TWI844912B

Movatterモバイル変換

Info

Publication number: TWI844912B
Application number: TW111129991A
Authority: TW
Inventors: 游鴻志; 王建智; 黃明勇
Original assignee: 橙的電子股份有限公司
Priority date: 2022-02-22
Filing date: 2022-08-10
Publication date: 2024-06-11
Also published as: TW202334870A

Abstract

A method for storing position for tires and a system for the same are disclosed. The method includes: inputting information for a tire by a hand held tool, sending the information for the tire and a storing position of the tire to a remote server, and generating an index information including the storing position of the tire by the remote sever. Accordingly, the storing position of the tire can be conveniently inquired, such that the time-consuming of changing the tires of vehicle can be effectively reduced.

Description

Translated fromChinese

設定輪胎存放位置的系統及其方法System and method for setting tire storage position

本發明係關於一種基於手持行動裝置應用於設定輪胎存放位置的系統及其方法。The present invention relates to a system and method for setting a tire storage position based on a handheld mobile device.

輪胎係於一車輛行駛時直接接觸地面者，故其狀態良好與否至關重要，一般而言，因應季節的不同，輪胎大致區分有適合夏天使用的夏胎、適合冬天使用的冬胎及四季胎等，對於較講究行車安全或需於季節轉換明顯國家的駕駛者而言，因應不同季節更換不同的輪胎是必要的，而對於保養廠或輪胎廠如何管理不同客戶所更換的不同輪胎實需一個方便有效的方法，來節省每次尋找特定客戶的特定輸胎的時間，尤其是保養廠或輪胎廠將更換下來的輪胎大都統一放置在一輪胎倉庫(tire hotel)中，而輪胎倉庫中所存放的輪胎數量龐大，而要在數量龐大的輪胎中找到特定客戶的特定輪胎實相當的費時與費力，因此需提供一種可快速找到輪胎存放位置的方法，來節省更換輪胎所需的時間並提高其效率。Tires are in direct contact with the ground when a vehicle is driving, so their condition is very important. Generally speaking, according to different seasons, tires are roughly divided into summer tires suitable for summer use, winter tires suitable for winter use, and all-season tires. For drivers who pay more attention to driving safety or need to drive in countries with obvious seasonal changes, it is necessary to replace different tires according to different seasons. For maintenance plants or tire manufacturers, how to manage different tires replaced by different customers actually requires a convenient and effective method to save time in finding specific tires for specific customers each time, especially when maintenance plants or tire manufacturers place most of the replaced tires in a tire warehouse. hotel), and the number of tires stored in the tire warehouse is huge. It is very time-consuming and laborious to find a specific tire for a specific customer among the huge number of tires. Therefore, a method is needed to quickly find the storage location of the tires to save the time required for changing tires and improve its efficiency.

本發明之目的，在提供一種設定輪胎存放位置的方法及其系統，其具有手持行動裝置，可利用輸入、掃描或照相等方式將輪胎的相關訊息輸入於手持行動裝置內，並利用手持行動裝置將輪胎相關訊息及輪胎存放位置上傳至遠端伺服器。藉此，輪胎製造商或品牌商即可透過遠端伺服器方便地得知輪胎的存放位置，可節省時間成本，達到方便儲存及取用輪胎之目的。The purpose of the present invention is to provide a method and system for setting the storage location of tires, which has a handheld mobile device, and can input tire-related information into the handheld mobile device by input, scanning or taking pictures, and use the handheld mobile device to upload tire-related information and tire storage locations to a remote server. In this way, tire manufacturers or brand owners can conveniently know the storage location of tires through the remote server, which can save time and cost, and achieve the purpose of convenient storage and retrieval of tires.

為達上述目的，本發明提供一種用以設定輪胎存放位置的系統，包含有：一手持行動裝置，其用以輸入與一輪胎相關的基本訊息及該輪胎存放於一輪胎倉庫的輪胎存放位置，該手持行動裝置至少包含有一第一電路板，該第一電路板上設一第一晶片模組，該第一晶片模組電性連接並控制一電源模組、一記憶體、一操作模組及一控制器區域網路模組，該控制器區域網路模組將該基本訊息及該輪胎存放位置向外傳送；以及；一遠端伺服器，其接收由該手持行動裝置傳送之輪胎存放位置及該輪胎相關的基本訊息，並且於該手持行動裝置及該遠端伺服器其中之一者產生一含有該輪胎存放位置及該基本訊息的清單訊息。To achieve the above-mentioned purpose, the present invention provides a system for setting a tire storage position, comprising: a handheld mobile device, which is used to input basic information related to a tire and the tire storage position of the tire stored in a tire warehouse, the handheld mobile device at least comprises a first circuit board, a first chip module is arranged on the first circuit board, the first chip module is electrically connected to and controls a power module, a memory, an operation module and a controller area network module, the controller area network module transmits the basic information and the tire storage position to the outside; and; a remote server, which receives the tire storage position and the basic information related to the tire transmitted by the handheld mobile device, and generates a list message containing the tire storage position and the basic information in one of the handheld mobile device and the remote server.

上述用以設定輪胎存放位置的系統中，其進一步包含有一輪胎傳感器，該輪胎傳感器包含有包含一儲存模組及一接收模組，該接收模組電性連接儲存模組，該輪胎傳感器更包含一微處理控制模組、一電力模組、一傳送模組以及一偵測模組，該電力模組、傳送模組、接收模組及偵測模組皆電性連接微處理控制模組。The above system for setting the tire storage position further includes a tire sensor, which includes a storage module and a receiving module, the receiving module is electrically connected to the storage module, and the tire sensor further includes a microprocessor control module, a power module, a transmission module and a detection module, the power module, the transmission module, the receiving module and the detection module are all electrically connected to the microprocessor control module.

上述用以設定輪胎存放位置的系統中，其進一步包含有一無線射頻辨識貼紙及一訊息處理裝置，該晶片模組電性連接並控制一RFID讀取寫入器，該無線射頻辨識貼紙用以供該手持行動裝置上的該RFID讀取寫入器直接讀取儲存於該無線射頻辨識貼紙上的該輪胎相關的基本訊息，該訊息處理裝置係可與該手持行動裝置及該遠端伺服器進行資料的傳送與接收。The above-mentioned system for setting the tire storage position further includes a wireless radio frequency identification sticker and a message processing device. The chip module is electrically connected to and controls an RFID reader-writer. The wireless radio frequency identification sticker is used for the RFID reader-writer on the handheld mobile device to directly read the basic information related to the tire stored on the wireless radio frequency identification sticker. The message processing device can transmit and receive data with the handheld mobile device and the remote server.

上述用以設定輪胎存放位置的系統中，其進一步包含有一接收裝置，該接收裝置包含有一顯示螢幕及一發聲模組，該輪胎傳感器傳送一胎壓訊號給該接收裝置，當該胎壓訊號表示的胎壓值低於一胎壓閥值時，該發聲模組發出一提示聲音，該顯示螢幕顯示該胎壓值。The above-mentioned system for setting the tire storage position further includes a receiving device, which includes a display screen and a sound module. The tire sensor transmits a tire pressure signal to the receiving device. When the tire pressure value represented by the tire pressure signal is lower than a tire pressure valve value, the sound module emits a prompt sound, and the display screen displays the tire pressure value.

上述用以設定輪胎存放位置的系統中，其進一步包含有一第二輪胎傳感器，該輪胎傳感器的序號經由該手持行動裝置傳送給該第二輪胎傳感器。The above-mentioned system for setting the tire storage position further includes a second tire sensor, and the serial number of the tire sensor is transmitted to the second tire sensor via the handheld mobile device.

上述用以設定輪胎存放位置的系統中，其中該手持行動裝置輸入一車輛的製造商、款式及生產年份後，該手持行動裝置從儲存有複數個通訊協定的內部資料庫中，依據輸入的該製造商、款式及生產年份，選擇出一個通訊協定，並將該通訊協定傳送給輪胎傳感器，以將該通訊協定燒錄至該輪胎傳感器。In the above-mentioned system for setting the tire storage location, after the handheld mobile device inputs the manufacturer, model and production year of a vehicle, the handheld mobile device selects a communication protocol from an internal database storing a plurality of communication protocols according to the input manufacturer, model and production year, and transmits the communication protocol to the tire sensor to burn the communication protocol into the tire sensor.

上述用以設定輪胎存放位置的系統中，其中該手持行動裝置發出一選擇並啟用訊號給該輪胎傳感器，該輪胎傳感器依據該選擇並啟用訊號，從該輪胎傳感器儲存的複數個通訊協定中，選擇出一個通訊協定，並將該通訊協定作啟用。In the above-mentioned system for setting the tire storage position, the handheld mobile device sends a selection and activation signal to the tire sensor, and the tire sensor selects a communication protocol from a plurality of communication protocols stored in the tire sensor according to the selection and activation signal, and activates the communication protocol.

上述用以設定輪胎存放位置的系統中，其中在利用該手持行動裝置輸入輪胎相關的基本訊息時，是直接利用該手持行動裝置上的一顯示模組及一操作模組其中之一直接輸入車牌號碼、車輛辨識碼(Vehicle Identification Number,VIN)或車主資訊其中一個，其中該車主資訊是足以辨識車主身份的資訊。In the above-mentioned system for setting the tire storage location, when using the handheld mobile device to input basic information related to the tire, one of the license plate number, vehicle identification number (VIN) or owner information is directly input using one of a display module and an operation module on the handheld mobile device, wherein the owner information is information sufficient to identify the identity of the owner.

上述用以設定輪胎存放位置的系統，其中該輪胎基本訊息是儲存在一設置於輪胎上的一無線射頻辨識貼紙(Radio Frequency Identification tag,RFID tag)或一輪胎傳感器上，在利用該手持行動裝置輸入該輪胎基本訊息時，是以該手持行動裝置上的一RFID讀取寫入器直接讀取儲存於無線射頻辨識貼紙或輪胎傳感器上的該輪胎基本訊息。In the above-mentioned system for setting the tire storage location, the basic tire information is stored on a radio frequency identification tag (RFID tag) or a tire sensor disposed on the tire. When the basic tire information is input using the handheld mobile device, an RFID reader/writer on the handheld mobile device directly reads the basic tire information stored on the radio frequency identification tag or the tire sensor.

上述用以設定輪胎存放位置的系統中，其中利用該手持行動裝置上該操作模組或一鏡頭模組輸入輪胎傳感器的序號、無線射頻辨識貼紙的序號及輪胎識別資訊的其中之一，再利用該手持行動裝置的該RFID讀取寫入器傳給無線射頻辨識貼紙或輪胎傳感器上。In the above-mentioned system for setting the tire storage location, the operation module or a lens module on the handheld mobile device is used to input the serial number of the tire sensor, the serial number of the wireless radio frequency identification sticker, and one of the tire identification information, and then the RFID reader-writer of the handheld mobile device is used to transmit it to the wireless radio frequency identification sticker or the tire sensor.

上述用以設定輪胎存放位置的系統中，其中在利用該手持行動裝置輸入該基本訊息時，是利用手持行動裝置的一鏡頭模組來掃描或拍照取得該輪胎上的文字。In the above-mentioned system for setting the tire storage location, when the basic information is inputted using the handheld mobile device, a lens module of the handheld mobile device is used to scan or take a photo to obtain the text on the tire.

