New logiq e r7 (poc)
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The document summarizes the new LOGIQ e ultrasound system from GE Healthcare. It is designed for point-of-care use with a compact, portable design. The system aims to provide simple, fast, and precise ultrasound imaging. It features specialized software and transducers to simplify exams and interventions. The LOGIQ e's imaging engine is separately optimized for different point-of-care applications to provide clear visualization of tissues, needles, and other structures quickly. It can image almost any part of the body in both 2D and 3D modes using different transducers.
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Building of heart beat rate monitor & object detector by md syeduzzaman s...
In the recent years, huge improvements have been noticed in the world of technology and computerized systems. In the biomedical world, the equipment should features of user-friendly operation, portability, high level of safety and lower cost. These biomedical equipment ranges from medical diagnosis and treatments to provide supports for disable people for their daily movements.
In Bangladesh, to ensure better healthcare, we are looking forward to getting the best equipment with the least cost. The needs of my country basically motivate me in aiming this project.
This project has two parts, in the first part, the effort has made to build a simple, less expensive, graphic based heart beat rate monitor system which can be used for medical diagnosis. In the second part, an object detector system has been developed to help physically handicapped persons to detect object in front of them. The Object detector system can be modified for the vehicles safety as well as to minimize the risk at road accidents during travelling through foggy condition.
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The Medical Mirror is an interactive interface that tracks and displays a user's heart rate in real time without external sensors. It consists of an LCD monitor with a built-in webcam connected to analysis software that projects information onto the mirror's reflective surface. The mirror uses light to noninvasively measure heart rate from a person's reflection in real-time, allowing for remote health monitoring simply by looking in the mirror.
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Continuous heart rate and body temperature monitoring system using arduino un...
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An integrated portable device for continuous heart rate and body temperature monitoring system development is presented in this paper (Proc. of 2nd EICT, 2015). Heart related diseases are increasing day by day; therefore, an accurate, affordable and portable heart rate and body temperature measuring device is essential for taking action in proper time. Such a device is more essential in a situation where there is no doctor or clinic nearby (e.g., rural area) and patients are unable not recognize their actual condition. The developed system of this study consists of Arduino UNO microcontroller system, transmission system and Android based application. The system gives information of heart rate and body temperature simultaneously acquired on the portable device in real time and shows it through the connected Android application instantly. The developed system is more affordable with low price compared to other developed devices due to use of easy available Arduino UNO and smart phone as Android device. The developed device is shown acceptable outcomes when compared with other measuring devices.Medical mirror
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In Bangladesh, to ensure better healthcare, we are looking forward to getting the best equipment with the least cost. The needs of my country basically motivate me in aiming this project.
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The heart acts as a pump that circulates oxygen and
nutrient carrying blood around the body in order to keep
it functioning. When the body is exerted the rate at which
the heart beats will vary proportional to the amount of
effort being exerted. By detecting the voltage created by
the beating of the heart, its rate can be easily observed
and used for a number of health purposes. Heart pounds
to pump oxygen-rich blood to your muscles and to carry
cell waste products away from your muscles. The heart rate gives a good indication during exercise routines of
how effective that routine is improving your health.
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The document describes a new type of "medical mirror" interface that can measure a user's heart rate without external sensors. It works by using a webcam and software to analyze subtle light intensity changes in a user's face as their blood pulses, visible through ambient light. When a user looks at their reflection in the mirror, a box appears around their face and their continuously updating heart rate is displayed. This novel interface aims to conveniently allow users to track their daily health with minimal effort by blending physiological monitoring into everyday mirror use.
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Technological innovations in the field of disease prevention and maintenance of patient health have enabled the evolution of fields such as monitoring systems. Heart rate is a very vital health parameter that is directly related to the soundness of the human cardiovascular system. Heart rate is the number of times the heart beats per minute, reflects different physiological conditions such as biological workload, stress at work and concentration on tasks, drowsiness and the active state of the autonomic nervous system. It can be measured either by the ECG waveform or by sensing the pulse - the rhythmic expansion and contraction of an artery as blood is forced through it by the regular contractions of the heart. The pulse can be felt from those areas where the artery is close to the skin. This paper describes a technique of measuring the heart rate through a fingertip and Arduino. It is based on the principal of photophelthysmography (PPG) which is non-invasive method of measuring the variation in blood volume in tissue using a light source and detector. While the heart is beating, it is actually pumping blood throughout the body, and that makes the blood volume inside the finger artery to change too. This fluctuation of blood can be detected through an optical sensing mechanism placed around the fingertip. The signal can be amplified and is sent to Arduino with the help of serial port communication. With the help of processing software heart rate monitoring and counting is performed. The sensor unit consists of an infrared light-emitting-diode (IR LED) and a photo diode. The IR LED transmits an infrared light into the fingertip, a part of which is reflected back from the blood inside the finger arteries. The photo diode senses the portion of the light that is reflected back. The intensity of reflected light depends upon the blood volume inside the fingertip. So, every time the heart beats the amount of reflected infrared light changes, which can be detected by the photo diode. With a high gain amplifier, this little alteration in the amplitude of the reflected light can be converted into a pulse.
