Applications
An Electromyography (EMG) use EMG electrodes to pick up the electromyographic signal directly from the skin surface or within the subjects muscle using disposable fine-wire electrodes. Both are typically expressed in SI units micro Volt (mv). The Bioforcen-TB0810 model Biomechanics EMG can be used for biomechanics, engineering, medical research, orthopedics, rehabilitation evaluation, prosthetics, and general industrial uses. Specific uses include gait analysis, testing or stability analysis, neurological analysis, prosthetics fitting, athletic performance, shoe design, and force, power, and work studies.
Description
The EMG signal from each muscle is individually pre-amplified, band-pass filtered prior to digitization, and then converted to a binary sample for each of the channels. These operations are all performed directly in the subject back-pack to maximize signal quality. The binary information is then sent from the subject back-pack unit, via a single lightweight cable or wireless, to the desktop unit where it checked for transmission accuracy and then converted to an analog signal suitable for almost any analog data recording system. The desktop unit provides full electrical safety isolation for the subject.
AMPLIFICATION
The Bioforcen-TB0810 model Biomechanics EMG provides excitation and amplification for multiple channels in one convenient package. These amplifiers process the transducer signals and provide outputs suitable for an A/D converter so that the data can be stored and processed by a computer.
CALIBRATION
Each platform is inspected and tested in JUNE calibration facility. The calibration procedure provides a detailed sensitivity matrix and a complete test of all system components, including the amplifier and the connecting cable if ordered together.
SOFTWARE
Automated data collection and reduction requires a computer and software. Bioforcen-Analysis, Bioforcen-software package, is specifically designed for biomechanics .
EMG channels: 8
High pass filter (1st order): 10 Hz
Low pass filter (2nd order): 1000Hz (Butterworth)
EMG signal input mode: Raw Signal (¡À3 mV)
EMG signal output mode: Signal (0~2 V)
EMG channel sample rate 500~4,000 samples per second per channel.
Number of event switches: 8 switches, Independent of EMG channels
Indicator Lights: USB ok, Status ok
Safe Temperature Range: 0í½50OC
Compensated humidity Range: 20í½70%RH
Safe Excitation Voltage: 9 V DC
180*80*20mm
Net Weight: 260g
Packaged in aluminum alloy chest
The platform measures the three orthogonal force components along the X, Y, and Z axes, and the moments about the three axes, producing a total of six outputs. The high sensitivity, low crosstalk, excellent repeatability and long term stability of this platform makes it ideal for research and clinical studies.
The JP5050 is easy to use and is available in 5,000 Newton vertical capacity.
Safe Temperature Range: 0í½50OC
Compensated humidity Range: 20í½70%RH
Safe Excitation Voltage: 12V DC
Crosstalk: Less than 2% on all channels
Sensitivity Change with Temperature:í_1%/ípC
Fx, Fy, Fz hysteresis: í_ 1% Full Scale Output
Fx, Fy, Fz non-linearity: í_ 1%Full Scale Output
400*600*117mm
Net Weight: 35 Kg
Packaged in carton
The Nicolet Viasys Viking Select EMG EP System includes a desktop computer loaded with Windows XP, LCD monitor, keyboard, mouse,2-Channel Amplifier, nerve conduction stimulator, stimulator control box, control panel, speaker, and interconnecting cables.
VikingSelect Systems
Windows XP Professional operating system.
It performs the following tests:
Electromyography (EMG)
Nerve Conduction Studies (NCS)
Evoked Potentials (EP)
Electroencephalogram (EEG)
The monitor records the electroencephalogram (eeg) with 3 surface electrodes attached to the forehead of the patient. The core technology of the monitor is the symbolic dynamics method. The combination of spectral ratios, symbolic dynamics eeg and suppression rate (esr) for analyzing the eeg gives a superior suppression of facial emg which otherwise could influence the index.
1. Standard monitoring parameters: index of consciousness (ioc), electromyography (emg%), signal quality index (sqi), eeg suppression rate (esr),
Ecg, spo2, nibp, resp, temp, pr.
2. 12' /15' color tft lcd screen, support external vga (optional).
3. Expandable module: 2-ibp module, etco2 (us, cpt, sidestream)
4. Real time st segment analysis, pace maker detection and arrhythmia analysis, drug calculation and titration table
5. User event labeling with notes
6. Supporting storage of 72 hours patient data, 1000 nibp records and 100 alarm event.
7. Suitale for monitoring adult, pediatric and neonatal patient.
8. High-speed built-in thermal recorder (option).
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A patient monitor, also known as a medical monitor or vital signs monitor, is a medical device used to continuously or intermittently monitor a patient's vital signs and other physiological parameters in clinical settings such as hospitals, clinics, ambulances, and home care settings. Here's more information about patient monitors:
Purpose: The primary purpose of a patient monitor is to provide healthcare professionals with real-time information about a patient's vital signs and physiological status. This information helps clinicians assess the patient's condition, detect abnormalities or changes in health status, and make informed decisions regarding diagnosis and treatment.
Parameters Monitored: Patient monitors can measure and display a wide range of physiological parameters, including:
Electrocardiography (ECG): Heart rate, rhythm, and cardiac electrical activity.
Pulse Oximetry (SpO2): Oxygen saturation levels in the blood.
Non-Invasive Blood Pressure (NIBP): Blood pressure readings without the need for invasive procedures.
Respiration Rate: Breathing rate and pattern.
Temperature: Core body temperature.
Capnography: End-tidal carbon dioxide (CO2) levels in exhaled breath.
Invasive Blood Pressure (IBP): Direct measurement of blood pressure using invasive methods.
Cardiac Output (CO): Measurement of the heart's pumping ability.
Electroencephalography (EEG): Brain electrical activity.
Electromyography (EMG): Muscle electrical activity.
Intracranial Pressure (ICP): Pressure inside the skull.