上述用以設定輪胎存放位置的系統中，其進一步包含有一輪紋深度量測工具，用以量測輪胎胎紋深度或利用該手持行動裝置一鏡頭模組來掃描或拍照的輪胎胎紋深度，將所量測的胎紋深度或者是掃描或拍照的胎紋深度傳送給該手持行動裝置，再經由該手持行動裝置將該胎紋深度傳輸至該遠端伺服器。The above-mentioned system for setting the tire storage position further includes a tread depth measuring tool for measuring the tire tread depth or using a lens module of the handheld mobile device to scan or photograph the tire tread depth, and transmitting the measured tread depth or the scanned or photographed tread depth to the handheld mobile device, and then transmitting the tread depth to the remote server via the handheld mobile device.

上述用以設定輪胎存放位置的系統中，其中在輸入該基本訊息後，再利用該手持行動裝置輸入依季節而區分的輪胎種類、輪胎識別資訊、輪胎的序號、該輪胎的存放日期與時間及輪胎的存放數量中的其中至少一項，並將該資料傳輸至該遠端伺服器。In the above-mentioned system for setting the tire storage location, after inputting the basic information, the handheld mobile device is used to input at least one of the tire type classified by season, tire identification information, tire serial number, tire storage date and time, and tire storage quantity, and the data is transmitted to the remote server.

上述用以設定輪胎存放位置的系統，其中在輸入該基本訊息後，再利用該手持行動裝置的一鏡頭模組拍攝該輪胎的外觀，並將該影像資料傳輸至該遠端伺服器。The above-mentioned system for setting the storage location of tires, wherein after the basic information is input, a lens module of the handheld mobile device is used to photograph the appearance of the tire, and the image data is transmitted to the remote server.

上述用以設定輪胎存放位置的系統，其進一步包含有一電腦裝置，該電腦裝置連接該遠端伺服器或該手持行動裝置後，從該遠端伺服器或該手持行動裝置中存取該清單訊息。The above-mentioned system for setting the tire storage location further includes a computer device, which is connected to the remote server or the handheld mobile device and accesses the list information from the remote server or the handheld mobile device.

上述用以設定輪胎存放位置的系統，其進一步包含有一輪胎傳感器觸發裝置，該輪胎傳感器觸發裝置包含有一第二電路版，該第二電路板上設一第二晶片模組，該第二晶片模組電性連接並控制一第二電源模組、一操作模組、一藍牙模組、一低頻(125KHz)收發器和一高頻(315MHz/433MHz)收發器，操作該操作按鍵以使該低頻收發器發射一125KHz觸發訊號至一輪胎傳感器，該高頻收發器接收該輪胎傳感器回傳之一胎壓訊號，該胎壓訊號包含有該輪胎傳感器的一ID識別碼，該藍牙模組和該手持行動裝置連接，將該胎壓訊號傳至該手持行動裝置。The above-mentioned system for setting the tire storage position further includes a tire sensor trigger device, which includes a second circuit board, a second chip module is arranged on the second circuit board, and the second chip module is electrically connected to and controls a second power module, an operation module, a Bluetooth module, a low-frequency (125KHz) transceiver and a high-frequency (315MHz/433MHz) transceiver. The operation button is operated to make the low-frequency transceiver transmit a 125KHz trigger signal to a tire sensor, and the high-frequency transceiver receives a tire pressure signal returned by the tire sensor, and the tire pressure signal includes an ID identification code of the tire sensor. The Bluetooth module is connected to the handheld mobile device to transmit the tire pressure signal to the handheld mobile device.

上述用以設定輪胎存放位置的系統，其中該輸胎傳感器觸發裝置更包含有一控制器區域網路(CANBUS)模組，該控制器區域網路模組和一行車電腦有線連接，將該ID從該輪胎傳感器觸發裝置傳至該行車電腦，以將ID寫入至該行車電腦的一記憶體，或是將行車電腦儲存之輪胎傳感器的ID讀取至該輪胎傳感器觸發裝置。The above-mentioned system for setting the tire storage position, wherein the tire sensor trigger device further includes a controller area network (CANBUS) module, the controller area network module and the on-board computer are wired to transmit the ID from the tire sensor trigger device to the on-board computer to write the ID into a memory of the on-board computer, or read the tire sensor ID stored in the on-board computer to the tire sensor trigger device.

上述用以設定輪胎存放位置的系統，其中該第一晶片模組更連接並控制一WIFI模組、一第二藍牙模組、一鏡頭模組、一顯示模組、一控制器區域網路(CANBUS)模組、一USB模組、一低頻(125KHz)收發器、一高頻(315MHz/433MHz)收發器及一RFID讀取寫入器，該高頻(315MHz/433MHz)收發器傳送該清單訊息至一輪胎傳感器，以將該清單訊息儲存在該輪胎傳感器的一儲存模組。The above-mentioned system for setting the tire storage position, wherein the first chip module is further connected to and controls a WIFI module, a second Bluetooth module, a lens module, a display module, a controller area network (CANBUS) module, a USB module, a low frequency (125KHz) transceiver, a high frequency (315MHz/433MHz) transceiver and an RFID reader/writer, and the high frequency (315MHz/433MHz) transceiver transmits the list message to a tire sensor to store the list message in a storage module of the tire sensor.

上述用以設定輪胎存放位置的系統，其中該第一晶片模組更連接並控制一蜂鳴器和一震動裝置，當該清單訊息傳送至該輪胎傳感器，該蜂鳴器發出聲響或該震動裝置發出震動。In the above-mentioned system for setting the tire storage position, the first chip module is further connected to and controls a buzzer and a vibration device. When the list message is transmitted to the tire sensor, the buzzer emits a sound or the vibration device vibrates.

上述用以設定輪胎存放位置的系統，其中該第一晶片模組更連接並控制一第三藍牙模組，該第三藍牙模組將該清單訊息傳送至一輪胎傳感器，以將該清單訊息儲存在該輪胎傳感器的一第二儲存模組。The above-mentioned system for setting the tire storage position, wherein the first chip module is further connected to and controls a third Bluetooth module, and the third Bluetooth module transmits the list message to a tire sensor to store the list message in a second storage module of the tire sensor.

上述用以設定輪胎存放位置的系統，其中該第一晶片模組更連接並控制一顯示模組，該手持行動裝置是以該顯示模組及該操作模組其中之一，以人工輸入方式，手動輸入該輪胎存放於該輪胎倉庫的輪胎存放位置進入該手持行動裝置中。In the system for setting the tire storage position, the first chip module is further connected to and controls a display module, and the handheld mobile device uses one of the display module and the operation module to manually input the tire storage position of the tire stored in the tire warehouse into the handheld mobile device.

本發明另提供一種定輪胎存放位置的方法，包含：利用一手持行動裝置輸入一與輪胎相關的基本訊息；以該手持行動裝置輸入該輪胎存放於一輪胎倉庫的存放位置；以及以該手持行動裝置將該基本訊息及輪胎存放位置上傳至一遠端伺服器，並且於該手持行動裝置及該遠端伺服器其中之一者產生一含有該輪胎存放位置及該基本訊息的清單訊息。The present invention also provides a method for determining a tire storage location, comprising: using a handheld mobile device to input basic information related to the tire;using the handheld mobile device to input the storage location of the tire in a tire warehouse; and using the handheld mobile device to upload the basic information and the tire storage location to a remote server, and generating a list message containing the tire storage location and the basic information in one of the handheld mobile device and the remote server.

上述設定輪胎存放位置的方法中，其中該輪胎基本訊息是儲存在一設置於輪胎上的一無線射頻辨識貼紙(Radio Frequency Identification tag,RFID tag)或一輪胎傳感器上，在利用手持行動裝置輸入輪胎基本訊息時，是以手持行動裝置上的一RFID讀取寫入器直接讀取儲存於無線射頻辨識貼紙或輪胎傳感器上的輪胎基本訊息。In the above method for setting the tire storage location, the basic tire information is stored on a radio frequency identification tag (RFID tag) or a tire sensor installed on the tire. When the basic tire information is input using a handheld mobile device, an RFID reader/writer on the handheld mobile device directly reads the basic tire information stored on the radio frequency identification tag or the tire sensor.

上述設定輪胎存放位置的方法，其中該輪胎基本訊息含有下列至少其中之一：輪胎的製造廠商、輪胎本身ID、型號、尺寸或出廠日期。The above method for setting the tire storage location, wherein the basic tire information contains at least one of the following: tire manufacturer, tire ID, model, size or production date.

上述設定輪胎存放位置的方法，其中該無線射頻辨識貼紙是直接貼附在輪胎上。In the above method for setting the tire storage position, the wireless radio frequency identification sticker is directly attached to the tire.

上述設定輪胎存放位置的方法，其中該無線射頻辨識貼紙是設置在一輪胎傳感器(Tire Pressure Monitoring System sensor，TPMS sensor)上。In the above method for setting the tire storage position, the wireless radio frequency identification sticker is set on a tire sensor (Tire Pressure Monitoring System sensor, TPMS sensor).

上述設定輪胎存放位置的方法，其中利用手持行動裝置上的一操作模組或顯示模組輸入輪胎傳感器的ID、無線射頻辨識貼紙的ID及輪胎識別資訊的其中之一，再利用手持行動裝置上的RFID讀取寫入器傳給無線射頻辨識貼紙或輪胎傳感器上。In the above method for setting the tire storage location, an operation module or a display module on a handheld mobile device is used to input the ID of the tire sensor, the ID of the wireless radio frequency identification sticker, and one of the tire identification information, and then the RFID reader-writer on the handheld mobile device is used to transmit the information to the wireless radio frequency identification sticker or the tire sensor.

上述設定輪胎存放位置的方法，其中利用手持行動裝置上的一鏡頭模組掃描輸入輪胎傳感器的ID、無線射頻辨識貼紙的ID及輪胎識別資訊的其中之一，再利用手持行動裝置上的RFID讀取寫入器傳給無線射頻辨識貼紙或輪胎傳感器上。In the above method for setting the tire storage location, a camera module on a handheld mobile device is used to scan and input one of the tire sensor ID, the wireless radio frequency identification sticker ID and the tire identification information, and then the RFID reader-writer on the handheld mobile device is used to transmit the information to the wireless radio frequency identification sticker or the tire sensor.

上述設定輪胎存放位置的方法，其中在利用手持行動裝置輸入輪胎基本訊息時，是直接利用手持行動裝置上的一顯示模組及一操作模組其中之一直接輸入車牌號碼、車輛辨識碼(Vehicle Identification Number,VIN)或車主資訊其中一個，其中該車主資訊是足以辨識車主身份的資訊。In the above method for setting the tire storage location, when inputting basic tire information using a handheld mobile device, one of a display module and an operation module on the handheld mobile device is directly used to directly input a license plate number, a vehicle identification number (VIN) or owner information, wherein the owner information is information sufficient to identify the owner.