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Heart rate monitoring system using arduino
The heart acts as a pump that circulates oxygen and
nutrient carrying blood around the body in order to keep
it functioning. When the body is exerted the rate at which
the heart beats will vary proportional to the amount of
effort being exerted. By detecting the voltage created by
the beating of the heart, its rate can be easily observed
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to pump oxygen-rich blood to your muscles and to carry
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how effective that routine is improving your health.
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The document proposes a low-cost, wireless remote health monitoring system using sensors to measure vital signs like temperature, heart rate, blood pressure, and lung capacity. The sensor data is sent to a monitoring system via wireless communication networks and the Internet of Things (IoT), allowing doctors to remotely monitor patients and reducing the need for frequent in-person visits. The proposed system aims to make healthcare more accessible and affordable for chronic disease patients.
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This project describes the design of a heart rate monitoring system using an mbed NXP LPC11U24 microcontroller and a heart beat sensor. The system measures the user's heart rate continuously and checks if it is abnormal. If an abnormal reading is detected, an alarm is raised. The system consists of a heart beat sensor, microcontroller, LCD display and other components like a temperature sensor. The heart beat sensor provides analog output of the heart beat which is read by the microcontroller through an ADC. The readings are displayed on the LCD and the system can send alerts in case of abnormalities.
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This document describes a microcontroller-based heart rate monitoring project. The project uses a light-based sensor to detect changes in blood volume in the finger with each heartbeat. The microcontroller counts the heartbeats over a 15 second period and displays the heart rate measurement on a 7-segment LED display. Key features include a digital optical heart rate sensor, 15 second sampling time, 3 digit display, on-board pulse LED indicator, start-stop and reset buttons, and a microcontroller design for flexibility. The document discusses the system block diagram and functions of the microcontroller, heart rate sensor, display, and oscillator. It also provides the typical adult heart rate range and explains how the heart rate is detected and measured.
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The document describes a medical mirror that can track and display a user's heart rate in real time using only a webcam, without any external sensors. The mirror consists of an LCD monitor with a built-in webcam connected to analysis software running on a laptop. It uses computer vision techniques to detect the user's face, extract color signals, and analyze the frequency corresponding to heart rate. The technology provides a low-cost, convenient way to monitor heart rate and could help detect potential health issues.
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Design and fabrication of a miniaturized ecg system with bluetooth connectivity
The document describes the design and fabrication of a miniaturized ECG system with Bluetooth connectivity. The system uses a microcontroller programmed to indicate the working condition of the heart based on heart rate. It has an alarm circuit to detect abnormalities like Bradycardia and Tachycardia. The ECG signals can be wirelessly transmitted via Bluetooth to a PC, allowing doctors to view the subject's ECG without needing mounted monitors. Experimental results showed the device is clinically approved, compact, cost-effective and easy to use.
