, weight and height are considered in this model as inputs. Achieved bio dynamic ANN model can be used in other research purpose such as seat suspension optimization or adaptive seat suspension control systems.
This document provides a rehabilitation protocol for meniscal repairs, outlining 3 phases. Phase 1 (weeks 1-6) focuses on maximum protection with limited weight bearing, range of motion up to 90 degrees, and isolated strengthening exercises. Phase 2 (weeks 6-10) allows for increased range of motion, weight bearing, and addition of balance and coordination exercises. Phase 3 (weeks 11-15) emphasizes return to sport activities with power and endurance exercises if criteria are met, with return to full activity permitted once fully recovered. An accelerated protocol is also described, progressing patients more quickly by advancing to full weight bearing and range of motion by 2 weeks.
This document discusses muscular power and sprint performance in masters athletes. It describes how muscular power and explosiveness decline with age but can be maintained through continued training. It also summarizes several studies that have examined the effects of aging on sprint performance and the underlying muscular and mechanical factors through methods like force plates and instrumented treadmills. Specifically measuring force, velocity and power outputs during sprinting can provide insights not possible through isolated strength or jump tests. With the right equipment, field-based measurements may also allow studying the determinants of sprint performance in older athletes.
Design and control of an exoskeleton based device for hand rehabilitationHossein Hajiyan, Ph.D.
In this paper, a new exoskeleton-based design is proposed that imitates natural hand movements for rehabilitation purposes. For controlling the motion of the proposed design, we subsequently designed five different controllers computed torque control (CTC), PD, PID, and two sliding mode controllers
(SMC). It was shown that the second sliding mode controller resulted in improved trajectories that were chosen based on the natural hand movements. The proposed design along with the sliding mode controller has the potential to be used as a continues passive machine (CPM) resulting in an improved recovery of injured hand for patients after stroke or post-surgical training.
There are different types of unloader braces that use various mechanical forces like belts or metal mechanics to create joint space in the knee and reduce pain. Unloader braces can improve body function, decrease joint pain, reduce the need for medications, and decrease disability by applying a force couple to increase the meniscus distance and change x-ray findings. Research has found unloader braces can positively impact medial compartment separation, varus angulation, femoral-tibial angle, gait analysis, and propulsive force.
Design and development of a test rig to estimate fatigue life of the timing b...eSAT Journals
Abstract Timing belt mechanism of an internal combustion engine synchronizes the rotation of the crankshaft and camshaft. The power developed in I.C. engine, some power of that is utilized to operate timing belt mechanism. Timing valves are operated by camshaft with lever and spring mechanism. Engine valve should open and close at proper time during each inlet and exhaust strokes of the cylinder. The failure of timing belt in I.C. engine leads to problem to valve timing and this can cause collision between valves and piston in engines. It can causing serious engine damage by bending valves and breaking piston and it leads to complete breakdown or catastrophic engine failure. A large number of factors have influence on timing belt drive’s lifetime: wear, amount of transmitted power, operating environment, coaxiality of shafts and belt pulleys, handling before and during assembly and others. Failure of belt most frequently occurs because of damage of belt’s and belt pulley’s teeth or damage of tractive element due to wear and fatigue. Considering their purpose and very important role in transmission of power, motion and valve timing, it is necessary to know fatigue life of timing belt. The study was thus needed to analyze fatigue failure of timing belt. The paper includes designing and development of a test rig for estimation fatigue life of timing belt. Test rig is developed based on ISO and Automotive industry standards. The study involves observation of change of physical properties, wear and geometric parameters of the belt. Thereafter tooth deflection and tooth root strain is obtained by calculation. Tooth deflection and tooth root strain play important role in fatigue of the belt. Keywords: Timing belt mechanism, Timing belt, Physical properties, Geometric parameter, Wear, Tooth deflection, tooth root strain.
Designof a fully passive prosthetic kneevaasukrishhna
This document presents the design of a low-cost prosthetic knee mechanism that aims to replicate able-bodied knee motion. It includes three key axes for the mechanism's function and uses springs, dampers, and differential damping to achieve normative kinematics. Preliminary user trials were conducted with two subjects in India to test the mechanism's ability to provide a smooth stance to swing transition. Future work will focus on further optimizing the mechanism's kinematics. The ideal prosthesis would be highly realistic to provide users with self-confidence.
The document summarizes a structural analysis and optimization of a mountain bike frame. The analysis was conducted using ANSYS software to determine the frame's behavior under static loads, perform natural frequency analysis, and study the effects of different materials (aluminum, titanium, carbon fiber) and rider weights. The initial analysis found high stresses and displacements at certain points. To address this, the frame geometry was optimized by adding small supporting tubes to critical failure areas. The optimized frame showed improvements like reduced maximum stress and displacement values across all materials. In conclusion, the structural behavior of the mountain bike frame under loading conditions was characterized, and the frame design was improved through optimization to strengthen weak points identified in the analysis.
This document outlines an ACL reconstruction rehabilitation protocol with the following key phases:
1. The preoperative phase focuses on controlling pain and swelling, restoring range of motion through various exercises, and developing muscle strength before surgery.
2. Understanding the surgery involves a local anesthetic injection for pain control, potential use of a drainage tube, and a Cryocuff being applied before leaving the operating room.
3. The postoperative phases involve strict guidelines for range of motion and strength exercises over the first 6-12 months to ensure a full recovery, including the use of crutches, bracing, cycling and other low-impact activities.
The ACL provides primary stability to the knee by limiting anterior tibial translation. It has an average tensile strength of 2160 N. An ACL tear is commonly seen in sports involving sudden stops and changes in direction. Clinical exams like the Lachman and anterior drawer tests can indicate an ACL tear. MRI is the gold standard for diagnosis. Treatment options include conservative management or arthroscopic reconstruction using grafts like hamstring tendons. Post-op rehabilitation is crucial and athletes may return to sports around 6-9 months following surgery.
This document discusses anterior cruciate ligament (ACL) injuries and recovery options. It lists several notable athletes who suffered ACL tears in 2013, then outlines a non-surgical recovery option involving physical therapy, ibuprofen, elevation, ice, and bracing. The document goes on to provide background on the ACL, risk factors for tears, graft replacement options, and a 5-phase example protocol for ACL rehabilitation.
This document describes the design of a mechanical link system to generate the motion of a normal human gait pattern for lower extremity rehabilitation. Key points:
- A two degree-of-freedom pendulum system is used for each leg, with frames connected to wheels that rotate at a constant speed to drive the system.
- Optimization is used to select link lengths and joint positions to minimize the error between the generated and desired gait patterns.
- The link system is intended to guide patient movement for rehabilitation without direct actuation or control at the joints, relying instead on elastic components between the system and patient.
- This design aims to provide gait pattern guidance mechanically without active control systems, reducing
The document discusses ACL injuries of the knee, including causes, symptoms, diagnosis, and treatment options. ACL injuries can range from grade I (microtears) to grade III (complete tear). Treatment may involve RICE, bracing, rehabilitation, or surgical reconstruction depending on the severity of injury and patient factors. Surgical reconstruction replaces the torn ACL with a tendon graft and aims to restore stability and function while allowing return to sports.
This paper of finite element analysis of the rib cage model is applied to recognize stress distributions and to determine the rate of bone fractures(especially for pathologically changed bones). Also to determine the load and stress to occurs on the human rib cage at any accident. Also find the maximum load sustain capacity of human rib cage and according to the load sustain capacity of the human rib cage by finite element analysis and search a material as like a bone cement and it take on a rib fracture and see the result . This paper is only of to nullify the rib fracture as present medical treatment give the elastic belt but due to respiration, the human ribs are contract and relax that’s the rib fracture are only minimize not a nullify. The human models are considered in between age 15 to 40 year. The Simulation result shows a good agreement with the cadaver test data.
The document describes the development of an ankle dynamometer device to measure ankle strength. It discusses shortcomings of current devices, which are either too expensive, large, or inaccurate. The proposed design aims to be inexpensive, portable, and provide accurate measurements. Several prototype designs are presented. The first prototype included a wood base with knee brace and straps. The second prototype separated the design into a base with adjustable slide for the foot and a cupped back piece with blood pressure cuff. Force sensors were added to measure applied force. The goal is a device that physical therapists can easily use to track patient rehabilitation progress affordably.
This document provides information on various orthopaedic supports and braces, including their indications, mode of action, and features. It describes a knee brace that provides flexion and extension limitations, as well as cervical collars, shoulder supports, elbow supports, and wrist supports. For each product, it lists the medical conditions it can be used for, how it works to support the body part, and design aspects like padding, adjustability, and materials.
This document provides an overview of a rehabilitation protocol for physical therapists treating skiers returning to sport after ACL reconstruction surgery. It begins with background on ACL anatomy and biomechanics, common ski injuries and risk factors. It then outlines a 4-phase rehabilitation program including acute, advanced, sport-specific training and return-to-sport phases. Each phase has specific goals and exercises proposed. Functional tests like the Vail Sport Test are recommended for evaluation. Bracing techniques are also discussed controversially regarding return to skiing.
The document provides information on anterior cruciate ligament (ACL) reconstruction surgery and rehabilitation. It describes the function of the ACL, common injury mechanisms, surgical procedure which replaces the torn ACL with a graft, and postoperative rehabilitation aims which focus on regaining full extension and flexion while controlling swelling in the early phases before progressing to strength exercises. The goal of surgery and rehabilitation is to prevent repeated instability and allowing return to sport activities in most patients.
