Setting method and system for a programmable universal tire pressure monitor
First Claim
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1. A setting method and system for a programmable universal tire pressure monitor, said system comprising:
- a tire pressure monitor, comprising;
a sensor provides a detection function for detecting the pressure and/or temperature inside the tire;
a receiver placed in the tire pressure monitor for receiving the signal;
a processor connects with the receiver and the sensor for receiving and processing signal;
an emitter connects with the processor for transmitting wireless signal to a control module;
a power source connects with the sensor, receiver, processor and the emitter to provide the electric power for the tire pressure monitor;
the tie monitor can be controlled from outside by wire or wireless signal to start a specific coding program or upload a specific coding program to the processor;
by the way, the tire pressure monitor can start to process a specific coding program and can match the demand for communicating with the specific control module.
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Abstract
A setting method and system for a programmable universal tire pressure monitor of present invention comprising steps of: preparing a tire pressure monitor without started first and then choosing a specific start signal from a processor. Transmitting the start signal to a programmer and the specific start signal will be transmitted into the tire pressure monitor from the programmer. By the way, the start signal will turn on the tire pressure monitor to process a specific coding program to communicate with an outside control module.
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Citations
16 Claims
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1. A setting method and system for a programmable universal tire pressure monitor, said system comprising:
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a tire pressure monitor, comprising; a sensor provides a detection function for detecting the pressure and/or temperature inside the tire; a receiver placed in the tire pressure monitor for receiving the signal; a processor connects with the receiver and the sensor for receiving and processing signal; an emitter connects with the processor for transmitting wireless signal to a control module; a power source connects with the sensor, receiver, processor and the emitter to provide the electric power for the tire pressure monitor; the tie monitor can be controlled from outside by wire or wireless signal to start a specific coding program or upload a specific coding program to the processor;
by the way, the tire pressure monitor can start to process a specific coding program and can match the demand for communicating with the specific control module. - View Dependent Claims (2, 3, 4, 5)
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6. The setting method for a programmable universal tire pressure monitor comprising steps of:
preparing a tire pressure monitor with only common programs inside and then choosing a specific start signal which includes specific coding programs from the processor, transmitting the start signal from the processor to a programmer then the specific start signal which includes the specific coding programs will be transmitted into the processor in the tire pressure monitor from the programmer and turns on the tire pressure monitor to process specific coding programs to communicate with an outside control module. - View Dependent Claims (7, 8, 9)
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10. The setting method for a programmable universal tire pressure monitor comprising steps of:
preparing a tire pressure monitor with common programs and all coding programs inside and then choosing a specific start signal from the processor, transmitting the start signal from the processor to a programmer then the specific start signal will be transmitted into the tire pressure monitor from the programmer and turns on the tire pressure monitor to process specific coding programs to communicate with an outside control module. - View Dependent Claims (11, 12, 13, 14, 15, 16)
Specification