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ARDUINO BASED HEART BEAT MONITORING SYSTEM
Technological innovations in the field of disease prevention and maintenance of patient health have enabled the evolution of fields such as monitoring systems. Heart rate is a very vital health parameter that is directly related to the soundness of the human cardiovascular system. Heart rate is the number of times the heart beats per minute, reflects different physiological conditions such as biological workload, stress at work and concentration on tasks, drowsiness and the active state of the autonomic nervous system. It can be measured either by the ECG waveform or by sensing the pulse - the rhythmic expansion and contraction of an artery as blood is forced through it by the regular contractions of the heart. The pulse can be felt from those areas where the artery is close to the skin. This paper describes a technique of measuring the heart rate through a fingertip and Arduino. It is based on the principal of photophelthysmography (PPG) which is non-invasive method of measuring the variation in blood volume in tissue using a light source and detector. While the heart is beating, it is actually pumping blood throughout the body, and that makes the blood volume inside the finger artery to change too. This fluctuation of blood can be detected through an optical sensing mechanism placed around the fingertip. The signal can be amplified and is sent to Arduino with the help of serial port communication. With the help of processing software heart rate monitoring and counting is performed. The sensor unit consists of an infrared light-emitting-diode (IR LED) and a photo diode. The IR LED transmits an infrared light into the fingertip, a part of which is reflected back from the blood inside the finger arteries. The photo diode senses the portion of the light that is reflected back. The intensity of reflected light depends upon the blood volume inside the fingertip. So, every time the heart beats the amount of reflected infrared light changes, which can be detected by the photo diode. With a high gain amplifier, this little alteration in the amplitude of the reflected light can be converted into a pulse.
Smart health monitoring system
Health monitoring system offers a lot of benefits to people life especially for those who have a chronic disease and need daily observation. This health monitoring system will improve quality of life.
Arduino based heartbeat monitoring system.
Technological innovations in the field of disease prevention and maintenance of patient health have enabled the evolution of fields such as monitoring systems. Heart rate is a very vital health parameter that is directly related to the soundness of the human cardiovascular system. Heart rate is the number of times the heart beats per minute, reflects different physiological conditions such as biological workload, stress at work and concentration on tasks, drowsiness and the active state of the autonomic nervous system. It can be measured either by the ECG waveform or by sensing the pulse - the rhythmic expansion and contraction of an artery as blood is forced through it by the regular contractions of the heart. The pulse can be felt from those areas where the artery is close to the skin. This paper describes a technique of measuring the heart rate through a fingertip and Arduino. It is based on the principal of photophelthysmography (PPG) which is non-invasive method of measuring the variation in blood volume in tissue using a light source and detector. While the heart is beating, it is actually pumping blood throughout the body, and that makes the blood volume inside the finger artery to change too. This fluctuation of blood can be detected through an optical sensing mechanism placed around the fingertip. The signal can be amplified and is sent to Arduino with the help of serial port communication. With the help of processing software heart rate monitoring and counting is performed. The sensor unit consists of an infrared light-emitting-diode (IR LED) and a photo diode. The IR LED transmits an infrared light into the fingertip, a part of which is reflected back from the blood inside the finger arteries. The photo diode senses the portion of the light that is reflected back. The intensity of reflected light depends upon the blood volume inside the fingertip. So, every time the heart beats the amount of reflected infrared light changes, which can be detected by the photo diode. With a high gain amplifier, this little alteration in the amplitude of the reflected light can be converted into a pulse.
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The wrist watch with Heart Attack Detection is equipment that is used daily to indicate heart condition, to detect heart attack and to call for emergency help. It was designed specially to help patients with heart disease.This includes three common sub units. They are Circuit, Analysis Algorithm, and Bluetooth Communication. The first one is to wear on the wrist of the patient to captures the abnormal heart beat waves from the victim and the alternate methods are installed under the stick. This project is based on the previous project “Wireless Heart Attack Detector with GPS†of Fall 2004 [1]. we consider a big improvement in reducing the complexity of the project greatly, in saving power consumption of the project to run much fewer codes and in making the project to run at a faster time. No wire is attached to the wrists. In our project, the ECG waveform is transmitted wirelessly from the wrists to the watch. This gives the user great flexibility while the program is switched on and running. User can drive safely, can use restroom easily and can function normally like without the project. Previous project had the wire connection. All the hardware on the walking watch would have been strapped to the wrists. This will not make the project functional and marketable. Our project is completely portable. Heart condition is displayed in our project. The previous project did not inform the user about his heart condition. We display the heart condition through two LEDs as low-risk (alert level between 4 and 6) and high risk (alert level between 7 and 9). The user can know their heart condition and take proper action to avoid the fatal moment. Proper action could be slowing down and taking a rest.
iot contest file
1) The document describes an advanced wheelchair system that uses a sensor glove and voice recognition to allow disabled users to control the wheelchair and communicate through gestures and synthesized speech.
2) The sensor glove uses flex sensors and an accelerometer to detect finger positions and gestures, which are wirelessly transmitted to control the wheelchair's movement and display text and speech.
3) The system is intended to help physically disabled and deaf/mute users move independently and communicate more easily.