This document provides a design report for a BAJA SAE vehicle called Team Twran. It summarizes the vehicle's specifications and describes the design of the roll cage and suspension system. The roll cage was designed using 1018 steel and extensively tested through various impact, loading, and vibration tests to ensure driver safety. A double wishbone suspension system was chosen for its ability to independently control each wheel over rough terrain. Dimensions and parameters of the suspension were determined to provide optimal wheel control and handling.
The patient underwent ACL reconstruction and meniscal repair surgery using a patellar tendon graft. At 10 weeks post-op, she was experiencing pain when ascending/descending stairs or weight bearing for long periods. Physical therapy is focusing on strengthening, proprioception, and functional exercises to address deficits and meet goals of returning to prior activity levels without pain. Progress includes increased strength and range of motion but some pain with stairs remains.
The anterior cruciate ligament (ACL) is one of the four primary ligaments in the knee that provides stability by preventing excessive motion. ACL tears are common injuries, often occurring during pivoting motions in sports like basketball, football, and soccer. An ACL tear can be diagnosed through physical examination and MRI and may not always require surgery, depending on the severity of tear and the patient's activity level. For active patients, ACL reconstruction surgery uses a graft from the patellar tendon or hamstrings to replace the torn ligament, followed by a lengthy physical therapy process to regain strength and mobility while avoiding re-injury.
The document summarizes a study that used a finite element model to analyze the performance of a novel knee implant called the AtlasTM system. The model was validated using cadaver experiments. The results showed the AtlasTM system reduced contact pressure in the medial tibiofemoral compartment during walking by up to 142.3 N compared to a normal knee. This novel implant aims to treat osteoarthritis without violating natural joint tissues like conventional knee replacements. The study concludes the AtlasTM implant may be a viable approach for managing moderate varus knee osteoarthritis.
Dokumen tersebut membahas tentang struktur sosial masyarakat yang terdiri dari hubungan status dan peran yang teratur, serta jenis-jenis struktur sosial seperti horizontal, vertikal, diferensiasi, dan stratifikasi. Dokumen juga menjelaskan fungsi struktur sosial seperti identitas, kontrol, dan pembelajaran.
The document discusses security considerations and concerns for standardization of software defined networking. It notes computing trends driving network changes and constraints faced. Industry is said to be taking the same approach and architecture but security drivers may not be quite the same. The document discusses using a defense in depth model with baseline security models, integrity checks, and physical security. It also discusses accomplishing security without failing standards from various organizations and using a flexible security model while remembering physical security. It summarizes that a flexible approach is needed given advancing technology and existing best practices should be leveraged, but a more complex risk mitigation matrix may be required long term which will be difficult for industries to address.
There are different types of unloader braces that use various mechanical forces like belts or metal mechanics to create joint space in the knee and reduce pain. Unloader braces can improve body function, decrease joint pain, reduce the need for medications, and decrease disability by applying a force couple to increase the meniscus distance and change x-ray findings. Research has found unloader braces can positively impact medial compartment separation, varus angulation, femoral-tibial angle, gait analysis, and propulsive force.
Design and development of a test rig to estimate fatigue life of the timing b...eSAT Journals
Abstract Timing belt mechanism of an internal combustion engine synchronizes the rotation of the crankshaft and camshaft. The power developed in I.C. engine, some power of that is utilized to operate timing belt mechanism. Timing valves are operated by camshaft with lever and spring mechanism. Engine valve should open and close at proper time during each inlet and exhaust strokes of the cylinder. The failure of timing belt in I.C. engine leads to problem to valve timing and this can cause collision between valves and piston in engines. It can causing serious engine damage by bending valves and breaking piston and it leads to complete breakdown or catastrophic engine failure. A large number of factors have influence on timing belt drive’s lifetime: wear, amount of transmitted power, operating environment, coaxiality of shafts and belt pulleys, handling before and during assembly and others. Failure of belt most frequently occurs because of damage of belt’s and belt pulley’s teeth or damage of tractive element due to wear and fatigue. Considering their purpose and very important role in transmission of power, motion and valve timing, it is necessary to know fatigue life of timing belt. The study was thus needed to analyze fatigue failure of timing belt. The paper includes designing and development of a test rig for estimation fatigue life of timing belt. Test rig is developed based on ISO and Automotive industry standards. The study involves observation of change of physical properties, wear and geometric parameters of the belt. Thereafter tooth deflection and tooth root strain is obtained by calculation. Tooth deflection and tooth root strain play important role in fatigue of the belt. Keywords: Timing belt mechanism, Timing belt, Physical properties, Geometric parameter, Wear, Tooth deflection, tooth root strain.
Designof a fully passive prosthetic kneevaasukrishhna
This document presents the design of a low-cost prosthetic knee mechanism that aims to replicate able-bodied knee motion. It includes three key axes for the mechanism's function and uses springs, dampers, and differential damping to achieve normative kinematics. Preliminary user trials were conducted with two subjects in India to test the mechanism's ability to provide a smooth stance to swing transition. Future work will focus on further optimizing the mechanism's kinematics. The ideal prosthesis would be highly realistic to provide users with self-confidence.
The document summarizes a structural analysis and optimization of a mountain bike frame. The analysis was conducted using ANSYS software to determine the frame's behavior under static loads, perform natural frequency analysis, and study the effects of different materials (aluminum, titanium, carbon fiber) and rider weights. The initial analysis found high stresses and displacements at certain points. To address this, the frame geometry was optimized by adding small supporting tubes to critical failure areas. The optimized frame showed improvements like reduced maximum stress and displacement values across all materials. In conclusion, the structural behavior of the mountain bike frame under loading conditions was characterized, and the frame design was improved through optimization to strengthen weak points identified in the analysis.
This document outlines an ACL reconstruction rehabilitation protocol with the following key phases:
1. The preoperative phase focuses on controlling pain and swelling, restoring range of motion through various exercises, and developing muscle strength before surgery.
2. Understanding the surgery involves a local anesthetic injection for pain control, potential use of a drainage tube, and a Cryocuff being applied before leaving the operating room.
3. The postoperative phases involve strict guidelines for range of motion and strength exercises over the first 6-12 months to ensure a full recovery, including the use of crutches, bracing, cycling and other low-impact activities.
The ACL provides primary stability to the knee by limiting anterior tibial translation. It has an average tensile strength of 2160 N. An ACL tear is commonly seen in sports involving sudden stops and changes in direction. Clinical exams like the Lachman and anterior drawer tests can indicate an ACL tear. MRI is the gold standard for diagnosis. Treatment options include conservative management or arthroscopic reconstruction using grafts like hamstring tendons. Post-op rehabilitation is crucial and athletes may return to sports around 6-9 months following surgery.
This document discusses anterior cruciate ligament (ACL) injuries and recovery options. It lists several notable athletes who suffered ACL tears in 2013, then outlines a non-surgical recovery option involving physical therapy, ibuprofen, elevation, ice, and bracing. The document goes on to provide background on the ACL, risk factors for tears, graft replacement options, and a 5-phase example protocol for ACL rehabilitation.
This document describes the design of a mechanical link system to generate the motion of a normal human gait pattern for lower extremity rehabilitation. Key points:
- A two degree-of-freedom pendulum system is used for each leg, with frames connected to wheels that rotate at a constant speed to drive the system.
- Optimization is used to select link lengths and joint positions to minimize the error between the generated and desired gait patterns.
- The link system is intended to guide patient movement for rehabilitation without direct actuation or control at the joints, relying instead on elastic components between the system and patient.
- This design aims to provide gait pattern guidance mechanically without active control systems, reducing
The document discusses ACL injuries of the knee, including causes, symptoms, diagnosis, and treatment options. ACL injuries can range from grade I (microtears) to grade III (complete tear). Treatment may involve RICE, bracing, rehabilitation, or surgical reconstruction depending on the severity of injury and patient factors. Surgical reconstruction replaces the torn ACL with a tendon graft and aims to restore stability and function while allowing return to sports.
This paper of finite element analysis of the rib cage model is applied to recognize stress distributions and to determine the rate of bone fractures(especially for pathologically changed bones). Also to determine the load and stress to occurs on the human rib cage at any accident. Also find the maximum load sustain capacity of human rib cage and according to the load sustain capacity of the human rib cage by finite element analysis and search a material as like a bone cement and it take on a rib fracture and see the result . This paper is only of to nullify the rib fracture as present medical treatment give the elastic belt but due to respiration, the human ribs are contract and relax that’s the rib fracture are only minimize not a nullify. The human models are considered in between age 15 to 40 year. The Simulation result shows a good agreement with the cadaver test data.
The document describes the development of an ankle dynamometer device to measure ankle strength. It discusses shortcomings of current devices, which are either too expensive, large, or inaccurate. The proposed design aims to be inexpensive, portable, and provide accurate measurements. Several prototype designs are presented. The first prototype included a wood base with knee brace and straps. The second prototype separated the design into a base with adjustable slide for the foot and a cupped back piece with blood pressure cuff. Force sensors were added to measure applied force. The goal is a device that physical therapists can easily use to track patient rehabilitation progress affordably.
This document provides information on various orthopaedic supports and braces, including their indications, mode of action, and features. It describes a knee brace that provides flexion and extension limitations, as well as cervical collars, shoulder supports, elbow supports, and wrist supports. For each product, it lists the medical conditions it can be used for, how it works to support the body part, and design aspects like padding, adjustability, and materials.
