Communication-free and low-power-consumption shared bicycle coded lock, control method, medium and terminal
A technology for sharing bicycles and control methods, applied in sustainable communication technology, energy consumption reduction, location-based services, etc., can solve problems such as inability to use fixed passwords, avoid easy cracking, reduce costs, and low power consumption Effect
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[0082] 1 Shared bicycle combination lock hardware design
[0083] The hardware design part is composed of MSP430F413 single-chip microcomputer, key module, AT24C02 memory, buzzer and so on. It adopts MSP430F413 single-chip microcomputer, which is one of the ultra-low power consumption mixed-signal 16-bit single-chip microcomputer series launched by TI. The three working modes of the microcontroller are: normal working mode, idle mode, and sleep mode. The idle mode of the single-chip microcomputer can effectively reduce the power consumption of the system and improve the battery life of the power supply. When the microcontroller is in idle mode, some registers of the microcontroller will retain the original data, such as random access machine, stack pointer, program counter, program status word, accumulator, etc. The normal working mode of the single-chip microcomputer uses it as a password control system. The present invention can scan the prepared QR code through the mobile...
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