TWI658947B - Device for recording and frequency recording of multiple tire pressure sensors and its use method - Google Patents

Abstract

The invention relates to a burning device for burning and variable-frequency burning multiple tire pressure sensors and a method of using the burning device. The invention mainly uses a burning tool to store the original identification code and communication protocol in the original tire pressure sensor in a replacement tire. The pressure sensor is characterized in that a plurality of alternative tire pressure sensors can be programmed at the same time, thereby reducing the overall programming time.

Description

Burning device for burning and variable-frequency burning multiple tire pressure sensors and using method thereof

The present invention relates to the technical field of burning tire pressure sensors, and particularly to a burning device capable of burning multiple tire pressure sensors.

The invention also relates to a burning device capable of burning multiple tire pressure sensors by changing the frequency band.

The present invention also relates to a method for using the foregoing two types of burning devices.

In order to protect the driving safety of vehicles, currently on the market vehicles are equipped with tire pressure sensors and matching receiving devices before leaving the factory. Among them, the tire pressure sensor is used to measure the tire pressure and temperature, and can measure the The signal can be transmitted to the receiving device for viewing by the driver;

However, because different tire manufacturers use different communication protocols for tire pressure sensors, when replacing tire pressure sensors, non-original tire pressure sensors must be programmed with a specific communication protocol after installation to enable non-original tire pressure sensors. It can exchange signals with the receiving device originally installed in the car; the general method of programming the communication protocol is to use a setting tool for a tire pressure sensor, and to perform one programming communication protocol at a time, so that multiple programming is performed. The operation of each tire pressure sensor becomes tedious and time-consuming; for example, one tire pressure sensor must be placed near the burning tool and away from other tire pressure sensors to prevent the signal of the burning tool from being transmitted to non-designated tire pressure sensors. After the tire pressure sensor is burned, another person needs to place another tire pressure sensor near the burning tool and away from other tire pressure sensors to burn another tire pressure sensor. If it is used for When burning a large number of tire pressure sensors, the personnel must continue to perform the foregoing steps, resulting in a large amount of labor time for the burning process.

The purpose of the present invention is to solve the lack of tedious and time-consuming burning process when burning a plurality of tire pressure sensors.

In order to solve the foregoing shortcomings, the present invention is a burning device capable of burning multiple tire pressure sensors, and is applicable to a first alternative tire pressure sensor and a second alternative tire pressure sensor. The first alternative tire pressure sensor has a first A replacement storage unit and a first replacement signal processing unit. The second replacement tire pressure sensor has a second replacement storage unit and a second replacement signal processing unit. The first replacement storage unit has a first replacement identification code. The second replacement storage unit has a second replacement identification code, and the burning device capable of burning multiple tire pressure sensors includes:

A burning tool having a memory unit and a transmitting / receiving unit. The memory unit stores a plurality of communication protocols. The burning tool reads the first substitution identification code and selects one of the communications from the memory unit. Agreement, the transmitting / receiving unit transmits a first signal, the first signal contains the communication protocol and the first replacement identification code, and the first signal is transmitted to the first replacement tire having the first replacement identification code Pressure sensor, after receiving the first signal, the first replacement signal processing unit stores the communication protocol in the first replacement storage unit of the first replacement tire pressure sensor;

The burning tool reads the second replacement identification code, selects the communication protocol from the memory unit, and the transmitting / receiving unit transmits a second signal, the second signal contains the communication protocol and the second replacement identification Code, the second signal is transmitted to the second alternative tire pressure sensor having the second alternative identification code, and the second alternative signal processing unit stores the communication protocol in the second alternative tire after receiving the second signal Pressure sensor in this second alternative storage unit.

A burning device capable of burning multiple tire pressure sensors is suitable for a first original tire pressure sensor, a second original tire pressure sensor, a first alternative tire pressure sensor, and a second alternative tire pressure sensor. An original tire pressure sensor has a first original storage unit, and the second original tire pressure sensor has a second original storage unit. The first original storage unit stores a first original identification code and an original communication protocol. The second original storage unit stores a second original identification code and the original communication protocol. The first replacement tire pressure sensor has a first replacement storage unit and a first replacement signal processing unit. The second replacement tire pressure sensor has a A second alternative storage unit and a second alternative signal processing unit, the first alternative storage unit stores a first alternative identification code, the second alternative storage unit stores a second alternative identification code, and the Burning device for three tire pressure sensors, including:

A burning tool has a memory unit and a transmitting / receiving unit. The memory unit stores a plurality of communication protocols. The burning tool reads the first original identification code of the first original tire pressure sensor, and reads the first original identification code from the first original tire pressure sensor. The memory unit selects one of the communication protocols that is the same as the original communication protocol. The transmitting / receiving unit transmits a first signal. The first signal includes the communication protocol, the first original identification code, and the first replacement. Identification code, the first signal is transmitted to the first replacement tire pressure sensor having the first replacement identification code, and after receiving the first signal, the first replacement signal processing unit transmits the first original identification code and the communication The agreement is stored in the first alternative storage unit;

The burning tool reads the second original identification code of the second original tire pressure sensor, selects the communication protocol that is the same as the original communication protocol from the memory unit, and the transmission / reception unit transmits a second signal. The second signal includes the communication protocol, the second original identification code, and the second replacement identification code. The second signal is transmitted to the second replacement tire pressure sensor having the second replacement identification code. After receiving the second signal, the replacement signal processing unit stores the second original identification code and the communication protocol in the second replacement storage unit.

In a preferred embodiment, the burning tool further has a tire selection module, and the tire selection module has two tire positions. The burning tool reads the first original identification code and the second original identification. After the code, the first original identification code and the second original identification code are respectively bound to the two tire positions.

In a preferred embodiment, the first original identification code and the second original identification code can be directly input into the burning tool.

In a preferred embodiment, the first original tire pressure sensor has a first original signal processing unit, the second original tire pressure sensor has a second original signal processing unit, the transmitting / receiving unit and the first original signal processing unit The signal processing unit and the second original signal processing unit are signal-connected. The first original signal processing unit and the second original signal processing unit transmit the first original identification code and the second original identification code signal to the burning tool. Inside.

In a preferred embodiment, the burning tool further has a trigger module, the first alternative tire pressure sensor has a first frequency band switching module, and the second alternative tire pressure sensor has a second frequency band switching. Module, the triggering module sends a message of changing frequency band to the first alternative tire pressure sensor or the second alternative tire pressure sensor, so that the first frequency band switching module or the second frequency band switching module changes the transmitting and receiving frequency band.

In a preferred embodiment, a first QR Code image is provided on the first replacement tire pressure sensor, a second QR Code image is provided on the second replacement tire pressure sensor, and the first QR Code image and The first substitution identification code is bound, the second QR Code image is bound to the second substitution identification code, and the programming tool has a scanning module, and the scanning module is configured to the first QR Code image And the second QR Code image is scanned, so that the burning tool reads the first replacement identification code and the second replacement identification code.

