FIELD: medicine.
SUBSTANCE: invention relates to medical equipment. Device for monitoring load on feet includes right and left insoles containing force sensors located on insoles in load control points, wearable patient unit, vibration motors, portable processing and control device, including imaging module, and processor module. Force sensors are connected to a wearable patient unit, which includes a wireless communication module. Device includes right and left wearable elements, in which vibration motors are placed according to the number of force sensors, and their spatial arrangement in the right and left wearable elements corresponds to the spatial arrangement of the force sensors on the insoles. Wearable patient unit further includes a force sensor signal converter and a vibration motor signal converter. Portable processing and control device additionally contains a module for controlling the transfer characteristic of signals between force sensors and vibrators. Wireless communication module of the wearable patient unit is configured to receive a signal from the signal converter from the force sensors and transmit them to the wireless communication module of the portable processing and control device. Wireless communication module of the portable processing and control device is configured to receive a signal from the wireless communication module of the wearable patient unit and transmit them to the processor module. Processor module is configured to control the portable processing and control device. Visualization module has the ability to display the processing results by the processor module, and the module for controlling the transfer characteristic of signals between the force sensors and the vibration motors is the possibility of changing the operating mode of the vibration motors.
EFFECT: disclosed is a device for controlling load on feet.
1 cl, 1 dwg
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Authors
Dates
2024-03-26—Published
2023-06-05—Filed