This document provides an overview of a rehabilitation protocol for physical therapists treating skiers returning to sport after ACL reconstruction surgery. It begins with background on ACL anatomy and biomechanics, common ski injuries and risk factors. It then outlines a 4-phase rehabilitation program including acute, advanced, sport-specific training and return-to-sport phases. Each phase has specific goals and exercises proposed. Functional tests like the Vail Sport Test are recommended for evaluation. Bracing techniques are also discussed controversially regarding return to skiing.
The document provides information on anterior cruciate ligament (ACL) reconstruction surgery and rehabilitation. It describes the function of the ACL, common injury mechanisms, surgical procedure which replaces the torn ACL with a graft, and postoperative rehabilitation aims which focus on regaining full extension and flexion while controlling swelling in the early phases before progressing to strength exercises. The goal of surgery and rehabilitation is to prevent repeated instability and allowing return to sport activities in most patients.
This document provides a design report for a BAJA SAE vehicle called Team Twran. It summarizes the vehicle's specifications and describes the design of the roll cage and suspension system. The roll cage was designed using 1018 steel and extensively tested through various impact, loading, and vibration tests to ensure driver safety. A double wishbone suspension system was chosen for its ability to independently control each wheel over rough terrain. Dimensions and parameters of the suspension were determined to provide optimal wheel control and handling.
The patient underwent ACL reconstruction and meniscal repair surgery using a patellar tendon graft. At 10 weeks post-op, she was experiencing pain when ascending/descending stairs or weight bearing for long periods. Physical therapy is focusing on strengthening, proprioception, and functional exercises to address deficits and meet goals of returning to prior activity levels without pain. Progress includes increased strength and range of motion but some pain with stairs remains.
The anterior cruciate ligament (ACL) is one of the four primary ligaments in the knee that provides stability by preventing excessive motion. ACL tears are common injuries, often occurring during pivoting motions in sports like basketball, football, and soccer. An ACL tear can be diagnosed through physical examination and MRI and may not always require surgery, depending on the severity of tear and the patient's activity level. For active patients, ACL reconstruction surgery uses a graft from the patellar tendon or hamstrings to replace the torn ligament, followed by a lengthy physical therapy process to regain strength and mobility while avoiding re-injury.
The document summarizes a study that used a finite element model to analyze the performance of a novel knee implant called the AtlasTM system. The model was validated using cadaver experiments. The results showed the AtlasTM system reduced contact pressure in the medial tibiofemoral compartment during walking by up to 142.3 N compared to a normal knee. This novel implant aims to treat osteoarthritis without violating natural joint tissues like conventional knee replacements. The study concludes the AtlasTM implant may be a viable approach for managing moderate varus knee osteoarthritis.
Dokumen tersebut membahas tentang struktur sosial masyarakat yang terdiri dari hubungan status dan peran yang teratur, serta jenis-jenis struktur sosial seperti horizontal, vertikal, diferensiasi, dan stratifikasi. Dokumen juga menjelaskan fungsi struktur sosial seperti identitas, kontrol, dan pembelajaran.
The document discusses security considerations and concerns for standardization of software defined networking. It notes computing trends driving network changes and constraints faced. Industry is said to be taking the same approach and architecture but security drivers may not be quite the same. The document discusses using a defense in depth model with baseline security models, integrity checks, and physical security. It also discusses accomplishing security without failing standards from various organizations and using a flexible security model while remembering physical security. It summarizes that a flexible approach is needed given advancing technology and existing best practices should be leveraged, but a more complex risk mitigation matrix may be required long term which will be difficult for industries to address.
Archana Jha is a project lead at L&T InfoTech with over 5 years of experience working on SAP projects. She has expertise in ABAP/4 and experience implementing projects involving sales and distribution, materials management, and other SAP modules. She is currently pursuing a PGDM degree and received several awards for her work and project management skills.
The document describes four people based on brief clues. Cristiano Ronaldo is described as often brave, a motorcycle champion who practices motocross and has a broad back but does not have much patience. Marc Marquez is also described as practicing motocross and having a broad back but not being fat. Camarón de la Isla is suggested to be a famous flamenco singer who practices often, has a deep voice but is a little ugly, and is very kind and pessimistic. Paul Walker is described as a famous actor who was not careless, very clever, starred in good movies, was often friendly, led very well at almost everything, and fought to save enough.
Sarah E. Shuholm has over 15 years of experience in administrative support, customer service, education, healthcare, and ministry. She currently works as an Office Coordinator providing executive assistance, candidate sourcing, scheduling, and administrative support. Previously, she held roles in surgery scheduling, front office support, nannying, camp counseling, teaching, retail, and worship leadership. She has a Bachelor's Degree in Worship Arts and Communication from Corban College.
This document provides contact information for Mr. SUM Sithen, including his phone numbers, email address, Facebook page, Twitter account, and blog. It lists his involvement with organizations like JCI Cambodia, Kon Khmer Koun Khmer, KrewV, and DiYa Translation, as well as his family and contact details.
The Kleinman Holocaust Education Center (KHEC) has just launched its second annual Student Visual Arts and Literacy Contest, which provides middle and high school students with excerpts from diaries that give firsthand accounts of the Holocaust, and invites them to submit reactions to the readings through creative writing or producing visual art.
This document provides a directory of over 250 topics related to self-improvement. For each topic, it lists articles, websites, experts and products. Some of the topics covered include 12-step programs, A Course in Miracles, abundance, abuse and recovery, accelerated learning, achievement, acupuncture, addiction and recovery, adult development, aerobics, affirmations, aging and more. The directory is intended to help users find the right information to improve their lives.
This short document promotes the creation of presentations using Haiku Deck on SlideShare. It includes a photo credit to schnaars and kaet44 and encourages the reader to get started making their own Haiku Deck presentation by clicking a button labeled "GET STARTED".
The document discusses common issues that companies face in attracting and retaining staff effectively, focusing on problems that can arise in the pre-interview phase of hiring. Some key issues highlighted include posting vague or unrealistic job requirements and titles, misleading job advertisements, inconsistent expectations between postings and interviews, and biased or narrow decision-making models for reviewing resumes and determining qualifications. The document argues that companies need to be transparent, consider a wider range of skills and experiences, focus on competencies over narrow qualifications, and ensure hiring practices are fair and compliant with employment laws to attract and maintain high-quality talent.
The biomechanical demands of elite freestyle snowboard athletes - MPhil prese...John Noonan
Very little research is available in the field of elite freestyle ski and snowboarding. More specifically, the events of halfpipe and slopestyle and big air lack comprehensive evidence informing athletes and coaches what physical stresses are imposed on the athlete during training and competition. And secondly, what training should be completed to improve rider performance and also minimise the risk of injury in an extreme high risk sport.
With this in mind, this presentation provides an insight in a body of applied research completed by MPhil researcher, John Noonan. Incorporating findings from pilot testing and a key study, which presents biomechanics information collected from GB Park & Pipe athletes competing in freestyle snowsport competition. The findings characterise specific biomechanics demands and present considerations for coaches and scientists working with freestyle snowsport athletes.
The document proposes designs for a wrist aid and footplate attachment for a rowing ergometer to accommodate athletes with limited joint range of motion. The wrist aid is intended to reduce force on the wrist of an athlete with arthritis. It would consist of straps and a compression sleeve to distribute force to the forearm. The rotating footplate aims to increase stroke length for an athlete with ankle bone spurs by allowing 12 more degrees of rotation. Calculations of forces exerted on wrists and feet during rowing informed the design requirements. Preliminary testing showed the devices could withstand non-cyclic loads but more testing is needed to confirm performance during intense training.
An exoskeleton is a powered external framework that attaches to a person to boost their strength and endurance. While early attempts in 1965 were unsuccessful, current exoskeletons use hydraulics or electric motors to help lift heavy loads. They are used militarily but also have applications in industries like construction, healthcare for moving patients, and rehabilitation. Technological challenges include developing lightweight yet powerful actuators, joint flexibility, and precise computer controls to move in sync with the wearer.
Tans femoral Amputee : Prosthetics Knee Joints.pptxKezaiah S
Prosthetic knee joints are artificial devices designed to replace the function of a natural knee joint in individuals who have lost their knee joint due to injury, disease, or amputation.
Tans femoral Amputee : Prosthetics Knee Joints.pptxKezaiah S
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This document discusses different types of prosthetic knee joints, including mechanical single-axis and polycentric knees, and computerized knees that use microchips, hydraulics, or pneumatics to control motion. It describes the evolution of prosthetic knees from simple pendulums to advanced mechanisms with microprocessor control. Key factors in prescribing the appropriate knee include the user's ability to control stability, flex the knee in swing phase, and walk at different speeds.
An exoskeleton is a wearable robotic system that enhances human strength and endurance. There are different types for different body parts like the knee, hip, and ankle. Powered exoskeletons are useful for helping paralyzed patients walk and provide superhuman abilities for military and rescue purposes. They work using motors at joints controlled by microcomputers and powered by batteries. Exoskeletons allow increased mobility but also face challenges related to power supply, weight, cost, and joint flexibility.
