Ergonomic digital garment

Abstract

The invention relates to an ergonomic digital garment, which comprises a garment body, and modular information equipment and a cable, which are embedded in the garment body, and is characterized in that: storage equipment is positioned in a left area of a chest part; a micro sensor is placed in a right area or left area of the back part; a flexible keyboard is arranged on the left of the chest part or on a left forearm; the flexible display system is placed in a left forearm area; a global position system (GPS) module is placed in a right shoulder area, and a radio station sub-system is placed in a left shoulder area; a host module is placed in a left rear area or right rear area of the waist part; and the like. In the digital garment, the wireless storage equipment, the micro sensor element, the keyboard, the display system, the GPS system, the radio station system, a host, a power supply management and interface module, a solid storage, an expansion interface, a power supply, and other modules are distributed on the surface of human body according to use frequency and volume; therefore, the digital garment is more in accordance with an ergonomic principle and the portable equipment is more portable and usable.

Description

technical field [0001] The invention relates to a digital clothing conforming to ergonomics, in particular to a digital clothing based on the accessibility of upper limbs, and the digital clothing conforms to the principle of ergonomics. Background technique [0002] In the design of man-machine systems or related products, the analysis of the reachable domain of human upper limbs is a very important element of ergonomics. A system or product with good accessibility can ensure that operators can work safely, efficiently and comfortably. In aircraft driving, car driving, and nuclear power plant monitoring room, which have high safety requirements, the reasonable design of the work space is particularly important, and the accessibility analysis of the upper limbs of the human body is very important. [0003] When analyzing the accessibility of the upper limbs, the main method is to determine the reachable domain of the upper limbs of the human body based on the relevant anthr...

AI Technical Summary

Problems solved by technology

At this time, the method of using the envelope surface is not very practical, especially when the operation of the back of the human body and the legs is not accurate enough.

In addition, since the operator may work in an unfixed posture, such as squatting and crawling, it is impossible to use the envelope surface to effectively judge

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