Battery intelligent management system, battery intelligent management method and flat panel detector

Abstract

The invention provides a battery intelligent management system, a battery intelligent management method and a flat panel detector. The battery intelligent management system comprises a battery module,an intelligent monitoring module, a CPU control module and an intelligent adjustment module. The battery module comprises a battery and a battery management chip. The intelligent monitoring module isconnected with the battery management chip. The CPU control module is connected with the intelligent monitoring module and is used for receiving the battery parameter information sent by the intelligent monitoring module, and generating a control signal according to the battery parameter information. The intelligent adjustment module is connected with the CPU control module, and is used for receiving the control information sent by the CPU control module and selecting a battery charging mode according to the control information to charge the battery. The battery management chip is respectively connected with the CPU control module and the intelligent adjustment module, and is used for feeding back the battery parameter information to the CPU control module and the intelligent adjustment module. The battery intelligent management system has the additional functions of battery safety monitoring, self-unlocking, battery intelligent management and the like. The battery charging state canbe detected and adjusted in real time and at the same time. The use safety of the battery is ensured.

Description

technical field [0001] The invention relates to the field of batteries, in particular to a battery intelligent management system, a battery intelligent management method and a flat panel detector. Background technique [0002] The flat-panel detector is an X-ray receiving device, which is used to obtain images of the human body after being irradiated by X-rays. The overall power consumption of the flat-panel detector should be as low as possible to avoid the increase of image leakage current caused by high power consumption, which will affect the image. quality. Such as figure 1 Shown is a structural schematic diagram of an existing portable flat panel detector. The working process of the flat panel detector is: the X-ray generated by the high-pressure tube 1' enters the X-ray receiver 2', and is converted into visible light by the scintillator on the receiver. The scintillator is placed on the surface of the TFT sensor, and through the TFT The array sensor converts visib...

AI Technical Summary

Problems solved by technology

[0006] In view of the shortcomings of the prior art described above, the purpose of the present invention is to provide a battery intelligent management system, a battery intelligent management method and a flat panel detector, which are used to solve the problem of self-locking caused by battery over-discharge in the prior art, and The safety problem of being unable to monitor and dynamically adjust battery charging parameters in real time during battery charging

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