Design and Development of a Wrist Exoskeleton for people post stroke copy.pptxRishintiranGovindara
This document summarizes a student's final year project on designing a wrist exoskeleton device for stroke rehabilitation using shape memory alloys. It introduces the topic, outlines the objectives to develop and test a prototype that provides wrist flexion and extension using SMA wires. A literature review compares existing devices and a methodology is proposed using AutoCAD, 3D printing, sensors and a microcontroller. Expected results are provided showing the relationship between temperature, deformation of SMA wires and degrees of wrist bending. The document aims to develop a device to improve range of motion for wrist rehabilitation post-stroke.
Keiser equipment uses pneumatic resistance instead of weight stacks to allow training at any speed with little impact. This includes Keiser Racks, which combine pneumatic and weight plate resistance to emphasize strength, speed, and stability training. The Infinity Series features cable machines that adjust resistance in small increments for precise workouts. Accessories like straps, bars, and benches add versatility.
The document provides information on various outdoor fitness equipment produced by Outdoor Fitness World, including product codes, measurements, and brief descriptions of functions. It discusses standards for outdoor fitness equipment and features that provide aesthetics, convenience, and safety for users.
The document discusses rehabilitation after ACL reconstruction surgery. It begins with an introduction noting that ACL tears are a common sports injury. It then covers knee anatomy, the anatomy and biomechanics of the ACL, surgical treatment, and post-operative rehabilitation phases and techniques. The rehabilitation process involves regaining range of motion and quadriceps strength in early phases, advancing to sport-specific drills, with a focus on gradually increasing loads on the knee through strengthening and proprioceptive exercises.
IRJET- Exoskeleton Arm for Therapeutic Applications and Augmented StrengthIRJET Journal
This document describes the design of a 2 degree of freedom exoskeleton arm for therapeutic and strength augmentation applications. The exoskeleton arm is designed to be lightweight using an aluminum frame and 3D printed parts. It has degrees of freedom for elbow flexion/extension and finger flexion/extension powered by electric motors controlled via a microcontroller. The design is intended to be low cost and portable while providing data on range of motion for rehabilitation and augmented strength for injury recovery. The document outlines the system architecture, design specifications including part designs, motor selection and control circuits. It concludes the prototype demonstrates the intended 2 degrees of freedom for therapeutic applications.
This document discusses upper limb prosthetics. It describes the characteristics of a successful prosthesis, considerations when choosing a prosthesis, reasons for upper limb amputations, amputation levels, types of prosthetics including cosmetic, functional, body-powered, externally powered and myoelectric prosthetics. It provides details on the typical components of an upper limb body-powered prosthesis including the socket, suspension, control cables, terminal devices and any intervening joint components. It outlines the timelines for amputation and prosthetic fitting.
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How does your Gym differentiate itself against competitors in the market? You can only drop your memberships so much before you have no "Value Added" perception.
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IRJET- Design and Fabrication of Wheelchair for Paraplegia PatientsIRJET Journal
This document describes the design and fabrication of a wheelchair for paraplegic patients. The wheelchair was designed to address several issues faced by paraplegic individuals, including difficulty transferring from the wheelchair unassisted, inability to stand independently, and hand burns from manual wheelchair propulsion. The designed wheelchair features include:
1. A divided wheel that can be locked or unlocked to facilitate independent transfers.
2. A freewheel mechanism and levers to allow for faster self-propulsion without hand burns.
3. A standing mechanism using a gas spring, brakes, and adjustable seat that enables independent standing without electronics.
The goal of the design is to give paraplegic individuals greater independence through a low
The document provides an overview of functional training principles including:
- Functional training methods are based on specificity across mechanical, coordinative and energetic domains.
- The functional pyramid outlines the progression from basic movements to sport-specific skills.
- The 5 principles of training are specificity, overload, progression, reversibility, and avoiding tedium.
- Training load, intensity, volume, and their balance are important concepts for periodizing training plans.
- Applications include assessing mobility, stability, and kinetic patterns to design training for different periods.
Statistical analysis of range of motion and surface electromyography data for...IJECEIAES
This work introduces a statistical analysis of knee range of motion (ROM) and surface electromyography (EMG) data gathered from a knee extension rehabilitation device. Real-time ROM and EMG signals of rehabilitation users are measured using a single angle sensor and a two-channel EMG device (for the vastus lateralis and vastus medialis muscles). These signals are collected by the NI-myRIO embedded device in accordance with the designed rehabilitation program. The main contribution and novelty of this study is that real-time signals are automatically processed and transformed into statistical data for use by users and medical experts. A solution for extracting raw signals is proposed, in which several statistical functions such as range, mean, standard deviation, skewness, percentiles, interquartile range, and total knee holding times above the threshold level, are implemented and applied. The proposed solution is tested using data acquired from healthy people, which includes gender, age, body size, knee side, exercise behavior, and surgical experience. Results indicated that real- time signals and related statistical data on the knee’s performance can be efficiently monitored. With this solution, rehabilitation users can practice and learn about their knee performance, while medical experts can evaluate the data and design the best rehabilitation program for users.
Statistical analysis of range of motion and surface electromyography data for...
Catalogue
1. ·Guangzhou Yikang Medical Equipment Industrial Co., Ltd
Product Name Item NO. Function & Technical Data Photo
Elbow Joint Isotonic Muscle
Strength Rehabilitation
Device
YK-JQ-1A
Application : Used for Elbow Joint Isotonic Muscle
Strength Training、can increase motion scope of elbow
joints and related strength of muscle group.
Training methods: grip or palm down to hold the handle for
elbow joint training
Technical Specification:
1. Size:350*396*700mm
2. Radius of gyration:405-605mm
3.Stepless speed:resistance 10N-300N,
200 Level adjustable
4. Liquid crystal table display in real-time: training time,
training frequency, training consumption, training rate
Shoulder Joint Isotonic
Muscle Strength
Rehabilitation Device
YK-JQ-1B
Application:Used for shoulder Joint Isotonic Muscle
Strength Training、can increase motion scope of shoulder
joints and related strength of muscle group.
Training methods:
Sideways stance, shoulder joint laterotorsion training.
Positive stance, shoulder joint internal rotation training.
Technical Specification:
1. Size:475*270*1000mm
2.Lifting Range:0-315mm
3. Radius of gyration:405-605mm
4.Stepless speed : resistance10N-300N , 200 Level
adjustable
5 Liquid crystal table display in real-time: training time,
training frequency, training consumption, training rate
2. Upper/ lower Limbs Isotonic
Muscle Strength
Rehabilitation Device
YK-JQ-1G
Application:Used for upper/lower limbs active training、
can increase motion scope of upper/lower limbs and related
strength of muscle group.
Training methods:
Fixed in high position, used for upper limbs cycle training.
Fixed in low position, used for lower limbs cycle training.
Technical Specification:
1. Size:385*440*1000mm
2.Lifting Range:0-315mm
3.Stepless speed:resistance10N-300N,200 Level adjustable
4.Liquid crystal table display in real-time: training time,
training frequency, training consumption, training rate
Shoulder Joint Isotonic
Muscle Strength
Rehabilitation Device
(Rotating disc style)
YK-JQ-1C
Application:Used for shoulder Joint Isotonic Muscle
Strength Training、can increase motion scope of shoulder
joints and related strength of muscle group.
Technical Specification:
1. Size:350*270*1000mm
2.Lifting Range:0-315mm
3. Radius of gyration:R340-460mm
4.Stepless speed: resistance 10N-300,200 Level adjustable
5.Liquid crystal table display in real-time: training time,
training frequency, training consumption, training rate
Wrist Joint Isotonic Muscle
Strength Rehabilitation
Device
YK-JQ-1D
Application:Used for wrist Joint Isotonic rotation training、
can increase motion scope of wrist joints and extension
forearm muscle.
Technical Specification:
1. Size:405*270*1000mm
2.Lifting Range:0-315mm
3.Stepless speed:resistance10N-300N,200 Level adjustable
4.Liquid crystal table display in real-time: training time,
training frequency, training consumption, training rate
3. Upper Limbs Suspension
Isotonic Muscle Strength
Rehabilitation Device
YK-JQ-1E
Application : Used for elbow/shoulder Joint Isotonic
rotation training、can increase motion scope of upper joints
and related strength of muscle group, also can move the
wounded limb by the healthy limbs.
Training methods:
Standing position: used for up and down rotation
shoulder/elbow joints
Lie position: used for inside and outside rotation shoulder/
elbow joints
Technical Specification:
1. Size:330*270*1000mm
2.Lifting Range:0-315mm
3.Stepless speed: resistance10N-300,200 Level adjustable
4 Liquid crystal table display in real-time: training time,
training frequency, training consumption, training rate
Group Frame for Isotonic
Muscle Strength
Rehabilitation Device
YK-JQ-1F
Application:Used for fixed elbow/shoulder Joint Isotonic
Muscle Strength Rehabilitation Device 、 fixed
lower/upper/wrist limbs Isotonic Muscle Strength
Rehabilitation Device and fixed Upper limbs Suspension
Isotonic Muscle Strength Rehabilitation Device .
Technical Specification:
●Size:2125*1780*1850mm
4. Massage Chair YK-CX-38
Steel structure frame is strong and beautiful, with 5cm high
density sponge
Adjustable head support, chest cushion, sitting cushion,
hand support and knee pads are easy to fold, no need
auxiliary tool
▲Optional: cloth or cloth bag with caster
▲Dynamic loading:180kg
▲Unfold dimension:56*74*(107-112)
▲Net Weight:15KG
Accessibility Weighting-scale YK-CX-13
Products features:
1.Multipoint base sensor design and large platform,
patients can be weighed in a wheelchair directly without
stand and movement.
