TWI492864B - Can be equipped with a variety of different communication protocols to receive the device - Google Patents
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Description
本發明係一種胎況接收裝置，尤指一種可配合接收與解碼多種不同通訊協定之胎壓訊號的胎況接收裝置。The invention relates to a fetal condition receiving device, in particular to a fetal condition receiving device which can cooperate with receiving and decoding tire pressure signals of a plurality of different communication protocols.
現有的無線胎壓偵測系統(Tire Pressure Monitoring System)是於車輛的各輪胎分別設有胎壓感測器，每一胎壓感測器檢知輪胎的胎壓後，以無線訊號將檢知結果傳送至車內的胎況接收裝置，該胎況接收裝置係接受各胎壓感測器所傳送之無線訊號，以識別各輪胎的胎壓是否正常，若任一胎壓感測器所感測的結果出現異常時，該胎況接收裝置即會產生一聲音或視覺的警報，以通知該車輛駕駛有胎壓異常的狀況發生。The existing Tire Pressure Monitoring System is provided with tire pressure sensors on each tire of the vehicle. After each tire pressure sensor detects the tire pressure of the tire, the wireless signal will be detected. The result is transmitted to the fetal condition receiving device in the vehicle, and the fetal condition receiving device receives the wireless signal transmitted by each tire pressure sensor to identify whether the tire pressure of each tire is normal, if any tire pressure sensor senses When the result is abnormal, the fetal condition receiving device generates an audible or visual alarm to notify the vehicle that a situation in which the abnormal tire pressure is generated occurs.
由於無線胎壓偵測系統中的各胎壓感測器與胎況接收裝置必須使用相同的通訊協定才可進行訊號編碼、傳輸與解碼，若遇到胎壓感測器或胎況接收裝置故障時，需要更換相同型號或使用相同通訊協定的胎壓感測器或胎況接收裝置才能繼續使用，製造商與販售商需備有各種型號及通訊協定的胎壓感測器或胎況接收裝置，造成生產與 庫存成本過高，若遇到胎壓感測器或胎況接收裝置其中之一缺貨或停產，更將被迫同時更換整組無線胎壓偵測系統。Since the tire pressure sensor and the tire condition receiving device in the wireless tire pressure detecting system must use the same communication protocol, the signal encoding, transmission and decoding can be performed, and if the tire pressure sensor or the tire condition receiving device is faulty In order to continue to use the same type of tire pressure sensor or tire condition receiver that uses the same communication protocol, manufacturers and vendors need to have various types and communication protocols for tire pressure sensors or tire condition reception. Device, causing production and The inventory cost is too high. If one of the tire pressure sensor or the fetal condition receiving device is out of stock or discontinued, it will be forced to replace the entire wireless tire pressure detection system at the same time.
因此現有如美國發明專利第7518495號「通用型胎壓監測器(Universal tire pressure monitor)」，主要是將一胎壓監測器設於車輛的輪胎上，其包含有一感測器(sensor)、一儲存裝置(storage device)與一傳輸器(transmitter)，傳輸器是分別與感測器以及儲存裝置電連接，由感測器偵測輪胎的胎壓，儲存裝置儲存有編碼(codes)，而編碼包含至少一種資料格式，胎壓監測器中的傳輸器依據感測器的胎壓資料以及儲存裝置中的編碼，經轉換為無線訊號後傳輸至一外部裝置。Therefore, the "Universal tire pressure monitor" of the U.S. Patent No. 7,518,495 is mainly provided with a tire pressure monitor on a tire of a vehicle, which includes a sensor and a sensor. a storage device and a transmitter, the transmitter is electrically connected to the sensor and the storage device respectively, the sensor detects the tire pressure of the tire, and the storage device stores the code, and the code is encoded. The at least one data format is included, and the transmitter in the tire pressure monitor is converted into a wireless signal and transmitted to an external device according to the tire pressure data of the sensor and the code in the storage device.
