Intelligent shoe for lower limb postoperation rehabilitation training

Abstract

The invention relates to an intelligent shoe for lower limb postoperation rehabilitation training. The intelligent shoe comprises a Wifi wireless communication module, a power supply management module, a lithium battery (8), a master control module, a charging and working indicator light and an intelligent shoe body (2); a pair of half-bridge weighing pressure sensors (6) are installed on the front position and the rear position of the bottom of the intelligent shoe body (2) respectively, and the half-bridge weighing pressure sensors (6) are used for collecting sole pressure information in real time when a user carries out training; resistance information, generated due to compressive deformation, of the half-bridge weighing pressure sensors (6) is sent to the master control module through level transfer; the Wifi wireless communication module supports the standard TCP / IP, conducts data transmission through the Internet and automatically uploads clinical data of training of a patient to a cloud server. Compared with the prior art, the intelligent shoe for lower limb postoperation rehabilitation training is convenient to use, advanced in idea and capable of conducting doctor-patient correlation locally and remotely, the defects of an existing lower limb postoperation rehabilitation system are effectively overcome, and the intelligent shoe for lower limb postoperation rehabilitation training can be applied and promoted in orthopaedic rehabilitation departments.

Description

[technical field] [0001] The invention relates to the technical field of medical devices, in particular to a smart shoe for postoperative rehabilitation training of lower limbs. [Background technique] [0002] In recent years, with the improvement of people's living standards and the overall quality of the people, people's attention and awareness of their own physical conditions have also reached a new level. Lower extremity bone disease is a high incidence of orthopedic diseases. Due to the lack of clear guidance and effective monitoring methods in the rehabilitation training process of lower extremities, patients often have poor grasp of the strength and timing of weight bearing, and too light weight is not conducive to bone repair. , Premature and excessive weight bearing may cause serious consequences such as re-fracture and fracture of built-in objects. On the other hand, the patient's weight-bearing training implementation cannot be fed back to the doctor in time, the...

AI Technical Summary

Problems solved by technology

[0004] (1) It is impossible to know the strength of the patient's weight bearing;

[0005] (2) The information in the rehabilitation training process cannot be fed back to the doctor in real time;

[0006] (3) A large amount of clinical data is lost, which largely inhibits the rapid development of the postoperative rehabilitation system;

[0007] (4) The patient needs to be observed and treated in the hospital during the recovery period, which also increases the pressure on the hospital ward to a certain extent and reduces the mobility and rationality of the use of the ward

[0008] However, the current training mode and effect of postoperative rehabilitation can no longer meet the needs of doctors and patients.

Images