The burning device capable of burning multiple tire pressure sensors according to claim 1 or 2, wherein the transmitting / receiving unit further has a transmitting module, and the transmitting module replaces the first tire pressure sensor. And the second replacement tire pressure sensor sends a low frequency signal, the first replacement tire pressure sensor receives the low frequency signal and returns the first replacement identification code, the second replacement tire pressure sensor receives the low frequency signal and The two alternative identification codes are transmitted back, so that the burning tool receives and reads the first alternative identification code and the second alternative identification code.

A burning device capable of changing frequency bands to burn multiple tire pressure sensors, which is suitable for a first original tire pressure sensor, a second original tire pressure sensor, a first alternative tire pressure sensor, and a second alternative tire pressure sensor. The first original tire pressure sensor has a first original storage unit, and the second original tire pressure sensor has a second original storage unit. The first original storage unit stores a first original identification code and an original communication protocol. A second original identification code and the original communication protocol are stored in the second original storage unit. The first replacement tire pressure sensor has a first replacement storage unit, a first replacement signal processing unit, and a first frequency band switching module. The second alternative tire pressure sensor has a second alternative storage unit, a second alternative signal processing unit and a second frequency band switching module, and the burning device capable of burning multiple tire pressure sensors includes:

A programming tool having a memory unit, a transmitting / receiving unit and a triggering module. The memory unit stores a plurality of communication protocols. From the memory unit, one of the communication protocols that is the same as the original communication protocol is selected. , The burning tool reads the first original identification code of the first original tire pressure sensor, and the trigger module sends a message of changing frequency band to the first replacement tire pressure sensor, so that the first frequency band switching module changes The transmitting / receiving frequency band, the transmitting / receiving unit sends out a first signal, the first signal contains the first original identification code and the communication protocol, and the first signal is transmitted to the first alternative tire pressure sensor which changes the transmitting and receiving frequency band, After receiving the first signal, the first replacement signal processing unit stores the first original identification code and the communication protocol in the first replacement storage unit;

The burning tool reads the original identification code of the second original tire pressure sensor, and the triggering module sends a message of the changed frequency band to the second replacement tire pressure sensor, so that the second frequency band switching module changes the transmitting and receiving frequency band, The transmitting / receiving unit sends a second signal, the second signal contains the second original identification code and the communication protocol, and the second signal is transmitted to the second alternative tire pressure sensor that changes the transmitting and receiving frequency band, and the second After receiving the second signal, the replacement signal processing unit stores the second original identification code and the communication protocol in the second replacement storage unit.

In a preferred embodiment, the burning tool further has a tire selection module, the tire selection module has a plurality of tire positions, and the burning tool reads the first original identification code and the second original After the identification code, the first original identification code and the second original identification code are respectively bound to two of the tire positions.

In a preferred embodiment, the first original identification code and the second original identification code are directly input into the burning tool.

In a preferred embodiment, the first original tire pressure sensor has a first original signal processing unit, the second original tire pressure sensor has a second original signal processing unit, the first original signal processing unit and the first Two original signal processing units are connected to the transmitting / receiving unit signals. The first original signal processing unit and the second original signal processing unit transmit the first original identification code and the second original identification code signal to the burning tool. Inside.

In a preferred embodiment, a first QR Code image is provided on the first replacement tire pressure sensor, a second QR Code image is provided on the second replacement tire pressure sensor, and the first QR Code image and The first substitution identification code is bound, the second QR Code image is bound to the second substitution identification code, and the programming tool has a scanning module, and the scanning module is configured to the first QR Code image And the second QR Code image is scanned, so that the burning tool reads the first replacement identification code and the second replacement identification code.

In a preferred embodiment, the transmitting / receiving unit further has a transmitting module, which transmits a low-frequency signal to the first alternative tire pressure sensor and the second alternative tire pressure sensor, and the first The replacement tire pressure sensor returns the first replacement identification code after receiving the low frequency signal, and the second replacement tire pressure sensor returns the second replacement identification code after receiving the low frequency signal, so that the burning tool receives and reads The first replacement identification code and the second replacement identification code.

A burning device capable of changing frequency bands to burn multiple tire pressure sensors is suitable for a first replacement tire pressure sensor and a second replacement tire pressure sensor. The first replacement tire pressure sensor has a first replacement storage unit, a A first alternative signal processing unit and a first frequency band switching module, the second alternative tire pressure sensor having a second alternative storage unit, a second alternative signal processing unit and a second frequency band switching module; including:

A burning tool having a memory unit, a transmitting / receiving unit and a triggering module. The memory unit stores a plurality of communication protocols. When one of the communication protocols is selected, the burning tool reads the first replacement tire. The first replacement identification code of the pressure sensor, the trigger module sends a message of changing the frequency band to the first replacement tire pressure sensor, so that the first frequency band switching module changes the transmitting and receiving frequency band, and the transmitting / receiving unit sends a first Signal, the first signal contains the communication protocol, the first signal is transmitted to the first alternative tire pressure sensor that changes the transmission and reception frequency band, and the first alternative signal processing unit receives the first signal and stores the communication protocol in In the first alternative storage unit;

The triggering module sends a message of changing the frequency band to the second alternative tire pressure sensor, causing the second frequency band switching module to change the transmitting and receiving frequency band, and the transmitting / receiving unit sends a second signal, the second signal includes the communication It is agreed that the second signal is transmitted to the second alternative tire pressure sensor that changes the transmission / reception frequency band. After receiving the second signal, the second alternative signal processing unit stores the communication protocol in the second alternative storage unit.

In a preferred embodiment, a first QR Code image is provided on the first replacement tire pressure sensor, a second QR Code image is provided on the second replacement tire pressure sensor, and the first QR Code image and The first substitution identification code is bound, the second QR Code image is bound to the second substitution identification code, and the programming tool has a scanning module, and the scanning module is configured to the first QR Code image And the second QR Code image is scanned, so that the burning tool reads the first replacement identification code and the second replacement identification code.

In a preferred embodiment, the transmitting / receiving unit further has a transmitting module, which transmits a low-frequency signal to the first alternative tire pressure sensor and the second alternative tire pressure sensor, and the first The replacement tire pressure sensor returns the first replacement identification code after receiving the low frequency signal, and the second replacement tire pressure sensor returns the second replacement identification code after receiving the low frequency signal, so that the burning tool receives and reads The first replacement identification code and the second replacement identification code.

