VX - PowerSeat -
•
0 likes•183 views
The Power Seat is a portable powered ascender and manual descender device that allows rope access operators to work in a seated position for longer periods of time with less fatigue. It provides added flexibility and efficiency compared to traditional climbing methods. Safety is enhanced through reduced risk of injury and fatigue. Intended for a wide range of industries, it can carry loads up to 273kg and handle rescue situations. Case studies demonstrated its effectiveness for wind turbine maintenance, cable car evacuations, and transporting materials for railway construction projects.
Report
Share
Report
Share
Download to read offline
Recommended
Gearless drive report 2014 lst
This document describes the fabrication of a gearless drive. It was submitted by 6 students for their diploma in mechanical engineering. It discusses the planning, design, material selection, fabrication, and assembly of the gearless drive mechanism. The drive transmits power from a motor to a grinding stone through four L-shaped rods without using gears.
Semi automated coconut tree climber
Abstract
Primary goal of the project is to design a coconut tree climbing device for farmers and residents. It is very difficult to climb on coconut tree manually due to the constant cylindrical structure and single stem. In other type of trees there will be branches for holding and to support the climber. A professional climber with proper training only be able to climb coconut tree. Due to the risk involved, nowadays a very few are coming forward to climb on coconut trees. Most of them hesitate. Agricultural workers employed for coconut tree climbing suffer musculoskeletal disorders than any other type of injury or illness. As the educational background of Indian youth is increasing, most of the people may hesitate to come in climbing profession. Considering this scenario, a device which helps the user to climb coconut tree easily will be useful for those having coconut cultivation as well as residents who is having less coconut trees.
In this project, we aim to design a mechanism which is simple and easy to operate. For this we first made a rough sketch considering average diameter of a coconut tree as 30 cm and designed it in Solid Works. Later a static analysis was done using ANSYS to ensure its stability. After that we moved on to the fabrication part. The material used is GI steel. Three linear electrical actuators are used in this mechanism – two for gripping and one for the vertical up and down motions. Each actuator can carry up to 400kg. The analysis done using ANSYS proved the design to be safe and the fabrication was completed successfully.
Keywords: GI Steel, Linear electric actuator.
Tolomatic rod and rodless style electric actuators brochure
The document provides information on various electric actuator models from Tolomatic, including rodless screw actuators (MXE-S and MXE-P), which are designed for long life and durability. The MXE-S uses solid bearings, while the MXE-P uses recirculating ball bearings to support loads. Both provide options for mounting motors and accessories.
Mire End-Quarter Design Review
The document summarizes a design review meeting for an MIRE project. It discusses the scope of the meeting which was to review requirements, functional decomposition, concept diagrams, proof of concept designs, optimized designs, subsystems, individual efforts, and CAD. It then reviews material decisions, arm decisions, key technical challenges, design changes, analysis of wheels, monitors/arms, height adjustment, weight distribution, casters, minor additional parts, and budget. An optimized overall design concept is presented along with next steps of prototyping, testing, and fabrication.
IRJET- Alternative Lift Mechanism using Power Screw (20ft)
This document describes an alternative lift mechanism that uses power screws instead of hydraulics for lifting platforms up to 20 feet. It proposes using two power screws connected to a motor via a speed reduction drive to lift the platform. The power screws can carry high loads and be self-locking. They require simple maintenance and reduce the overall cost and size of the lift compared to hydraulic scissor lifts. The document provides design calculations for sizing the power screws based on the lifting loads. It models and analyzes the mechanism, finding it is a viable alternative to current hydraulic scissor lifts.
Finite element analysis of engine mounting bracket by considering pretension ...
Abstract Bracket is one of the important components of an engine mount assembly, heavy performance truck has their engine supported by bracket and this engine mounting brackets assembly is used in chassis front frame which has been designed as a framework to support engine along with transmission member. The main function of the engine mount bracket is to properly balance the engine and transmission on the vehicle chassis, engine mount is an important part of the vehicle to reduce the vibration and noise, by which smooth ride of the vehicle can be achieved. Vibration and strength of engine bracket has been continuously a concern which may lead to structural failure if the resulting vibration and stresses are severe and excessive. The present work focuses on the FEA analysis of engine mount bracket for three materials by using meshing and analysis software which are HYPERMESH and ABACUS, the materials used are cast iron, wrought iron and mild steel, modal analysis and static analysis carried out by which maximum von-misses stress and natural frequency are computed. The main objective is to select the best material from the obtained result under prescribed conditions. Key Words: Engine mount bracket, Vehicle chassis, Modal & Static analysis, pretension load, & Service load.
Project report gearless transmission
This document provides details on the design and working of a gearless transmission mechanism. It consists of 3 bent links that transmit rotational motion from an input shaft to an output shaft located at a 90 degree angle without using gears. This allows motion to be transmitted through restricted spaces efficiently with minimal friction. The mechanism finds various industrial applications and can transmit power at angles between 0-90 degrees. It has been shown to achieve efficiencies as high as 90-92% compared to typical gear efficiencies of around 55%. The document then outlines the components, materials and design of the gearless transmission mechanism.
IRJET- Design and Fabrication of Job Weight Operated Material Handling Equipment
This document describes the design and fabrication of a job weight operated material handling equipment. It aims to reduce electricity consumption and costs associated with traditional powered material handling systems. The system uses the potential energy of materials/jobs being transported to power its motion from one point to another instead of electricity. Key components include a weight-carrying plate, chain/rack assembly, sprockets, wheels, frame, and springs. It operates by converting the vertical movement of the weighted plate into rotational motion of wheels via the chain/sprocket mechanism to move the equipment linearly on its track. Advantages include no electricity use, low cost, easy maintenance and operation. It has applications in transferring materials between stations or loading/unloading trucks to reduce
Recommended
Gearless drive report 2014 lst
This document describes the fabrication of a gearless drive. It was submitted by 6 students for their diploma in mechanical engineering. It discusses the planning, design, material selection, fabrication, and assembly of the gearless drive mechanism. The drive transmits power from a motor to a grinding stone through four L-shaped rods without using gears.
Semi automated coconut tree climber
Abstract
Primary goal of the project is to design a coconut tree climbing device for farmers and residents. It is very difficult to climb on coconut tree manually due to the constant cylindrical structure and single stem. In other type of trees there will be branches for holding and to support the climber. A professional climber with proper training only be able to climb coconut tree. Due to the risk involved, nowadays a very few are coming forward to climb on coconut trees. Most of them hesitate. Agricultural workers employed for coconut tree climbing suffer musculoskeletal disorders than any other type of injury or illness. As the educational background of Indian youth is increasing, most of the people may hesitate to come in climbing profession. Considering this scenario, a device which helps the user to climb coconut tree easily will be useful for those having coconut cultivation as well as residents who is having less coconut trees.