Tablet computing
Tablet computing is increasingly being used in healthcare to improve patient care and convenience. PARAS has introduced tablet computing across its hospitals to reduce errors, provide real-time access to patient records from anywhere, and facilitate secure communication. The tablets allow physicians to monitor patients and guide nurses from anywhere. PARAS's innovative tablet computing solution has enhanced patient care and helped both patients and healthcare providers by saving time and increasing accessibility of health information.
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Design and fabrication of a miniaturized ecg system with bluetooth connectivity
Design and fabrication of a miniaturized ecg system with bluetooth connectivity
Design and fabrication of a miniaturized ecg system with bluetooth connectivity
Design and fabrication of a miniaturized ecg system with bluetooth connectivity
How wearables are shaping the future of healthcare
How wearables are shaping the future of healthcare
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Logiq e9 xd clear 2.0
The document summarizes an ultrasound system called the GE Healthcare LOGIQ E9 XDclear 2.0. It has been improved with enhanced imaging performance through updates to imaging chain elements like probes and pixel clarity. The system offers extraordinary image quality and exceptional clinical versatility for a wide range of exams. It features an easy workflow with automation and productivity tools. Advanced tools like elastography and volume navigation can help with complex cases. Overall, the system provides enhanced speed, confidence, and insights for clinical decision making.
GE Healthcare
This document discusses GE's cardiovascular imaging systems. It summarizes that GE aims to provide image quality and critical thinking tools for clinicians through innovations in flat panel detector technology. It describes GE systems as versatile and able to adapt to new techniques through an open architecture. The systems are said to allow customization of the cardiovascular environment and unified expansion through standard communication protocols and efficient workflows.
Monitor in Operation theater
Looking for the best Monitor in Operation theater or Operating Room solutions? View the best monitors currently available and all you need to know before buying one.
IOT Based Paralysis Patient Health Monitoring System
This document describes an IOT-based system to monitor the health of paralysis patients. The system uses sensors like an accelerometer, temperature sensor, humidity sensor, and pulse sensor mounted on the patient's body. Based on signals from these sensors, predefined messages will display on an LCD screen notifying others of the patient's needs, like needing help, water, going to the bathroom, or being hungry. If the patient's pulse or temperature reaches abnormal levels, a buzzer will sound an alert. The data will also be sent to a webpage using an IOT platform for remote monitoring by doctors and caregivers. The goal is to help paralysis patients live more independently by communicating their needs through simple motions detected by the system.
Optovue iSeries Brochure
Who ever said advanced OCT scanning had to be complicated? When an OCT design puts user experience first, it can be simple to learn and easy to use. So it is with the Optovue iSeries. To be any easier they would have to run themselves—and sometimes they do!
But don’t confuse simplicity with performance. The iSeries systems are fully featured and deliver many exclusive Optovue capabilities such as ganglion cell complex (GCC) analysis with focal loss volume (FLV%) and global loss volume (GLV%) metrics, the iWellnessExam® and the Cornea Advance module, which includes Vault Mapping for specialty lens fitting. The iSeries also benefits from a large, ethnically diverse normative database.
IRJET- An Efficient Health Care System for Human Anatomy using IoT
This document presents a proposed system for an efficient healthcare system using IoT (Internet of Things) technology. The system would allow for continuous remote monitoring of patients' health conditions through sensors that collect data like temperature, pulse, and alcohol levels. The sensor data would be sent to the cloud and shared with doctors and family members. If an emergency is detected based on the health data, an alert would be sent via GSM to notify the doctor. The doctor could then send any prescriptions through the cloud system to the patient. The goal is to provide better healthcare access for patients by allowing remote health monitoring and emergency detection/response through an IoT-based system.