上述設定輪胎存放位置的方法，其中在利用手持行動裝置輸入輪胎相關訊息時，是利用手持行動裝置上的一鏡頭模組來掃描或拍照取得該輪胎上的文字。In the above method for setting the tire storage location, when inputting tire-related information using a handheld mobile device, a camera module on the handheld mobile device is used to scan or take a photo to obtain the text on the tire.

上述設定輪胎存放位置的方法，其中在輸入基本訊息後，再利用手持行動裝置輸入依季節而區分的輪胎種類、輪胎識別資訊、輪胎的序號、該輪胎位於車輛上的位置及該輪胎的存放日期與時間中的其中至少一項，並將該資料傳輸至該遠端伺服器。The above method for setting the tire storage location, wherein after inputting basic information, at least one of the tire type classified by season, tire identification information, tire serial number, the location of the tire on the vehicle, and the storage date and time of the tire is inputted using a handheld mobile device, and the data is transmitted to the remote server.

上述設定輪胎存放位置的方法，其中再利用一輪紋深度量測工具量測或一手持行動裝置拍攝輪胎的胎紋深度後，將所量得或拍攝的胎紋深度傳送給手持行動裝置，再經由手持行動裝置將該胎紋深度傳輸至該遠端伺服器。The above method for setting the tire storage position, wherein the tire tread depth is measured by a tread depth measuring tool or photographed by a handheld mobile device, and the measured or photographed tread depth is transmitted to the handheld mobile device, and then the handheld mobile device transmits the tread depth to the remote server.

上述設定輪胎存放位置的方法，其中以手持行動裝置輸入一車輛的製造商、款式及生產年份後，該手持行動裝置再從該手持行動裝置的內部資料庫中選擇出一合適的通訊協定，並將該通訊協定傳送給一輪胎傳感器，以將通訊協定燒錄至該輪胎傳感器。In the above method for setting the tire storage location, after the manufacturer, model and production year of a vehicle are inputted into a handheld mobile device, the handheld mobile device selects a suitable communication protocol from the internal database of the handheld mobile device and transmits the communication protocol to a tire sensor to burn the communication protocol into the tire sensor.

上述設定輪胎存放位置的方法，其中該手持行動裝置發出一選擇啟用訊號給一該輪胎傳感器，該輪胎傳感器由自身記憶體存的許多通訊協定中，選擇出一合適的通訊協定來作啟用。In the above method for setting the tire storage position, the handheld mobile device sends a selection activation signal to the tire sensor, and the tire sensor selects a suitable communication protocol from the many communication protocols stored in its own memory for activation.

上述設定輪胎存放位置的方法，其中以手持行動裝置輸入一觸發訊號至一輪胎傳感器，而該輪胎傳感器回傳該輪胎傳感器的ID予手持行動裝置。In the above method for setting the tire storage position, a trigger signal is input to a tire sensor by a handheld mobile device, and the tire sensor returns the ID of the tire sensor to the handheld mobile device.

上述設定輪胎存放位置的方法，其中於手持行動裝置的一顯示模組上顯示該輪胎位於車輛上的位置，並輸入該輪胎的品牌、型號或尺寸。The above method for setting the tire storage position, wherein the position of the tire on the vehicle is displayed on a display module of the handheld mobile device, and the brand, model or size of the tire is input.

設定輪胎存放位置的方法，其中以手持行動裝置的一顯示模組或操作模組輸入一輪胎傳感器的ID至手持行動裝置中。A method for setting a tire storage location, wherein a tire sensor ID is input into a handheld mobile device through a display module or an operation module of the handheld mobile device.

設定輪胎存放位置的方法，其中該手持行動裝置收到由輪胎傳感器所傳過來的ID後，該手持行動裝置將該輪胎傳感器的ID再傳輸給一第二輪胎傳感器。A method for setting a tire storage location, wherein after the handheld mobile device receives an ID transmitted by a tire sensor, the handheld mobile device transmits the ID of the tire sensor to a second tire sensor.

本發明另提供一種具有設定輪胎存放位置程式的電子裝置，其包含有：提供選擇界面手段，用以於一選擇界面中供一操作者點入預約界面、客戶資訊界面及尋找輪胎儲存資料界面等；輸入輪胎基本資料手段，用以於一輸入界面中輸入輪胎相關基本訊；輸入輪胎存放位置手段，用以於該輸入界面中輸入輪胎存放於一輪胎倉庫的輪胎存放位置；以及傳送手段，用以將輪胎基本訊息及該輪胎存放位置向外傳送至一遠端服器。The present invention also provides an electronic device with a program for setting a tire storage location, which includes: providing a selection interface means for allowing an operator to click on a reservation interface, a customer information interface, and a tire storage data search interface in a selection interface; inputting tire basic information means for inputting tire-related basic information in an input interface; inputting tire storage location means for inputting a tire storage location of a tire in a tire warehouse in the input interface; andtransmission means for transmitting the tire basic information and the tire storage location to a remote server.

上述具有設定輪胎存放位置程式的電子裝置中，其進一步包含有一列印手段，用以擇列印輪胎相關的基本訊息及輪胎存放位置等資料。The electronic device having a program for setting the tire storage location further includes a printing means for selecting and printing basic information related to the tire and data such as the tire storage location.

本發明另提供一種具有取得輪胎存放位置程式的電子裝置，其包含有：輸入手段，用以輸入一與輪胎相關的基本訊息，並可將該基本訊息儲存於該電子裝置的一計憶體中；以及回傳送手段，用以將該基本訊息傳至一遠端伺服器，該遠端伺服器存有和該基本訊息相關的清單訊息，並將該清單訊息回傳，以利用該清單訊息尋找出輪胎存放在倉庫中的位置，或者由該電子裝置的記憶體中直接尋找輪胎存放在倉庫中的位置。The present invention also provides an electronic device with a program for obtaining the storage location of tires, which includes: an input means for inputting basic information related to tires, and storing the basic information in a memory of the electronic device; and a return means for transmitting the basic information to a remote server, the remote server storing a list message related to the basic information, and returning the list message to use the list message to find the location of the tires in the warehouse, or directly find the location of the tires in the warehouse from the memory of the electronic device.

上述具有取得輪胎存放位置程式的電子裝置，其中在輸入輪胎相關的基本訊息時，是直接輸入車牌號碼、車輛辨識碼(Vehicle Identification Number,VIN)或車主資訊其中一個，其中該車主資訊是足以辨識車主身份的資訊。The electronic device having a program for obtaining the storage location of tires, wherein when inputting basic information related to tires, one of the license plate number, vehicle identification number (VIN) or owner information is directly input, wherein the owner information is information sufficient to identify the identity of the owner.

本發明另提供一種尋找輪胎存放在輪胎倉庫中位置的方法，包含有：利用一手持行動裝置輸入與一輸胎相關的基本訊息，並且將該基本訊息傳送至一遠端伺服器；以及於該遠端伺服器中尋找和該基本訊息相關的一輪胎存放在倉庫中位置的一清單訊息，並將該清單訊息回傳給該手持行動裝置，並且利用該清單訊息尋找出該輪胎存放在倉庫中位置。The present invention also provides a method for finding the location of a tire stored in a tire warehouse, comprising: using a handheld mobile device to input basic information related to a tire transport, and transmitting the basic information to a remote server; and searching the remote server for a list message of a tire storage location related to the basic information, and returning the list message to the handheld mobile device, and using the list message to find the location of the tire storage in the warehouse.

所述的尋找輪胎存放在輪胎倉庫中位置的方法，其中在輸入輪胎相關的基本訊息時，是直接輸入車牌號碼、車輛辨識碼(Vehicle Identification Number,VIN)或車主資訊其中一個，其中該車主資訊是足以辨識車主身份的資訊。The method for finding the location of tires stored in a tire warehouse, wherein when inputting basic information related to the tire, one of the license plate number, vehicle identification number (VIN) or owner information is directly input, wherein the owner information is information sufficient to identify the identity of the owner.

藉由上述技術手段，本發明可方便地將輪胎的基本訊息及輪胎存放位置上傳至一遠端伺服器儲存，如此，當車主要更換輪胎時，保養廠或輪胎廠即可利用手持行動裝置方便且快速地查詢輪胎的存放位置，可節省更換輪胎的時間成本，達到方便儲存及取用輪胎之效果。By using the above technical means, the present invention can conveniently upload the basic information of tires and the storage location of tires to a remote server for storage. In this way, when the car owner wants to replace the tires, the maintenance plant or tire factory can use the handheld mobile device to conveniently and quickly query the storage location of the tires, which can save the time cost of replacing tires and achieve the effect of convenient storage and retrieval of tires.

另外，因本發明係將數據儲存於遠端伺服器中，而非儲存於輪胎傳感器中，所以可以防止因輪胎傳感器的記憶體空間有限，且其電池壽命有限，當沒有電量時，就無法讀取輪胎傳感器中的大數據資料，又一般輪胎傳感器無法外接記憶體，而本發明的手持行動裝置可以外接記憶體，同時遠端伺服器的儲存空間可以非常大。又隨時可對手持行動裝置作充電，因此可解決因電池電力耗盡而無法讀取資料的問題。In addition, because the present invention stores data in a remote server instead of in a tire sensor, it can prevent the problem that the tire sensor has limited memory space and a limited battery life. When there is no power, the large data in the tire sensor cannot be read. In addition, general tire sensors cannot be connected to external memory, while the handheld mobile device of the present invention can be connected to an external memory, and the storage space of the remote server can be very large. The handheld mobile device can be charged at any time, so the problem of being unable to read data due to battery exhaustion can be solved.