In this project, we aim to design a mechanism which is simple and easy to operate. For this we first made a rough sketch considering average diameter of a coconut tree as 30 cm and designed it in Solid Works. Later a static analysis was done using ANSYS to ensure its stability. After that we moved on to the fabrication part. The material used is GI steel. Three linear electrical actuators are used in this mechanism – two for gripping and one for the vertical up and down motions. Each actuator can carry up to 400kg. The analysis done using ANSYS proved the design to be safe and the fabrication was completed successfully.
Keywords: GI Steel, Linear electric actuator.
Tolomatic rod and rodless style electric actuators brochure
The document provides information on various electric actuator models from Tolomatic, including rodless screw actuators (MXE-S and MXE-P), which are designed for long life and durability. The MXE-S uses solid bearings, while the MXE-P uses recirculating ball bearings to support loads. Both provide options for mounting motors and accessories.
Mire End-Quarter Design Review
The document summarizes a design review meeting for an MIRE project. It discusses the scope of the meeting which was to review requirements, functional decomposition, concept diagrams, proof of concept designs, optimized designs, subsystems, individual efforts, and CAD. It then reviews material decisions, arm decisions, key technical challenges, design changes, analysis of wheels, monitors/arms, height adjustment, weight distribution, casters, minor additional parts, and budget. An optimized overall design concept is presented along with next steps of prototyping, testing, and fabrication.
IRJET- Alternative Lift Mechanism using Power Screw (20ft)
This document describes an alternative lift mechanism that uses power screws instead of hydraulics for lifting platforms up to 20 feet. It proposes using two power screws connected to a motor via a speed reduction drive to lift the platform. The power screws can carry high loads and be self-locking. They require simple maintenance and reduce the overall cost and size of the lift compared to hydraulic scissor lifts. The document provides design calculations for sizing the power screws based on the lifting loads. It models and analyzes the mechanism, finding it is a viable alternative to current hydraulic scissor lifts.
Finite element analysis of engine mounting bracket by considering pretension ...
Abstract Bracket is one of the important components of an engine mount assembly, heavy performance truck has their engine supported by bracket and this engine mounting brackets assembly is used in chassis front frame which has been designed as a framework to support engine along with transmission member. The main function of the engine mount bracket is to properly balance the engine and transmission on the vehicle chassis, engine mount is an important part of the vehicle to reduce the vibration and noise, by which smooth ride of the vehicle can be achieved. Vibration and strength of engine bracket has been continuously a concern which may lead to structural failure if the resulting vibration and stresses are severe and excessive. The present work focuses on the FEA analysis of engine mount bracket for three materials by using meshing and analysis software which are HYPERMESH and ABACUS, the materials used are cast iron, wrought iron and mild steel, modal analysis and static analysis carried out by which maximum von-misses stress and natural frequency are computed. The main objective is to select the best material from the obtained result under prescribed conditions. Key Words: Engine mount bracket, Vehicle chassis, Modal & Static analysis, pretension load, & Service load.
Project report gearless transmission
This document provides details on the design and working of a gearless transmission mechanism. It consists of 3 bent links that transmit rotational motion from an input shaft to an output shaft located at a 90 degree angle without using gears. This allows motion to be transmitted through restricted spaces efficiently with minimal friction. The mechanism finds various industrial applications and can transmit power at angles between 0-90 degrees. It has been shown to achieve efficiencies as high as 90-92% compared to typical gear efficiencies of around 55%. The document then outlines the components, materials and design of the gearless transmission mechanism.
IRJET- Design and Fabrication of Job Weight Operated Material Handling Equipment
This document describes the design and fabrication of a job weight operated material handling equipment. It aims to reduce electricity consumption and costs associated with traditional powered material handling systems. The system uses the potential energy of materials/jobs being transported to power its motion from one point to another instead of electricity. Key components include a weight-carrying plate, chain/rack assembly, sprockets, wheels, frame, and springs. It operates by converting the vertical movement of the weighted plate into rotational motion of wheels via the chain/sprocket mechanism to move the equipment linearly on its track. Advantages include no electricity use, low cost, easy maintenance and operation. It has applications in transferring materials between stations or loading/unloading trucks to reduce
IRJET- Design and Analysis of Bar-Bending Machine
This document describes the design and analysis of an electrically operated bar bending machine. The machine aims to semi-automate the process of bending reinforcement bars, allowing for higher production rates with less manual labor compared to traditional methods. It consists of an electric motor, coupling, worm gear drive, extended shaft, and circular plate. The motor provides power to the gearbox, which bends the bar placed on the circular plate to the required angle. Design calculations are shown for components like the shaft, coupling, and circular plate to validate they can withstand the expected bending forces. The machine is intended to bend rebar diameters from 6 to 16mm and provide an accurate, portable alternative to hydraulic or pneumatic bar bending machines.
Naman BHEL seminar
Bharat Heavy Electricals Limited (BHEL) is India's largest engineering and manufacturing company, established in 1964 and granted Maharatna status in 2013. It operates in sectors like power, transmission, industry, transportation, renewable energy, oil and gas, and defense. BHEL has 7 plants across India and is the 7th largest power equipment manufacturer globally. It aims to provide sustainable solutions through its vision of being a global engineering enterprise.
Resume_Dipak-linkedin
Dipaka Ranjan Choudhury is an experienced power plant operations professional seeking a challenging position in operations, preferably in the power sector. He has over 10 years of experience operating 660MW and 330MW thermal power units. He is proficient in boiler and turbine DCS operations and has experience ensuring safe, efficient plant operations including startups, shutdowns, and emergencies. Currently he works as an Assistant Manager of Power Plant Operations at Adani Power Ltd where he has helped units achieve 100% PLF and prevented unit tripping during emergencies.
IRJET- Design and Fabrication of Mechanized Stair
The document describes the design and fabrication of a mechanized stair that can function as both a stair and ramp. It was created to help disabled individuals more easily access stairs. The mechanized stair uses linkages and gear mechanisms to allow the treads to convert between stair and ramp positions. It consists of a frame, treads, spur gears, worms gears, rods, links and an adjustable stand. The treads are connected via rods and gearing so that turning a crank converts the treads between stair and ramp configurations. The fabricated prototype can support loads of 90-105kg. The mechanized stair was created to reduce human effort and help overcome difficulties accessing stairs for disabled individuals.
