Human body state detection device and method

Abstract

The invention discloses a human body state detection device and method. The device includes a head posture detection device, a foot posture detection device, a waist master control device and a background management monitoring center. The head posture detection device includes a head detection MCU and a head posture sensor connected with the head detection MCU. The foot posture detection device includes a foot detection MCU and a foot posture sensor connected with the foot detection MCU, and the waist master control device includes a waist master control CPU, a waist posture sensor and a plurality of data interfaces, wherein the waist posture sensor and the data interfaces are connected with the waist master control CPU. The head detection MCU and the foot detection MCU are connected withthe waist master control CPU through the data interfaces respectively, the waist master control CPU is also connected with a wireless network module and an alarming device, and the waist master control CPU and a background management and monitoring center are connected through the wireless network module. The normal body postures of the human body in different states are set and compared with detected postures, and a sound and light alarm is automatically issued if it is found that the human body is not in the normal postures.

Description

technical field [0001] The invention relates to the technical field of human body state monitoring, in particular to a human body state detection device and method. Background technique [0002] In recent years, with the development of interactive games, virtual reality and wearable devices, human body gesture recognition has received more and more attention. The research on human body gesture recognition has high academic and commercial value. [0003] At present, there are many solutions for human gesture recognition, such as using a camera to capture and recognize human gestures in images, or using specific marker blocks or motion capture devices. However, because these solutions have problems such as high technical difficulty, high cost, narrow scope of use, and complicated installation, they require a lot of equipment and facilities to work together, which also pushes up the cost at the same time. Complex algorithms, so most of them are in the laboratory stage, and it ...

AI Technical Summary

Problems solved by technology

However, because these solutions have problems such as high technical difficulty, high cost, narrow scope of use, and complicated installation, they require a lot of equipment and facilities to work together, which also pushes up the cost at the same time. Complex algorithms, so most of them are in the laboratory stage, and it is difficult to apply widely

[0004] The construction industry is a high-risk industry. Safety accidents on construction sites occur frequently, and the personal safety of workers cannot be effectively guaranteed.

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