100:車輛輪胎管理裝置100: Vehicle tire management device

110:無線射頻辨識貼紙110: Wireless RF identification stickers

120:手持行動裝置120: Handheld mobile device

120a:晶片模組120a: Chip module

120b:電源模組120b: Power module

140:遠端伺服器140: Remote server

150:輪胎傳感器觸發裝置150: Tire sensor trigger device

150a:晶片模組150a: Chip module

150b:電源模組150b: Power module

150g:蜂嗚器150g:Buzzer

120c:電池120c:Battery

120d:記憶體120d: Memory

120e:鏡頭模組120e: Lens module

120f:顯示模組120f: Display module

120g:蜂鳴器120g:Buzzer

120h:震動裝置120h: Vibration device

120i:控制器區域網路模組120i: Controller Area Network Module

120j:USB模組120j:USB module

120k:操作模組120k: Operation module

120l:低頻收發器120l: low frequency transceiver

120m:高頻收發器120m: high frequency transceiver

120n:RFID讀取寫入器120n: RFID reader/writer

121:握把121: Grip

122:按鍵122:Key

123:功能選擇鍵123: Function selection key

124:觸控輸入介面124: Touch input interface

130:訊息處理裝置130: Message processing device

150h:震動馬達150h: Vibration motor

150i:控制器區域網路模組150i: Controller Area Network Module

150l:低頻收發器150l: Low frequency transceiver

150m:高頻收發器150m: High frequency transceiver

150p:藍牙模組150p:Bluetooth module

160:輪胎傳感器160: Tire sensor

161:微處理控制模組161: Microprocessor control module

162:儲存模組162: Storage module

163:電力模組163: Power module

164:接收模組164: Receiving module

165:傳送模組165:Transmission module

166:偵測模組166: Detection module

170:第二輪胎傳感器170: Second tire sensor

180:輪紋深度量測工具180: Wheel depth measurement tool

S100、S101、S102、S103:步驟S100, S101, S102, S103: Steps

S104、S105、S106、S107:步驟S104, S105, S106, S107: Steps

第1圖係繪示依據本發明一實施例之車輛輪胎管理裝置架構示意圖；第2圖係繪示第1圖中之手持行動裝置之硬體架構方塊圖；第3圖係繪示第2圖中之手持行動裝置之一實體產品外觀示意圖；第4圖係繪示以手持行動裝置輸入基本訊息之示意圖；第5圖係繪示輪胎傳感器之硬體架構方塊圖；第6圖係繪示依據本發明之設定輪胎存放位置方法流程圖；第7圖係繪示依據本發明又一實施例之輪胎管理系統架構方塊圖；第8圖係繪示依據本發明另一實施例之輪胎管理系統架構方塊圖；以及第9圖係繪示依據本發明一實施例之設定輪胎存放位置的方法流程圖。FIG. 1 is a schematic diagram of the vehicle tire management device architecture according to an embodiment of the present invention; FIG. 2 is a block diagram of the hardware architecture of the handheld mobile device in FIG. 1; FIG. 3 is a schematic diagram of the physical product appearance of the handheld mobile device in FIG. 2; FIG. 4 is a schematic diagram of inputting basic information using a handheld mobile device; FIG. 5 is a block diagram of the hardware architecture of a tire sensor; FIG. 6 is a flow chart of a method for setting a tire storage position according to the present invention; FIG. 7 is a block diagram of a tire management system architecture according to another embodiment of the present invention; FIG. 8 is a block diagram of a tire management system architecture according to another embodiment of the present invention; and FIG. 9 is a flow chart of a method for setting a tire storage position according to an embodiment of the present invention.

第10圖係本發明遠端伺服器儲存或取用輪胎之操作界面示意圖。Figure 10 is a schematic diagram of the operating interface for storing or retrieving tires on the remote server of the present invention.

第11圖係本發明在讀取或寫入讀取無線射頻辨識貼紙資料時之實施例示意圖。Figure 11 is a schematic diagram of an implementation example of the present invention when reading or writing wireless radio frequency recognition sticker data.

第12圖係本發明另一實施例之系統方塊示意圖。Figure 12 is a system block diagram of another embodiment of the present invention.

第13圖係配合本發明之輪胎傳感器觸發裝置前視圖。Figure 13 is a front view of the tire sensor triggering device of the present invention.

第14圖係輪胎傳感器觸發裝置之硬體架構方塊圖；第15圖係本發明應用程式之操作流程圖。Figure 14 is a hardware block diagram of the tire sensor trigger device; Figure 15 is an operation flow chart of the application of the present invention.

第16至20圖係本發明應用程式部份顯示界面之示意圖。Figures 16 to 20 are schematic diagrams of some display interfaces of the application of the present invention.

於下列的描述中，將參照所附圖式說明本發明之具體實施例。許多實務上的細節將在以下敘述中一併說明。然而，這些實務上的細節不應該用以限制本發明。亦即，在本發明部分實施例中，這些實務上的細節是非必要的。此外，為簡化圖式起見，一些習知慣用的結構與元件在圖式中將以簡單示意的方式繪示之；並且重複之元件將可能使用相同的編號表示之。In the following description, the specific embodiments of the present invention will be described with reference to the attached drawings. Many practical details will be described together in the following description. However, these practical details should not be used to limit the present invention. That is, in some embodiments of the present invention, these practical details are not necessary. In addition,In order to simplify the drawings, some commonly used structures and components will be shown in the drawings in a simple schematic manner; and repeated components may be represented by the same number.

請參照第1圖至第4。第1圖係繪示依據本發明一實施例之車輛輪胎管理裝置100架構示意圖；第2圖係繪示第1圖中之手持行動裝置120之硬體架構方塊圖；第3圖係繪示第2圖中之手持行動裝置120之一實體產品外觀示意圖。Please refer to Figures 1 to 4. Figure 1 is a schematic diagram of the structure of a vehicletire management device 100 according to an embodiment of the present invention; Figure 2 is a block diagram of the hardware structure of the handheldmobile device 120 in Figure 1; Figure 3 is a schematic diagram of the physical product appearance of the handheldmobile device 120 in Figure 2.

第1圖中，車輛輪胎管理裝置100大致包含一無線射頻辨識貼紙110及一手持行動裝置120。無線射頻辨識貼紙110可儲存輪胎之各項訊息。第2圖中，手持行動裝置120主要係可為一種手持式的工具，可為一種獨立於車輛的物件，該手持行動裝置120可為使用者攜帶而移動至任何預定的位置處使用，於本實施例中，該手持行動裝置120可為一如圖3所示之輪胎傳感器設定工具，該手持行動裝置120具有一電路板(圖未示)。電路板上設一晶片模組120a。晶片模組120a為一控制中心，其電性連接並控制一電源模組120b、一記憶體120d、一鏡頭模組120e、一顯示模組120f、一蜂鳴器120g、一震動馬達120h、一控制器區域網路(CANBUS)模組120i、一USB模組120j、一操作模組120k、一低頻(125KHz)收發器120l、一高頻(315MHz/433MHz)收發器120m及一RFID讀取寫入器120n。In FIG. 1, the vehicletire management device 100 generally includes a wireless radiofrequency identification sticker 110 and a handheldmobile device 120. The wireless radiofrequency identification sticker 110 can store various information of the tire. In FIG. 2, the handheldmobile device 120 can be mainly a handheld tool, which can be an object independent of the vehicle. The handheldmobile device 120 can be carried by the user and moved to any predetermined location for use. In this embodiment, the handheldmobile device 120 can be a tire sensor setting tool as shown in FIG. 3. The handheldmobile device 120 has a circuit board (not shown). Achip module 120a is set on the circuit board. Thechip module 120a is a control center, which is electrically connected to and controls apower module 120b, amemory 120d, alens module 120e, adisplay module 120f, abuzzer 120g, avibration motor 120h, a controller area network (CANBUS)module 120i, aUSB module 120j, anoperation module 120k, a low frequency (125KHz) transceiver 120l, a high frequency (315MHz/433MHz)transceiver 120m and an RFID reader/writer 120n.

晶片模組120a具邏輯運算功能，並整合有無線通訊晶片，以透過各式通訊協定(如：Wi-Fi、藍芽等)與外界裝置交換資料。舉例而言，透過Wi-Fi通訊協定可與一遠端伺服器交換資料，而透過藍芽通訊協定可與一手機交換資料。Thechip module 120a has a logic computing function and integrates a wireless communication chip to exchange data with external devices through various communication protocols (such as Wi-Fi, Bluetooth, etc.). For example, data can be exchanged with a remote server through the Wi-Fi communication protocol, and data can be exchanged with a mobile phone through the Bluetooth communication protocol.

電源模組120b係提供硬體運作必要之電源。其一例可使用如電池120c為供電來源，但不受此限。Thepower module 120b provides the power necessary for the hardware to operate. For example, thebattery 120c may be used as a power source, but is not limited to this.

記憶體120d可儲存資料，並載有軟體程式以對車輛服務訊息及輪胎之運作訊息進行處理，其中車輛服務訊息可包含一輪胎買方名稱、一輪胎賣方名稱、一輪胎買方地址、一輪胎賣方地址及輪胎本身ID等，而輪胎之運作訊息係可包含但不限於一胎壓、一胎溫、一傳感器本身電量以及一傳感器本身ID等。Thememory 120d can store data and carry a software program to process vehicle service information and tire operation information, wherein the vehicle service information may include a tire buyer name, a tire seller name, a tire buyer address, a tire seller address and the tire ID, etc., and the tire operation information may include but is not limited to a tire pressure, a tire temperature, a sensor's own power and a sensor's own ID, etc.

鏡頭模組120e可裝設鏡頭，以掃描或照相一維之條碼(bar code)、二維之QR碼(QR code)或一輪胎胎皮上之數字。輪胎胎皮上之數字，例如可為輪胎本身ID，利用鏡頭模組120e掃描或照相輪胎本身ID後，產生一照片至晶片模組120a，再利用一影像辨識軟體辨識照片，即可知道輪胎本身ID。此時，利用操作模組120k或顯示模組120f輸入輪胎買方名稱、輪胎賣方名稱、輪胎買方地址及輪胎賣方地址後，將輪胎買方名稱、輪胎賣方名稱、輪胎買方地址及輪胎賣方地址及輪胎本身ID作關聯成為一檔案，將檔案存在記憶體120d，或是利用晶片模組120a將檔案傳至一遠端伺服器140。又或者，亦可在手持行動裝置120得到輪胎本身ID、輪胎買方名稱、輪胎賣方名稱、輪胎買方地址及輪胎賣方地址後，直接將這些資料上傳至遠端伺服器140後，將這些資料關聯成一關聯資料。輪胎品牌商或輪胎製造商利用遠端伺服器140取得此檔案或關聯資料後，就可得知輪胎的所在處，在經過一定時間後，輪胎需要作回收的動作時，就可利用檔案或關聯資料作回收輪胎的動作。Thelens module 120e can be equipped with a lens to scan or photograph a one-dimensional barcode, a two-dimensional QR code or a number on a tire tread. The number on the tire tread can be, for example, the tire's own ID. After thelens module 120e scans or photographs the tire's own ID, a photo is generated and sent to thechip module 120a. Then, an image recognition software is used to recognize the photo, and the tire's own ID can be known. At this time, after inputting the tire buyer's name, tire seller's name, tire buyer's address and tire seller's address through theoperation module 120k or thedisplay module 120f, the tire buyer's name, tire seller's name, tire buyer's address and tire seller's address are associated with the tire's own ID to form a file, and the file is stored in thememory 120d, or thechip module 120a is used to transmit the file to aremote server 140. Alternatively, after obtaining the tire's own ID, tire buyer's name, tire seller's name, tire buyer's address and tire seller's address through the handheldmobile device 120, these data can be directly uploaded to theremote server 140, and these data are associated into a related data. After the tire brand or tire manufacturer obtains this file or related data through theremote server 140, it can know the location of the tire. After a certain period of time, when the tire needs to be recycled, the file or related data can be used to recycle the tire.

顯示模組120f可使用一觸控輸入介面，透過觸控輸入介面可輸入車輛本身訊息、輪胎本身訊息及車輛服務訊息，其中車輛本身訊息可包含有車主姓名、車主地址、車輛型號或車牌號碼等，而輪胎本身訊息可包含有輪胎型號、尺寸及設置位置等。Thedisplay module 120f can use a touch input interface, through which the vehicle information, tire information and vehicle service information can be input, wherein the vehicle information can include the owner's name, owner's address, vehicle model or license plate number, etc., and the tire information can include tire model, size and setting location, etc.

低頻(125KHz)收發器120l可發送一觸發訊號至一輪胎傳感器，輪胎傳感器160接收觸發訊號後回傳運作訊息或車輛服務訊息。The low frequency (125KHz)transceiver 1201 can send a trigger signal to a tire sensor, and thetire sensor 160 receives the trigger signal and then returns an operation message or a vehicle service message.