Tata steel limited,kalinganagar(orissa),three months in project training
This document summarizes a 3 month industrial training at Tata Steel in Kalinganagar, Odisha. It provides details about Tata Steel, including its founding, locations, products, employees and expansion projects. It describes the electrical department and electrical repair shop workflow for repairing motors. This includes receiving motors, disassembly, individual part repair, reassembly, and testing including no load test, megger test, vibration test and checking for abnormal sounds.
Design of Gear For Hg13 Gear Box used in Marine Engine
This document describes the design of a gear train for a 260HP marine engine gearbox. It involves modeling and analyzing a helical gear using theoretical calculations and finite element analysis to minimize stresses, deflections, and weight. Calculations are shown for designing a clutch gear for the gearbox based on given design requirements and space constraints. The results of the theoretical analysis are compared to the finite element analysis to validate the design. The conclusions indicate the design is safe and meets the objectives of withstanding high loads at high speeds efficiently for marine applications.
Power hacksaw machine
This document describes the design of an automatic hacksaw machine. It contains sections on the working principle, power transmission using V-belts, a list of components including an AC motor, ball bearings, flywheel and pulley, a mechanical analysis of torque and speed ratios, design specifications and materials, and a cost estimation. The machine is designed to reduce the time and labor costs of manual hacksawing by automating the reciprocating motion. It provides the advantages of being easy to use, automatic, able to maintain consistent cutting parameters, and economical compared to manual labor. Limitations include an inability to cut larger diameters or be used for mass production.
Design of automatic screwing machine
This document describes the design of an automatic screwing machine created by students at ELMECH AUTOMATIONS in Coimbatore, India. The machine aims to automate and speed up the process of screwing components into terminals. Key features include adding an indexing system to reduce cycle time, using a stepper motor to rotate the indexing system, and including a bowl feeder, linear feeder, and pneumatic screwdriver for automatic feeding and screwing. Testing showed the automatic process takes only 8 seconds per component compared to 20 seconds manually, improving productivity to over 300 components per hour. The automatic screwing machine was designed to reduce human workload and improve safety.
multi operational machine
This document summarizes the design and development of a multi-operation machine capable of performing shaping, cutting, and grinding operations simultaneously. The machine uses a scotch yoke mechanism and belt and pulley system to transmit power from an electric motor to rotating cutting, grinding, and shaping tools. The objectives are to reduce production time and costs for manufacturing industries by enabling multiple machining operations to occur at once. Components of the machine include an electric motor, pulleys, belts, cutting tool, cutting wheel, and grinding wheel. Calculations are provided for the cutting and material removal rates of the different operations.
IRJET- Semi-Electric Chain Hoist Stacker Trolley
The document describes the development of a semi-electric chain hoist stacker trolley. The trolley was designed to lift heavy loads up to 1.5 tons automatically using a chain pulley block and 12V DC motor, reducing human effort and safety risks compared to manual hydraulic trolleys. The trolley's simple design allows it to be converted easily from manual hydraulic models at a lower cost than fully automatic stackers. Testing showed the trolley successfully lifted loads automatically through a toggle switch control with increased efficiency over manual trolleys.
Creativity Journey Presentation
The document discusses gearbox design options for lifting an 8 kg weight using an acrylic gearbox. It analyzes spur gears, planetary gears, helical gears, worm gears, clutches, bevel gears, and bearings. Spur gears are recommended due to their simplicity, efficiency, ability to reduce size and mass, and feasibility for laser cutting acrylic. Multiple reduction gear trains and a centrifugal clutch may be used to minimize motor load. The goal is to optimize gear and housing configuration to lift the weight while keeping the design compact and motor operating at peak efficiency.
Comparison of Takeuchi & TATA Hitachi Excavator
Find the best presentation here - Comparison of Takeuchi & TATA Hitachi Excavator for buy . Excavators are bigger than most other earth moving equipment. Earthmoving equipment is very important in the construction business.
Kw3518711873
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
IRJET- Design and Fabrication of Arecanut Tree Climbing Machine
1. The document describes the design and fabrication of an arecanut tree climbing machine. The machine uses a triangular base with three DC motors that power nylon wheels fitted with elastic grippers spaced 120 degrees apart for stability.
2. A spring-loaded mechanism is used to apply sufficient gripping force to accommodate changes in the tree's diameter as the machine climbs up and down. The remote-controlled electric machine is intended to make tasks like harvesting and maintenance safer and more efficient.
3. Calculations show the machine needs a minimum gripping force of 327N to lift its 10kg weight up the tree based on a coefficient of friction of 0.3. An 11cm wheel diameter was selected to handle trees
IRJET- Design and Development of 40mm Automatic Gun Dispensing Machine
The document describes the design and development of an automatic 40mm gun dispensing machine. The machine is designed to replace the existing 30mm single barrel machine and provide better performance. It uses a twin barrel design that allows for a wider range and better explosive capacity compared to the 30mm gun. The key components of the new design include an improved feeding mechanism, automatic triggering of the twin barrels, and a shell ejection system to remove grenade casings after firing. The researchers conclude that the new 40mm automatic gun dispensing machine provides enhanced capabilities over the older 30mm system.
Ijrdt 140001
This document describes the design, analysis, and performance evaluation of a mechanical gyrator vehicle. A mechanical gyrator is a three-wheeled vehicle with two large outer wheels and an inner frame that can oscillate. The document outlines the subsystems of the gyrator such as the wheels, chassis, transmission, seat, and electrical system. It discusses the material selection, modeling, and analysis done to optimize the design. The goal was to develop an efficient personal transportation vehicle for disabled individuals that is stable, easy to operate, and has a low turning radius.
Tata hitachi
The document discusses the preparation of process sheets for machining parts of excavators in a heavy machine shop. It defines what a process sheet is and what information it should contain, such as the model, component, work processes, process details, and drawings. An example process sheet for machining an excavator hoe bucket is provided. Process sheets were also created for other excavator components. The benefits of process sheets include reduced time and costs, more consistent and accurate plans, and increased productivity by outlining the clear process flows for operators.