上述已知技術是將預計要新裝設的胎壓感測器，待解析舊有胎壓感測器並取得其使用的通訊協定後，透過特定的專業器具或電腦設備將該通訊協定寫入新設的胎壓感測器中，相同於原有胎壓感測器的通訊協定，上述技術即為變更新胎壓感測器的通訊協定，以對應如行車電腦等用以接收胎壓資料的外部裝置。The above known technology is a tire pressure sensor that is expected to be newly installed. After the old tire pressure sensor is analyzed and the communication protocol used by the tire pressure sensor is obtained, the communication protocol is written through a specific professional appliance or computer equipment. In the new tire pressure sensor, the communication protocol is the same as the original tire pressure sensor. The above technology is the communication protocol of the variable tire pressure sensor, which is used to receive the tire pressure data, such as driving computer. External device.
由於寫入通訊協定至新胎壓感測器時，需依據每輛車擁有的輪胎數量，進行相對數量的新胎壓感測器寫入設定，以一般四輪車而言，即必須進行四次寫入通訊協定的動作，導致裝設新胎壓感測器的程序十分費時。Since writing a communication protocol to a new tire pressure sensor, a relatively new number of new tire pressure sensor write settings are required depending on the number of tires owned by each vehicle. In the case of a general four-wheeled vehicle, four must be performed. The write-to-pass protocol action results in a time consuming process for installing a new tire pressure sensor.
且寫入通訊協定至新胎壓感測器時，常會連帶進行各胎壓感測器識別碼(ID)的設定與存入，必須依據每一新胎壓感測器給予不同的識別碼，若於新胎壓感測器裝設於車輪前即進行通訊協定及識別碼寫入動作，必須依照其特定之識別碼裝設於特定位置的車輪，否則將無法正確判別各胎壓資料屬於哪一個輪胎，但若於新胎壓感測器裝設於車輪後再進行通訊協定及識別碼寫入動作，該操作人員除必須繞著車身至各輪胎近處進行設定，而成形複雜又費時的工作流程，該通訊協定及識別碼寫入動作更會因金屬輪框對訊號傳輸的干擾和遮蔽，造成不易寫入或寫入失敗等操作困難。When writing a communication protocol to a new tire pressure sensor, the identification and storage of each tire pressure sensor identification code (ID) is often carried out, and different identification codes must be given according to each new tire pressure sensor. If the communication protocol and the identification code are written before the new tire pressure sensor is installed on the wheel, the wheel must be installed at a specific position according to its specific identification code. Otherwise, it will not be possible to correctly determine which tire pressure data belongs to. One tire, but if the new tire pressure sensor is installed on the wheel and then the communication protocol and the identification code are written, the operator must set up around the body to each tire, which is complicated and time-consuming. In the workflow, the communication protocol and the identification code writing operation are more difficult to operate due to the interference and shielding of the metal wheel frame to the signal transmission, resulting in difficulty in writing or writing failure.
由上述可知，現有替換胎壓感測器時變更新胎壓感測器的通訊協定之做法，存有耗時、複雜的工作流程及不易寫入或寫入失敗等操作困難的問題；而本發明可配合接收與解碼多種不同通訊協定之胎壓訊號的胎況接收裝置，即能克服與取代替換胎壓感測器時變更新胎壓感測器的通訊協定衍生的種種不便利。It can be seen from the above that the existing communication method for replacing the tire pressure sensor with the tire pressure sensor has a time-consuming, complicated workflow and difficult operation such as difficulty in writing or writing failure; The invention can cooperate with a fetal condition receiving device that receives and decodes tire pressure signals of a plurality of different communication protocols, that is, can overcome various inconveniences derived from the communication protocol of the replacement tire pressure sensor when replacing the tire pressure sensor.