高頻(315MHz/433MHz)收發器120m可接收運作訊息，並透過記憶體120d儲存之軟體程式處理運作訊息及車輛服務訊息。晶片模組120a係執行軟體程式之指令。軟體程式之指令包含：產生一用戶配置(user profile)儲存運作訊息及車輛服務訊息；透過晶片模組120a傳送車輛服務訊息或運作訊息至遠端伺服器；及透過低頻(125KHz)收發器120l發送車輛服務訊息。The high-frequency (315MHz/433MHz)transceiver 120m can receive operation messages and process operation messages and vehicle service messages through the software program stored in thememory 120d. Thechip module 120a is used to execute the instructions of the software program. The instructions of the software program include: generating a user profile to store operation messages and vehicle service messages; transmitting vehicle service messages or operation messages to a remote server through thechip module 120a; and sending vehicle service messages through the low-frequency (125KHz) transceiver 120l.

上述之車輛服務訊息可藉由晶片模組120a傳送至一遠端伺服器。The above vehicle service message can be transmitted to a remote server via thechip module 120a.

上述控制器區域網路(CANBUS)模組120i係可用以連接車輛之電腦主機之接收裝置150，接收裝置150是內建在車輛之電腦主機中，或者接收裝置150也可為外接式的獨立裝置，利用無線或有線(插點煙孔)來連接車輛之電腦主機。The controller area network (CANBUS)module 120i can be used to connect to the receivingdevice 150 of the vehicle's computer host. The receivingdevice 150 is built into the vehicle's computer host, or the receivingdevice 150 can also be an external independent device that uses wireless or wired (plug-in jack) to connect to the vehicle's computer host.

USB模組120j則可透過有線方式與外界之手機或電腦連線。TheUSB module 120j can be connected to an external mobile phone or computer via wired connection.

操作模組120k則可使用操作按鍵或旋鈕等以為功能確認之用，並可輸入車輛服務訊息及基本訊息等。Theoperation module 120k can use operation buttons or knobs to confirm functions, and can input vehicle service information and basic information, etc.

蜂鳴器120g及震動馬達120h係可於錯誤產生時發出聲音或震動示警。Thebuzzer 120g and thevibration motor 120h can emit a sound or vibrate to warn when an error occurs.

RFID讀取寫入器120n是用以讀取記錄於無線射頻辨識貼紙110上所儲存的資料或將資料寫入無線射頻辨識貼紙110上，該RFID讀取寫入器120n可內建或外接於手持行動裝置120。The RFID reader/writer 120n is used to read the data stored on the wireless radiofrequency identification sticker 110 or write the data on the wireless radiofrequency identification sticker 110. The RFID reader/writer 120n can be built-in or externally connected to the handheldmobile device 120.

上述手持行動裝置120可設一插槽。一附加記憶體(如：SD卡)可插入插槽，以儲存運作訊息或車輛服務訊息。The handheldmobile device 120 may be provided with a slot. An additional memory (such as an SD card) may be inserted into the slot to store operation information or vehicle service information.

該無線射頻辨識貼紙(Radio Frequency Identification tag,RFID tag)110上記載儲存有一輪胎的基本訊息，如輪胎的製造廠商、輪胎本身ID、型號、尺寸、出廠日期或車主姓名等訊息，另外亦可利用手持行動裝置120將其他資料傳輸記錄於無線射頻辨識貼紙110上，如車主的電話、email或該輪胎位於車輛的位置，如輪胎是位於左前輪、左後輪、右前輪或右後輪等資訊。TheRFID tag 110 stores basic information about a tire, such as the tire manufacturer, tire ID, model, size, production date, or owner's name. In addition, the handheldmobile device 120 can be used to transmit other data recorded on theRFID tag 110, such as the owner's phone number, email, or the location of the tire on the vehicle, such as whether the tire is located on the left front wheel, left rear wheel, right front wheel, or right rear wheel.

於一實施例中，該無線射頻辨識貼紙是可直接貼附在輪胎的胎皮上，在另一實施例中，該無線射頻辨識貼紙也可以整合在一輪胎傳感器(Tire Pressure Monitoring System sensor，TPMS sensor)上，其中該輪胎傳感器可用以偵測輪胎之運作狀態且產生一運作訊息，並可將運作訊息向外傳送。In one embodiment, the wireless radio frequency identification sticker can be directly attached to the tire skin. In another embodiment, the wireless radio frequency identification sticker can also be integrated into a tire sensor (Tire Pressure Monitoring System sensor, TPMS sensor), wherein the tire sensor can be used to detect the operating state of the tire and generate an operating message, and can transmit the operating message to the outside.

請配合參看第5圖，該輪胎傳感器160可包含一儲存模組162及一接收模組164。儲存模組162可儲存運作訊息。接收模組164電性連接儲存模組162，並可接收一車輛服務訊息，並以儲存模組162儲存車輛服務訊息，輪胎傳感器160可更包含一微處理控制模組161、一電力模組163、一傳送模組165以及一偵測模組166。電力模組163、傳送模組165、接收模組164及偵測模組166皆電性連接微處理控制模組161。Please refer to FIG. 5 . Thetire sensor 160 may include astorage module 162 and areceiving module 164 . Thestorage module 162 may store operation information. The receivingmodule 164 is electrically connected to thestorage module 162 and may receive a vehicle service message and store the vehicle service message with thestorage module 162 . Thetire sensor 160 may further include amicroprocessor control module 161 , apower module 163 , atransmission module 165 and adetection module 166 . Thepower module 163 , thetransmission module 165 , the receivingmodule 164 and thedetection module 166 are all electrically connected to themicroprocessor control module 161 .

第3圖係繪示手持行動裝置120之一種可能實體成品外觀。手持行動裝置120大致具有一握把121、一按鍵122(可作為確認鍵或返回鍵)、一功能選擇鍵123及一觸控輸入介面124。按鍵122及功能選擇鍵123可配合軟體程式執行不同之功能，一連接埠可與外界之手機或電腦連線。一插槽可供裝設附加記憶體(如：SD卡)，一按鍵可用以確認功能選項。本發明之手持行動裝置120，其實體產品結構並不限於上述所揭示者，亦可能具有其餘種類之實體產品結構。Figure 3 shows a possible physical finished product appearance of a handheldmobile device 120. The handheldmobile device 120 generally has agrip 121, a button 122 (which can be used as a confirmation button or a return button), afunction selection button 123, and atouch input interface 124. Thebutton 122 and thefunction selection button 123 can cooperate with the software program to execute different functions, and a connection port can be connected to an external mobile phone or computer. A slot can be used to install additional memory (such as an SD card), and a button can be used to confirm the function option. The physical product structure of the handheldmobile device 120 of the present invention is not limited to the above disclosure, and may also have other types of physical product structures.

請參照第6圖，第6圖係繪示依據本發明之設定輪胎存放位置方法流程圖。本發明所揭示一設定輪胎存放位置的方法，其包含下列步驟：步驟S100係透過一手持行動裝置輸入一輪胎的基本訊息，其中該輪胎的基本訊息可為輪胎相關訊息、車輛相關訊息或車主資訊等其中一個，輪胎相關訊息可包含有輪胎的製造廠商、輪胎本身ID、型號、尺寸或出廠日期等，車輛相關訊息可包含有所裝設車輛的車牌號碼或車輛辨識碼等其中一個，車主資訊是足以辨識車主身份的資訊，可包含車主姓名、電話或email等其中一個；步驟S102係由手持行動裝置輸入一輪胎存放於一輪胎倉庫(tire hotel)的存放位置；步驟S103係由手持行動裝置將輪胎的基本訊息及輪胎存放位置傳送至一遠端伺服器，另外亦可先輸入輪胎存放位置後，再輸入輪胎的基本訊息，即執行S102步驟再執行S100步驟，後續將進一步說明上述車輛輪胎管理方法之運作原理。Please refer to FIG. 6 , which is a flow chart of the method for setting the tire storage position according to the present invention. The present invention discloses a method for setting a tire storage location, which includes the following steps: Step S100 is to input basic information of a tire through a handheld mobile device, wherein the basic information of the tire can be one of tire-related information, vehicle-related information or owner information, etc. The tire-related information can include the tire manufacturer, tire ID, model, size or production date, etc. The vehicle-related information can include one of the license plate number or vehicle identification code of the installed vehicle, etc. The owner information is information sufficient to identify the owner, and can include one of the owner's name, telephone number or email, etc.; Step S102 is to input a tire stored in a tire warehouse by the handheld mobile device. hotel); step S103 is to transmit the basic information of the tire and the storage location of the tire to a remote server by the handheld mobile device. Alternatively, the tire storage location can be input first, and then the basic information of the tire can be input, that is, step S102 is executed and then step S100 is executed. The operating principle of the above vehicle tire management method will be further explained later.

其中，輪胎倉庫的輪胎存放位置，是指輪胎存放在輪胎倉庫裡面的具體位置，例如是在輪胎倉庫中某一個特定櫃子中的特定存放位置，不是指車輛上的位置，例如不是指左前輪、左後輪、右前輪或右後輪位置，也不是指車輛上備胎的位置，更不是指輪胎倉庫本身的地點或地址。以手持行動裝置的鏡頭模組光學掃瞄輪胎上的條碼並無法得到輪胎倉庫的輪胎存放位置，因為輪胎倉庫的輪胎存放位置的訊息並不會存在輪胎上的條碼中。輪胎倉庫的輪胎存放位置需用人工輸入方式，是以手動輸入輪胎存放位置進入手持行動裝置中，輪胎存放位置可儲存在手持行動裝置的記憶體中或者是遠端伺服器中。The tire storage location of the tire warehouse refers to the specific location where the tire is stored in the tire warehouse, such as a specific storage location in a specific cabinet in the tire warehouse, and does not refer to the location on the vehicle, such as the left front wheel, left rear wheel, right front wheel or right rear wheel, nor does it refer to the location of the spare tire on the vehicle, and it does not refer to the location or address of the tire warehouse itself. The tire storage location of the tire warehouse cannot be obtained by optically scanning the barcode on the tire with the lens module of the handheld mobile device, because the information of the tire storage location of the tire warehouse is not in the barcode on the tire. The tire storage location of the tire warehouse needs to be manually input, that is, the tire storage location is manually input into the handheld mobile device, and the tire storage location can be stored in the memory of the handheld mobile device or in a remote server.