Copy of shahbaz khaliq cv new
Shahbaz Khaliq is seeking a career-oriented and challenging position that allows him to enhance his skills. He has over 10 years of experience as an operator and shift engineer at various power plants in Pakistan. His roles included assisting with safe and efficient plant operations, performing inspections, emergency response, and maintenance activities while ensuring compliance with health, safety, and environmental regulations. He has expertise in gas turbines, steam turbines, generators, and engines.
Optimization study on trailer arm chassis by finite element method
Abstract: Chassis is the important part of an automobile. It supports the body and different parts of an automobile. Chassis consists of engine, brakes, power train, steering system and wheels mounted on a frame. Ƭhe frame is the main part of the chassis on which remaining parts of chassis are placed. Ƭhe chassis should be rigid enough to withstand the twist, shock, stresses, vibrations and bending moments to which it is subjected while vehicle is moving on road. Ƭhe trailer arm chassis frame has to carry and sustain the heavy loads which are applied on it. Hence it is very important to design and analysis of the trailer arm chassis frame. Ƭhe design of trailer arm chassis is carried out by taking the base model structure of chassis as a standard. The optimization technique to redesign Chassis (Frame) of a trailer is carried out here. The trailer had dimensional limits and must be able to reduce the overall size and shape and still lift the same amount of load. Different load cases with given boundary conditions & loadings are used. Ƭo improve the performance of the chassis finite element analysis is carried for various alternatives. Ƭhe analysis is performed by varying the thickness, shape and material to get the best possible design of the chassis. Static analysis is carried out for both basic and modified designs to determine the high stress regions, maximum displacement, and normal stress at critical positions of the chassis. Normal modal analysis for base model is carried out to find the first natural frequency. Normal modal analysis is carried out for all modified designs to improve the first natural frequency of the chassis in order to avoid the resonance. The whole challenging task, starting with pre processing, analysis and post processing is completed using Altair’s HyperMesh, Abaqus and HyperView FE package. Key Words: Trailer arm chassis, Static analysis and Modal analysis.
Khatia buniatishvili
Khatia Buniatishvili is a Georgian concert pianist who began studying piano at age three under her mother. She has given concerts around the world since age six and graduated from the Tbilisi State Conservatory. Buniatishvili has received several awards including third prize at the 12th Arthur Rubinstein International Piano Master Competition. She has released three solo piano albums for Sony Classical focusing on Liszt, Chopin, and personal music from Georgia.
Social microwork
The document outlines a process for connecting seekers in need with solvers who can provide micro-tasks for payment through crowd funding. Village chiefs and community activists help identify solvers and seekers, and ensure quality control. Solvers complete tasks like visits, errands, and teaching for a small stipend. Funds come from donors who can track progress in real time. The goal is to provide income opportunities for women while addressing community needs through a sustainable and scalable social microwork model.
More Related Content
What's hot
IRJET- Design and Analysis of Bar-Bending Machine
This document describes the design and analysis of an electrically operated bar bending machine. The machine aims to semi-automate the process of bending reinforcement bars, allowing for higher production rates with less manual labor compared to traditional methods. It consists of an electric motor, coupling, worm gear drive, extended shaft, and circular plate. The motor provides power to the gearbox, which bends the bar placed on the circular plate to the required angle. Design calculations are shown for components like the shaft, coupling, and circular plate to validate they can withstand the expected bending forces. The machine is intended to bend rebar diameters from 6 to 16mm and provide an accurate, portable alternative to hydraulic or pneumatic bar bending machines.
Naman BHEL seminar
Bharat Heavy Electricals Limited (BHEL) is India's largest engineering and manufacturing company, established in 1964 and granted Maharatna status in 2013. It operates in sectors like power, transmission, industry, transportation, renewable energy, oil and gas, and defense. BHEL has 7 plants across India and is the 7th largest power equipment manufacturer globally. It aims to provide sustainable solutions through its vision of being a global engineering enterprise.
Resume_Dipak-linkedin
Dipaka Ranjan Choudhury is an experienced power plant operations professional seeking a challenging position in operations, preferably in the power sector. He has over 10 years of experience operating 660MW and 330MW thermal power units. He is proficient in boiler and turbine DCS operations and has experience ensuring safe, efficient plant operations including startups, shutdowns, and emergencies. Currently he works as an Assistant Manager of Power Plant Operations at Adani Power Ltd where he has helped units achieve 100% PLF and prevented unit tripping during emergencies.
IRJET- Design and Fabrication of Mechanized Stair
The document describes the design and fabrication of a mechanized stair that can function as both a stair and ramp. It was created to help disabled individuals more easily access stairs. The mechanized stair uses linkages and gear mechanisms to allow the treads to convert between stair and ramp positions. It consists of a frame, treads, spur gears, worms gears, rods, links and an adjustable stand. The treads are connected via rods and gearing so that turning a crank converts the treads between stair and ramp configurations. The fabricated prototype can support loads of 90-105kg. The mechanized stair was created to reduce human effort and help overcome difficulties accessing stairs for disabled individuals.
Tata steel limited,kalinganagar(orissa),three months in project training
This document summarizes a 3 month industrial training at Tata Steel in Kalinganagar, Odisha. It provides details about Tata Steel, including its founding, locations, products, employees and expansion projects. It describes the electrical department and electrical repair shop workflow for repairing motors. This includes receiving motors, disassembly, individual part repair, reassembly, and testing including no load test, megger test, vibration test and checking for abnormal sounds.
Design of Gear For Hg13 Gear Box used in Marine Engine
This document describes the design of a gear train for a 260HP marine engine gearbox. It involves modeling and analyzing a helical gear using theoretical calculations and finite element analysis to minimize stresses, deflections, and weight. Calculations are shown for designing a clutch gear for the gearbox based on given design requirements and space constraints. The results of the theoretical analysis are compared to the finite element analysis to validate the design. The conclusions indicate the design is safe and meets the objectives of withstanding high loads at high speeds efficiently for marine applications.
Power hacksaw machine
This document describes the design of an automatic hacksaw machine. It contains sections on the working principle, power transmission using V-belts, a list of components including an AC motor, ball bearings, flywheel and pulley, a mechanical analysis of torque and speed ratios, design specifications and materials, and a cost estimation. The machine is designed to reduce the time and labor costs of manual hacksawing by automating the reciprocating motion. It provides the advantages of being easy to use, automatic, able to maintain consistent cutting parameters, and economical compared to manual labor. Limitations include an inability to cut larger diameters or be used for mass production.
