Intelligent weighing system based on android system

Abstract

The invention discloses an intelligent weighing system based on an android system. The system comprises a camera, a printer, a wagon balance, an instrument, a first card reader, a barrier gate, an Android all-in-one machine, a cloud end, a PC end, a second card reader and a mobile end, and data interconnection and intercommunication between the Android all-in-one machine and a weighing instrumentand between the Android all-in-one machine and a stylus printer are developed in a breakthrough mode through mode through good interaction capacity of an Android system bottom layer. The recognition result of the license plate recognition camera can be obtained. On the basis of the Android system, the connection with the infrared correlation anti-cheating hardware equipment is realized, and the state of the infrared correlation equipment can be acquired in real time. And finally, the functional modules are orderly combined, researched and developed to generate the unattended weighing system based on the Android system. According to the invention, an Android all-in-one machine is developed in a breakthrough manner by utilizing the good interaction capability of the bottom layer of the Android system to realize data interconnection and intercommunication with a weighing instrument and a stylus printer, so that unattended intelligent consulting transaction of bulk commodities is realized.

Description

technical field [0001] The invention relates to the field of intelligent weighing and unattended technology, in particular to an intelligent weighing system based on an android system. Background technique [0002] Smart weighing is widely used in the commodity industry. Usually, the smart weighing management system is developed based on the windows system, and is mostly realized by local deployment. The smart weighing system is mostly integrated with the hardware such as the weighbridge instrument, the license plate recognition camera, and the dot matrix printer to realize the weighing data. Automatic collection and scale printing functions. The technical shortcomings of the existing intelligent weighing management system are as follows: on the one hand, localized deployment cannot meet the real-time supervision requirements. Unlike the cloud management system, the current intelligent weighing management system is mostly implemented in the form of a single project, and it c...

AI Technical Summary

Problems solved by technology

The technical shortcomings of the existing intelligent weighing management system are as follows: on the one hand, localized deployment cannot meet the real-time supervision requirements. Unlike the cloud management system, the current intelligent weighing management system is mostly implemented in the form of a single project, and it cannot On the other hand, the stability of PC equipment is poor, and the environment of the coal yard is harsh. Coal powder is very easy to invade the chassis and affect the stability and service life of the machine. Once a mechanical failure occurs, it will directly affect business efficiency.

Third, the hardware investment of the large-scale intelligent weighing management system is high

Taking the coal mine intelligent weighing management system as an example, the project deployment requires supporting servers, customized intelligent weighing machines, dedicated lines and other equipment. Complex implementation, high investment, high energy consumption, and certain risks in terms of stability

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