請配合參看第2圖及第4圖，其中在以手持行動裝置120輸入一輪胎的基本訊息時，可直接利用手持行動裝置120上的顯示模組120f或操作模組120k，直接輸入該輪胎所裝設車輛的車牌號碼、車輛辨識碼或車主資訊，如車主姓名、電話等，或者以手持行動裝置120h的RFID讀取寫入器120n直接讀取儲存於輪胎上的無線射頻辨識貼紙110，來讀取該輪胎相關訊息，或者以利用手持行動裝置120上的鏡頭模組120e來取得該輪胎上的文字，如輪胎上的ID或型號等，來輸入該輪胎的基本訊息，而以鏡頭模組120e來取得該輸胎上的文字時可利用掃描或拍照等方式。Please refer to FIG. 2 and FIG. 4, in which when inputting basic information of a tire using the handheldmobile device 120, thedisplay module 120f or theoperation module 120k on the handheldmobile device 120 can be used to directly input the license plate number, vehicle identification code or owner information of the vehicle on which the tire is installed, such as the owner's name, telephone number, etc., or the RFID read/write function of the handheldmobile device 120h can be used to input the basic information of the tire using thedisplay module 120f or theoperation module 120k on the handheldmobile device 120. Theinput device 120n directly reads the wireless radiofrequency identification sticker 110 stored on the tire to read the tire-related information, or thelens module 120e on the handheldmobile device 120 obtains the text on the tire, such as the ID or model on the tire, to input the basic information of the tire, and thelens module 120e can use scanning or taking pictures to obtain the text on the tire.

另外亦可在輸入輪胎的基本訊息後，可再執行一步驟S101，該步驟101係可利用手持行動裝置120輸入輪胎的種類，如冬胎、夏胎或四季胎等、存放輪胎的數量、輪胎識別資訊(Department of transportation,DOT)或輪胎的序號等，也可以再利用手持行動裝置120輸入該輪胎位於車輛上的位置，如左後輪胎位置、左前輪胎位置、右前輪胎位置或右後輪胎位置，用以確認所存放的輪胎是位於車輛的哪一個輪胎位置，或利用手持行動裝置120上的鏡頭模組120e拍攝該輪胎的外觀，以確認該輪胎外觀是否有瑕疵，以便將輪胎的外觀情況先作記錄存放在遠端伺服器140，以避免往後就輪胎是否有毀損引起不必要的爭議，並且將輪胎的數量、輪胎識別資訊、輪胎的序號及輪胎的照片等資料傳輸至遠端伺服器140。After inputting the basic information of the tire, step S101 can be executed. In step S101, the handheldmobile device 120 can be used to input the type of tire, such as winter tire, summer tire or all-season tire, the number of stored tires, tire identification information (Department of Transportation, DOT) or the serial number of the tire, etc., and the position of the tire on the vehicle, such as the left rear tire position, the left front tire position, the right front tire position or the right rear tire position, can be inputted through the handheldmobile device 120 to confirm which tire position of the vehicle the stored tire is located at, or thelens module 120e on the handheldmobile device 120 can be used to photograph the appearance of the tire to confirm whether the tire appearance has defects, so as to record the appearance of the tire and store it in theremote server 140 in advance to avoid unnecessary disputes about whether the tire is damaged in the future, and transmit the data such as the number of tires, tire identification information, tire serial number and tire photos to theremote server 140.

請一併配合參照第7圖，第7圖係繪示依據本發明又一實施例之輪胎管理系統架構方塊圖。Please refer to Figure 7, which is a block diagram of the tire management system architecture according to another embodiment of the present invention.

於第7圖中，本發明所揭示之一輪胎管理系統架構包含一無線射頻辨識貼紙110、一手持行動裝置120、一訊息處理裝置130以及一遠端伺服器140。無線射頻辨識貼紙110係用以儲存一輪胎相關訊息，手持行動裝置120係可用以讀取無線射頻辨識貼紙110所儲存的訊息或將其他訊息，如無線射頻辨識貼紙之ID、相關的輪胎傳感器之ID或序號等寫入而儲存於無線射頻辨識貼紙110中，如第11圖所示者；手持行動裝置120亦可接收一外部訊息，如輪胎安裝地點、一車款名稱、一車輛型號、一車輛年份或一車輛本身號碼等並設定該輪胎的存放位置，並可向外傳送輪胎相關訊息、輪胎的存放位置及外部訊息至訊息處理裝置130所接收，並可透過訊息處理裝置130或直接由手持行動裝置120向外傳送至遠端伺服器140，如第10圖所示者，並由遠端伺服器140產生一包含有該輪胎存放位置的清單訊息並加以儲存。In FIG. 7, a tire management system architecture disclosed in the present invention includes a wireless radiofrequency identification sticker 110, a handheldmobile device 120, amessage processing device 130, and aremote server 140. The wireless radiofrequency identification sticker 110 is used to store tire-related information. The handheldmobile device 120 can be used to read the information stored in the wireless radiofrequency identification sticker 110 or write other information, such as the ID of the wireless radio frequency identification sticker, the ID or serial number of the related tire sensor, etc., into the wireless radiofrequency identification sticker 110 and store it, as shown in FIG. 11; the handheldmobile device 120 can also receive an external message, such as a tire installation location, a car model name, a car The tire model, the year of a vehicle or the number of a vehicle itself can be set to the storage location of the tire, and the tire-related information, the storage location of the tire and the external information can be sent to themessage processing device 130 for reception, and can be sent to theremote server 140 through themessage processing device 130 or directly from the handheldmobile device 120, as shown in FIG. 10, and theremote server 140 generates a list message including the storage location of the tire and stores it.

上述之手持行動裝置120所接收之外部訊息，係包含但不限於一手持行動裝置本身ID、一輪胎傳感器本身ID、一輪胎行駛里程數、一胎紋深度、一載重、一輪胎品牌、一輪胎型號、一輪胎安裝時間、輪胎安裝地點、一輪胎傳感器安裝時間及地點、一輪胎安裝店家位置、一車廠名稱、一車款名稱、一車輛型號、一車輛年份、一車輛本身號碼、一維修換胎店家位置、一鋼圈本身序號、維修工人本身員工號碼或辨識號碼ID、一輪胎存放位置、一輪胎代理商名稱、一輪胎零售商名稱、一輪胎代理商地址、一輪胎零售商地址、一輪胎買家姓名、一輪胎買家地址、一車主姓名、一車主地址，藉此，輪胎傳感器160與接收裝置150作溝通的通訊協定、輪胎胎壓值、輪胎尺寸、車牌號碼、車主預約至輪胎維修廠的日期、時間或是設定工具或訊息處理裝置出現系統有錯誤之訊息等，亦可上傳至遠端伺服器140，系統開發商例如TPMS製造商等，可以從遠端伺服器得知系統有錯誤之訊息後，以作為往後改善系統或遠端伺服器140依據和參考用。The external information received by the handheldmobile device 120 includes but is not limited to a handheld mobile device ID, a tire sensor ID, a tire mileage, a tire tread depth, a load, a tire brand, a tire model, a tire installation time, a tire installation location, a tire sensor installation time and location, a tire installation store location, a car manufacturer name, a car model name, a vehicle model, a vehicle year, a vehicle number, a repair shop location, a rim serial number, a repair worker's employee number or identification number ID, a tire storage location, a tire dealer name, a tire retailer The communication protocol for thetire sensor 160 to communicate with the receivingdevice 150, the tire pressure value, tire size, license plate number, the date and time of the owner's appointment at the tire repair shop, or the system error message of the setting tool or message processing device can also be uploaded to theremote server 140. System developers such as TPMS manufacturers can learn the system error message from the remote server and use it as a basis and reference for future improvement of the system orremote server 140.

手持行動裝置120透過一有線通道(如實體網路線)或一無線通道(如WiFi、藍芽、3G/4G/5G或其他可能之無線傳輸協定)，將其具有之運作訊息/外部訊息，傳送至訊息處理裝置130或遠端伺服器140。訊息處理裝置130係可為一手機、一平板電腦、一筆記型電腦或一桌上型電腦，但不限於此。接續，訊息處理裝置130可透過無線或有線方式，將輪胎訊息/外部訊息傳送至遠端伺服器140進行儲存，因此該手持行動裝置120之持有者可透過連接遠端伺服器140而重新取得該位置資訊，得知輪胎之存放位置以及其餘相關訊息，如此當車主日後要更換輪胎時，僅需透過手持行動裝置120輸入輪胎的基本資訊，如車牌號碼、車輛辨識碼、車主資訊(如車主的姓名、電話、email、居住地址、郵遞區號或居住城市)或車輛的製造商及款式及生產年份等其中之一者，再將輪胎基本訊息傳輸至遠端伺服器140後，由遠端伺服器140根據所接收的輪胎相關訊息找出相關聯的清單訊息，即可方便地查詢該車主的輪胎存放於哪一個位置，並回傳至手持行動裝置120，方便保養廠或輪胎廠取用並更換所需的輪胎，另外，車主可藉由訊息處理裝置130輸入要至輪胎維修廠的預約資料，預約資料可以是上述外部訊息的任何一個，預約資料可形成一預約單號，訊息處理裝置130再將預約單號透過遠端伺服器140傳給手持行動裝置120，輪胎維修廠員工操作手持行動裝置120，可以手動點開預約單號，點開後可以顯示出許多的預約資料。輪胎維修廠員工可以在車主到達之前，事先得知要預約維修的車主、車輛或輪胎的資訊。The handheldmobile device 120 transmits its operating information/external information to themessage processing device 130 or theremote server 140 via a wired channel (such as a physical network cable) or a wireless channel (such as WiFi, Bluetooth, 3G/4G/5G or other possible wireless transmission protocols). Themessage processing device 130 can be a mobile phone, a tablet computer, a laptop computer or a desktop computer, but is not limited thereto. Next, theinformation processing device 130 can transmit the tire information/external information to theremote server 140 for storage by wireless or wired means, so that the holder of the handheldmobile device 120 can re-acquire the location information by connecting to theremote server 140, and learn the storage location of the tire and other related information. In this way, when the owner wants to replace the tire in the future, he only needs to input the basic information of the tire through the handheldmobile device 120, such as the license plate number, vehicle identification code, owner information (such as the owner's name, telephone number, email, residential address, zip code or residential city) or the manufacturer, model and production year of the vehicle, and then transmit the basic tire information to theremote server 140. Theremote server 140 can find out the related list information based on the received tire-related information, and can easily check the location where the tires of the car owner are stored, and send it back to the handheldmobile device 120, so that the maintenance plant or tire factory can easily take and replace the required tires. In addition, the car owner can input the reservation information to the tire repair shop through themessage processing device 130. The reservation information can be any of the above-mentioned external information. The reservation information can form a reservation number. Themessage processing device 130 then transmits the reservation number to the handheldmobile device 120 through theremote server 140. The tire repair shop employee can operate the handheldmobile device 120 and manually click on the reservation number. After clicking, a lot of reservation information can be displayed. Tire repair shop staff can learn the information of the owner, vehicle or tires to be scheduled for repair before the owner arrives.

其次，可再利用一輪紋深度量測工具180量測輪胎的胎紋深度後，將所量得的胎紋深度傳送給手持行動裝置120，再經由手持行動裝置120將該胎紋深度傳輸至該遠端伺服器140。Secondly, a treaddepth measuring tool 180 can be used to measure the tread depth of the tire, and the measured tread depth can be transmitted to the handheldmobile device 120, and then the handheldmobile device 120 can transmit the tread depth to theremote server 140.