E YE S CRUTINIZED W HEEL C HAIR FOR P EOPLE A FFECTED W ITH T ETRAPLEGIA
Nowadays the requirement for developing a wheel cha
ir control which is useful for the physically disab
led
person with Tetraplegia. This system involves the c
ontrol of the wheel chair with the eye moment of th
e
affected person. Statistics suggest that there are
230,000 cases of Tetraplegia in India. Our system h
ere is
to develop a wheelchair which make the lives of the
se people easier and instigate confidence to live i
n
them. We know that a person who is affected by Tetr
aplegia can move their eyes alone to a certain exte
nt
which paves the idea for the development of our sys
tem. Here we have proposed the method for a device
where a patient placed on the wheel chair looking
in a straight line at the camera which is permanent
ly
fixed in the optics, is capable to move in a track
by gazing in that way. When we change the directio
n, the
camera signals are given using the mat lab script t
o the microcontroller. Depends on the path of the e
ye,
the microcontroller controls the wheel chair in all
direction and stops the movement. If there is any
obstacle to be found before the wheel chair the sen
sor mind that and it stop and move in right directi
on
immediately. The benefit of this system is too easi
ly travel anywhere in any direction which is handle
d by
physically disabled person with Tetraplegia
EYE SCRUTINIZED WHEEL CHAIR FOR PEOPLE AFFECTED WITH TETRAPLEGIA
Nowadays the requirement for developing a wheel chair control which is useful for the physically disabled person with Tetraplegia. This system involves the control of the wheel chair with the eye moment of the affected person. Statistics suggest that there are 230,000 cases of Tetraplegia in India. Our system here is to develop a wheelchair which make the lives of these people easier and instigate confidence to live in them. We know that a person who is affected by Tetraplegia can move their eyes alone to a certain extent which paves the idea for the development of our system. Here we have proposed the method for a device where a patient placed on the wheel chair looking in a straight line at the camera which is permanently fixed in the optics, is capable to move in a track by gazing in that way. When we change the direction, the camera signals are given using the mat lab script to the microcontroller. Depends on the path of the eye, the microcontroller controls the wheel chair in all direction and stops the movement. If there is any obstacle to be found before the wheel chair the sensor mind that and it stop and move in right direction
immediately. The benefit of this system is too easily travel anywhere in any direction which is handled by physically disabled person with Tetraplegia.
Design And Development Of Prosthestic Limbs
The document describes the design and development of a prosthetic limb. It discusses various types of prosthetic arms including passive, body-controlled, myoelectric controlled, and brain-controlled prosthetics. The methodology section outlines the design process for the prosthetic arm including concept ideation, actuation mechanisms for finger movement, degrees of freedom, 3D printing techniques, and electrical design considerations. The design and 3D printing section provides details on the specific prototype design created in SolidWorks and lists the individual 3D printed components.
IRJET- Microcontroller Based EOG and Accelerometer Guide Wheelchair
This document describes a microcontroller-based wheelchair system that can be controlled through either electrooculography (EOG) signals from eye movements or accelerometer signals from hand movements. EOG electrodes are placed near the eyes to detect eye movement signals, which are amplified and filtered before being sent to a microcontroller. An accelerometer on the hand detects movement signals. The microcontroller processes the signals and uses them to control motors that move the wheelchair in the desired direction based on eye or hand input. The system aims to help people with disabilities control a wheelchair independently using only their eyes or hands. It was developed using an ATmega8 microcontroller, CC2500 transceiver modules, EOG electrodes, an accelerometer
EYE SCRUTINIZED WHEEL CHAIR FOR PEOPLE AFFECTED WITH TETRAPLEGIA
Nowadays the requirement for developing a wheel chair control which is useful for the physically disabled
person with Tetraplegia. This system involves the control of the wheel chair with the eye moment of the
affected person. Statistics suggest that there are 230,000 cases of Tetraplegia in India. Our system here is
to develop a wheelchair which make the lives of these people easier and instigate confidence to live in
them. We know that a person who is affected by Tetraplegia can move their eyes alone to a certain extent
which paves the idea for the development of our system. Here we have proposed the method for a device
where a patient placed on the wheel chair looking in a straight line at the camera which is permanently
fixed in the optics, is capable to move in a track by gazing in that way. When we change the direction, the
camera signals are given using the mat lab script to the microcontroller. Depends on the path of the eye,
the microcontroller controls the wheel chair in all direction and stops the movement. If there is any
obstacle to be found before the wheel chair the sensor mind that and it stop and move in right direction
immediately. The benefit of this system is too easily travel anywhere in any direction which is handled by
physically disabled person with Tetraplegia.