Design of automatic screwing machine
This document describes the design of an automatic screwing machine created by students at ELMECH AUTOMATIONS in Coimbatore, India. The machine aims to automate and speed up the process of screwing components into terminals. Key features include adding an indexing system to reduce cycle time, using a stepper motor to rotate the indexing system, and including a bowl feeder, linear feeder, and pneumatic screwdriver for automatic feeding and screwing. Testing showed the automatic process takes only 8 seconds per component compared to 20 seconds manually, improving productivity to over 300 components per hour. The automatic screwing machine was designed to reduce human workload and improve safety.
multi operational machine
This document summarizes the design and development of a multi-operation machine capable of performing shaping, cutting, and grinding operations simultaneously. The machine uses a scotch yoke mechanism and belt and pulley system to transmit power from an electric motor to rotating cutting, grinding, and shaping tools. The objectives are to reduce production time and costs for manufacturing industries by enabling multiple machining operations to occur at once. Components of the machine include an electric motor, pulleys, belts, cutting tool, cutting wheel, and grinding wheel. Calculations are provided for the cutting and material removal rates of the different operations.
IRJET- Semi-Electric Chain Hoist Stacker Trolley
The document describes the development of a semi-electric chain hoist stacker trolley. The trolley was designed to lift heavy loads up to 1.5 tons automatically using a chain pulley block and 12V DC motor, reducing human effort and safety risks compared to manual hydraulic trolleys. The trolley's simple design allows it to be converted easily from manual hydraulic models at a lower cost than fully automatic stackers. Testing showed the trolley successfully lifted loads automatically through a toggle switch control with increased efficiency over manual trolleys.
Creativity Journey Presentation
The document discusses gearbox design options for lifting an 8 kg weight using an acrylic gearbox. It analyzes spur gears, planetary gears, helical gears, worm gears, clutches, bevel gears, and bearings. Spur gears are recommended due to their simplicity, efficiency, ability to reduce size and mass, and feasibility for laser cutting acrylic. Multiple reduction gear trains and a centrifugal clutch may be used to minimize motor load. The goal is to optimize gear and housing configuration to lift the weight while keeping the design compact and motor operating at peak efficiency.
Comparison of Takeuchi & TATA Hitachi Excavator
Find the best presentation here - Comparison of Takeuchi & TATA Hitachi Excavator for buy . Excavators are bigger than most other earth moving equipment. Earthmoving equipment is very important in the construction business.
Kw3518711873
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
IRJET- Design and Fabrication of Arecanut Tree Climbing Machine
1. The document describes the design and fabrication of an arecanut tree climbing machine. The machine uses a triangular base with three DC motors that power nylon wheels fitted with elastic grippers spaced 120 degrees apart for stability.
2. A spring-loaded mechanism is used to apply sufficient gripping force to accommodate changes in the tree's diameter as the machine climbs up and down. The remote-controlled electric machine is intended to make tasks like harvesting and maintenance safer and more efficient.
3. Calculations show the machine needs a minimum gripping force of 327N to lift its 10kg weight up the tree based on a coefficient of friction of 0.3. An 11cm wheel diameter was selected to handle trees
IRJET- Design and Development of 40mm Automatic Gun Dispensing Machine
The document describes the design and development of an automatic 40mm gun dispensing machine. The machine is designed to replace the existing 30mm single barrel machine and provide better performance. It uses a twin barrel design that allows for a wider range and better explosive capacity compared to the 30mm gun. The key components of the new design include an improved feeding mechanism, automatic triggering of the twin barrels, and a shell ejection system to remove grenade casings after firing. The researchers conclude that the new 40mm automatic gun dispensing machine provides enhanced capabilities over the older 30mm system.
Ijrdt 140001
This document describes the design, analysis, and performance evaluation of a mechanical gyrator vehicle. A mechanical gyrator is a three-wheeled vehicle with two large outer wheels and an inner frame that can oscillate. The document outlines the subsystems of the gyrator such as the wheels, chassis, transmission, seat, and electrical system. It discusses the material selection, modeling, and analysis done to optimize the design. The goal was to develop an efficient personal transportation vehicle for disabled individuals that is stable, easy to operate, and has a low turning radius.
Tata hitachi
The document discusses the preparation of process sheets for machining parts of excavators in a heavy machine shop. It defines what a process sheet is and what information it should contain, such as the model, component, work processes, process details, and drawings. An example process sheet for machining an excavator hoe bucket is provided. Process sheets were also created for other excavator components. The benefits of process sheets include reduced time and costs, more consistent and accurate plans, and increased productivity by outlining the clear process flows for operators.
Copy of shahbaz khaliq cv new
Shahbaz Khaliq is seeking a career-oriented and challenging position that allows him to enhance his skills. He has over 10 years of experience as an operator and shift engineer at various power plants in Pakistan. His roles included assisting with safe and efficient plant operations, performing inspections, emergency response, and maintenance activities while ensuring compliance with health, safety, and environmental regulations. He has expertise in gas turbines, steam turbines, generators, and engines.
Optimization study on trailer arm chassis by finite element method
Abstract: Chassis is the important part of an automobile. It supports the body and different parts of an automobile. Chassis consists of engine, brakes, power train, steering system and wheels mounted on a frame. Ƭhe frame is the main part of the chassis on which remaining parts of chassis are placed. Ƭhe chassis should be rigid enough to withstand the twist, shock, stresses, vibrations and bending moments to which it is subjected while vehicle is moving on road. Ƭhe trailer arm chassis frame has to carry and sustain the heavy loads which are applied on it. Hence it is very important to design and analysis of the trailer arm chassis frame. Ƭhe design of trailer arm chassis is carried out by taking the base model structure of chassis as a standard. The optimization technique to redesign Chassis (Frame) of a trailer is carried out here. The trailer had dimensional limits and must be able to reduce the overall size and shape and still lift the same amount of load. Different load cases with given boundary conditions & loadings are used. Ƭo improve the performance of the chassis finite element analysis is carried for various alternatives. Ƭhe analysis is performed by varying the thickness, shape and material to get the best possible design of the chassis. Static analysis is carried out for both basic and modified designs to determine the high stress regions, maximum displacement, and normal stress at critical positions of the chassis. Normal modal analysis for base model is carried out to find the first natural frequency. Normal modal analysis is carried out for all modified designs to improve the first natural frequency of the chassis in order to avoid the resonance. The whole challenging task, starting with pre processing, analysis and post processing is completed using Altair’s HyperMesh, Abaqus and HyperView FE package. Key Words: Trailer arm chassis, Static analysis and Modal analysis.
