An intelligent mutual induction device charging management system and method

Abstract

The present invention relates to the field of communication technology, and specifically discloses an intelligent mutual induction device charging management system and method. The charging system includes a wireless identification module, a power analysis module, a credit feedback module and a mutual induction charging module, wherein the power analysis module uses In order to optimize the charging scheme for the charging equipment, the integral feedback module is used to actively exchange points for rewards for the equipment that supplies power to the required charging equipment, and the mutual inductance charging module is used to give matching success when the charged equipment is charging. remote power supply for the charging equipment, the invention is scientific and reasonable, using the power analysis module, can optimize the technical scheme of the power in the equipment, supply power according to the specific conditions of the equipment being charged, and use the mutual inductance charging module to convert the power of the equipment being charged The obtained electric power is given part of the electric power to the equipment to be charged through remote transmission, so that the required charging equipment can receive the power.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to an intelligent mutual induction device charging management system and method. Background technique [0002] With the rapid development of electronic communication, people's living standards are also gradually improving. Nowadays, the items that people carry with them are nothing more than mobile phones, PADs and other electronic devices. People need to use electronic devices to scan codes, Verification, payment and calls and other related work, it can be seen that electronic devices have been deeply integrated into our lives, but often electronic devices need sufficient power supply to maintain a day's life. [0003] Therefore, power banks, wireless charging and other methods have appeared on the market. When the power is low, connect the power bank to the mobile phone to continue the power of the electronic device or use wireless charging to place the mobile phone on the ...

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Problems solved by technology

[0003] Therefore, power banks, wireless charging and other methods have appeared on the market. When the power is low, connect the power bank to the mobile phone to continue the power of the electronic device or use wireless charging to place the mobile phone on the inductive charging device. The principle of magnetic induction supplies power to electronic equipment. The above two methods have been widely used in the market, but they will also bring a lot of inconvenience to life. The long time has brought a lot of inconvenience to users walking on the road. Using wireless charging to power mobile phones, due to the insufficient voltage of the power supply, the charging speed of electronic devices is slow, which cannot solve the urgent need;

[0004] In the patent application number 201611192701.5, through the status information of the charged device, the power value of the charged device is detected in real time. When the detected power value is higher than the preset value, according to the priority between the charged device and the charging device Therefore, supplying power to the equipment that needs to be charged completely solves the above-mentioned problems encountered, but in the process of power supply, there is no optimal power supply analysis for the powered equipment, when it is detected that the power value of other user equipment is lower than the predicted value , it is unable to actively supply power to it, which solves the urgent needs of the user;

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