A method for using a burning device capable of burning multiple tire pressure sensors includes:

An original tire pressure sensor reading step: a burning tool, a first original tire pressure sensor, and a second original tire pressure sensor are provided. The burning tool stores a plurality of communication protocols, and the first original tire pressure sensor Has a first original identification code, the second original tire pressure sensor has a second original identification code, and the burning tool reads the first original identification code and the second original identification code;

A communication protocol selection step: reading an original communication protocol in the first original tire pressure sensor and the second original tire pressure sensor, and selecting one of the communication protocols in the burning tool that is the same as the original communication protocol;

A reading step of an alternative tire pressure sensor: providing a first alternative tire pressure sensor and a second alternative tire pressure sensor, the first alternative tire pressure sensor having a first alternative identification code, and the second alternative tire pressure sensor having a A second replacement identification code, and the burning tool reads the first replacement identification code and the second replacement identification code;

A burning step: the burning tool transmits a first signal, the first signal contains the communication protocol, the first original identification code, and the first replacement identification code, and the first signal is transmitted to the device having the first signal After the first replacement tire pressure sensor replacing the identification code, the first original identification code and the communication protocol are stored in the first replacement tire pressure sensor; the burning tool transmits a second signal, and the second signal is stored in the second signal. Containing the communication protocol, the second original identification code and the second replacement identification code, the second signal is transmitted to the second replacement tire pressure sensor having the second replacement identification code, and then the second original identification code is transmitted. And the communication protocol is stored in the second alternative tire pressure sensor.

In a preferred embodiment, the first original identification code and the second original identification code are directly input into the burning tool.

In a preferred embodiment, the first original tire pressure sensor has a first original signal processing unit, the second original tire pressure sensor has a second original signal processing unit, the first original signal processing unit and the first Two original signal processing units are connected to the burning tool signal. The first original signal processing unit and the second original signal processing unit transmit the first original identification code and the second original identification code signal to the burning tool. .

In a preferred embodiment, a first QR Code image is provided on the first replacement tire pressure sensor, a second QR Code image is provided on the second replacement tire pressure sensor, and the first QR Code image and The first substitution identification code is bound, the second QR Code image is bound to the second substitution identification code, and the programming tool has a scanning module, and the scanning module is configured to the first QR Code image And the second QR Code image is scanned, so that the burning tool reads the first replacement identification code and the second replacement identification code.

In a preferred embodiment, the burning tool further has a transmitting / receiving unit, and the transmitting / receiving unit further has a transmitting module, and the transmitting module replaces the first tire pressure sensor and the second The replacement tire pressure sensor sends a low frequency signal. The first replacement tire pressure sensor returns the first replacement identification code after receiving the low frequency signal. The second replacement tire pressure sensor receives the low frequency signal and transmits the second replacement identification code. Back to make the burning tool receive and read the first replacement identification code and the second replacement identification code.

In a preferred embodiment, before the burning step, there is another binding step. The binding step is to bind the first original identification code to the first replacement identification code from the burning tool. The second original identification code is bound to the second replacement identification code.

A method for using a burning device capable of burning multiple tire pressure sensors includes:

A communication protocol selection step, providing a programming tool, the communication tool storing a plurality of communication protocols, and selecting one of the communication protocols in the programming tool;

A reading step of an alternative tire pressure sensor: providing a first alternative tire pressure sensor and a second alternative tire pressure sensor, the first alternative tire pressure sensor having a first alternative identification code, and the second alternative tire pressure sensor having a A second replacement identification code, and the burning tool reads the first replacement identification code and the second replacement identification code;

A burning step: the burning tool sends a first signal, the first signal contains the communication protocol and the first substitute identification code, and the first signal is transmitted to the first having the first substitute identification code Replace the tire pressure sensor and store the communication protocol in the first replacement tire pressure sensor; the burning tool sends a second signal, the second signal contains the communication protocol and the second replacement identification code, the A second signal is transmitted to the second replacement tire pressure sensor having the second replacement identification code, and the communication protocol is stored in the second replacement tire pressure sensor.

In a preferred embodiment, before the burning step, there is another binding step. The binding step is to bind the first original identification code to the first replacement identification code from the burning tool. The second original identification code is bound to the second replacement identification code.

In a preferred embodiment, a first QR Code image is provided on the first replacement tire pressure sensor, a second QR Code image is provided on the second replacement tire pressure sensor, and the first QR Code image and The first substitution identification code is bound, the second QR Code image is bound to the second substitution identification code, and the programming tool has a scanning module, and the scanning module is configured to the first QR Code image And the second QR Code image is scanned, so that the burning tool reads the first replacement identification code and the second replacement identification code.

In a preferred embodiment, the burning tool further has a transmitting / receiving unit, and the transmitting / receiving unit further has a transmitting module, and the transmitting module replaces the first tire pressure sensor and the second The replacement tire pressure sensor sends a low frequency signal. The first replacement tire pressure sensor returns the first replacement identification code after receiving the low frequency signal. The second replacement tire pressure sensor receives the low frequency signal and transmits the second replacement identification code. Back to make the burning tool receive and read the first replacement identification code and the second replacement identification code.

Therefore, the first replacement tire pressure sensor contains the first original identification code and the communication protocol that is the same as the original communication protocol, and the second replacement tire pressure sensor contains the second original identification code and the second original identification code. The communication protocol, which is the same as the original communication protocol, enables the first replacement tire pressure sensor and the second replacement tire pressure sensor to cooperate with a receiving device that originally cooperates with the first original tire pressure sensor and the second original tire pressure sensor, thereby further The first replacement tire pressure sensor and the second replacement tire pressure sensor can replace the first original tire pressure sensor and the second original tire pressure sensor.

Please refer to FIG. 1 and FIG. 2. The present invention is a burning device capable of burning multiple tire pressure sensors, which is suitable for a first original tire pressure sensor 10A, a second original tire pressure sensor 10B, and a first replacement tire. Pressure sensor 30A and a second replacement tire pressure sensor 30B, and the burning device capable of burning multiple tire pressure sensors, among which:

The first original tire pressure sensor 10A has a first original signal processing unit 11A and a first original storage unit 12A. The first original signal processing unit 11A has a first original signal transmitting module 111A and a first original signal. The receiving module 112A, and the first original storage unit 12A stores a first original identification code 121A and an original communication protocol 122. The first original identification code 121A is originally existing in the first original tire pressure sensor 10A. Identification code, the first original identification code 121A is used for signal exchange with a receiving device originally installed in a car;

The second original tire pressure sensor 10B has a second original signal processing unit 11B and a second original storage unit 12B. The second original signal processing unit 11B has a second original signal transmitting module 111B and a second original signal. The receiving module 112B, and the second original storage unit 12B stores a second original identification code 121B and the original communication protocol 122. The second original identification code 121B is originally existing in the second original tire pressure sensor 10B. Identification code, the second original identification code 121B is also used for signal exchange with the receiving device originally installed in the car;

A programming tool 20 has a memory unit 21, a transmission / reception unit 22, and a display unit 23. The memory unit 21 stores a plurality of communication protocols 211. The transmission / reception unit 22 has a transmission module 221. And a receiving module 222, the transmitting module 221 and the receiving module 222 are connected to the first original signal receiving module 112A and the second original signal receiving module 112B, and the display unit 23 is For displaying messages and allowing users to operate;

The first replacement tire pressure sensor 30A has a first replacement storage unit 31A and a first replacement signal processing unit 32A. The first replacement storage unit 31A has a first identification code storage module 311A and a first communication protocol storage. Module 312A, the first identification code storage module 311A has a first replacement identification code 3111A, the first communication protocol storage module 312A is used to store the communication protocol, and the first identification code storage module 311A is used to store the original Identification code, and the first alternative signal processing unit 32A has a first alternative signal transmitting module 321A and a first alternative signal receiving module 322A, the first alternative signal transmitting module 321A and the receiving module 222 signals And the first alternative signal receiving module 322A is signal-connected to the transmitting module 221.