What's hot (19)
Tata steel limited,kalinganagar(orissa),three months in project training
Tata steel limited,kalinganagar(orissa),three months in project training
Design of Gear For Hg13 Gear Box used in Marine Engine
Design of Gear For Hg13 Gear Box used in Marine Engine
IRJET- Design and Fabrication of Arecanut Tree Climbing Machine
IRJET- Design and Fabrication of Arecanut Tree Climbing Machine
IRJET- Design and Development of 40mm Automatic Gun Dispensing Machine
IRJET- Design and Development of 40mm Automatic Gun Dispensing Machine
Optimization study on trailer arm chassis by finite element method
Optimization study on trailer arm chassis by finite element method
Viewers also liked
Khatia buniatishvili
Khatia Buniatishvili is a Georgian concert pianist who began studying piano at age three under her mother. She has given concerts around the world since age six and graduated from the Tbilisi State Conservatory. Buniatishvili has received several awards including third prize at the 12th Arthur Rubinstein International Piano Master Competition. She has released three solo piano albums for Sony Classical focusing on Liszt, Chopin, and personal music from Georgia.
Social microwork
The document outlines a process for connecting seekers in need with solvers who can provide micro-tasks for payment through crowd funding. Village chiefs and community activists help identify solvers and seekers, and ensure quality control. Solvers complete tasks like visits, errands, and teaching for a small stipend. Funds come from donors who can track progress in real time. The goal is to provide income opportunities for women while addressing community needs through a sustainable and scalable social microwork model.
Jable peñafielpractica1
El documento define la discriminación y discute varios tipos como la discriminación por género, orientación sexual y cultura. También explora las raíces de la discriminación y cómo afecta negativamente a la sociedad. Concluye que la discriminación es un problema social que debe combatirse para garantizar el respeto y la dignidad de todos los seres humanos.
Projeto Turismo Legal - Exploração Sexual não é atração turística
Criação do projeto Turismo Legal - Exploração sexual não é Atração Turística. Composto por conjunto de ações de relacionamento com sociedade, imprensa e trade. Lançado pela Fundação de Turismo [FUNDTUR/MS] em março de 2005.
Briefing do projeto
Ley de habes data.
Este documento presenta la Ley de Protección de Datos Personales de Argentina. Establece que el objetivo de la ley es proteger los datos personales almacenados en archivos, registros y bancos de datos para garantizar el derecho a la intimidad y el acceso a la información personal. También establece requisitos para la recolección, almacenamiento y uso de datos personales, incluidas medidas de seguridad, y otorga a las personas el derecho a solicitar la rectificación o eliminación de datos personales falsos o desactualizados. Además
Жан Морис Эмиль Бодо
Жан Морис Эмиль Бодо
Французский инженер и изобретатель кода Бодо - кодировки символов для телетайпов. В честь Бодо названа единица символьной скорости - бод.
Краткая биография французского инженера, а так же его изобретения
Keira knightley
Keira Knightley is an English actress born in 1985. She began her career as a child actor in television and film. Some of her notable roles include her breakthrough role in Bend It Like Beckham in 2002 and starring roles in films such as Pirates of the Caribbean, Pride & Prejudice, and Atonement. In her personal life, Knightley married musician James Righton in 2013 and has been involved with several charitable causes.
Futurebuy 2014 Aust
This document discusses Australians' shopping behaviors and preferences. It finds that while in-store shopping still provides benefits like a more enjoyable social experience, online shopping is growing rapidly in areas like convenience and selection. Mobile devices are increasingly used to help with shopping tasks. Some product categories have embraced omnichannel shopping more than others. Touchpoints like in-store environment and previous experiences remain highly influential in purchase decisions. However, digital touchpoints and activities are on the rise. The document predicts that bricks-and-mortar retail will continue to decline in relevance as nearly all shopping needs can be met online. It also predicts that mobile payments and digital wallets will see increased adoption as barriers to use go down.
Cambodia Digital Communications (August 2015)
Maybe the only guide for Social Media scene in Cambodia now. Still on development and wishing to have friends to develop this document together.
すぐに着手できる、SEO改善ポイントについて（前編）
「広告に頼らないWebマーケティングの考え方と方法」シリーズ 5限目
すぐに着手できる、SEO改善ポイントについて（前編）
ナイル株式会社 (Nyle Inc.)Webコンサルティング事業部 コンサルタント
岸 穂太佳
Viewers also liked (14)
Projeto Turismo Legal - Exploração Sexual não é atração turística
Projeto Turismo Legal - Exploração Sexual não é atração turística
Similar to VX - PowerSeat -
The Access Rail System.
The document summarizes the Access Rail System (ARS), a rail-based access solution for maintenance and inspections. It describes the different rail types, benefits over traditional building maintenance units, installation process, certification and warranty information. Case studies show how ARS has been used for tasks like bridge maintenance, atrium cleaning, and overhead crane access in accordance with health and safety regulations.
CH SKID BROCHURE-V1 14-12-2015
The skid is an offshore skid mounted logging unit that can be secured to a trailer for land operations. It consists of a drum for spooling wireline, a hydraulic system to power the drum, a diesel power source to drive the hydraulics, and an enclosed operator's cab. The skid is a self-contained, rugged unit for conveying wireline tools into wells. It can be stored, transported, and operated as a single unit except for electric power which is supplied by the rig.
internship.pptx
The first thing I did was to be a part of the story that the government is a good idea to have a good day and 4 of the total number of people who are 4444 the same time as a result of the most important thing is that I have to go to the hospital and the other is a great way to get the best out of the office and I am not sure if I can
Aqeel cv updated
Aqeel Ahmed is seeking a position as a mechanical technician where he can utilize his skills in team-oriented tasks and maintenance. He has a diploma in precision mechanics and instrumentation from Pak Swiss Training Centre. He has over 5 years of experience performing maintenance on equipment like gas turbines, compressors, pumps, and more at various companies. His responsibilities include troubleshooting, planning maintenance activities, and ensuring safety compliance.
Best practice guidance on choosing site lighting, supplied in conjunction wit...
This document provides guidance on choosing site lighting for quarries. It discusses the benefits of mobile lighting towers, including improved safety, productivity and security. It outlines factors to consider like defining needs, safety features, engine performance, illumination area and maintenance. Key aspects of lighting towers are explained, such as rapid mast extension, directional lamps, stabilizers and halide or LED lighting options. Customized solutions are available to meet quarry lighting requirements.
