Electrically powered wheelchair for monitoring vital signs of human bodies

Abstract

The invention provides an electrically powered wheelchair for monitoring vital signs of human bodies. The electrically powered wheelchair comprises a wheelchair body, wherein a human body vital sign monitoring assembly is arranged on the wheelchair body, and comprises a collecting module, a processor and a signal transmission module, wherein the collecting module is electrically connected with theprocessor, and is used for collecting vital sign data of the human bodies; a device fixing structure is arranged on the wheelchair body, and the processor and the signal transmission module are detachably fixed to the wheelchair body through the device fixing structure; the processer is used for digital processing on the vital sign data of the human bodies, and transmitting the vital sign data ofthe human bodies, after being subjected to digital processing to the signal transmission module; and the signal transmission module is electrically connected with the processor, so as to launch the vital sign data of the human bodies, after being subjected to digital processing.. The electrically powered wheelchair can monitor all vital signs of the human bodies, so that the vital sign monitoringdevice and the wheelchair are integrated.

Description

Technical field [0001] The invention relates to the technical field of smart wheelchairs, in particular to an electric wheelchair for monitoring human vital signs. Background technique [0002] In the prior art, there are few human vital signs monitoring devices. The human vital sign monitoring device can read the user's vital sign data in real time. When the user exercises, the human vital signs monitoring device can feed back the user's exercise intensity in real time. In the event of a sudden onset of the disease, the human vital signs monitoring device can provide early warning and transmit the user's geographic location to the service center, so that the user can receive timely assistance. At present, if wheelchair users need to use vital signs monitoring devices for real-time monitoring, most users can only choose additional wearable devices or separate human vital signs monitoring devices, which brings additional burdens to users who already have mobility difficulties. ...

AI Technical Summary

Problems solved by technology

At present, if wheelchair users need to use a vital sign monitoring device for real-time monitoring, most users can only choose additional wearable devices or a separate human vital sign monitoring device, which brings additional burdens to users who are already disabled

[0003] Although some wheelchairs provide USB connection sockets for human vital signs monitoring devices, it still cannot solve the problem of installing and fixing the vital signs monitoring devices, and cannot integrate the vital signs monitoring device with the wheelchair, which is not conducive to the use of users

Even if some wheelchairs have built-in permanent vital signs monitoring devices, because permanent fixation is not conducive to replacement, in today's rapid development of science and technology, it is easy to be eliminated and cannot be used normally.

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