The second replacement tire pressure sensor 30B has a second replacement storage unit 31B and a second replacement signal processing unit 32B. The second replacement storage unit 31B has a second identification code storage module 311B and a second communication protocol storage. Module 312B, the second identification code storage module 311B has a second replacement identification code 3111B, the second communication protocol storage module 312B is used to store the communication protocol, and the second identification code storage module 311B is used to store the original Identification code, and the second alternative signal processing unit 32B has a second alternative signal transmitting module 321B and a second alternative signal receiving module 322B, the second alternative signal transmitting module 321B and the receiving module 222 signal And the second alternative signal receiving module 322B is signal-connected to the transmitting module 221.

The transmitting module 221 of the burning tool 20 transmits a low-frequency signal to the first original tire pressure sensor 10A and the second original tire pressure sensor 10B, so that the first original signal receiving module 112A and the second original signal The receiving module 112B receives;

After receiving the low frequency signal, the first original tire pressure sensor 10A transmits a high frequency signal from the first original signal transmitting module 111A. The high frequency signal contains the first original identification code 121A, and the burning tool 20 The receiving module 222 receives the high-frequency signal and reads the first original identification code 121A in the high-frequency signal, so that the first original identification code 121A is displayed on the display unit 23;

After receiving the low-frequency signal, the second original tire pressure sensor 10B transmits a high-frequency signal from the second original signal transmitting module 111B. The high-frequency signal contains the second original identification code 121B, and the burning tool 20 The receiving module 222 receives the high-frequency signal and reads the second original identification code 121B in the high-frequency signal, so that the second original identification code 121B is displayed on the display unit 23;

The burning tool 20 reads the first replacement identification code 3111A of the first replacement tire pressure sensor 30A, binds the first replacement identification code 3111A to the first original identification code 121A, and displays it on the display unit 23, In the memory unit 21, one of the communication protocols 211 that is the same as the original communication protocol 122 is selected. The burning tool 20 emits a first signal, and the first signal includes the first original identification code 121A and the communication. Agreement 211 and the first replacement identification code 3111A, the first signal is transmitted to the first replacement tire pressure sensor 30A having the first replacement identification code 3111A, and by the first replacement of the first replacement tire pressure sensor 30A After receiving the signal processing unit 32A, the first original identification code 121A is stored in the first identification code storage module 311A, and the communication protocol 211 is stored in the first communication protocol storage module 312A. It must be explained that Because the first signal contains the first replacement identification code 3111A, the first signal will only be received by the first replacement tire pressure sensor 30A with the same first replacement identification code 3111A, and will not be placed in the same programming tool Received by other alternative tire pressure sensors near 20.

The burning tool 20 reads the second replacement identification code 3111B of the second replacement tire pressure sensor 30B, binds the first replacement identification code 3111A to the first original identification code 121A, and displays it on the display unit 23, In the memory unit 21, one of the communication protocols 211 that is the same as the original communication protocol 122 is selected. The burning tool 20 emits a second signal. The second signal includes the second original identification code 121B, the communication Agreement 211 and the second replacement identification code 3111B, the second signal is transmitted to the second replacement tire pressure sensor 30B having the second replacement identification code 3111B, and by the second replacement of the second replacement tire pressure sensor 30B The signal processing unit 32B receives and stores the second original identification code 121B in the second identification code storage module 311B, and the communication protocol 211 is stored in the second communication protocol storage module 312B. It must be explained that Because the second signal contains the second replacement identification code 3111B, the second signal will only be received by the second replacement tire pressure sensor 30B having the same second replacement identification code 3111B, and will not be placed in the same way. Burning Received by other alternative tire pressure sensors near the recording tool 20; thereby, the operator can simply place the first alternative tire pressure sensor 30A and the second alternative tire pressure sensor 30B near the burning tool 20 and make Fortunately, the first signal and related settings before the first signal are transmitted, the operator can leave the scene, and the first replacement tire pressure sensor 30A can automatically store the first original identification code 121A and the communication protocol 211, and the second replacement tire The pressure sensor 30B can automatically store the second original identification code 121B and the communication protocol 211.

In a preferred embodiment, the burning tool 20 further has a trigger module 24, and the trigger module 24 has a frequency band switch packet transmission between the first alternative tire pressure sensor 30A and the second alternative tire pressure sensor 30B. agreement;

The first alternative tire pressure sensor 30A further has a first frequency band switching module 33A. The trigger module 24 of the burning tool 20 sends a message of changing the frequency band to the first alternative tire pressure sensor 30A, so that the first The first frequency band switching module 33A, which replaces the tire pressure sensor 30A, changes the transmitting and receiving frequency bands. Thus, only the first replacement tire pressure sensor 30A, which changes the frequency band, can receive information, so that the first replacement tire pressure sensor 30A is performing. During the burning operation, it will not be interfered by other transmission frequency bands due to the different transmission frequency bands.

The second alternative tire pressure sensor 30B further has a second frequency band switching module 33B. The trigger module 24 of the burning tool 20 sends a message of changing the frequency band to the second alternative tire pressure sensor 30B, so that the second The second frequency band switching module 33B that replaces the tire pressure sensor 30B changes the transmitting and receiving frequency bands, whereby only the second replacement tire pressure sensor 30B that changes the frequency band can receive messages, so that the second replacement tire pressure sensor 30B is performing During the burning operation, due to the different frequency bands, it will not be interfered by the judgment of other transmissions.

Preferably, the number of the burning tools 20 is plural, and the frequency band switching module 33 of each of the burning tools 20 transmits the converted frequency band information to the first alternative tire pressure sensor 30A and the second alternative tire pressure respectively. The sensor 30B enables the first replacement tire pressure sensor 30A and the second replacement tire pressure sensor 30B to perform transmission operations with different burning tools 20 respectively, and does not interfere with each other due to different transmission frequency bands.