Automobiles
We are ongoing research and development program to improve the quality and design of equipment to ensure safer and more efficient workshop environment.
VX - ARS
The Access Rail System is designed for use as an adjustable anchorage point for suspension/rope access for external and internal maintenance of buildings. It provides flexibility of movement at height while being lightweight and having minimal visual impact. The system comes in 27mm and 32mm sizes and can be installed on various surfaces like walls, ceilings, glass, and steel. It offers benefits over traditional cradles like lower operational costs, faster maintenance times, and greater lifting capacity. The system is certified under European safety standards and comes with a 10-year warranty. Case studies demonstrate its use for tasks like bridge maintenance, atrium cleaning, and overhead crane access.
140428 SIBS Presentation
Advanced Braking Technology is an ASX-listed company based in Perth, Australia that develops and manufactures braking systems for vehicles used in mining and other heavy-duty applications. Their flagship product is the SIBS brake, a fully enclosed wet brake system that provides reliable braking in harsh environments with very low maintenance requirements. SIBS brakes have been successfully implemented in light vehicles, mine specification vehicles, and other applications globally. Advanced Braking Technology provides comprehensive support for SIBS including training, installation, and service support.
Industrial training Report
Volvo Eicher Commercial Vehicles (VECV) is a joint venture between Volvo Group and Eicher Motors that manufactures commercial vehicles. The intern completed a two-week time study of non-automotive engine peripherals production at VECV. The time study involved direct observation using a stopwatch to measure cycle times and identify value-added versus non-value added activities. Key findings were that the cycle time for a CPCB 1 engine was 52 minutes with 88% for value-added activities, and the cycle time for a CPCB 2 engine was 58 minutes with 88% for value-added activities. The time study aims to improve efficiency and reduce costs.
Skidded helicopter tug design calculation
This document provides a final report on the conceptual design, calculations, and justification of a skidded helicopter tug. It includes sections on problem definition, project brief, conceptual design selection, and detailed design calculations. The calculations cover topics such as load calculations on the scissor jack and lead screw, gear and shaft dimensions, bearing selection, and energy losses. The conceptual design process evaluated three concepts and selected a design using a scissor jack, electric motor, remote control, and sliding mesh gearbox. The detailed calculations size components and check that stresses will be below allowable values when lifting the maximum load of 3500kg.
2024 IADC Rig Equipment Inspection - Advanced 5 Days.pdf
For any registration:
CALL +6281 7022 2029
Email muanisa@ocsgroup.com
Web www.ocsgroup.com
Training Details:
Our trainer is a highly experienced trainer with excellent feedbacks (score 8-10, out of 10).
Regular Clients are from over many companies worldwide; Petronas, PERTAMINA, Dubai Petroleum, Petroleum Development Oman, Kuwait Oil Company, Saudi Aramco, NCOC, ADNOC and etc.
We can provide customized Virtual/ On-site in-house training with various topics at your preferred venue and preferred date.
Chapter 7.pptx
The document discusses several factors to consider when matching an electric machine and internal combustion engine (ICE) in a hybrid vehicle:
1) The electric machine must be able to provide enough power to complement the ICE and assist during acceleration.
2) The torque curves of the electric machine and ICE should complement each other to provide a smooth driving experience.
3) The sizes of the electric machine and ICE must fit within the available space and weight budget of the vehicle.
4) The electric machine should reduce the load on the ICE to improve fuel efficiency, especially during cruising and low-load conditions.
Overall matching the electric machine and ICE requires careful consideration of power output, torque curves, space
Rig design
The document provides specifications for Stewart & Stevenson's drilling, workover and well servicing rigs. It describes the types of rigs offered, including drilling rigs, workover and service rigs, and flushby rapid service rigs. It provides details on the components and configurations available, such as masts, drawworks, pumps, tanks, and power generation options. Specification tables list the technical details and ratings for different rig models.
2024 - IADC Rig Equipment Inspection - Advanced 5 Days Training
OCS Training Institute is pleased to co-operate with
a Global provider of Rig Inspection/Audits,
Commission-ing, Compliance & Acceptance as well as
& Engineering for Offshore Drilling Rigs, to deliver
Drilling Rig Inspec-tion Workshops (RIW) which
teaches the inspection & maintenance procedures
required to ensure equipment integrity. Candidates
learn to implement the relevant standards &
understand industry requirements so that they can
verify the condition of a rig’s equipment & improve
safety, thus reducing the number of accidents and
protecting the asset.
IRJET- Design and Manufacturing of Ladder Roof Lift for Material Lifting
This document describes the design and manufacturing of a ladder roof lift for material lifting at construction sites. The lift is intended to efficiently transfer large quantities of material between floors without requiring manual labor, reducing the risk of accidents. It utilizes multiple containers on a ladder-like frame that can be raised and lowered via a chain drive or other mechanism. Calculations are shown for selecting materials and components like the chain, sprockets, and supporting shaft. Advantages include safer and easier material handling compared to existing manual methods. The ladder roof lift is also portable to use in different locations.
Design and Analysis of Hydraulic Ladder
1) Five bachelor students and their professor designed and analyzed a hydraulic scissor ladder.
2) The ladder was intended to lift 150-200kg to a height of 7-8 feet for use in schools, malls, hospitals and small industries.
3) Through calculations considering factors like payload weight, cylinder specifications, and hydraulic power requirements, the team selected components for the ladder including a hydraulic cylinder, power pack, and oil type.
Lance manipulator for electric arc furnace 1
Remso emergency top purging lance system, One lance carriage driven by chain system, Vertical_swivelling column, Local or remote control System, top lance, Lance storage, Automatic start of gas purging when lowering the lance, Multi Lance Manipulator, Measurement and Control Technology, carbon lance, oxygen lance, lance stirring system, bottom pouring lance, top lance, emergency lance, Multi Lance Manipulator, Temperature and sampler Lance Manipulator,
Temperature and sampler Lance system, Multi-function top-blown oxygen lance for hot metal vacuum refining
BAJA Presentation (1)-1.pptx
The document provides information about BAJA SAE India, an intercollegiate engineering design competition. It discusses that the objective is to simulate real-world engineering projects and challenges. Teams must design, build, test, and compete with a vehicle within the competition rules. There are two vehicle categories: internal combustion and electric vehicles. The competition consists of three phases - preliminary, virtual, and physical dynamic events. It then provides overviews of the key vehicle systems and departments involved in BAJA vehicles, including frames and ergonomics, suspension and steering, powertrain, brakes, and statics. It discusses the components, design considerations, and analysis methods for each department.