如前揭所述，現有替換胎壓感測器時變更新胎壓感測器的通訊協定之做法，存有耗時、複雜的工作流程及不易寫入或寫入失敗等操作困難的問題，因此本發明主 要目的在提供一可配合接收多種不同通訊協定的胎況接收裝置，胎況接收裝置儲存有的通訊協定，並於胎況接收裝置選擇對應胎壓感測器使用的通訊協定，令胎況接收裝置可配合接收與解碼各種不同通訊協定的胎壓訊號，解決現有替換胎壓感測器時需變更新胎壓感測器之通訊協定的做法，減少其有耗時、複雜的工作流程及不易寫入或寫入失敗等操作困難的問題。As described above, the existing method of replacing the tire pressure sensor with the update of the tire pressure sensor has a time-consuming, complicated workflow and difficulty in operation such as difficulty in writing or writing. Therefore the main body of the invention The purpose is to provide a fetal condition receiving device that can cooperate with receiving a plurality of different communication protocols, the fetal condition receiving device stores a communication protocol, and selects a communication protocol corresponding to the tire pressure sensor in the fetal condition receiving device to receive the fetal condition. The device can cooperate with receiving and decoding tire pressure signals of various communication protocols, and solves the problem that the existing tire pressure sensor needs to be updated with the communication protocol of the tire pressure sensor, thereby reducing the time-consuming and complicated workflow and the difficulty. Problems such as writing or writing failures are difficult.
為達成前述目的所採取的主要技術手段係令前述可配合接收多種不同通訊協定的胎況接收裝置，包括有：一記憶模組，其用以儲存複數組不同的通訊協定；一接收模組，其用以接收外部一個以上之胎壓偵測器的胎壓訊號；一控制模組，其分別與記憶模組以及接收模組以訊號連接；該胎況接收裝置係透過外部指示方式或內部判別方式選定通訊協定，該外部指示方式是由控制模組依據外部選擇訊號以自記憶模組中選定一組通訊協定，比對該組通訊協定與接收模組接收之胎壓訊號的通訊協定，若比對相符則對該胎壓訊號解碼，該內部判別方式是由控制模組比對記憶模組中不同組的通訊協定，若比對相符則對該胎壓訊號解碼。The main technical means for achieving the foregoing objectives is to enable the aforementioned fetal condition receiving device capable of receiving a plurality of different communication protocols, comprising: a memory module for storing a plurality of different communication protocols; and a receiving module; The device is configured to receive a tire pressure signal of more than one external tire pressure detector; a control module is respectively connected to the memory module and the receiving module by a signal; the fetal condition receiving device is externally indicated or internally determined The method selects a communication protocol, and the external indication mode is that the control module selects a group of communication protocols from the memory module according to the external selection signal, and compares the communication protocol between the group of communication protocols and the tire pressure signal received by the receiving module. The comparison is performed to decode the tire pressure signal. The internal discrimination method is that the control module compares the communication protocols of different groups in the memory module, and if the comparison is matched, the tire pressure signal is decoded.
利用前述元件組成的可配合接收多種不同通訊協定的胎況接收裝置，控制模組依據接收模組收到的胎壓訊號，依照內部判別方式比對與選擇對應該胎壓訊號的通訊協定，或是由外部外部指示方式切換使用的通訊協定，並比對該胎壓訊號的通訊協定，令胎況接收裝置可接收各種對應的通訊協定並進行解碼，不需複雜的設備與更換程序，解決現有更換新胎壓感測器時，需變更新胎壓感測器之通訊協定的做法，減少其有耗時、複雜的工作流程及不易寫入或寫入失敗等操作困難的問題。By using the foregoing components, the fetal condition receiving device capable of receiving a plurality of different communication protocols, the control module compares and selects the communication protocol corresponding to the tire pressure signal according to the internal discrimination mode according to the tire pressure signal received by the receiving module, or It is a communication protocol that is switched by external external indication mode, and the communication protocol for the tire pressure signal enables the fetal condition receiving device to receive various corresponding communication protocols and decode them, without complicated equipment and replacement procedures, and solves the existing When replacing a new tire pressure sensor, it is necessary to update the communication protocol of the tire pressure sensor to reduce the time-consuming and complicated workflow and the difficulty in operation such as difficulty in writing or writing.
10‧‧‧胎況接收裝置10‧‧‧Fetal condition receiving device
11‧‧‧記憶模組11‧‧‧Memory Module
12‧‧‧接收模組12‧‧‧ receiving module
13‧‧‧控制模組13‧‧‧Control Module
14‧‧‧受訊模組14‧‧‧ Received Module
20‧‧‧胎壓偵測器20‧‧‧ tire pressure detector
30‧‧‧操作裝置30‧‧‧Operating device
40‧‧‧顯示模組40‧‧‧Display module
50‧‧‧轉傳模組50‧‧‧Transfer module
圖1是本發明第一較佳實施例的電路方塊圖。BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a block diagram of a circuit in accordance with a first preferred embodiment of the present invention.