Preferably, the first alternative tire pressure sensor 30A is provided with a first QR Code image 34A, the first QR Code image 34A is bound to the first alternative identification code 3111A, and the burning tool 20 has A scanning module 25. The programming tool 20 scans the first QR Code image 34A of the first replacement tire pressure sensor 30A by the scanning module 25, so that the programming tool 20 reads the first Replacement identification code 3111A;

The second replacement tire pressure sensor 30B is provided with a second QR Code image 34B, the second QR Code image 34B is bound to the second replacement identification code 3111B, and the burning tool 20 has a scanning module 25. The burning tool 20 scans the second QR Code image 34B of the second alternative tire pressure sensor 30B by the scanning module 25, so that the burning tool 20 reads the second alternative tire pressure sensor. The second replacement identification code 3111B of 30B;

Preferably, the transmitting module 221 of the burning tool 20 sends a low-frequency signal to the first substitute tire pressure sensor 30A, and the first substitute tire pressure sensor 30A receives the low-frequency signal and sends the first substitute identification code. 3111A returns, so that the burning tool 20 receives and reads the replacement identification code 3111A of the first replacement tire pressure sensor 30; the transmitting module 221 of the burning tool 20 transmits the second replacement tire pressure sensor 30B Sending the low frequency signal, the second replacement tire pressure sensor 30B returns the second replacement identification code 3111B after receiving the low frequency signal, so that the burning tool 20 receives and reads the replacement of the second replacement tire pressure sensor 30. Identification number 3111B.

In another embodiment, the original tire pressure sensor 10 is not provided, and the burning tool 20 only needs to store the communication protocol 211 corresponding to the newly installed receiving device on each of the replacement tire pressure sensors 30. can.

In another embodiment, the first original tire pressure sensor 10A and the second original tire pressure sensor 10B are mounted on tires at different positions, and the burning tool 20 has a tire selection module 26 therein. The tire selection module 26 has a plurality of tire positions. The first original identification code 121A and the second original identification code 121B of the first original tire pressure sensor 10A and the second original tire pressure sensor 10B are stored in the burner. When recording in the tool 20, it can be selected by the tire selection module 26, so that the first original identification code 121A is bound to one of the tire positions and the first replacement identification code 3111A, and the second original identification code 121B is bound to it. A tire position and the second substitute identification code 3111B.

Please refer to FIG. 2 again, the use method of the foregoing burning device capable of burning multiple tire pressure sensors is as follows:

A protocol selection step E: first read the original communication protocol 122 in the first original tire pressure sensor 10A, and then select the same communication protocol in the burning tool 20 as the original communication protocol 122; read the The original communication protocol 122 in the second original tire pressure sensor 10B is then selected in the burning tool 20 with the same communication protocol as the original communication protocol 122.

An original tire pressure sensor reading step A: The transmitting module 221 of the burning tool 20 sends the low-frequency signal to the first original tire pressure sensor 10A and the second original tire pressure sensor 10B, and the first original tire The first original signal receiving module 112A of the pressure sensor 10A receives the low frequency signal. The first original tire pressure sensor 10A uses the first original identification code 121A stored in the first original storage unit 12A as the high frequency signal. It is sent that the second original signal receiving module 112B of the second original tire pressure sensor 10B receives the low frequency signal, and the second original tire pressure sensor 10B recognizes the second original tire stored in the second original storage unit 12B. The code 121B is sent by the high-frequency signal, and the receiving module 222 of the burning tool 20 receives the high-frequency signal and reads the first original identification code 121A and the second original identification code 121B;

A replacement tire pressure sensor reading step B: The burning tool 20 reads the first replacement identification code 3111A and the second replacement identification code 3111B, and copies the first replacement identification code 3111 and the second replacement identification code 3111B. Displayed on the display unit 23;

A binding step C: Selecting the first original identification code 121A, the first replacement identification code 3111A, and the communication protocol 211 that are the same as the original communication protocol 122 on the display unit 23 of the burning tool 20, so that The first original identification code 121A, the first replacement identification code 3111A, and the communication protocol 211 are bound; on the display unit 23 of the burning tool 20, a selection is made with the second original identification code 121B and the second replacement identification. The code 3111B and the communication protocol 211 that are the same as the original communication protocol 122 bind the second original identification code 121B, the second replacement identification code 3111B, and the communication protocol 211;

A burning step D: storing the first original identification code 121A and the communication protocol 211 specified above in the first replacement tire pressure sensor 30A having the first replacement identification code 3111A, so that the first original identification code 121A is stored in the first identification code storage module 311A, and the communication protocol 211 is stored in the first communication protocol storage module 312A; and the second original identification code 121B described in the binding step C is further combined. And the communication protocol 211 is stored in the second replacement tire pressure sensor 30B having the second replacement identification code 3111B, so that the second original identification code 121B is stored in the second identification code storage module 311B, and the communication The protocol 211 is stored in the second communication protocol storage module 312B.

In a preferred embodiment, during the burning step D, the trigger module 24 of the burning tool 20 sends the conversion frequency band message to the first alternative tire pressure sensor 30A. The first frequency band switching module 33A performs frequency band switching, whereby only the first alternative tire pressure sensor 30A can receive information, and the second alternative tire pressure sensor 30B and the first tire pressure sensor 30A have different transmitting and receiving frequency bands. So that the burning will not interfere with each other.

More preferably, the number of the burning tools 20 is plural, and the frequency band switching module 33 of each of the burning tools 20 transmits the converted frequency band information to the first alternative tire pressure sensor 30A and the second alternative tire pressure, respectively. The sensor 30B enables the first replacement tire pressure sensor 30A and the second tire pressure sensor 30B to perform transmission operations with different burning tools 20, respectively, because the first replacement tire pressure sensor 30A and the second tire pressure sensor 30B The transmitted frequency bands do not interfere with each other.

Preferably, the replacement tire pressure sensor reading step B uses the scanning module 25 of the burning tool 20 to scan the first QR Code image 34A of the first replacement tire pressure sensor 30A to read The first replacement identification code 3111 of the first replacement tire pressure sensor 30A; the scanning module 25 of the burning tool 20 scans the second QR Code image 34B of the second replacement tire pressure sensor 30B to The second replacement identification code 3111 of the second replacement tire pressure sensor 30B is read.

In another embodiment, the original tire pressure sensor reading step A is not provided. In the binding step C, the communication protocol 211 corresponding to the newly installed receiving device is selected. In the burning step D, , The communication protocol 211 corresponding to the newly installed receiving device is stored in the first replacement tire pressure sensor 30A and the second tire pressure sensor 30B in the first communication protocol storage module 312A and the second communication. Agreement storage module 312B.

Preferably, the reading step B of the replacement tire pressure sensor sends the low-frequency signal to the first replacement tire pressure sensor 30A and the second replacement tire pressure sensor 30B by the transmitting module 221 of the burning tool 20, After the first alternative tire pressure sensor 30A and the second alternative tire pressure sensor 30B receive the low frequency signal, the first alternative identification code 3111A and the second alternative identification code 3111B transmit the module 321 with the alternative signal. In return, the programming tool 20 receives and reads the first replacement identification code 3111A and the second replacement identification code 3111B returned by the receiving module 222.