EYE SCRUTINIZED WHEEL CHAIR FOR PEOPLE AFFECTED WITH TETRAPLEGIA
Nowadays the requirement for developing a wheel chair control which is useful for the physically disabled
person with Tetraplegia. This system involves the control of the wheel chair with the eye moment of the
affected person. Statistics suggest that there are 230,000 cases of Tetraplegia in India. Our system here is
to develop a wheelchair which make the lives of these people easier and instigate confidence to live in
them. We know that a person who is affected by Tetraplegia can move their eyes alone to a certain extent
which paves the idea for the development of our system. Here we have proposed the method for a device
where a patient placed on the wheel chair looking in a straight line at the camera which is permanently
fixed in the optics, is capable to move in a track by gazing in that way. When we change the direction, the
camera signals are given using the mat lab script to the microcontroller. Depends on the path of the eye,
the microcontroller controls the wheel chair in all direction and stops the movement. If there is any
obstacle to be found before the wheel chair the sensor mind that and it stop and move in right direction
immediately. The benefit of this system is too easily travel anywhere in any direction which is handled by
physically disabled person with Tetraplegia.
Segment Profile
Esaote provides ultrasound solutions for prevention, diagnosis, intervention and follow up across clinical needs. Their solutions include high-frequency probes, elastosonography, contrast-enhanced ultrasound, virtual biopsy, and fusion imaging to integrate ultrasound with CT, MR and PET images. This allows for more accurate diagnosis and treatment planning for difficult cases and lesions not easily visible with ultrasound alone. Esaote aims to support the entire patient care pathway with innovative technologies that improve workflow efficiency and diagnostic confidence.
IRJET- Motion Based Message Conveyor for Physically Disabled People
The document describes a motion-based message conveyor system for physically disabled people. The system uses an accelerometer placed on a movable body part of a disabled person. When the person moves their body in a particular direction due to a problem, the accelerometer detects the motion and sends a message like "Some Problem" to a receiver using an Arduino, RF transmitter, and LCD display. The receiver then displays the message and activates a buzzer for help. The system also continuously monitors and displays the person's temperature using a temperature sensor. The goal is to help physically disabled people communicate problems and emergency needs to caretakers through simple motions.
final project ppt
The document describes a voice-based alert system for blind people using ultrasonic sensors. The system is designed by a team with T. Srinivas Reddy as the guide. It uses an LPC1343 cortex M3 microcontroller connected to ultrasonic sensors and a buzzer. The sensors detect obstacles and the microcontroller triggers voice alerts or buzzer sounds. The system aims to help blind people navigate safely in a low-cost and low-power design.
FieldStrength 49
Dr. Punwani at University College London Hospital uses the Philips Ingenia 3.0T MRI for multi-parametric prostate and whole-body oncology exams. Multi-parametric MRI provides more information than standard anatomical imaging alone by including techniques like diffusion-weighted imaging, dynamic contrast-enhanced imaging, and spectroscopy. This additional data helps localize and characterize lesions, assisting in initial diagnosis and monitoring treatment effectiveness. The Ingenia's dS coils enable high-quality, whole-body multi-parametric MRI exams within a reasonable scan time.
Logiq e9 with xd clear r5 brochure (2014)
The GE Logiq E9, is a premium shared service ultrasound machine capable of top of the line women's health and 4D imaging along with top notch imaging for radiology, cardiac and vascular applications.
Smart Voice Controlled Wheelchair
Voice Controlled Wheel chair is a mobile wheel chair whose motions can be controlled by the user by giving specific voice commands. The speech recognition software running on a PC is capable of identifying the 5 voice commands ‘Run’, ‘Stop’, ‘Left’, ’Right’ and ‘Back’ issued by a particular User. This system controls the wheel chair as well as read the parameters of patient.
IRJET - An Efficient Approach for Monitoring the Patient’s Condition usin...
This document describes a system that uses augmented reality and sensors to monitor patient conditions in a hospital. Sensors attached to patients measure body parameters like temperature, heartbeat, respiratory rate, blood pressure, and activity levels. A PIC microcontroller collects the sensor data and sends it wirelessly via ZigBee protocol to an augmented reality glass worn by doctors. This allows doctors to view real-time patient data directly through the glasses to monitor for any abnormal conditions and take appropriate action to treat patients. The system aims to enhance the operating environment for doctors and help them more efficiently access latest patient information and diagnostics.
Dominion Vi 3D
The document summarizes a new medical imaging device called the Dominion Vi 3D Medical Imaging Scanner. It produces real-time 3D images using high-resolution fluoroscopy. The device scans the body in 360 degrees and acquires multiple images from different angles to instantly construct a 3D image. It can perform standard fluoroscopy, 3D imaging, and functions similar to a CT scanner but at a fraction of the cost. The document outlines its uses, technology, benefits over other devices like reduced radiation exposure, and pricing.