圖2是本發明第二較佳實施例的電路方塊圖。Figure 2 is a block diagram of a circuit in accordance with a second preferred embodiment of the present invention.
圖3是本發明第三較佳實施例的電路方塊圖。Figure 3 is a block diagram of a circuit in accordance with a third preferred embodiment of the present invention.
關於本發明的第一較佳實施例，請參閱圖1所示，主要係由一胎況接收裝置10接收至少一個胎壓偵測器20的胎壓訊號，各胎壓偵測器20是偵測並取得輪胎的胎壓值，該胎壓訊號係依據胎壓偵測器20內建的一組通訊協定(protocal)進行編碼，該胎壓偵測器20再將該胎壓訊 號對外發送，該胎況接收裝置10接收該胎壓訊號，並以適用之通訊協定對胎壓訊號進行解碼。Referring to the first preferred embodiment of the present invention, as shown in FIG. 1, the tire pressure signal of at least one tire pressure detector 20 is received by a fetal condition receiving device 10, and each tire pressure detector 20 is detected. The tire pressure value of the tire is measured and obtained, and the tire pressure signal is encoded according to a set of communication protocol built in the tire pressure detector 20, and the tire pressure detector 20 presses the tire pressure again. The number is transmitted externally, and the fetal condition receiving device 10 receives the tire pressure signal and decodes the tire pressure signal in accordance with an applicable communication protocol.
該胎況接收裝置10包含有一記憶模組11、一接收模組12、一控制模組13與一受訊模組14，控制模組13是分別與記憶模組11、接收模組12以及受訊模組14保持訊號連接，其中，該記憶模組11係用以儲存通訊協定，又記憶模組11可以是內建於控制模組13中或是外接於控制模組13。The fetal condition receiving device 10 includes a memory module 11 , a receiving module 12 , a control module 13 and a receiving module 14 . The control module 13 is respectively associated with the memory module 11 and the receiving module 12 . The memory module 11 is used to store the communication protocol. The memory module 11 is used to store the communication protocol. The memory module 11 can be built in the control module 13 or externally connected to the control module 13.
該接收模組12用以接收外部之至少一個胎壓偵測器20的胎壓訊號。The receiving module 12 is configured to receive the tire pressure signal of the at least one external tire pressure detector 20.
該胎況接收裝置10可以透過外部指示方式或內部判別方式，以達成胎壓偵測器20之胎壓訊號的通訊協定與記憶模組11中的通訊協定進行對應，並對該胎壓訊號進行解碼。The fetal condition receiving device 10 can communicate with the communication protocol in the memory module 11 by using an external indication mode or an internal determination mode to achieve the communication protocol of the tire pressure signal of the tire pressure detector 20, and perform the tire pressure signal on the tire pressure signal. decoding.
該內部判別方式，係為該控制模組13判別該接收模組12接收到的來自胎壓偵測器20的胎壓訊號，該控制模組13自該記憶模組11儲存之複數組通訊協定中，選用適用的通訊協定進行解碼，茲舉一個實施態樣之步驟，如下：The internal discriminating method is that the control module 13 determines the tire pressure signal received by the receiving module 12 from the tire pressure detector 20, and the control module 13 stores the complex array communication protocol from the memory module 11. In the selection of the appropriate communication protocol for decoding, the steps of an implementation are as follows:
1.胎況接收裝置10預存有第一組通訊協定與第二組通訊協定。1. The fetal condition receiving device 10 prestores a first set of communication protocols and a second set of communication protocols.
2.胎況接收裝置10接收來自胎壓偵測器20的胎壓訊號。2. The fetal condition receiving device 10 receives the tire pressure signal from the tire pressure detector 20.
3.胎況接收裝置10將該胎壓訊號與第一組通訊協定或第二組通訊協定比對。3. The fetal condition receiving device 10 compares the tire pressure signal with a first set of communication protocols or a second set of communication protocols.