Thereby, the first replacement tire pressure sensor 30A includes the first original identification code 121A and the communication protocol 211 which is the same as the original communication protocol 122, and the second replacement tire pressure sensor 30B includes the second original The identification code 121B and the communication protocol 211 which is the same as the original communication protocol 122 enable the first replacement tire pressure sensor 30A and the second replacement tire pressure sensor 30B to cooperate with the first original tire pressure sensor 10A and the first replacement tire pressure sensor 30A. The receiving devices of the two original tire pressure sensors 10B cooperate so that the first replacement tire pressure sensor 30A and the second replacement tire pressure sensor 30B can replace the first original tire pressure sensor 10A and the second original tire pressure sensor 10B.

More preferably, during the burning step D, the burning tool 20 can use the trigger module 24 to make the first replacement tire pressure sensor 30A change the burning frequency band through the first frequency band switching module 33A. When the burning tool 20 is burning the first replacement tire pressure sensor 30, the transmitting and receiving frequency bands of the second replacement tire pressure sensor 30B are different without being disturbed. The second replacement tire pressure sensor 30B is being burned. At this time, the second frequency band switching module 33B is used to replace the burning frequency band, thereby achieving the effect of being able to simultaneously burn a plurality of replacement tire pressure sensors 30 without interfering with each other.

10A‧‧‧The first original tire pressure sensor

10B‧‧‧Second original tire pressure sensor

11A‧‧‧First original signal processing unit

11B‧‧‧Second original signal processing unit

111A‧‧‧The first original signal transmission module

111B‧‧‧Second original signal transmitting module

112A‧‧‧The first original signal receiving module

112B‧‧‧Second original signal receiving module

12A‧‧‧First original storage unit

12B‧‧‧Second original storage unit

121A‧‧‧First original identification code

121B‧‧‧Second original identification code

122‧‧‧ Original communication protocol

122‧‧‧ Original communication protocol

20‧‧‧ Burning tool

21‧‧‧Memory unit

211‧‧‧Communication Agreement

22‧‧‧Transmit / Receive Unit

221‧‧‧Transmission module

222‧‧‧Receiving module

23‧‧‧Display Unit

24‧‧‧Trigger Module

25‧‧‧Scan module

26‧‧‧Tire Selection Module

30A‧‧‧The first alternative tire pressure sensor

30B‧‧‧ Second alternative tire pressure sensor

31A‧‧‧First Alternative Storage Unit

31B‧‧‧Second Alternative Storage Unit

311A‧‧‧First ID storage module

311B‧‧‧Second Identification Code Storage Module

3111A‧‧‧First Alternative Identifier

3111B‧‧‧Second Alternative Identifier

312A‧‧‧First Protocol Storage Module

312B‧‧‧Second Protocol Storage Module

32A‧‧‧The first alternative signal processing unit

32B‧‧‧Second Alternative Signal Processing Unit

321A‧‧‧The first alternative signal transmitting module

321B‧‧‧Second Alternative Signal Transmitter Module

322A‧‧‧The first alternative signal receiving module

322B‧‧‧Second Alternative Signal Receiver Module

33A‧‧‧First Band Switching Module

33B‧‧‧Second Band Switching Module

34A‧‧‧First QR Code Image

34B‧‧‧Second QR Code Image

A‧‧‧Reading steps of original tire pressure sensor

B‧‧‧ Alternative reading steps for tire pressure sensor

C‧‧‧Binding steps

D‧‧‧ Burning steps

E‧‧‧Protocol selection steps

FIG. 1 is a structural diagram of a burning tool, an original tire pressure sensor, and a replacement tire pressure sensor in a preferred embodiment of the present invention. FIG. 2 is a flowchart of a method for using the original identification code and communication protocol of the original tire pressure sensor in a replacement tire pressure sensor according to a preferred embodiment of the present invention. FIG. 3 is a flowchart of steps used in the present invention in a preferred embodiment.

Claims (27)