Similar to New logiq e r7 (poc) (20)
IOT Based Paralysis Patient Health Monitoring System
IOT Based Paralysis Patient Health Monitoring System
IRJET- An Efficient Health Care System for Human Anatomy using IoT
IRJET- An Efficient Health Care System for Human Anatomy using IoT
E YE S CRUTINIZED W HEEL C HAIR FOR P EOPLE A FFECTED W ITH T ETRAPLEGIA
E YE S CRUTINIZED W HEEL C HAIR FOR P EOPLE A FFECTED W ITH T ETRAPLEGIA
EYE SCRUTINIZED WHEEL CHAIR FOR PEOPLE AFFECTED WITH TETRAPLEGIA
EYE SCRUTINIZED WHEEL CHAIR FOR PEOPLE AFFECTED WITH TETRAPLEGIA
IRJET- Microcontroller Based EOG and Accelerometer Guide Wheelchair
IRJET- Microcontroller Based EOG and Accelerometer Guide Wheelchair
EYE SCRUTINIZED WHEEL CHAIR FOR PEOPLE AFFECTED WITH TETRAPLEGIA
EYE SCRUTINIZED WHEEL CHAIR FOR PEOPLE AFFECTED WITH TETRAPLEGIA
EYE SCRUTINIZED WHEEL CHAIR FOR PEOPLE AFFECTED WITH TETRAPLEGIA
EYE SCRUTINIZED WHEEL CHAIR FOR PEOPLE AFFECTED WITH TETRAPLEGIA
IRJET- Motion Based Message Conveyor for Physically Disabled People
IRJET- Motion Based Message Conveyor for Physically Disabled People
IRJET - An Efficient Approach for Monitoring the Patient’s Condition usin...
IRJET - An Efficient Approach for Monitoring the Patient’s Condition usin...
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Ultrasound Basic Knobology & Controls
This document provides an overview of ultrasound probe types, imaging modes, and basic controls. It discusses the different types of probes and basic ultrasound imaging modes including B-mode, M-mode, color flow mode, and Doppler mode. For each mode, it lists the main controls and knob functions, and provides guidance on optimizing settings like frequency, depth, gain, and pulse repetition frequency. The document serves as a basic guide to ultrasound machine controls and settings for different imaging applications.
Primary Care Ultrasound
The document discusses various ultrasound imaging concepts and techniques including:
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- Transducer frequency affects resolution and penetration - high frequency probes have good resolution but poor penetration, while low frequency probes have good penetration but poor resolution.
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Aesculap® acculan 3ti dermatome
ACCULAN® 3Ti Dermatome
With the Acculan 3Ti Dermatome, Aesculap has created an innovative combination delivering modern drive technology, in a robust titanium housing combined with extensively proven aseptic battery technology
Aesculap power systems catalogue 2014
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Logiq e9 xd clear brochure
The GE Logiq E9, is a premium shared service ultrasound machine capable of top of the line women's health and 4D imaging along with top notch imaging for radiology, cardiac and vascular applications.
Logiq e9 with xd clear - transducer guide
The GE Logiq E9, is a premium shared service ultrasound machine capable of top of the line women's health and 4D imaging along with top notch imaging for radiology, cardiac and vascular applications.
Logiq e9 r5 specification sheet (2014)
The LOGIQ E9 is an ultrasound imaging system from GE designed for a wide range of clinical applications. It features a large touchscreen and keyboard for system control, integrated storage and printing capabilities, and advanced imaging modes like harmonic imaging. The system can perform exams in various anatomical areas using multiple transducer types and provides quantitative calculations. It also offers connectivity options like DICOM and wireless networking for image sharing and electronic records.
New logiq e r7 transducer guide
The NextGen LOGIQ™ e combines the high performance of a console system with the portability of a laptop. GE Healthcare's compact system is designed for general imaging, musculoskeletal, anesthesiology, interventional, emergency, and critical care applications. It provides ultrasound imaging
Logiq e r7 Product Description
The LOGIQ e ultrasound system combines the performance of a cart-based system with the portability of a laptop. It is designed for general and specialty imaging applications. Key features include a 15-inch high resolution LCD display, lithium ion battery, and docking cart for extended use. The system offers B-mode, M-mode, Doppler, and specialty imaging modes along with calculation packages and reporting tools.