4.若該胎壓訊號係適用第一組通訊協定或第二組通訊協定，則胎況接收裝置10以第一組通訊協定或第二組通訊協定對該胎壓訊號進行解碼。4. If the tire pressure signal is applied to the first group of communication protocols or the second group of communication protocols, the fetal condition receiving device 10 decodes the tire pressure signal by the first group of communication protocols or the second group of communication protocols.
該外部指示方式，係為該控制模組13依循一外部指示訊號，該接收模組12接收到來自胎壓偵測器20的胎壓訊號，該控制模組13依循該外部指示訊號，選用自該記憶模組11儲存之受該外部指示訊號指示的通訊協定進行解碼，茲舉二個實施態樣之步驟，如下：The external indication mode is that the control module 13 follows an external indication signal, and the receiving module 12 receives the tire pressure signal from the tire pressure detector 20, and the control module 13 follows the external indication signal and selects the self. The memory module 11 stores the communication protocol indicated by the external indication signal for decoding. The steps of the two implementation manners are as follows:
態樣(一)Aspect (1)
1.胎況接收裝置10預存有第一組通訊協定與第二組通訊協定。1. The fetal condition receiving device 10 prestores a first set of communication protocols and a second set of communication protocols.
2.提供一外部指示訊號，胎況接收裝置10收到該外部指示訊號，該外部指示訊號包含指示胎況接收裝置10選擇使用第一組通訊協定或第二組通訊協定之指示命令，胎況接收裝置10依該外部指示訊號選擇使用第一組通訊協定或第二組通訊協定。2. An external indication signal is provided, and the fetal condition receiving device 10 receives the external indication signal, the external indication signal includes an indication command indicating that the fetal condition receiving device 10 selects to use the first group of communication protocols or the second group of communication protocols. The receiving device 10 selects to use the first group of communication protocols or the second group of communication protocols according to the external indication signal.
3.胎況接收裝置10接收來自胎壓偵測器20的胎壓訊號。3. The fetal condition receiving device 10 receives the tire pressure signal from the tire pressure detector 20.
4.胎況接收裝置10將該胎壓訊號與胎況接收裝置10選擇使用的第一組通訊協定或第二組通訊協定進行比對。4. The fetal condition receiving device 10 compares the fetal pressure signal with a first set of communication protocols or a second set of communication protocols selected for use by the fetal condition receiving device 10.
5.若該胎壓訊號係適用胎況接收裝置10選擇使用的第一組通訊協定或第二組通訊協定，則胎況接收裝置10以選擇使用的第一組通訊協定或第二組通訊協定對該胎壓訊號進行解碼。5. If the tire pressure signal is applied to the first group of communication protocols or the second group of communication protocols selected by the fetal condition receiving device 10, the fetal condition receiving device 10 selects the first group of communication protocols or the second group of communication protocols to be used. The tire pressure signal is decoded.
態樣(二)Aspect (2)
1.提供一外部指示訊號，胎況接收裝置10收到該外部指示訊號，該外部指示訊號包含有第一組通訊協定或第二組通訊協定及對應的存入命令。1. An external indication signal is provided, and the fetal condition receiving device 10 receives the external indication signal, and the external indication signal includes a first group of communication protocols or a second group of communication protocols and a corresponding deposit command.
2.胎況接收裝置10之記億模組依該外部指示訊號儲存該第一組通訊協定或第二組通訊協定。2. The Jiuyi module of the fetal condition receiving device 10 stores the first set of communication protocols or the second set of communication protocols according to the external indication signal.
3.胎況接收裝置10接收來自胎壓偵測器20的胎壓訊號。3. The fetal condition receiving device 10 receives the tire pressure signal from the tire pressure detector 20.
4.胎況接收裝置10將該胎壓訊號與胎況接收裝置10儲存的第一組通訊協定或第二組通訊協定進行比對。4. The fetal condition receiving device 10 compares the fetal pressure signal with a first set of communication protocols or a second set of communication protocols stored by the fetal condition receiving device 10.
5.若該胎壓訊號係適用胎況接收裝置10儲存的第一組通訊協定或第二組通訊協定，則胎況接收裝置10以第一組通訊協定或第二組通訊協定對該胎壓訊號進行解碼。5. If the tire pressure signal is applied to the first set of communication protocols or the second set of communication protocols stored by the fetal condition receiving device 10, the fetal condition receiving device 10 applies the tire pressure to the first set of communication protocols or the second set of communication protocols. The signal is decoded.