A burning device capable of burning multiple tire pressure sensors is suitable for a first replacement tire pressure sensor and a second replacement tire pressure sensor. The first replacement tire pressure sensor has a first replacement storage unit and a first Replacement signal processing unit, the second replacement tire pressure sensor has a second replacement storage unit and a second replacement signal processing unit, the first replacement storage unit has a first replacement identification code, and the second replacement storage unit It has a second alternative identification code, and the burning device capable of burning a plurality of tire pressure sensors includes: a burning tool having a memory unit and a transmitting / receiving unit, and a plurality of communications are stored in the memory unit Protocol, the burning tool reads the first replacement identification code, selects one of the communication protocols from the memory unit, and the transmitting / receiving unit transmits a first signal, the first signal contains the communication protocol and the A first alternative identification code, the first signal is transmitted to the first alternative tire pressure sensor having the first alternative identification code, and the first alternative signal processing unit receives After the first signal, the communication protocol is stored in the first replacement storage unit of the first replacement tire pressure sensor; the burning tool reads the second replacement identification code, and selects the communication protocol from the memory unit, The transmitting / receiving unit transmits a second signal including the communication protocol and the second replacement identification code, and the second signal is transmitted to the second replacement tire pressure sensor having the second replacement identification code. After receiving the second signal, the second alternative signal processing unit stores the communication protocol in the second alternative storage unit of the second alternative tire pressure sensor. A burning device capable of burning multiple tire pressure sensors is suitable for a first original tire pressure sensor, a second original tire pressure sensor, a first alternative tire pressure sensor, and a second alternative tire pressure sensor. An original tire pressure sensor has a first original storage unit, and the second original tire pressure sensor has a second original storage unit. The first original storage unit stores a first original identification code and an original communication protocol. The second original storage unit stores a second original identification code and the original communication protocol. The first replacement tire pressure sensor has a first replacement storage unit and a first replacement signal processing unit. The second replacement tire pressure sensor has a A second alternative storage unit and a second alternative signal processing unit, the first alternative storage unit stores a first alternative identification code, the second alternative storage unit stores a second alternative identification code, and the A burning device for a tire pressure sensor includes: a burning tool having a memory unit and a transmitting / receiving unit. The memory unit stores a plurality of communication protocols. The recording tool reads the first original identification code of the first original tire pressure sensor, selects one of the communication protocols that is the same as the original communication protocol from the memory unit, and the transmission / reception unit transmits a first signal. The first signal includes the communication protocol, the first original identification code, and the first replacement identification code. The first signal is transmitted to the first replacement tire pressure sensor having the first replacement identification code. After the replacement signal processing unit receives the first signal, the first original identification code and the communication protocol are stored in the first replacement storage unit; the burning tool reads the second original tire pressure sensor of the second original tire pressure sensor. Identification code, selecting the same communication protocol as the original communication protocol from the memory unit, and the transmitting / receiving unit transmitting a second signal, the second signal including the communication protocol, the second original identification code, and the A second replacement identification code, the second signal is transmitted to the second replacement tire pressure sensor having the second replacement identification code, and after receiving the second signal, the second replacement signal processing unit transmits the second original identification The identification code and the communication protocol are stored in the second alternative storage unit. The burning device capable of burning a plurality of tire pressure sensors as described in claim 2, wherein the burning tool further includes a tire selection module, the tire selection module has two tire positions, and the burning tool After reading the first original identification code and the second original identification code, the first original identification code and the second original identification code are respectively bound to the two tire positions. The burning device capable of burning a plurality of tire pressure sensors according to claim 2, wherein the first original identification code and the second original identification code can be directly input into the burning tool. The burning device capable of burning a plurality of tire pressure sensors according to claim 2, wherein the first original tire pressure sensor has a first original signal processing unit, and the second original tire pressure sensor has a second original tire pressure sensor. A signal processing unit, the transmitting / receiving unit is connected to the first original signal processing unit and the second original signal processing unit, and the first original signal processing unit and the second original signal processing unit change the first original identification code And the second original identification code signal is transmitted to the burning tool. The burning device capable of burning multiple tire pressure sensors according to claim 1 or 2, wherein the burning tool further has a trigger module, and the first alternative tire pressure sensor has a first frequency band switching mode. Group, the second alternative tire pressure sensor has a second frequency band switching module, and the triggering module sends a message of changing the frequency band to the first alternative tire pressure sensor or the second alternative tire pressure sensor, so that the first The frequency band switching module or the second frequency band switching module changes a transmitting / receiving frequency band. The burning device capable of burning multiple tire pressure sensors according to claim 1 or 2, wherein a first QR Code image is provided on the first replacement tire pressure sensor, and a second QR code image is provided on the second replacement tire pressure sensor. There is a second QR Code image, the first QR Code image is bound to the first substitute identification code, the second QR Code image is bound to the second substitute identification code, and the burning tool has a A scanning module that scans the first QRCode image and the second QRCode image, so that the burning tool reads the first replacement identification code and the second replacement identification code. The burning device capable of burning multiple tire pressure sensors according to claim 1 or 2, wherein the transmitting / receiving unit further has a transmitting module, and the transmitting module replaces the first tire pressure sensor. And the second replacement tire pressure sensor sends a low frequency signal, the first replacement tire pressure sensor receives the low frequency signal and returns the first replacement identification code, the second replacement tire pressure sensor receives the low frequency signal and The two alternative identification codes are transmitted back, so that the burning tool receives and reads the first alternative identification code and the second alternative identification code. A burning device capable of changing frequency bands to burn multiple tire pressure sensors, which is suitable for a first original tire pressure sensor, a second original tire pressure sensor, a first alternative tire pressure sensor, and a second alternative tire pressure sensor. The first original tire pressure sensor has a first original storage unit, and the second original tire pressure sensor has a second original storage unit. The first original storage unit stores a first original identification code and an original communication protocol. A second original identification code and the original communication protocol are stored in the second original storage unit. The first replacement tire pressure sensor has a first replacement storage unit, a first replacement signal processing unit, and a first frequency band switching module. The second alternative tire pressure sensor has a second alternative storage unit, a second alternative signal processing unit and a second frequency band switching module, and the burning device capable of burning multiple tire pressure sensors includes: a The burning tool has a memory unit, a transmitting / receiving unit and a triggering module. The memory unit stores a plurality of communication protocols, and selects from the memory unit the original communication protocol. In one of the same communication protocols, the burning tool reads the first original identification code of the first original tire pressure sensor, and the triggering module sends a message of changing frequency band to the first replacement tire pressure sensor, so that the The first frequency band switching module changes the transmitting and receiving frequency band. The transmitting / receiving unit sends a first signal. The first signal includes the first original identification code and the communication protocol. The first signal is transmitted to the transmitting and receiving frequency changing module. A first replacement tire pressure sensor, after receiving the first signal, the first replacement signal processing unit stores the first original identification code and the communication protocol in the first replacement storage unit; the burning tool reads the first The original identification code of the two original tire pressure sensors, the triggering module sends a message of the changed frequency band to the second replacement tire pressure sensor, so that the second frequency band switching module changes the transmitting and receiving frequency band, and the transmitting / receiving unit sends a first Two signals, the second signal including the second original identification code and the communication protocol, the second signal is transmitted to the second alternative tire pressure sensor that changes the transmitting and receiving frequency band, and the second alternative signal After receiving the second signal, the processing unit stores the second original identification code and the communication protocol in the second alternative storage unit. The burning device capable of burning a plurality of tire pressure sensors according to claim 9, wherein the burning tool further includes a tire selection module, and the tire selection module has a plurality of tire positions. After the burning tool reads the first original identification code and the second original identification code, the first original identification code and the second original identification code are respectively bound to two of the tire positions. The burning device capable of burning a plurality of tire pressure sensors according to claim 9, wherein the first original identification code and the second original identification code are directly input into the burning tool. The burning device capable of burning multiple tire pressure sensors according to claim 9, wherein the first original tire pressure sensor has a first original signal processing unit, and the second original tire pressure sensor has a first Two original signal processing units, the first original signal processing unit and the second original signal processing unit are connected to the transmission / reception unit signal, the first original signal processing unit and the second original signal processing unit convert the first original signal processing unit and the second original signal processing unit The identification code and the second original identification code signal are transmitted to the burning tool. The burning device capable of burning multiple tire pressure sensors according to claim 9, wherein the first replacement tire pressure sensor is provided with a first QR Code image, and the second replacement tire pressure sensor is provided with There is a second QR Code image, the first QR Code image is bound to the first substitute identification code, the