Auxiliary monitoring device used for rehabilitation training after fracture surgery

Abstract

The invention provides an auxiliary monitoring device used for rehabilitation training after fracture surgery. The auxiliary monitoring device comprises a cloud server, a data acquisition device, a doctor receiving terminal and a patient receiving terminal. The data acquiring device is provided with a swing acquisition device for acquiring a swinging speed and a stress acquisition device for acquiring stress, the swing acquisition device is connected with the stress acquisition device in a communication manner and connected with the cloud server in a data transmission manner. The cloud server is in double-way connection with the doctor receiving terminal and in one-way connection with the patient receiving terminal. The swing acquisition device further comprises a belt and a plastic shell, two ends of the belt are detachably connected, and the plastic shell is detachably mounted on the belt. The auxiliary monitoring device is capable of monitoring rehabilitation training of arms and lower limbs, is diverse in monitoring functions, is capable of playing a role in alarming nonstandard training of a patient during monitoring, and thereby being capable of enhancing a rehabilitation effect of the patient. The patient only needs to wear the auxiliary monitoring device on the wrist or put it in a shoe cavity during use, and accordingly the auxiliary monitoring device is simple, easy and convenient to use, simple in structure, small in size and easy to carry.

Description

technical field [0001] The invention relates to a monitoring device, in particular to a monitoring device used for auxiliary rehabilitation training after fracture surgery. Background technique [0002] Rehabilitation training in the medical field is mainly used to help patients with muscle atrophy or arthrosclerosis caused by diseases to restore limb mobility. Rehabilitation training methods in the prior art usually rely on physical therapists; for upper limb rehabilitation training as an example, physical therapists need to help patients perform repeated training of upper limb limbs in each rehabilitation training, which is repetitive labor for physical therapists The burden is too heavy, and a physical therapist can only be responsible for the rehabilitation training of one patient at the same time, and the one-to-many training mode between doctors and patients cannot be realized, which wastes manpower costs and reduces training efficiency; in addition, it is impossible f...

AI Technical Summary

Problems solved by technology

Rehabilitation training methods in the prior art usually rely on physical therapists; for upper limb rehabilitation training as an example, physical therapists need to help patients perform repeated training of upper limb limbs in each rehabilitation training, which is repetitive labor for physical therapists The burden is too heavy, and a physical therapist can only be responsible for the rehabilitation training of one patient at the same time, and the one-to-many training mode between doctors and patients cannot be realized, which wastes manpower costs and reduces training efficiency; in addition, it is impossible for doctors to Accompanying patients after fracture surgery to do rehabilitation training anytime and anywhere can easily cause patients to fail

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