Shared battery adding method, shared battery using method, shared battery and system

Abstract

The invention provides a shared battery adding method, a shared battery using method, a shared battery and a system. The shared battery adding method comprises the steps: obtaining battery information of the shared battery, and generating identity verification information according to the battery information; broadcasting the identity verification information to a block chain, and verifying the safety state of the battery by a first node of the block chain according to the identity verification information; adding battery information to the first node according to a verification result of the battery safety state; generating a second node and adding the second node to the block chain, wherein the second node is used for representing the shared battery. According to the technical scheme, the information updating of the shared battery is realized through a distributed network, the authenticity and reliability of the information are ensured, a user can obtain the target shared battery according to specific requirements on the technical basis that the information is true and reliable, the condition of poor battery practical experience caused by tampering of shared battery information and battery components is avoided, and the technical scheme can be widely applied to the technical field of block chains.

Description

technical field [0001] The invention belongs to the technical field of block chains, in particular to a method for adding a shared battery, a method for using it, a shared battery and a system. Background technique [0002] With the development and popularization of shared batteries, problems such as slow charging, short battery life, and many hidden dangers make the application mode of shared batteries gradually popular. The current shared battery mode lacks a mutual trust mechanism, and it is impossible to guarantee that the battery will be used in shared battery cabinets. Operators, users, and battery manufacturers The safe and effective operation of the room has the following defects: [0003] 1. Users cannot independently choose shared batteries based on battery performance or other attribute information, and users cannot intuitively judge that the battery provided by the battery cabinet operator is consistent with the selected battery; [0004] 2. The battery cabinet ...

AI Technical Summary

Problems solved by technology

[0002] With the development and popularization of shared batteries, problems such as slow charging, short battery life, and many hidden dangers make the application mode of shared batteries gradually popular. The current shared battery mode lacks a mutual trust mechanism, and it is impossible to guarantee that the battery will be used in shared battery cabinets. Operators, users, and battery manufacturers The safe and effective operation of the room has the following defects:

[0003] 1. Users cannot independently choose shared batteries based on battery performance or other attribute information, and users cannot intuitively judge that the battery provided by the battery cabinet operator is consistent with the selected battery;

[0004] 2. The operator of the battery cabinet cannot confirm whether there are tampered parts in the battery returned by the user;

[0005] 3. Users cannot trust the battery performance and recorded usage provided by the battery cabinet operator

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