A high-voltage electric field monitoring and alarming device based on a smart wearable system

Abstract

The invention discloses high-voltage electric field monitoring and alarming equipment based on an intelligent wearing system. The high-voltage electric field monitoring and alarming equipment structurally comprises a mainboard slot shell, a button board, an electromagnetic sensor, a digital screen, a cover cap shell, a buckle holding board and a rubber mat spinning arm band. According to the high-voltage electric field monitoring and alarming equipment, the mainboard slot shell and the rubber mat spinning arm band are matched, a corrugated rib band is erected on the rear side of the mainboardslot shell of the monitoring and alarming equipment, a traction and stretching space for longitudinal fixing of the buckle holding board and transverse moving of a sucking-attaching sliding seat is formed by a section groove board and a rubber thick ring, thus rubber mat spinning devices can be folded through annular tension to protect parts during still standing, the rubber mat spinning devices are unfolded to output gel air cushions of the rubber mat spinning devices, the gel air cushions are attached to the skin to give the comfortable sensation and the cool sensation to the upper skin, thesurface of gel is slippery, thus rolling is conducted to facilitate tripping and wearing of the equipment, the degree of tightness of a human arm strap device can be adjusted for stretching, the gelis arranged on the rubber thick ring to cure the equipment, comfortable movable wearing is conducted for detecting a high-voltage electric field, the working efficiency is improved, and the more relaxed effect is achieved.

Description

technical field [0001] The invention is a high-voltage electric field monitoring and alarming device based on an intelligent wearable system, which belongs to the field of intelligent wearable monitoring equipment. Background technique [0002] The high-voltage electric field uses electromagnetic wave remote radiation radiation combined with Tesla high-voltage coil to work, and there will be a certain covering electromagnetic field area, which makes the staff step into the electromagnetic field area, which will trigger the buzzer alarm of the smart wearable monitoring equipment, and guide the staff to detour for construction. To avoid the hidden danger of electric shock, portable and efficient detection, the disadvantages of current technology common to be optimized are: [0003] Smart arm-worn detection equipment often uses fabric fiber straps or plastic buckles to wear on human skin. The friction surface of fibers or plastics is fine and rough, which will cause the dead sk...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies in the prior art, the purpose of the present invention is to provide a high-voltage electric field monitoring and alarming device based on an intelligent wearable system, so as to solve the problem that the intelligent arm-worn detection equipment uses fabric fiber straps or plastic buckles to wear human skin. , The fiber or plastic friction surface is fine and rough, which will cause the cuticle dead skin on the skin surface to fall off early when wearing the device. When disassembling the device, the pressure is increased to rub the skin germinal layer cell division, affecting the biological movement gap of connective tissue, resulting in strangulation The red marks and slight swelling make the whole device work intelligently while ignoring the protection of human skin and clothing. Wearing it for a long time in a high-voltage electric field to detect motion will cause wear and tension relaxation on the rough surface of the strip. , also disrupts the regularity of the skin regeneration cycle

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