本發明實務上的實施方法，茲舉例說明如下：The implementation method of the practice of the present invention is illustrated as follows:
第一組通訊協定的格式為：
第二組通訊協定的格式為：
若胎況接收裝置10接收胎壓訊號之通訊協定的格式為：
1.胎況接收裝置10預存有該第一組通訊協定與該第二組通訊協定，該胎況接收裝置10收到該胎壓訊號後，該胎況接收裝置10比對後以該第一組通訊協定對該胎壓訊號進行解碼。或2.胎況接收裝置10預存有該第一組通訊協定與該第二組通訊協定，提供一外部指示訊號，該外部指示訊號包含指示胎況接收裝置10選擇使用第一組通訊協定之指示命令，該胎況接收裝置10依循該外部指示訊號以該第一組通訊協定對該胎壓訊號進行解碼。或3.提供一外部指示訊號，該外部指示訊號包含有第一組通訊協定及對應的存入命令，該胎況接收裝置10依循該外部指示訊號以該第一組通訊協定對該胎壓訊號進行解碼。1. The fetal condition receiving device 10 prestores the first group of communication protocols and the second group of communication protocols. After receiving the tire pressure signal, the fetal condition receiving device 10 compares the fetal condition receiving device 10 with the first The group communication protocol decodes the tire pressure signal. Or 2. The fetal condition receiving device 10 prestores the first group of communication protocols and the second group of communication protocols, and provides an external indication signal, the external indication signal includes an indication that the fetal condition receiving device 10 selects to use the first group of communication protocols. In response, the fetal condition receiving device 10 decodes the tire pressure signal by the first group of communication protocols according to the external indication signal. Or 3. providing an external indication signal, the external indication signal includes a first group of communication protocols and a corresponding deposit command, and the fetal condition receiving device 10 follows the external indication signal to the tire pressure signal by the first group of communication protocols. Decode.
該外部指示方式是透過與該控制模組13訊號連接的該訊號模組14，接收來自外部的一操作裝置30的外部指示訊號連接，該操作裝置30透過有線或無線的方式與傳輸該外部指示訊號至該受訊模組14；其中有線方式係透過諸如線路連接或USB連接埠，而無線方式係透諸如過RF、WiFi或Bluetooth；又操作裝置30可以是遠端之特定 操作工具，亦可以是與胎況接收裝置10組成一集成裝置，或是實施為設於車輛上的電子產品，如觸控螢幕或行車電腦。The external indication mode is to receive an external indication signal connection from an external operating device 30 through the signal module 14 connected to the control module 13, and the operation device 30 transmits the external indication through a wired or wireless manner. Signaling to the receiving module 14; wherein the wired mode is through a connection such as a line connection or a USB port, and the wireless mode is such as over RF, WiFi or Bluetooth; and the operating device 30 can be a remote specific The operating tool may also be an integrated device with the fetal condition receiving device 10 or implemented as an electronic product disposed on the vehicle, such as a touch screen or a traveling computer.
綜上所述，胎況接收裝置10更改其選用通訊協定的方式包含有：In summary, the manner in which the fetal condition receiving device 10 changes its selection protocol includes:
1.由控制模組13依據胎壓偵測器20的訊號自動由已儲存的複數組通訊協定中，選擇與胎壓偵測器20之胎壓訊號對應的通訊協定。1. The control module 13 automatically selects a communication protocol corresponding to the tire pressure signal of the tire pressure detector 20 from the stored complex array communication protocol based on the signal of the tire pressure detector 20.
2.由外部的操作裝置30依據車輛的車型或胎壓偵測器20的型號，輸入外部指示訊號至控制模組13，以使用對應胎壓偵測器20型號的通訊協定。2. The external operating device 30 inputs an external indication signal to the control module 13 according to the model of the vehicle or the model of the tire pressure detector 20 to use the communication protocol corresponding to the model of the tire pressure detector 20.