2.Armrest and base integrated design, can get accurately
weight even when patients tilt or hold the handrail.
3.Foldable design, can be folded after used, no need large
place.
4.Have strong locking devices both in folding and
unfolding conditions , to ensure safety.
Technical Specification:
Size:1400*850*1080mm
Working voltage:AC220V 50HZ AD/DC
Weighing accuracy:20G
Related value:200KG
Maximum value:350KG
Can remove the wheelchair weight automatically by
set up, weight the patients directly.
5. Electric Lifting Standing
Device
YK-CX-56
Application:nervous system diseases(such as stroke, brain
injury, spinal cord injury, etc.) which results in paraplegia
patients with hemiplegia and bedridden or use wheelchair
for a long time, need auxiliary standing.
Technical Specification:
●Voltage:220V±10% 50HZ;
●maximum thrust:6000N
●Lifting Range:110-125cm
●Size:1130*720*1135-1290mm
●Chest adjustable range:200-300mm
●Width of knee adjustable range:250-390mm
● Hight of knee adjustable range:0-100mm
●Front knee adjustable range:0-140mm
●," Linak" motors from Denmark
●Weight:63KG
Pneumatic Lifting Treatment
Table for Upper Limbs
YK-CX-12
Application: used for upper limbs massage, all kinds of
acupuncture treatment for hands.
Features: pneumatic lifting, fast and smooth, with
adjustable height to suit for different height requirements,
upper limb can be flat on the table, relax patient's upper
limb muscles, good for the treatment.
Assisted Walking Training
Device
YK-CX-48
Application: Increase the area of upper limb support,
improve the effect of auxiliary step.It is indoor and outdoor
auxiliary walking tool for nervous/ joint system disease
patients.
6. Electric Lifting Parallel Bars YK-CX-10
Application:
Used for walk training, lower limb muscle strength training
and gait correction
Technical Specification:
Electric lifting and adjust space between the two armrest.
Medical slide rail from Germany , ultra-quiet, adaptive,
oil-free, self-lubrication.
With walking training component, varus-valgus correct
components, gait correction components, can replace at
anytime, it is suitable for various applications.
With highly memory function, can set up 4 memory
location.
Softly start and stop function: make the patients more
comfortable during the treatment.
Unilateral lifting or bilateral lift at the same time;
Voltage:220V±10% 50HZ
Maximum thrust:3000N
Max loading:200kg
Size:3000*980*750~1400MM
Handrail adjustable range:475~690MM
Quadriceps Femoris Training
Component
YK-JQ-2A
Application: Used for quadriceps femoris training,can
increase muscle strength of quadriceps femoris
Technical Specification:
1.Size:990*660*1000cm
2.Swing angle:-10°—90°
3. Back against frame adjustable range:0-90mm
4.12 level resistance adjustable:2KG-25KG
5.Weight:29KG
7. Hip Joint Rehabilitation
Device
YK-JQ-2B
Application: Used for hip joint adduction/abduction and
related muscle rehabilitation training.
Technical Specification:
1.Size:1280*800*1100cm
2.Leg opened angle:0°—55°
3.12 level resistance adjustable:2KG-25KG
4. Handrail adjustable:0°—90°
5.Weight:38KG
Lower Limbs Flexion and
Extension Rehabilitation
Device
YK-JQ-2C
Application: Used for Lower limbs joint flexion and
extention training and related muscle rehabilitation
training.
Training muscle group : quadriceps femoris 、 gluteus
maximus。
Technical Specification:
1.Size:1720*800*1100cm
2.Seat adjustable range:0-240mm
3.Footboard movement range:0°-78°
4.Footboard movement distance:0-450mm
5.12 level resistance adjustable:2KG-25KG
6. Handrail adjustable:0°—90°
7.Weight:38KG
8. Thoracodorsal Rehabilitation
Device
YK-JQ-2D
Application: Used for training the muscles of the upper
limbs and the thoracic dorsal, enhance the muscle
strength.
Training muscles: deltoid, pectoralis major, the latissimus
dorsi and biceps.
Technical Specification:
1.Size:980*910*1080cm
2.Front-back swing arm:0°—35°
3.12 level resistance adjustable::2KG-25KG
4.Weight:35KG
Upper Limbs Flexion and
Extension Rehabilitation
Device
YK-JQ-2E
Application: Used for upper limbs joint flexion and
extention training and related muscle rehabilitation
training.
Training muscles: the triceps, pectoralis major, deltoid
muscle, the rectus, before the internal oblique muscle.
Technical Specification:
1.Size:800*700*1125cm
2.Push the arm to up and down movement:0°—80°
3.12 level resistance adjustable:2KG-25KG
4.Weight:30KG
Arm Flexion and Extension
Rehabilitation Device
YK-JQ-2F
Application: Used for elbow joint flexion and extention
training and related muscle rehabilitation training.
Training muscles: biceps, triceps, brachial muscle, gong
radial muscle.
Technical Specification:
1.Size:700*700*720cm,
2.Arm movement:0°—175°
3.12 level resistance adjustable: 2KG-25KG
4.Seat adjustable range:0-70mm
5.Weight:28KG
9. Upper Limbs Adduction and
Abduction Rehabilitation
Device
YK-JQ-2G
Application: Used for upper limbs adduction and abduction
training and related muscle rehabilitation training.
Training muscles: pectoralis major, triceps.
Technical Specification:
1.Size:1200*800*1100cm
2.Arm movement:0°—90°
3.12 level resistance adjustable: 2KG-25KG
4.Weight:38KG
Electric OT Table YK-SK-35
Product features:
Big thrust mute medical motor, steady lifting and quiet.
Conveniently control switch, easy to adjust height.
Desktop design, more space for patients.
Technical Specification:
1.Size:1300*803*650-950
2.Max thrust:6000N
3.Max loading:150KG
Electric Rehabilitation Table YK-HL-01
Combines treatment function of tilt table and comfortable
position design of hospital bed , let patients get good
treatment in comfortable and safety bed.Doctors and
therapists can have more treatment programs while patients
in standing treatment, and can reduce the inconvenience
of move bed.
Product advantage:
10000N large thrust mute medical motor, make more
10. smoothly and safety during the standing.
Steel structure, security and stability.
The adjustment position of bed surface, convenient to
adjust the position of bedridden patients.
Imported antimicrobial leather, stronger antimicrobial
properties and permeability.
With slowly medical push rod, stand up speed is slower
than traditional bed, more suitable for bedridden patients.
Combined advantages of tilt table and hospital bed, more
convenient than traditional tilt table, more comfortable.
Optional back warm fuction, can promote blood
circulation,to prevent bedsore and hypostatic pneumonia.
Technical Specification:
Voltage:220v
Maximum thrust of motor:10000N
Adjustable range of backside : 0-80 度
Adjustable angle range of whole bed:0-80 度
The mattress detachable
Bind mobile, detachable handling
Can remove head of the bed and end frame of the bed
Max loading:200KG
Weight: 110KG
Product Name Item NO. Function & Technical Data Photo
11. Two Section Manipulation
Crouch
YK-SF-02
Specialized for SET,vertical up and down.
Technical Specification:
Bed surface size:1940*650
Head section size:655*650adjustable angle: +75°-20°
Bed size:1225*650
Lift range: 430-800
Lifting method:vertical
Three Section Manipulation
Crouch
YK-SF-03
It divided into the head section, waist section and leg
section, mainly suit for neck and the waist massage, be able
to meet the basic treatment of cervical and lumbar position
requirements.
Technical Specification:
Voltage:220V Size:2150*670*470-915MM
Head section size:400*670MM
Adjustable range:+53 to -52 degree
Chest section size:570*670MM
Adjustable range:+60 to -20 degree
Lower limbs section size:1150*670MM
Adjustable range:+48 to -20degree
Lifting motor thrust:10000N★
Bed control motor thrust:6000N★
Spring loading:3600N★
Max loading:200KG
Motor quantity:3PCS★
Three section with each section adjustable
Angle adjustable switch beside the bed and foot control
lifting switch
12. Six Section Manipulation
Crouch
YK-SF-06
It divided into the head section, waist section, leg section
and elbow section, make lie position more comfortable, easy
for spine, elbow/ shoulder joint massage, can meet the basic
daily treatment requirements.
Technical Specification:
Voltage:220V
Size:2150*670*470-915MM
Head section size:400*365MM Adjustable range:+53 to
-52degree
Armrest size:350*150MM Adjustable range:0-170MM
Chest section size:570*670MM Adjustable range:+60
to -20 degree★
Wrist section size:485*670MM Adjustable range:+48
to -20 degree★
Leg section size:645*670MM Adjustable range:+32
to -63
Lifting motor thrust:10000N★
Bed control motor thrust:6000N★
Spring loading:3600N★
Max loading:200KG
Motor quantity:3 个★
Six section with each section adjustable
Angle adjustable switch beside the bed and foot control
lifting switch★
Ten Section Manipulation
Crouch
YK-SF-10
Ten Section Manipulation Crouch divided into ten section
and have all upper/lower limbs joint section.