請配合參看第8圖，其本發明所揭示之另一輪胎管理系統架構，輪胎傳感器160之運作訊息，亦可透過一接收裝置150所接收，其係可為車用電腦主機或專門用來接收輪胎傳感器160訊息的胎壓偵測主機，透過一無線通道傳送至訊息處理裝置130。訊息處理裝置130，接續，亦可將運作訊息傳送至遠端伺服器140進行儲存及分析。並且，手持行動裝置120所接收之輪胎基本訊息或外部訊息等，亦可透過一無線通道回傳至輪胎傳感器160，再透過接收裝置150向外傳送，或直接由手持行動裝置120傳送至遠端伺服器140。最終，遠端伺服器140同時具有運作訊息及外部訊息，並可對運作訊息及外部訊息進行分析/配對，並將分析/配對結果回傳至訊息處理裝置130或手持行動裝置120。藉此，訊息處理裝置130(手機或電腦)或手持行動裝置120之持有者，皆可依據回傳之分析/配對結果，而得到相關訊息服務。Please refer to FIG. 8, which shows another tire management system architecture disclosed by the present invention. The operation information of thetire sensor 160 can also be received by a receivingdevice 150, which can be a vehicle computer host or a tire pressure detection host specially used to receive information from thetire sensor 160, and transmitted to themessage processing device 130 through a wireless channel. Themessage processing device 130 can then transmit the operation information to theremote server 140 for storage and analysis. In addition, the basic tire information or external information received by the handheldmobile device 120 can also be transmitted back to thetire sensor 160 through a wireless channel, and then transmitted outwardly through the receivingdevice 150, or directly transmitted from the handheldmobile device 120 to theremote server 140. Finally, theremote server 140 has both operational information and external information, and can analyze/match the operational information and external information, and return the analysis/matching results to themessage processing device 130 or the handheldmobile device 120. In this way, the owner of the message processing device 130 (mobile phone or computer) or the handheldmobile device 120 can obtain relevant message services based on the returned analysis/matching results.

其中以手持行動裝置120輸入製造商(Make)、車款(Model)及生產年份(Year)的其中之一或者上述三種都輸入，其中Make、Model及Year簡稱為MMY。該手持行動裝置120再從該手持行動裝置120的內部資料庫中選擇出一合適的通訊協定，並將該通訊協定傳送給輪胎傳感器160，以將通訊協定燒錄至該輪胎傳感器160，如此輪胎傳感器160可與接收裝置150進行溝通。The handheldmobile device 120 inputs one of the manufacturer (Make), car model (Model) and production year (Year) or all three of the above, where Make, Model and Year are abbreviated as MMY. The handheldmobile device 120 then selects a suitable communication protocol from the internal database of the handheldmobile device 120 and transmits the communication protocol to thetire sensor 160 to burn the communication protocol into thetire sensor 160, so that thetire sensor 160 can communicate with the receivingdevice 150.

以該手持行動裝置120輸入一觸發訊號至該輪胎傳感器160，而該輪胎傳感器160回傳該輪胎傳感器160的ID及相對輪胎的胎壓予手持行動裝置120，另外亦可以手持行動裝置120的一顯示模組或操作模組輸入一輪胎傳感器160的ID至手持行動裝置中，其次，該手持行動裝置120在收到由輪胎傳感器160所傳過來的ID或輸入後輪胎傳感器160ID，該手持行動裝置120將該輸胎傳感器160的ID再傳輸給一第二輪胎傳感器170。The handheldmobile device 120 inputs a trigger signal to thetire sensor 160, and thetire sensor 160 returns the ID of thetire sensor 160 and the tire pressure of the corresponding tire to the handheldmobile device 120. Alternatively, the ID of thetire sensor 160 can be input to the handheld mobile device through a display module or an operation module of the handheldmobile device 120. After receiving the ID transmitted by thetire sensor 160 or inputting thetire sensor 160 ID, the handheldmobile device 120 transmits the ID of thetire sensor 160 to asecond tire sensor 170.

舉例來講，因為冬季胎及夏季胎中各安裝有一輪胎傳感器160，各自的輪胎傳感器160分別有不同的輪胎傳感器本身ID。若一開始是裝有夏季胎，夏季胎中的輪胎傳感器160本身ID例如是A01，車子的行車電腦也是要記錄有ID A01，如此行車電腦才認得此輪胎傳感器160，輪胎傳感器160才能順利將胎壓等資料傳給行車電腦。當要換上冬季胎時，因為冬季胎中是另外一顆輪胎傳感器160，本身ID為A02，但行車電腦只認得A01，所以行車電腦無法和此輪胎傳感器160作溝通。又若將行車電腦記錄有ID A02，就要重新設定行車電腦，但設定行車電腦的過程當相繁瑣，故就要利用手持行動裝置120將從夏季胎中輪胎傳感器160得到的ID A01先傳至手持行動裝置120，再將ID A01至給冬季胎中的輪胎傳感器160，所以行車電腦認得ID A01，冬季胎中的輪胎傳感器160可順利傳資訊給行車電腦，因而不用重新設定行車電腦，省下大量的設定時間。For example, since winter tires and summer tires are each equipped with atire sensor 160, eachtire sensor 160 has a different tire sensor ID. If summer tires are installed at the beginning, thetire sensor 160 in the summer tire has an ID of, for example, A01, and the vehicle's onboard computer must also record the ID A01, so that the onboard computer can recognize thetire sensor 160, and thetire sensor 160 can smoothly transmit tire pressure and other data to the onboard computer. When changing to winter tires, because there is anothertire sensor 160 in the winter tire, its ID is A02, but the onboard computer only recognizes A01, so the onboard computer cannot communicate with thetire sensor 160. If the driving computer records ID A02, the driving computer must be reconfigured, but the process of configuring the driving computer is rather complicated, so the handheldmobile device 120 is used to first transmit ID A01 obtained from thetire sensor 160 in the summer tire to the handheldmobile device 120, and then transmit ID A01 to thetire sensor 160 in the winter tire. Therefore, the driving computer recognizes ID A01, and thetire sensor 160 in the winter tire can smoothly transmit information to the driving computer, so there is no need to reconfigure the driving computer, saving a lot of configuration time.

另外，本發明之無線射頻辨識貼紙110係設置於車輛的輪胎上，而手持行動裝置120，係為輪胎維修廠(如：車輛保養廠、輪胎經銷商等)所持有，並且輪胎維修廠亦可配置有訊息處理裝置130(如：廠商用之手機、桌上型電腦等)。另外，訊息處理裝置130亦可為車輛駕駛者所持有之手機。據此，將產生多種應用方式。例如：於冬季時，將夏季之輸胎換下置於輪胎倉庫的架上，手持行動裝置120先掃描輪胎上的無線射頻辨識貼紙110而取得該輪胎相關訊息，並輸入架上位置，如第十排第3個，再傳送至遠端伺服器140以建立清單訊息而進行儲存，於下次更換輪胎時，透過手持行動裝置120輸入輪胎的基本訊息，如車牌號碼、車輛相關資訊或車主資訊或MMY，輸入上述四種的其中一個，並藉此一輪胎的基本訊息讀取遠端伺服器140所儲存之輪胎位置，即可方便取用並更換輪胎；其實施步驟請參照第9圖，其繪示一種應用上述輪胎訊息管理裝置100設定輸胎存放位置的方法流程圖，其包含：步驟S104係提供一輪胎存放區域，輪胎存放區域包含複數個輪胎存放位置；步驟S105係將一輪胎存放至此些輪胎存放位置其中之一；步驟S106係輸入輪胎存放位置至手持行動裝置120；步驟S107係由手持行動裝置120傳送輪胎存放位置至遠端伺服器140；於車輛下次進廠時，透過手持行動裝置120輸入輪胎相關訊息，即可立即得知輪胎的存放位置，以方便更換輪胎，另外，S105、S106及S107三個步驟的執行順序亦可相互交換，如先執行S106，再執行S107步驟最後再執行S105步驟，或是先執行S106，再執行S105步驟最後再執行S107步驟。In addition, the wireless radiofrequency identification sticker 110 of the present invention is set on the tire of the vehicle, and the handheldmobile device 120 is held by the tire repair shop (such as: vehicle maintenance shop, tire dealer, etc.), and the tire repair shop can also be equipped with a message processing device 130 (such as: mobile phone, desktop computer, etc. used by the manufacturer). In addition, themessage processing device 130 can also be a mobile phone held by the vehicle driver. Based on this, a variety of application methods will be generated. For example, in winter, the tires that were replaced in summer are placed on the racks of the tire warehouse. The handheldmobile device 120 first scans the wireless radiofrequency identification sticker 110 on the tire to obtain the tire-related information, and inputs the position on the rack, such as the third tire in the tenth row, and then transmits it to theremote server 140 to create a list message for storage. The next time the tire is replaced, the basic information of the tire is input through the handheldmobile device 120. The tireinformation management device 100 can be used to store tires in a certain manner. For example, the tireinformation management device 100 can be used to store tires in a certain manner. The ... Step 104 is to provide a tire storage area, the tire storage area includes a plurality of tire storage positions; step S105 is to store a tire in one of the tire storage positions; step S106 is to input the tire storage position to the handheldmobile device 120; step S107 is to transmit the tire storage position from the handheldmobile device 120 to theremote server 140; when the vehicle enters the factory next time, the handheldmobile device 120 can be used to transmit the tire storage position to theremote server 140; By inputting tire-related information into themobile device 120, the storage location of the tire can be immediately known, so as to facilitate tire replacement. In addition, the execution order of the three steps S105, S106 and S107 can also be interchanged, such as executing S106 first, then executing S107 and finally executing S105, or executing S106 first, then executing S105 and finally executing S107.

上述展示了基於手持行動裝置120可讀取無線射頻辨識貼紙110上的訊息、輸入輪胎位置，以及結合遠端伺服器140所建構之應用方式。因此，本發明透過所建構之設定輪胎位置之方法及系統，亦可結合其他多樣化之外部訊息，提供駕駛者更為全面、即時之訊息服務。The above shows an application method based on the handheldmobile device 120 being able to read the information on the wireless radiofrequency recognition sticker 110, input the tire position, and combine with theremote server 140. Therefore, the present invention can also combine other diverse external information through the constructed method and system for setting the tire position to provide drivers with more comprehensive and real-time information services.

請配合參看第12圖至第14圖，其中顯示另一種手持行動裝置之實施例，該手持行動裝置可為一輪胎傳感器觸發裝置150，該輪胎傳感器觸發裝置150包含有一電路版，該電路板上設一晶片模組150a，該晶片模組150a電性連接並一電源模組150b、一藍牙模組150p、一低頻(125KHz)收發器150l、一高頻(315MHz/433MHz)收發器150m及一開關按鈕，該高頻收發器150m接收該輪胎傳感器回傳之一胎壓訊號，該胎壓訊號包含有該輪胎傳感器的一ID識別碼，該藍牙模組120p和該手機連接，將該胎壓訊號傳至一手機，又該開按鈕可供按壓以控制該輪胎傳感器觸發裝置150，其中長按開關按鈕用以將輪胎傳感器觸發裝置150開啟或關閉電源，短按開關按鈕可用以將輪胎傳感器觸發裝置150發射出LF低頻訊號給輪胎傳感器。Please refer to Figures 12 to 14, which show another embodiment of a handheld mobile device. The handheld mobile device can be a tiresensor trigger device 150. The tiresensor trigger device 150 includes a circuit board, achip module 150a is disposed on the circuit board, and thechip module 150a is electrically connected to apower module 150b, a Bluetooth module 150p, a low frequency (125KHz) transceiver 150l, a high frequency (315MHz/433MHz)transceiver 150m and a switch. The high-frequency transceiver 150m receives a tire pressure signal sent back by the tire sensor, and the tire pressure signal includes an ID code of the tire sensor. The Bluetooth module 120p is connected to the mobile phone to transmit the tire pressure signal to the mobile phone. The on button can be pressed to control the tiresensor trigger device 150, wherein a long press of the on/off button is used to turn the tiresensor trigger device 150 on or off, and a short press of the on/off button is used to make the tiresensor trigger device 150 emit a LF low-frequency signal to the tire sensor.