IJERD (www.ijerd.com) International Journal of Engineering Research and Devel...
This document discusses the development of an efficient maintenance scheme for boilers to maintain peak efficiency. It outlines various maintenance activities that should be performed on boilers, including exercising valves, testing alarms, lubricating equipment, adjusting belt drives, packing adjustments, maintaining mechanical seals, and performing safety relief valve tests. The goal of the maintenance scheme is to avoid downtime, reduce costs, promote safety, and allow boilers to operate at peak efficiency through planned and preventative maintenance practices.
PD cell Kaizen event presentation
The Kaizen event focused on improving the assembly process of power drive units. Previously, the assembly area was small and cluttered, requiring operators to walk long distances to retrieve parts. The team redesigned the assembly cell layout into a U-shape with dedicated areas for each sub-assembly process and parts/tools within reach. This reduced the cycle time from 260 to 135 minutes and walking distance. The new layout allowed completing assemblies with two operators instead of four, improving productivity from 12 to 20 units per week while reducing space and work-in-process inventory.
Similar to VX - PowerSeat - (20)
Best practice guidance on choosing site lighting, supplied in conjunction wit...
Best practice guidance on choosing site lighting, supplied in conjunction wit...
2024 IADC Rig Equipment Inspection - Advanced 5 Days.pdf
2024 IADC Rig Equipment Inspection - Advanced 5 Days.pdf
2024 - IADC Rig Equipment Inspection - Advanced 5 Days Training
2024 - IADC Rig Equipment Inspection - Advanced 5 Days Training
IRJET- Design and Manufacturing of Ladder Roof Lift for Material Lifting
IRJET- Design and Manufacturing of Ladder Roof Lift for Material Lifting
IJERD (www.ijerd.com) International Journal of Engineering Research and Devel...
IJERD (www.ijerd.com) International Journal of Engineering Research and Devel...
VX - PowerSeat -
- 2. • The Power Seat _____________________________________________ 1 • Working At Height____________________________________________ 2 • Who is the Harken Power Seat for?________________________________ 3 • Safety _____________________________________________________4 • Technical Specifications__________________________________________5 • Standards___________________________________________________6 • Case Studies ________________________________________________ 7 Index
- 3. • Designed for use by rope access operators • Powered ascender and manual friction brake descender. • Used where the operator is working in a fall-arrest harness, • The seating arrangement eliminates wasted energy maintaining an upright position, enabling the operator to work at height for longer periods. • Safety is greatly enhanced through the significant reduction in fatigue. • Full 360-degree working area allows unobstructed access, even in confined spaces. • Works with standard approved harness equipment that acts as a personal fall-arrest system, and does not replace it. The Power Seat 1
- 4. Revolutionary device for working at height • To provide added flexibility and also ensure maximum efficiency the overall system also requires the use of a Power seat. • This allows operators to ascend quickly, stay in position longer, and work in comfort providing a safer, more efficient way of working at height. • Low-friction, safety-enhancing solution that reduces the risk of operator injury when working in diverse areas such as structural maintenance. • The portable unit weighs just 14 kg so it’s easy to carry around, yet strong, durable, and corrosion- resistant 2
- 5. Designed as an adaptable unit that can be used anywhere rope access is possible, the POWER SEAT is ideal for use on wind turbines, building exteriors, search and rescue scenarios, and in a wide range of industries including: • Construction • Renewable Energy • Facilities Management • Marine • Stage Management & Filming • Telecommunications • Utilities • Oil & Gas Sectors Who is the Power Seat for? 3
- 6. • Tested in the most extreme conditions and has proved to be a valuable tool in a conventional climbing operation, providing that extra degree of safety. • Reduces fatigue and chafe, and eliminates suspension trauma. • Load rating allows for a safe working load of 273 kg, • Can handle a two-person load in rescue situations. Safety in design 4
- 7. Gas (Petrol) Electric Battery Max Load 273kg 300kg 300kg Max Line Speed 15m/min 14m/min 14m/min Weight (full seat only) 14kg 19kg 22.6kg Duration (max load) 600meters N/A *35m cable 550meters Fuel consumption varies with weight and usage but the petrol motor is extremely efficient and only uses a few liters of unleaded petrol with four-stroke mix for a full day’s work at height. Load-carrying gears and pins are stainless steel for strength and durability. Sealed lubrication gearbox and high-load ball bearings reduce friction under load, are corrosion resistant, and do not require lubrication. The drum surface is designed to be kind to rope. Technical Specifications 5
- 8. • ISO 22846: Personal equipment for protection against falls(part1/part2) • IRATA: International Code of Practice. • C(HSW)R: The Construction (Health, Safety and welfare) Regulations. • LOLER: The Lifting Operations and Lifting Equipment Regulations. • MHSWR: The Management of Health and Safety at Work Regulations. • PUWER: The Provision and Use of Work Equipment Regulations. • Directive 2006/42/CE of European Parliament and council of 17th May 2006 on machinery, and amending Directive 95/16/CE Standards 6
- 9. • Put to the test on a wind turbine in Germany carrying out routine maintenance on the blades and nacelle. • It was found to accelerate all inspection and maintenance tasks carried out. • The engineers were able to travel up and down the blades carrying out the routine inspections and maintenance tasks more effectively and with a considerable saving of energy and time compared to using traditional methods. • In addition to this the operator/technician will save power and energy (especially on wind turbines that do not have a lift/elevator). Case Study : Power Seat Inspection and maintenance of wind turbine blades Case Study # 1 7
- 10. Gondola Evacuation Exercise at Abetone and Zermatt in Switzerland • Was used to carry out evacuation drills from the cable cars in two ski resorts in Switzerland, in anticipation of the winter season. • The exercise involved two teams from the local fire department of Pistoia, a mountain rescue team and a team from the ski resort. • During the exercises all the experts involved had a chance to put the Power Seat through its paces using it in a variety of ways, including a two person rescue situation to evacuate the Cable car. Cable Car Evacuation practice Cable Car Evacuation practice Case Study # 2 8
- 11. Power Seat used in Railway Build in Austria • Has been used in Austria in a project to build a new Railway. • Using the Power Seat™ helped save a significant amount of time in transporting the material for the project. • Also drastically reduced the amount of energy used by the workers involved in the project. Case Study # 3 9
- 12. 12 ARS & POWER SEAT IN OPERATION
- 13. 13