Amplitude-adjustable backpack load-bearing power generation device

Abstract

The invention provides an amplitude-adjustable backpack load-bearing power generation device. The amplitude-adjustable backpack load-bearing power generation device comprises a tubular power generation prototype device and an amplitude adjusting box. The tubular power generation prototype device is fixedly connected to the backpack, and two rows of steel wire ropes extending out of the tubular power generation prototype device penetrate through woven cloth on the back of the backpack to be connected with original straps of the backpack; an input port of the amplitude adjusting box is connected with an output port of the tubular power generation prototype device through a wire, and an adjustable resistor in the amplitude adjusting box can be manually adjusted through a knob; when the adjustable resistor is increased, the electric damping is reduced so that the amplitude of the backpack is increased; and when the adjustable resistor is reduced, the electric damping is increased, and the electric damping force blocking the movement of the steel wire rope is increased so that the amplitude of the backpack is reduced. The magnitude of the electric damping force can be manually adjusted according to the power generation power requirements and the extra bioenergy expenditure bearing degree under different working conditions, and then the amplitude of the backpack is changed to meet the individual requirements.

Description

technical field [0001] The invention relates to the field of renewable energy, in particular to an amplitude-adjustable rucksack load-bearing power generation device for collecting and converting mechanical energy of human body's load-bearing exercise into usable electric energy. Background technique [0002] In modern life, although transportation technology has made great progress, walking with a backpack is still a necessary activity. For example, backpackers need to carry survival supplies for hiking in the wild, and soldiers need to carry weapons and electronic equipment for marching. The function of the backpack has also changed from simplification to diversity, and many electronic devices are added to provide functions such as positioning and lighting. At the same time, many human body kinetic energy harvesters have been proposed to collect human body kinetic energy and convert it into electrical energy for use by electronic devices. However, the use of a human body ...

AI Technical Summary

Problems solved by technology

According to the search results, there is no method similar to this application or the power generation device in the backpack for human body weight-bearing walking kinetic energy capture and amplitude adjustment and as a power supply for electronic equipment.

Images