Technical Specification:
Voltage:220V
Size:2150*670*470-915MM
Head section size:400*365MM
Adjustable range:+53 to -52 degree
13. Armrest size:350*150MM Adjustable range:0-170MM
Chest section size:570*405MM
Adjustable range:+60 to -20degree★
Shoulder section size:570*125MM
Waist section size:485*335MM(each leg)
Adjustable range:+48 to -20degree
Leg section size:645*335MM(each leg)
Adjustable range:+32 to -63degree
Lifting motor thrust:10000N★
Bed control motor thrust:6000N★
Spring loading:3600N★
Max loading:200KG
Motor quantity:2 个
Ten section with each section adjustable
Angle adjustable switch beside the bed and foot control
lifting switch★
PT Table(Wooden) YK-TJ-13A
Specification:(L*W*H)186*62*65(CM)
Application:It can used for massage and treatment,with
drawer 600*490*300(MM)
PT Table(Wooden) YK-TJ-13B
Specification:(L*W*H)186*62*65(CM) Application:It
can used for massage and treatment,with drawer;
14. Product Name Item NO. Function & Technical Data Photo
Training Stairs(Three-Way) YK-BX-1
Specification:3120*1400*1200-1500(mm)
Application:Used for up and down stairs training and walking
Training
Training Stairs(Two-Way) YK-BX-2
Specification:3100*780*1300-1550(mm)
Application:Used for up and down stairs training and walking
Training
Training Stairs(Three-Way) YK-BX-4
Specification : 3100*1360*1300-1550 ( mm )
Application:Used for up and down stairs training and walking
Training
Training Stairs(Two-Way) YK-BX-3
Specification:3100*780*1300-1550(mm)
Application:Used for up and down stairs training and walking
Training
15. Drawer Style Stairs YK-BX-5
Specification:650*400*915-1265mm
Application: can used as dismounting and simple training stairs.
Also can used for daily walking training and auxiliary set.
Inclined Ladder for Walking
Training
YK-BX-15
Specification:700*500*250(mm)
Application:Used for up and down stairs training and walking
Training
Multi-function Parallel Bars YK-BX-8
Specification:3000*920*800-1025(mm)
Application:Walking training、gait correction,enhance muscle
strength.
Mirror for Deformity
Correction
YK-QS-11
Specification:950*650*1500(mm)
Application:posture correction training.
Balance Board (with armrest) YK-BX-9
Specification:900*700*220(mm)Application:Hemiplegia/
cerebral palsy patients with movement disorders of balance
coordination training
16. Balance Board Series YK-BX-6
Specification:400*600*120(mm)、470*300*170mm、
340*340*100mm430*60mm、350*80 (mm)
Application:balance training and back muscle hip control ability
training
Foot Correction Training
Board(Each foot)
YK-BX-10
Specification:2500*550*240(mm)Application:pronated foot
correction,can training each foot and combined with parallel bars.
Medical Treadmill YK-BX-19
Technical Specification:
2.5 HP imported DC motor with lower noise
Speed range: 0.2 to 2.0 km/h, 1.0-10 km/h
Speed adjusting button in the handlebar and heart rate test system
Double pneumatic rod fold, with automatic locking function
A variety of built-in automatic transmission program
Functional configuration: MP3 amplifiers function, independent
second speed section, double color LCD display,
Independent safety armrest, slow knob adjustment
Gross weight: 70 kg;Net weight: 65 kg
Max loading:100 kgs
Floor area size: L/W/H:1640×680×1300 mm
Fold area size: L/W/H:1670×680×630 mm
Running area size: L/W/H:1100×380 mm
Package size: L/W/H:1630×720×320 mm
Used for lower limbs rehabilitation、Stroke auxiliary rehabilitation
exercise and slowly walking for elder people.
17. Foot Varus and Valgus
Correction Board
YK-BX-13
Specification:2500*550*240(mm)
Application:Foot Varus and Valgus Correction,can use with each
foot with parallel bars.
Auxiliary Walking Device
(with brake)
YK-BX-14
Specification:970*760*930-1230(mm)
Application:Increase upper limbs supporting area,enhance effect
of auxiliary walking. It is indoor and outdoor auxiliary walking
device for nerve and joint system disease patients.
Auxiliary Walking Device
(without brake)
YK-BX-16
Specification:970*760*930-1230(mm)
Application:Increase upper limbs supporting area,enhance effect
of auxiliary walking. It is indoor and outdoor auxiliary walking
device for nerve and joint system disease patients.
Product Name Item NO. Function & Technical Data Photo
Shoulder Joint Rotation
Device
YK-SZ-01
Specification:300*300*1500(mm)
Application:Used for improve shoulder joint motion scope,
enhance muscle strength.
18. Wrist Joint Flexion and
Extension Device
YK-SZ-02
Specification:600*300*1500(mm)
Application:Used for improve wrist joint motion scope,Enhance
the finger activity and muscle strength.
Shoulder Joint Rotation
Device(wheel style)
YK-SZ-03
Specification:850*380*1500
Application:Used for improve shoulder joint motion scope,
Enhance muscle strength.
Forearm Rotation Device YK-SZ-05
Specification:560*350*1500(mm)
Application:Improve the forearm muscles inside and outside
athletic ability.
Shoulder Joint Training
Device(curve style)
YK-SZ-06
Specification:100*550*1750(mm)
Application:Used for improve shoulder joint motion scope,
Prevent joint contracture.
Elbow Joint Traction Chair YK-SZ-09
Specification:720*1145*1030(mm)
Application:Used for continuous elbow traction, suitable for
elbow flexion-extension disorders. traction weight and direction,
height of the chair and the fixed position can be adjusted.
19. Upper Limbs Coordinate
Training Device(Wrist)
YK-SZ-12
Specification:330*240*360(mm)
Application:Upper limbs stability and harmonious sexual function
training, .Improve the ability of upper limb's daily activities.
Upper Limbs Coordinate
Training Device(finger)
YK-SZ-10
Specification:330*240*360(mm)
Application:Upper limbs stability and harmonious sexual function
training, .Improve the ability of upper limb's daily activities.
Finger Training Devices YK-SZ-07
Specification:400*250*110(mm)
Application:Improve finger activity ability.
Dumbbell Training Device YK-SZ-13
Specification:800*400*1020(mm)
Application:Can used for muscle strength and medical gymnastics
training.
Finger Training Device with
Rubber
YK-SZ-16
Specification:480*320*420(mm)
Application:Improve finger’s muscle strength and flexibility.
Gymnastics Balls(with
frame)
YK-SZ-14
Specification:1000*130*700(mm)
Application:Through exercises with ball and rod activities,
improve upper limbs motion range and body coordination control
ability and balance ability.
20. OT Table(Iron/wooden) YK-SZ-15
Specification:850*570*1130(mm) Muscle strength training table
Application:Finger flexor-extension resistance strength training
and improve the scope of joint activities.
Upper Limbs Pushing
Training Device
YK-ZY-14
Specification:700*540*450-570(mm)
Application:Upper limb muscle coordination activity and motion
range training.
Hand Control Bicycle YK-SZ-08
Specification:460*360*320mm
Application:Improve upper limbs motion scope and muscle
strength/coordination training.
Sandbag(hang style) YK-SZ-18
Specification:660*340*830*(mm)
Application:Used for burdened training.
Product Name Item NO. Function & Technical Data Photo
Quadriceps Femoris
Rehabilitation Chair
YK-XZ-22
Specification:1000*1000*1220(mm)
Application:Used to quadriceps resistance active training and knee
joint traction.
21. Hydraulic Stepping Trainer YK-XZ-21
Specification:430*310*350(mm)
Application:Improve the function of lower limb joint activities
and coordination.
Riding Trainer YK-XZ-23
Specification:440*440*400mm
Application:Improve the function of lower limb joint activities
and coordination.
Rowing Trainer of magnetic
control
YK-XZ-32
Specification:2050*670*730(mm)
Application:Improve the function of lower limb joint activities
and coordination ad muscle training.
Standing Frame(two people) YK-XZ-34
Specification:1500*650*1040(mm)
Application:Used for paraplegia, cerebral palsy patients with
lower limb disfunction.
Lifting Standing Frame(one
people)
YK-XZ-36
Specification:900*850*1020-1300(mm)
Application:Used for paraplegia, cerebral palsy patients with
lower limb disfunction,suitable for different height of people.
22. Standing Frame(four people) YK-XZ-37
Specification:1300*1300*1050(mm)
Application:Used for paraplegia, cerebral palsy patients with
lower limb disfunction.
Hip Joint Trainer YK-XZ-38
Specification:1400-1530*600*980(mm)
Application: Hip joint abduction and adduction muscle strength
training
Ankle Joint Trainer YK-XZ-39
Specification:600*450*960-1400(mm)
Application:Used for ankle joint correction, prevent foot drop,
foot varus-valgus rotation deformity.
Ankle Correction Board YK-BX-17
Specification:320*360*90-210mm
Application:correction, prevent foot drop, foot varus-valgus
rotation deformity.
Rubber Ball YK-QS-01
Specification:85cm、75cm、65cm
Application:Strengthen coordination.
23. Hemiplegia Rehabilitation
Device
YK-QS-04
Specification:890*500*1730(mm)
Application : Used for limb hemiplegia patients use the
contralateral limb to do passive training with the wounded
limb ,increase motion scope.
Arc-shape Abdominal Muscle
Trainer
YK-QS-03 Application:Use Arc-shape to training abdominal muscle strength
Riding Trainer YK-QS-02
Application:Used for lower limbs joint motion, muscle strength
training and coordinate function training,enhance endurance.
Wall Bars(with shoulder
ladder)
YK-QS-05
Specification:950*60*2300(mm)
Application:Use wall bar to do upper/lower limbs training and
muscle strength training, sitting training ,balance training and
traction training.
