Intelligent monitoring device for core muscles and training monitoring method

Abstract

The invention discloses an intelligent monitoring device for core muscles. The device comprises a waist belt and a body connected to the waist belt; the body comprises a processor module, a monitoringmodule and a myoelectric acquisition module used for collecting myoelectric signals; the monitoring module includes a thrust driving module used for generating thrust on the abdominal wall, a pressure sensor used for detecting a thrust signal and a displacement sensor used for detecting a change signal of the abdominal girth; the processor module is electrically connected to the myoelectric acquisition module, the thrust driving module, the pressure sensor and the displacement sensor separately. The intelligent monitoring device for the core muscles provided by the embodiment can monitor thecore muscles, and convenience is provided for a user to easily know core changes of his / her body. The invention also provides a training monitoring method of the intelligent monitoring device for thecore muscles.

Description

technical field [0001] The invention relates to the field of rehabilitation medicine, in particular to an intelligent monitoring device and training monitoring method for core muscle groups. Background technique [0002] The activities of the human body are a continuous chain process. The lumbar spine and the lumbar joints are the turning points between the upper and lower sections of the human body, which can withstand the pressure generated during human activities and generate strength through the transformation of limbs. Among them, the core muscle group is located at the hub of the human body, and training the core muscle group can make the body stronger, more technical and more agile during exercise. [0003] Intra-abdominal pressure is also called trunk internal pressure. The formation of intra-abdominal pressure is caused by the joint contraction of abdominal muscles, diaphragm and pelvic floor muscles, that is, the contraction of core muscle groups; A reflexive cont...

AI Technical Summary

Problems solved by technology

However, these two methods will cause a certain amount of wounds to the patient's body, and both need to insert pipelines into the abdominal cavity or intra-abdominal organs, resulting in an increase in the probability of infection in patients

[0005] Human core stabilization exercise can improve sports performance, prevent sports injuries, and restore the function of patients with low back pain; currently, heart rate, plantar pressure, and breathing can be monitored in real time during exercise, but it is very difficult to monitor the condition of the core muscles. less, and even less when it comes to postural requirements and monitoring during daily activities

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