關於本發明的第二較佳實施例，係與第一較佳實施例大致相同，不同的是該控制模組13連接有一顯示模組40，該顯示模組40可以實施為顯示經解碼後各胎壓偵測器20偵測到的胎壓值，亦可以實施為經解碼後各胎壓偵測器20偵測到的胎壓值若不符合預期值時，產生如聲音或畫面等警示訊號。The second preferred embodiment of the present invention is substantially the same as the first preferred embodiment. The difference is that the control module 13 is connected to a display module 40. The display module 40 can be implemented to display the decoded The tire pressure value detected by the tire pressure detector 20 can also be implemented as a warning signal such as a sound or a picture if the tire pressure value detected by each tire pressure detector 20 after decoding is not in accordance with an expected value. .
關於本發明的第三較佳實施例，係與第一較佳實施例大致相同，不同的是該控制模組13連接有一轉傳模組50，該轉傳模組50可以實施為將經解碼後的該胎壓訊號重新編碼，再視需求轉傳至其他外部裝置，如車用電腦、胎壓顯示器、手機等外部裝置，該轉傳模組50可以視需 求進行訊號轉換，如RF傳輸、藍芽傳輸、WiFi傳輸，並設置相應之作動元件。The third preferred embodiment of the present invention is substantially the same as the first preferred embodiment. The difference is that the control module 13 is connected to a transfer module 50, and the transfer module 50 can be implemented to be decoded. After the tire pressure signal is re-encoded, and then transferred to other external devices, such as a car computer, a tire pressure display, a mobile phone and the like, the transfer module 50 can be as needed. Seek signal conversion, such as RF transmission, Bluetooth transmission, WiFi transmission, and set the corresponding actuation components.
由上述可知，本發明可配合接收與解碼多種不同通訊協定之胎壓訊號的胎況接收裝置，即能克服與取代替換胎壓感測器時，變更新胎壓感測器的通訊協定衍生的種種不便利。It can be seen from the above that the present invention can be combined with a fetal condition receiving device for receiving and decoding a plurality of different communication protocol tire pressure signals, which can overcome the communication protocol of the updated tire pressure sensor when replacing the replacement tire pressure sensor. All kinds of inconvenience.
10‧‧‧胎況接收裝置10‧‧‧Fetal condition receiving device
11‧‧‧記憶模組11‧‧‧Memory Module
12‧‧‧接收模組12‧‧‧ receiving module
13‧‧‧控制模組13‧‧‧Control Module
14‧‧‧受訊模組14‧‧‧ Received Module
20‧‧‧胎壓偵測器20‧‧‧ tire pressure detector
30‧‧‧操作裝置30‧‧‧Operating device
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| TW102100098A TWI492864B (en) | 2013-01-03 | 2013-01-03 | Can be equipped with a variety of different communication protocols to receive the device |
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| TW102100098A TWI492864B (en) | 2013-01-03 | 2013-01-03 | Can be equipped with a variety of different communication protocols to receive the device |
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| TW201427847A TW201427847A (en) | 2014-07-16 |
| TWI492864B true TWI492864B (en) | 2015-07-21 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI764126B (en) * | 2020-04-08 | 2022-05-11 | 橙的電子股份有限公司 | Tire pressure sensor, and burning device and burning method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| TWI607896B (en) * | 2015-11-11 | 2017-12-11 | Tire pressure monitoring system and using method thereof | |
| TWI758573B (en) * | 2019-01-04 | 2022-03-21 | 車王電子股份有限公司 | How to program tire pressure sensor |
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| US20080164988A1 (en) * | 2007-01-08 | 2008-07-10 | Snap-On Incorporated | Apparatus and method to transfer data from a tire pressure monitor tool to a remote output device such as a printer |
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| TW539627B (en) * | 2001-12-17 | 2003-07-01 | Taiheiyo Kogyo Kk | Apparatus and method for monitoring tire condition |
| CN1705964A (en) * | 2002-10-22 | 2005-12-07 | 横滨橡胶株式会社 | Tire monitoring system and its monitor receiver, monitor and sensor |
| US20040138793A1 (en) * | 2003-01-09 | 2004-07-15 | Denso Corporation | Sensor ID registration method of tire air pressure monitoring apparatus |
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