Pulleys Hanger Training
Device
YK-SZ-19
Specification:700*160*1500(mm)
Application:Used for upper limbs flexion and extension training.
24. Puller Trainer YK-QS-07
Specification:790*180*1500(mm)
Application:Used for limbs resistance training,muscle strength
training, also can do joint training.
Sandbag(bind style) YK-QS-10
Specification:660*340*830(mm)
Application:Muscle strength training, joint mobility training, joint
flexion and extension.
Vertical Stepping Device YK-XZ-25
Application:For lower limb joint muscle strength and coordination
function training.
Vertical Bicycle YK-XZ-28
Application:For lower limb joint muscle strength and coordination
function training.
Vertical Bicycle YK-XZ-30
Application:For lower limb joint muscle strength and coordination
function training.
25. Horizontal Bicycle YK-XZ-27
Application:For lower limb joint muscle strength and coordination
function training.
Horizontal Bicycle YK-XZ-29
Application:For lower limb joint muscle strength and coordination
function training.
Spacewalking Device YK-XZ-26
Application:For lower limb joint muscle strength and coordination
function training.
Lower Limbs Walking Device YK-XZ-31
Application:For lower limb joint muscle strength and coordination
function training.
Product Name Item NO. Function & Technical Data Photo
26. Training Equipment Shelf YK-ZY-26
Specification: 790 * 480 * 1800 (mm)
Application: myodynamia training, joint motion posture
correction training, limbs coordination training equipment etc.
Hand Underprop YK-QS-14
Specification: L: 155 * 155 * 225 mm M: 155 * 155 * 170 mm S:
155 * 155 * 120 (mm)
Application: used for patients with paraplegia to move on
cushion via hands underprop
Moistureproof Soft Mat(Two
Parts)
YK-QS-13
Specification: 2000 * 1200 * 100 (mm)
Application: all kinds of mat exercises, including joint mobility,
sitting balance, medical gymnastics and myodynamia training of
clinostatism.
Combined Cushion (Four
Parts)
YK-QS-12
Specification: 1800 * 1200 * 60 (mm)
Application: all kinds of mat exercises, including joint mobility,
sitting balance, clinostatism medical gymnastics and myodynamia
training .
27. Triangle Cushion YK-ZY-16
Specification: 15, 30, 45 °
Application: lying, lumbar traction auxiliary equipment
Balance Training Toller YK-ZY-18
Specification:100*830 150*8300 200*830 250*830
300*830
Application: balance and coordinate training for the hemiplegia,
cerebral palsy patients ,movement disorders .
Training Equipment YK-QS-16
Specification: 500 * 500 * 1050 (mm)
Application: used for indoor sports training, training hand-eye
coordination.
Multifunctional
Trainer(Four-piece)
YK-QS-17
Specification: 1740 * 1250 * 1880 (mm)
Application: Combined training for whole body to improve the
whole body range of motion .
Components: shoulder joint convolution training aid, forearm
rotation exerciser ,wrist joint flexion and extension exerciser and
Pulley weights.
28. Multifunctional
Trainer(Eight-piece suit)
YK-QS-19
Specification: 2160 * 1850 * 2400 (mm)
Application: Combined training for whole body to improve the
whole body range of motion. Components: wrist flexion and
extension exerciser, shoulder rotation exerciser, forearm rotation
exerciser, single wall pulley, puller rings exerciser, exercising
training, training frame with shoulder ladder and wall bars.
Product Name Item NO. Function & Technical Data Photo
Finger Correcting Board YK-ZY-01
Application: Used to correct fingers' flexion, contracture and
adduction malformation.
Iron Board YK-ZY-02
Application: finger function training, training hand-eye
coordination function.
Wooden Peg Inserting Board
YK-ZY-03
Application: finger function training, training hand-eye
coordination function.
Ring Toss (Vertical) YK-ZY-04
Specification: 220 * 220 * 400 (mm)
Application: coordinate training, myodynamia training, improve
the patients' hand-eye coordination.
29. Digital Ring YK-ZY-05 Specification: 610 * 610 * 240 (mm)
Application: training hand-eye coordination function.
Adjustable Sand Grinding
Plate and Accessories
YK-ZY-06
Specification: 1000 * 830 * 1000-830 (mm)
Application: upper limb muscle coordination ability and training
of joint range motion.
Setting Color Board YK-ZY-07
Specification: 800 * 160 * 650 (mm)
Application: Training hand-eye coordination function, cognitive
function, improve upper limb’s moving as well.
Geometric Board (Wooden
Graphic Board)
YK-ZY-08
Specification: 400 * 300 * 35 mm
Application: patient's awareness and recognition for the circular
items.
Cognitive Graphic Board
(Wooden Graphic Board)
YK-ZY-09
Application: patient's awareness and recognition for the circular
items.
30. Finger Ladders YK-ZY-12
Specification: 360 * 120 * 360 (mm)
Application: improve fingers range of motion, train for mobility
and coordination of fingers active exercises.
Traction Net Frame (Net
Shelf and Bed)
YK-ZY-11
Specification: 20200 * 1230 * 20200 (mm)
Rated load of level Frame:80.0KGs
Rated load of bed board:135KGS
Application: Muscle force, range of motion, relaxation adjustment
exercises and traction therapy.
Traction Net Frame YK-ZY-10
Specification: 1960*1230*1520(mm)
Application: Muscle force, range of motion, relaxation adjustment
exercises and traction therapy.
Finger Trainer YK-ZY-13
Specification: 400 * 250 * 80 (mm)
Application: improve the function of fingers, improve the
flexibility and coordination of the hand.
OT Table (hydraulic) YK-ZY-15
Specification: 1350*1050*750-900(mm)
Application: Occupational therapy, the height of table can be adjustable
31. OT Table (manual) YK-ZY-17
Specification: 1200*810*750-980(mm)
Application: Occupational therapy, the height of table can be
adjustable
Simulation Occupational
Therapy Board
YK-ZY-20
Specification: 800*490*1010(mm)
Application: improve upper limb motion range and hand-eye
brain coordination activity.
Children Tools Table YK-ZY-21
Application: Children tools table used to improve fingers flexing
and coordination by imitating all, hand function training,
simulation operation of industrial.
Wrist Function Trainer YK-ZY-22
Specification: 500 * 200 * 500 (mm)
Application: wrist power and range of motion exercises
Magnetic Oak Chess YK-ZY-27
Specification: 660 * 560 * 700 (mm)
Application: intelligence training, finger function training
32. Hand Function Combined
Training Box
YK-ZY-29
Specification: 450 * 320 * 135 (mm)
Application: training hand-eye coordination, improve the function
of fingers and hand coordination and flexibility.
Hand Coordination Trainer YK-ZY-36
Application: improve fingers range of motion , train for mobility
and hand-eye coordination function training
OT Combined Trainer
YK-ZY-33
Specification: 1150*700*900(mm)
Application: improve finger to finger function, enhance
coordination function of eye-hand, train sensing and drawing
recognition capabilities of brain, stability and coordination of
upper limbs, enhance daily capacity for action,
components: upper limb coordination function
trainer(finger),digital board, digital board(arc),Iron Rod
flashboard, wooden flashboard, quits(vertical)Geometric drawing
flash board cognition drawing flashboard, simulation job tools
fixing screws, top nuts, Magnetic buttons.
33. Rehabilitation Stacking Cups
YK-ZY-32
Specification: 300 * 150 * 130 (mm)
Application: Finger to finger (f→f), sensing and recognition
exercises
OT Dressing Board
YK-ZY-31
Specification: 300 * 250 * 20 (mm)
Application: Improve patient's coordination function of dressing
capacity by imitating daily dressing and fastening buttons.
OT Screw Nut YK-ZY-35
Specification: 335 * 200 * 230 (mm)
Application: through the simulation operation, improve the
function of fingers and coordination of the hand, flexibility.
OT Screw YK-ZY-34
Specification: 350*200*230(mm)
Application: through the simulation operation, improve the
function of fingers and coordination of the hand, flexibility.
Product Name Item NO. Function & Technical Data Photo
180 Degree Large Joint Knee
Shoulder Elbow Goniometer
YK-PG-01
Specification: 35*17*5 cm
Application: Measure range of motion of elbow, fingers, etc. And
spine degree of crook.
34. Simple Upper Limb Function
Evaluator
YK-PG-05
Specification(cm): 450*450*120(mm)
Application :Test upper limb capability, speed objectively,
estimate restricted extent of upper limbs.
Multifunctional Joint Motion
Goniometer
YK-PG-02
Specification: 18*8*9 (cm)
Application: Measure range of motion of elbow, fingers etc. And
spine degree of crook.
Digital Handheld Sports
Stopwatch
YK-PG-03 Application: Used for sundry movements and tests
Rehabilitation Pedometer
Steps and Distance
YK-PG-04
Specification: 3 * 3, 5 * 2(cm)
Application: Ration and count of walking movement.
Back
Dynamometer/Functional
Assessment
YK-PG-06
Specification: 19*16*5 35*35*22 (cm)
Application: test the back muscle strength.
Pull/Push Hand Grip
Dynamometer
YK-PG-07
Specification: 19*16*5,18*14*2 (cm)
Application: Measure force of finger grab.