另外，該輪胎傳感器觸發裝置150更包含有一蜂嗚器150g、一震動馬達150h及一控制器區域網路(CANBUS)模組150i，該控制器區域網路模組150I可與車載診斷系統(On-Board Diagnostic,OBD)或一行車電腦有線連接，將該ID識別碼從該輪胎傳感器觸發裝置150傳至該行車電腦，以將ID寫入至該行車電腦的一記憶體，或是將行車電腦儲存之輪胎傳感器的ID讀取至該輪胎傳感器觸發裝置150。In addition, the tiresensor trigger device 150 further includes abuzzer 150g, avibration motor 150h and a controller area network (CANBUS) module 150i. The controller area network module 150i can be wired to the on-board diagnostic system (OBD) or a driving computer to transmit the ID identification code from the tiresensor trigger device 150 to the driving computer to write the ID into a memory of the driving computer, or read the tire sensor ID stored in the driving computer to the tiresensor trigger device 150.

藉此，利用該輪胎傳感器觸發裝置150的藍牙模組150p與手機連接後，可利用手機的螢幕操控該輪胎傳感器觸發裝置150，而透過該輪胎傳感器觸發裝置150取得輪胎傳感器的胎壓訊號，並將該胎壓訊號傳至該手機，然後利用該手機以輸入與輪胎相關的基本訊息，如如輪胎的ID、車主姓名、車牌號碼、車輛相關資訊或車主資訊或MMY等，及該輪胎存放於一輪胎倉庫的輪胎存放位置等，再將基本訊息及輪胎存放位置等傳送至遠端伺服器140，並且於該手機及該遠端伺服器140其中之一者產生一含有該輪胎存放位置及該基本訊息的清單訊息，如此即可完成設定輪胎存放位置的程序。Thus, after the Bluetooth module 150p of the tiresensor trigger device 150 is connected to the mobile phone, the tiresensor trigger device 150 can be controlled by the screen of the mobile phone, and the tire pressure signal of the tire sensor can be obtained through the tiresensor trigger device 150, and the tire pressure signal is transmitted to the mobile phone, and then the mobile phone is used to input basic information related to the tire, such as the tire ID, the owner's name , license plate number, vehicle-related information or owner information or MMY, etc., and the tire storage location of the tire in a tire warehouse, etc., and then transmit the basic information and tire storage location, etc. to theremote server 140, and generate a list message containing the tire storage location and the basic information in one of the mobile phone and theremote server 140, so that the process of setting the tire storage location can be completed.

當欲取用並更換輪胎時，只要透過手機輸入輪胎的基本訊息，並藉此一輪胎的基本訊息讀取遠端伺服器140所儲存之輪胎位置，即可方便且快速地得知前次輪胎的存放位置，以方便於輪胎倉庫中取得特定的輪胎，供車主進行更換。When you want to take and replace a tire, you only need to input the basic information of the tire through the mobile phone, and use the basic information of the tire to read the tire location stored in theremote server 140, so that you can easily and quickly know the storage location of the previous tire, so as to facilitate the owner to obtain a specific tire in the tire warehouse for replacement.

另外，訊息處理裝置130亦可為一手機或筆記型電腦等電子裝置，利用該電子裝置下載設定輪胎位置的應用程式，其中由輪胎廠或修車廠持有電子裝置，而傳胎傳感器製造商提供應用程式，而透過該應用程式來輸入輪胎的基本訊息及輪胎存放位置，並將該基本訊息及輪胎存放位置傳輸至遠端伺服器140，而當欲取用所存取的輪胎時，亦可直接利用該電子裝置透過該應用程式輸入輪胎基本訊息，如此即可快速地於遠端伺服器中查訊到輪胎的存放位置，而方便取用並更換輪胎，其次，在基本訊息的輸入時，亦可利用電子裝置上的藍牙模組直接與一胎傳感器160相連接，並取得該輪胎傳感器160一胎壓訊號，該胎壓訊號可包含有該輪胎傳感器160的一ID識別碼等。In addition, theinformation processing device 130 may also be an electronic device such as a mobile phone or a laptop computer, and the electronic device may be used to download an application for setting the tire position. The electronic device is held by a tire manufacturer or a repair shop, and the tire sensor manufacturer provides the application. The basic information of the tire and the tire storage location are input through the application, and the basic information and the tire storage location are transmitted to theremote server 140. When the stored tire is to be accessed, theremote server 140 may also be used to download the application. The basic information of the tire can be directly inputted through the application using the electronic device, so that the storage location of the tire can be quickly checked in the remote server, and the tire can be conveniently accessed and replaced. Secondly, when inputting the basic information, the Bluetooth module on the electronic device can also be used to directly connect to atire sensor 160 and obtain a tire pressure signal of thetire sensor 160. The tire pressure signal can include an ID identification code of thetire sensor 160, etc.

請配合參看第15圖，配合電子裝置的應用程式在操作流程如下：提供一選擇界面，如第16圖所示，於該選擇界面中可供操作者點入預約界面、客戶資訊界面、工作排程界面及尋找輪胎儲存資料界面等。Please refer to Figure 15. The operation process of the application program in conjunction with the electronic device is as follows:Provide a selection interface, as shown in Figure 16, in which the operator can click on the reservation interface, customer information interface, work scheduling interface and tire storage data search interface, etc.

輸入輪胎基本資料，首先當客戶有預約時，可經由點選預約界面進入如圖17所示的輸入界面，以輸入如車牌號碼、車輛辨識碼(vehicle identification number,VIN)或車主資訊等輪胎相關基本訊息，如客戶無預約，且可直接點選進入輸入界面，以輸入輪胎相關基本訊息，其中在輸入輪胎相關基本訊息時，可先輸入如車輛廠牌、年份或車主姓名等車輛資訊，並填寫如輪胎品牌、型號及輪胎大小等輪胎資訊，再填寫輪胎識別資訊(Department of transportation,DOT)及輪胎序號等，其中輸入輪胎序號時可利用填寫或掃描輪胎外表來輸入，另外亦可選擇輸入胎紋深度，其可利用一輪紋深度量測工具來量測輪胎胎紋深度，並將量測結果透過藍牙模組傳輸至手機，其次亦可利用手機對輪胎外觀進行拍照，並傳入該應用程式中，再則亦可利用一輪胎傳感器設定工具或輪胎傳感器觸發裝置讀取一輪胎傳感器的序號、胎壓、胎溫及電量等資訊後，將前述資訊傳送予手機，而輸入於輸入界面的相關欄位中。Enter basic tire information. First, when a customer has made an appointment, he can click on the appointment interface to enter the input interface shown in FIG. 17 to enter basic tire-related information such as the license plate number, vehicle identification number (VIN) or owner information. If the customer does not have an appointment, he can directly click to enter the input interface to enter basic tire-related information. When entering basic tire-related information, he can first enter vehicle information such as vehicle brand, year or owner name, and fill in tire information such as tire brand, model and tire size, and then fill in tire identification information (Department of Transportation, DOT) and tire serial number, etc. The tire serial number can be entered by filling in or scanning the tire surface. In addition, the tread depth can be entered by using a tread depth measurement tool to measure the tire tread depth and transmit the measurement result to the mobile phone through the Bluetooth module. Secondly, the mobile phone can also take a photo of the tire appearance and transmit it to the application. In addition, a tire sensor setting tool or a tire sensor trigger device can be used to read a tire sensor serial number, tire pressure, tire temperature and battery information, and then the aforementioned information can be transmitted to the mobile phone and entered into the relevant fields of the input interface.

輸入輪胎存放位置，於該輸入界面中輸入輪胎存放於一輪胎倉庫的輪胎存放位置，如第18圖所示者。Enter the tire storage location. In the input interface, enter the tire storage location where the tire is stored in a tire warehouse, as shown in Figure 18.

傳送至一遠端伺服器，將輪胎基本訊息及該輪胎存放位置向外傳送至一遠端伺服器，而儲存於遠端伺服器中，並於該電子裝置利用該應用程式者產生一含有該輪胎存放位置及該基本訊息的清單訊息，同時將該清單運息傳送至遠端伺服器中，另外，亦可直接由遠端伺服器產生該清單訊息。The tire basic information and the tire storage location are transmitted to a remote server and stored in the remote server. The electronic device using the application generates a list message containing the tire storage location and the basic information, and transmits the list message to the remote server. In addition, the list message can also be directly generated by the remote server.

列印資料，可選擇列印輪胎相關的基本訊息及輪胎存放位置等資料，如第19圖所示者，以供客戶作最後確認。Print data. You can choose to print basic information related to the tire and the tire storage location, as shown in Figure 19, for the customer to make final confirmation.

當客戶欲更換輪胎時，則點選客戶資料界面，如第20圖所示，並輸入任一輪胎基本訊息，如車牌號碼、車主姓名等，利用該應用程式將該基本訊息傳至遠端伺服器，該遠端伺服器存有和該基本訊息相關的清單訊息，再將該清單訊息回傳給該電子裝置，然後利用該清單訊息尋找出輪胎存放在倉庫中的位置，並顯示相關資訊，以利該客戶更換輪胎，或者可將該基本訊息及輪胎傳放位置儲存於電子裝置的記憶體中，而能在直接於電子裝置中輸入基本訊息後由電子裝置的記憶體中尋找該客戶的輪胎存放位置。When a customer wants to change tires, he/she clicks on the customer data interface, as shown in Figure 20, and enters any basic information about the tires, such as the license plate number, the owner's name, etc. The application transmits the basic information to the remote server, which stores a list message related to the basic information, and then transmits the list message back to the electronic device, which then uses the list message to find the location of the tires in the warehouse and displays relevant information to facilitate the customer to change tires. Alternatively, the basic information and the tire storage location can be stored in the memory of the electronic device, and the customer's tire storage location can be found in the memory of the electronic device after the basic information is directly entered in the electronic device.

雖然本發明已以實施方式揭露如上，然其並非用以限定本發明，任何熟習此技藝者，在不脫離本發明的精神和範圍內，當可作各種的更動與潤飾，因此本發明的保護範圍當視後附的申請專利範圍所界定者為準。Although the present invention has been disclosed in the form of implementation as above, it is not intended to limit the present invention. Anyone familiar with this technology can make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the present invention shall be subject to the scope of the attached patent application.

S100、S101、S102、S103:步驟S100, S101, S102, S103: Steps