Running shoe capable of achieving automatic power supply and measurement and running distance display

Abstract

The invention discloses a running shoe capable of achieving automatic power supply and measurement and running distance display. The running shoe is composed of a minitype transistor display screen (1), a counter (2), a pressure sensor (3), a storage battery (4), a calculation chip (5) and an electromagnetic induction power generation spring (6), wherein all the components are wrapped in a shoe body, all devices are wrapped in a sole, electricity generated by the electromagnetic induction power generation spring (6) is transmitted to the storage battery (4) through a line, and the storage battery (4) provides all the energy required by the pressure sensor (3) and the minitype transistor display screen (1). For every running step, when the sole of the foot makes contact with the ground, the pressure sensor outputs current pulses to the counter under pressure, the counter conducts recording for one time and transmits the number to the calculation chip, the number serves as one step length, and then the calculation chip calculates the running distance of an athlete according to an initially set step length average value. According to the running shoe, running distance is measured in an automatic energy supply mode, and motion data for reference are provided.

Description

technical field [0001] The invention relates to a running shoe, in particular to a running shoe that can supply energy independently and measure running distance. Background technique [0002] Due to the improvement of people's living standards today, people are no longer just satisfied with food and clothing, but are more and more concerned about their own health, and they are very active in physical training. Under this general trend, running has become A sport favored by many. If people are exercising in the gym, people can clearly know how much distance they have run from the machine, that is, they have a very clear understanding of their exercise volume. However, for some people who like to run in the wild, it is difficult to know how many kilometers they have run. In the process of exercising, they are naturally very concerned about one of their exercise effects. After running, they really want to know the distance they have run. , this demand has not been met, altho...

AI Technical Summary

Problems solved by technology

However, for some people who like to run in the wild, it is difficult to know how many kilometers they have run. In the process of exercising, they are naturally very concerned about one of their exercise effects. After running, they really want to know the distance they have run. , this demand has not been met, although some people have come up with electronic pedometer running shoes, which supply power to the pedometer through the battery power supply, so as to realize the function of measuring and calculating the number of steps of the runner, and can also use the The numbers are displayed on the display screen on the upper of the shoe, but this kind of display seems not intuitive enough, people can not directly know the mileage of their running, it is not very convenient, and the energy used is not sustainable, the life of the shoes will be Limited by the life of the battery carried, the shoes will also cause further pollution to the environment after they are scrapped

[0003] And nowadays, energy saving, environmental protection and sustainable use products are advocated. If the shoes want to measure the distance, they must need electronic components to participate in the work. When the electronic components are involved, providing energy has become a focus of attention. Now, most of the decorative lights on shoes are pressure-sensitive short-term functions. Except for batteries, there seems to be no device that can provide energy for a long time stably. However, batteries do not meet the requirements of today's clean and reliable energy The requirements of continuous use, so you may think of using electromagnetic induction to generate electricity for the shoes themselves. Some elastic shoes have been able to install a spring at the bottom of the shoe and a magnet in the middle of the spring to achieve the purpose of power generation. Of course, there are also now A kind of using solar energy to provide energy to shoes, and then use this energy to power the luminous function of the shoes, such as solar multifunctional running shoes, this kind of shoes is to collect solar energy and store it to provide the shoes themselves at night The lighting and the mp3 function attached to the shoes

But what makes us regret is that although these methods use clean energy and are also sustainable energy sources, they have not been able to fully utilize the mechanical energy generated by our re-exercise.

[0004] In summary, we can see that we still lack a shoe that can directly convert the mechanical energy generated by exercise into electrical energy, and store this electrical energy to provide a stable power supply for additional functions inside the shoe.

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