Product Name Item NO. Function & Technical Data Photo
35. PT Round Stool YK-FZ-01 Application: Used for PT training
PT Stool(with Lazyback) YK-FZ-01A Application: Used for PT training
Walking Frame
YK-FZ-03
Application: Disability walking aids, foldable walking aid frame
Wheelchair YK-FZ-04
Application: Used for patients with activity and relevant
movement training.
Four Legs Walking Aids
Aluminum Quad Cane
YK-FZ-05
Application: Aid for walk
36. Height Adjustable Aluminum
Alloy Walking Cane
YK-FZ-05A Application: Aid for walk
Adjustable Aluminum
Underarm Crutch
YK-FZ-07 Application: Aid for walk
Product Name Item NO. Function & Technical Data Photo
Children Hip-joint
Rehabilitation Training
YK-EK-29
Specification: 900 * 530 * 900 (mm)
Application: Used for hip-joint abduction and adductor strength
training
Children PT Stool
YK-EK-30 Application: More conveniently for PT training
Preliminary Training Sets YK-EK-34
Specification: 1800 * 780 * 420 (mm)
Application: Used for children’s balance and coordination
training.
Children Wall Bar (Iron)for
Home Fitness / Strength /
Rehab
YK-EK-31
Specification: 770 * 210 * 1680 mm / 860 * 150 * 1720 mm
Application: used for children to do standing and sitting training
with the help of wall bars and muscle strength training as well as
trunk's traction and extension training
37. Children Ladder Chair YK-EK-35
Application: Sit-standing, standing training, balance training.
Walking Aid YK-EK-32A
Application: Aid for walk
Suitable for 2-5 years old children (normal growth), Height: 40
cm
Walking Aid YK-EK-32B
Application: Aid for walk
Suitable for 6-12 years old children (normal growth), Height: 60
cm
Kitchen Series YK-EK-36 Application: cognitive training
Bubble Ball Bath ,Ball Pool
For Kids
YK-GJ-25
Application :According to sundry movements, utilize feelings,
color vision and other stimulation, promote feeling and motion
functional recovery.
EVA Ground Mat YK-GJ-27 Application: Used for ground buffer
Mini Power Training Bike YK-GJ-28
Application: used for lower limb joints strength training and
coordination function.
38. Training Ladder(Three- Way) YK-EK-02
Specification: 2700*1100*940-1240mm
Application :Used for restoration of walking up and down stairs.
Training Ladder YK-EK-03
Used for patients to recover the function of going upstairs and
downstairs
Parallel Bars YK-EK-04
Specification: 2000 * 850 * 510-660 (mm)
Application : Do walk training by means of upper limbs, increase
walk stability, suit for patients with joints and nervous system
disease
Adjustable Sanding Board
and Accessories
YK-EK-06
Application: To improve the muscle strength range of motion and
coordination of upper extremities.
Children Standing Frame YK-EK-09
Specification: 800 * 650 * 1350 mm
Application: Used for standing dysfunction children under 10
years old to stand training, prevent muscle atrophy, enhance the
muscle force.
Adjustable OT Desk YK-EK-07
Application :Occupational Training desk, the height of the
desktop is adjustable
39. Children Standing Frame YK-EK-10
Application: children standing , prevent muscle atrophy, enhance
the muscle force.
Digitate Board YK-EK-11
Application : Used for prevent and correct flexor spasm or
contracture abnormality of fingers
Children Roller YK-EK-08 Application : Balance coordination training
Children Cognition Training
Groupware
YK-EK-12
Application : Used for cognition function training.
Jumping Bags
YK-GJ-09
Application : Training for children's atria balance and physical
coordination abilities
Balance Trails
YK-GJ-10
Application: Stimulate the sole neurons of foot and systemic
tactile sensing.
Building Block
YK-GJ-12
Application : improve children's hand-eye coordination and
imagination, can be creative to build all sorts of model.
40. Balance Touch Panel YK-GJ-13
Application : children through contact with the nerve stimulation
signals and do the balance training
Rotation Pot for Brain
Training
YK-GJ-14
Application : strongly stimulate children's brain development,
training balance ability.
Eyesight Ring YK-GJ-15
Application : training eye – hand the best movement and
coordination.
Children Cage Crawl
YK-GJ-16
Application : adjust the child body flexibility, promoting the brain
healthy development ,applied for crawling training.
Suspension Cable Series YK-GJ-17
Application : adjust the vestibular and balance function of neural
system automatic reaction, promoting language sound, vestibular
nerve tissue vestibular and visual full capacity.
One-Horned Chair YK-GJ-18 Application : train children's balance.
41. Up and Down Turntable
YK-GJ-19
Application : used for visual perception and hand-eye
coordination training.
Granule Massage Ball YK-GJ-21
Application :Diameter: 88 cm. Function: with massage function,
promote the blood circulation.
Jump Ball YK-GJ-22
Specification: 46 cm 56 cm.
Application : to promote children's vestibular sense, stereo sense
development, strengthen the foot hand-eye coordination ability.
Massage Ball (12 Pieces) YK-GJ-23
Application : with massage function, promote the blood
circulation.
Bubble Ball Bath ,Ball Pool
For Kids
YK-GJ-24
Specification: 235 * 240 *50 cm, 160 * 150 * 50 cm
Application : According to sundry movements, utilize feelings,
color vision and other stimulation, promote feeling and motion
functional recovery.
42. Children's Gymnastics Rods
(with Frame)
YK-EK-13
Specification: 800 * 500 * 900 mm
Application: through exercises and catch activities, improve the
upper range, improve body coordination control ability and
balance ability.
Child Safety Chair for
Children
YK-EK-14
Application : the disabled children safety seat and can be also for
posture correction chair.
Gesture Correction Chair for
Children
YK-EK-15
Specification: : 750 * 700 * 870 mm
Application : children sitting position correction training
Sliding Plate YK-EK-16
Specification: 2800 * 600 * 500 mm
Application : Used for cognition psychology training as well as
balance training.
Children Sandbag YK-EK-17
Application : weight training muscle force training and joints
traction
Children Parallel-Plate(with
Handrail)
YK-EK-18 Application : Balance ability training
Children wearing Shoes
Trainer
YK-EK-19 Application : Daily life wearing shoes training
Fruits & Vegetables Food
Playset for Kids
YK-EK-20 Application :Perception/cognition training.
43. Children Crawl Frame YK-EK-21
Specification: 35*17*5 (cm)
Application : Used for children upper limb support and crawl
ability training.
Children Training Ring YK-EK-22
Specification: 18*8*9 (cm)
Application : Cognition training
Children Quadriceps Femoris
Chair
YK-EK-23 Application : quadriceps femoris training
Language Training
YK-EK-24
Application : training in listening, speaking and recognition
ability of patients
Plasticine YK-EK-25 Application : training children's fingers basic function .
Hydraulic Stepper YK-EK-26 Application : lower limb training
Assembled Building Blocks YK-EK-27 Application : Intelligence training, finger function training
Children's Cognitive Graphic
Board
YK-EK-28 Application : Intelligence training, finger function training
44. Multi-Functional Training
Tools
YK-GJ-01
Application : promote the development of the basic action,
training high-level athletic ability.
Round Trochlea YK-GJ-02
Application : can be sit or lie on the trochlea to do balance
training.
Children Seesaw YK-GJ-03
Application : children vestibular balance, body coordination and
attention training.
Balance Pedal YK-GJ-04 Application : the pedal can be used to train children joints and
muscle signal input , enhance children’s coordination ,and
confidence
Teerterboard YK-GJ-05
Application : Balance ability, eye-hand coordination ability
training.
45. Round Rotary Table
YK-GJ-06
Application : strengthen the stimulation of vestibular balance
sense .
Stepping Stone(Three-Pair) YK-GJ-07 Application : children's balance and logical thinking training.
Jumping Bed YK-GJ-08
Application : children vestibular comprehensive balance,
hand-eye coordination training.
Product Name Item NO. Function & Technical Data Photo
Strength Training Elastic
Band
YK-FZ-08
Specification: 68 x 10 cm
Application: muscle strength training.
46. Series Stools YK-FZ-06
Specification: 49*34*60cm
Application : Used as sitting stools in different heights when
doing therapy and also used as working table for the patients to do
upper limbs training.
Electric Standing Transporter YK-CX-01
Specification: 105(L)×95(W)×115-180(H)cm
Weight: 35Kg
Application : Used to carry the patients who can’t transfer
themselves, improve lower limb joint motion and coordination
function.
Walking Aid YK-FZ-07
Application :Add supporting area of upper limb to improve the
effect of assisting walking. Mainly for neurological disturbance
and bone joints system dysfunction suffers to train waking
functions indoor or outdoor.
Multi-Functional Traction
Chair
YK-CX-03
Application : Three-dimensional neck lumbar tractor can reach
place rotate, move up and down or so side traction. Used for
cervical vertebra traction.
47. Manual Weight Support
System
YK-CX-05
Specification: 770 * 670 * 1003-1150 - mm
Application: manual control, according the need of the patient to
loss the weight, ensure the safety of the walk.
Product Name Item NO. Function & Technical Data Photo
Electric Lift Cabinets YK-ZY-25
Specification: 1880 * 620 * 1880-620 (mm)
Application: Daily life function training tools.
Configuration: smoke lampblack machine 1, ark cabinet placed
1, gas burner, 1, wash the dishes 1,faucet 1.
ADL Training Cabinet YK-ZY-28 Specification: 1600 * 350 * 1280 (mm)
Application: daily life function training.