Cell with intelligent management inner nucleus

Abstract

This invention provides a battery with an intelligent managed core applying an intelligent management control board mounted in the internal part of the battery with an automatic regulation discharge curve and identity identifying software, the board is connected with the battery positive via the filter induction coil, the other side of the control board is connected with the core by a metal conductor with constant effective discharge voltage, large effective capacity and strong identification ability.

Description

technical field [0001] The invention relates to the field of batteries using intelligent means to improve electrical performance, in particular to batteries in which an intelligent system is installed inside the battery. technical background [0002] With the continuous increase of portable electronic products, the demand for batteries is also increasing, and a variety of batteries with different characteristics and different uses have appeared on the market. For example, ordinary zinc-manganese batteries have large discharge voltage fluctuations and small capacity. Because they contain mercury, cadmium and other components, they will pollute the environment, but they have the advantage of low price; nickel-cadmium batteries are secondary batteries that can be charged, and can be discharged with high current. The price is low, but there are also problems such as low discharge voltage and low capacity, which will pollute the environment and be easily damaged; Ni-MH batteries ...

AI Technical Summary

Problems solved by technology

For example, ordinary zinc-manganese batteries have large discharge voltage fluctuations and small capacity. Because they contain mercury, cadmium and other components, they will pollute the environment, but they have the advantage of low price; nickel-cadmium batteries are secondary batteries that can be charged, and can be discharged with high current. The price is low, but there are also problems such as low discharge voltage and low capacity, which will pollute the environment and be easily damaged; Ni-MH batteries are also secondary batteries with large capacity and do not pollute the environment, but they also have low discharge voltage and large self-discharge. , the problem of high price; Lithium-ion batteries have high discharge voltage, large capacity, and small self-discharge, and can be made into batteries with lower quality and no pollution to the environment, but they have high requirements for charge and discharge voltage and cannot be used in ordinary electrical appliances. also very high

Most of the secondary batteries have the problem of low effective capacity. Most of the portable electrical appliances require the voltage of the battery cell to be between 1.2-1.8V, and the best working condition is reached at 1.5V. Electrical appliances are permanently damaged, and the voltage is too low, which will significantly reduce the performance of electrical appliances

At present, there is no battery on the market that can maintain a discharge voltage of 1.5V from the beginning of discharge to the end of discharge. The voltage of ordinary batteries starts to discharge at about 1.6V, and decreases with the increase of discharge time. Too low and it is considered that the discharge is over, but at this time there is still some power in the battery that has not been released, resulting in waste of power

At present, although some inventions have proposed improved solutions, most of them have added some components outside the battery, which makes the structure complicated and inconvenient to use, and is limited to the internal use of fixed equipment.

In addition, there is still a problem of waste batteries polluting the environment. Although the general public has a strong response to the initiative to recycle waste batteries, it is still difficult to implement. How to stimulate the enthusiasm of the public economically? How to identify different types of recycled batteries for disposal? How can they be repaired, recharged or disassembled and remade to achieve the purpose of reuse and re-enter the market for sale? Only by solving these problems can we properly deal with the pollution of waste batteries to the environment

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