Voluson E6 Radiance
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Basic surgical instruments
This document provides an overview of basic surgical instruments categorized into four groups: retracting and exposing instruments, cutting and dissecting instruments, clamping and occluding instruments, and grasping and holding instruments. Specific instruments are described within each category, including their names, intended uses, and key features. Common instruments include retractors, scalpels, scissors, forceps, and needle holders. The document serves as a reference for identifying and understanding basic tools used in surgery.
Sterile container system
Today, surgical site infections have become common complications
Leading cause of postoperative morbidity and mortality
Preventing infection in the surgical site is a primary goal for all members of the operative team.
One key measure for reducing the risk for surgical site infection is to provide surgical instruments and devices that are sterile at the time of use;
This requires appropriate packaging of the items for sterilization.
Esomeprazole
Esomeprazole works by binding irreversibly to the H+/K+ ATPase in the proton pump.
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Ebola virus disease (EVD; also Ebola hemorrhagic fever, or EHF), or simply Ebola, is a disease of humans and other primates caused by ebolaviruses. Ebola virus disease is a serious illness that originated in Africa, where there is currently an outbreak
Sri lanka old photo collection
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Join us for a comprehensive 90-minute lesson designed specifically for Compliance Officers and Practice/Business Managers. This 2024 HIPAA Training session will guide you through the critical steps needed to ensure your practice is fully prepared for upcoming audits. Key updates and significant changes under the Omnibus Rule will be covered, along with the latest applicable updates for 2024.
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Why Attend:
Expert Instructor: Brian Tuttle, with over 20 years in Health IT and Compliance Consulting, brings invaluable experience and knowledge, including insights from over 1000 risk assessments and direct dealings with Office of Civil Rights HIPAA auditors.
Actionable Insights: Receive practical advice on preparing for audits and avoiding common mistakes.
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Call : 052 987 1315
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B.为什么我们提供的毕业证成绩单具有使用价值？
查询留服认证是国内鉴别留学生海外学历的唯一途径，但认证只是个体行为，不是所有留学生都操作，所以没有办理认证的留学生的学历在国内也是查询不到的，他们也仅仅只有一张文凭。所以这时候我们提供的和学校颁发的一模一样的毕业证成绩单，就有了使用价值。
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New logiq e r7 (poc)
- 1. gehealthcare.com Simple. Fast. Precise. Empowering Point of Care. The new LOGIQ™ e Ultrasound System
- 2. Designed for Point of Care See clearly. See quickly. Guide precisely. Those were the values users requested that drove the creation of the new LOGIQ e. delivering crisp images in a compact package. Point of care console from the transducer – potentially eliminating the need to have a second person assist. Simple The LOGIQ e’s specialized software and transducers help you keep up with treatment advances and simplify interventions. Care – makes the technology transparent so that you can focus on the patient. The simplicity of a number. Simple consistency. clinical conclusions not be clouded by inconsistent technique. Simple comparison. Simultaneous Split Screen makes the comparison nearly automatic. Fast LOGIQ e was built to help make you fast. The highly portable system easily moves from patient to patient. Need a third hand? Imaging on the go. LOGIQ e Precise the core of the LOGIQ e. The LOGIQ e imaging engine is separately optimized for each Point of Care application. See the needle tip. The LOGIQ e ultrasound: One for tissue and one for metal. This helps the needle stand out and allows separate control of the needle appearance. Image almost the whole body… and almost any body. See in 3D. Use any transducer1 to show anatomical relationships intuitively with Easy3D. Challenges in Point of Care 1 ”Any transducer” applies to all transducers that have been validated on the new LOGIQ e.
- 3. between the Scalene muscles while utilizing the 12L scanning the heart using the 3Sc
- 4. Ability to see the Varicose vein in multiple dimensions is easily achievable using 3D and 12L Visualization of the Optic Nerve Sheath is well delineated utilizing the 12L Outstanding visualization of the Lymph node PDI
- 5. Needle and needle tip are clearly demonstrated approaching the Transverse Abdominus muscle for TAP block procedure
- 6. About GE Healthcare GE Healthcare provides transformational medical technologies and services to meet the demand for increased access, enhanced quality manufacturing technologies and performance improvement solutions, GE Healthcare helps medical professionals deliver great healthcare to GE Healthcare or one of its subsidiaries.