second QR Code image is bound to the second substitute identification code, and the burning tool has a A scanning module that scans the first QRCode image and the second QRCode image, so that the burning tool reads the first replacement identification code and the second replacement identification code. The burning device capable of burning multiple tire pressure sensors according to claim 9, wherein the transmitting / receiving unit further has a transmitting module, and the transmitting module replaces the first tire pressure sensor. And the second replacement tire pressure sensor sends a low frequency signal, the first replacement tire pressure sensor receives the low frequency signal and returns the first replacement identification code, the second replacement tire pressure sensor receives the low frequency signal and The two alternative identification codes are transmitted back, so that the burning tool receives and reads the first alternative identification code and the second alternative identification code. A burning device capable of changing frequency bands to burn multiple tire pressure sensors is suitable for a first replacement tire pressure sensor and a second replacement tire pressure sensor. The first replacement tire pressure sensor has a first replacement storage unit, a A first alternative signal processing unit and a first frequency band switching module. The second alternative tire pressure sensor has a second alternative storage unit, a second alternative signal processing unit and a second frequency band switching module. The recording tool has a memory unit, a transmitting / receiving unit and a triggering module. The memory unit stores a plurality of communication protocols. One of the communication protocols is selected, and the burning tool reads the first alternative tire pressure sensor. The first replacement identification code, the trigger module sends a message of changing the frequency band to the first replacement tire pressure sensor, so that the first frequency band switching module changes the transmitting and receiving frequency band, and the transmitting / receiving unit sends a first signal, The first signal includes the communication protocol, the first signal is transmitted to the first alternative tire pressure sensor that changes a transmitting / receiving frequency band, and the first alternative signal processing sheet After receiving the first signal, the communication protocol is stored in the first replacement storage unit; the trigger module sends a message of the frequency band conversion to the second replacement tire pressure sensor, so that the second frequency band switching module changes the transmission and reception Frequency band, the transmitting / receiving unit sends a second signal, the second signal contains the communication protocol, the second signal is transmitted to the second alternative tire pressure sensor that changes the transmitting and receiving frequency band, and the second alternative signal processing unit receives the After the second signal, the communication protocol is stored in the second alternative storage unit. The burning device capable of burning multiple tire pressure sensors according to claim 15, wherein the first replacement tire pressure sensor is provided with a first QR Code image, and the second replacement tire pressure sensor is provided with There is a second QR Code image, the first QR Code image is bound to the first substitute identification code, the second QR Code image is bound to the second substitute identification code, and the burning tool has a A scanning module that scans the first QRCode image and the second QRCode image, so that the burning tool reads the first replacement identification code and the second replacement identification code. The burning device capable of burning a plurality of tire pressure sensors according to claim 15, wherein the transmitting / receiving unit further has a transmitting module, and the transmitting module replaces the first tire pressure sensor. And the second replacement tire pressure sensor sends a low frequency signal, the first replacement tire pressure sensor receives the low frequency signal and returns the first replacement identification code, the second replacement tire pressure sensor receives the low frequency signal and The two alternative identification codes are transmitted back, so that the burning tool receives and reads the first alternative identification code and the second alternative identification code. A method for using a burning device capable of burning multiple tire pressure sensors includes: a reading step of an original tire pressure sensor: providing a burning tool, a first original tire pressure sensor and a second original tire pressure sensor, The burning tool stores a plurality of communication protocols, the first original tire pressure sensor has a first original identification code, the second original tire pressure sensor has a second original identification code, and the burning tool reads the first original tire identification code. An original identification code and the second original identification code; a communication protocol selection step: reading an original communication protocol in the first original tire pressure sensor and the second original tire pressure sensor, and selecting and communicating with the burning tool; The original communication protocol is the same as one of the communication protocols; a replacement tire pressure sensor reading step: providing a first replacement tire pressure sensor and a second replacement tire pressure sensor, the first replacement tire pressure sensor having a first replacement Identification code, the second alternative tire pressure sensor has a second alternative identification code, and the burning tool reads the first alternative identification code and the second alternative identification code; a burning step: the burning tool transmits a A first signal containing the communication protocol, the first original identification code, and the first replacement identification code, and the first signal is transmitted to the first replacement tire pressure sensor having the first replacement identification code Then, the first original identification code and the communication protocol are stored in the first replacement tire pressure sensor; the burning tool transmits a second signal, and the second signal includes the communication protocol and the second original identification. Code and the second replacement identification code, the second signal is transmitted to the second replacement tire pressure sensor having the second replacement identification code, and the second original identification code and the communication protocol are stored in the second replacement tire. Pressure sensor. The method for using a burning device capable of burning multiple tire pressure sensors according to claim 18, wherein the first original identification code and the second original identification code are directly input into the burning tool. The method for using a burning device capable of burning multiple tire pressure sensors as described in claim 18, the first original tire pressure sensor has a first original signal processing unit, and the second original tire pressure sensor has a second An original signal processing unit, the first original signal processing unit and the second original signal processing unit are connected to the burning tool signal, the first original signal processing unit and the second original signal processing unit change the first original identification code And the second original identification code signal is transmitted to the burning tool. The method for using a burning device capable of burning multiple tire pressure sensors according to claim 18, wherein a first QR Code image is provided on the first replacement tire pressure sensor, and a second replacement tire pressure sensor is provided on the first replacement tire pressure sensor. A second QR Code image is provided, the first QR Code image is bound to the first substitute identification code, the second QR Code image is bound to the second substitute identification code, and the burning tool has A scanning module scans the first QRCode image and the second QRCode image, so that the burning tool reads the first replacement identification code and the second replacement identification code. The method for using a burning device capable of burning multiple tire pressure sensors as described in claim 18, wherein the burning tool further has a transmission / reception unit, and the transmission / reception unit further has a transmission module, The transmitting module sends a low-frequency signal to the first alternative tire pressure sensor and the second alternative tire pressure sensor. The first alternative tire pressure sensor returns the first alternative identification code after receiving the low-frequency signal. After receiving the low-frequency signal, the second replacement tire pressure sensor returns the second replacement identification code, so that the burning tool receives and reads the first replacement identification code and the second replacement identification code. The method for using a burning device capable of burning multiple tire pressure sensors as described in claim 18, wherein, before the burning step, there is another binding step, and the binding step will be from the burning tool The first original identification code is bound to the first replacement identification code, and the second original identification code is bound to the second replacement identification code. A method for using a burning device capable of burning a plurality of tire pressure sensors includes: a communication protocol selection step, providing a burning tool, and the burning tool stores a plurality of communication protocols and is stored in the burning tool Select one of the communication protocols; a reading step of an alternative tire pressure sensor: providing a first alternative tire pressure sensor and a second alternative tire pressure sensor, the first alternative tire pressure sensor having a first alternative identification code, the The second alternative tire pressure sensor has a second alternative identification code, and the burning tool reads the first alternative identification code and the second alternative identification code; a burning step: the burning tool sends a first signal, the The first signal includes the communication protocol and the first replacement identification code, the first signal is transmitted to the first replacement tire pressure sensor having the first replacement identification code, and the communication protocol is stored in the first replacement Inside the tire pressure sensor; the burning tool sends out a second signal, the second signal contains the communication protocol and the second substitute identification code, and the second signal is transmitted to the device having the second substitute The second alternative tire pressure sensor identification code, and the protocol stored in the second alternative of the tire pressure sensor. The method for using a burning device capable of burning a plurality of tire pressure sensors as described in claim 24, wherein before the burning step, there is another binding step, and the binding step will be from the burning tool The first original identification code is bound to the first replacement identification code, and the second original identification code is bound to the second replacement identification code. The method for using a burning device capable of burning multiple tire pressure sensors according to claim 24, wherein a first QR Code image is provided on the first replacement tire pressure sensor, and a second replacement tire pressure sensor is provided on the first replacement tire pressure sensor. A second QR Code image is provided, the first QR Code image is bound to the first substitute identification code, the second QR Code image is bound to the second substitute identification code, and the burning tool has A scanning module scans the first QRCode image and the second QRCode image, so that the burning tool reads the first replacement identification code and the second replacement identification code. The method for using a burning device capable of burning multiple tire pressure sensors as described in claim 24, wherein the burning tool further has a transmission / reception unit, and the transmission / reception unit further has a transmission module, The transmitting module sends a low-frequency signal to the first alternative tire pressure sensor and the second alternative tire pressure sensor. The first alternative tire pressure sensor returns the first alternative identification code after receiving the low-frequency signal. After receiving the low-frequency signal, the second replacement tire pressure sensor returns the second replacement identification code, so that the burning tool receives and reads the first replacement identification code and the second replacement identification code.