TWI734518B

TWI734518B - Bluetooth pairing system and method

Info

Publication number: TWI734518B
Application number: TW109119557A
Authority: TW
Inventors: 陳怡欽; 陳經宇; 秦允求
Original assignee: 仁寶電腦工業股份有限公司
Priority date: 2020-06-10
Filing date: 2020-06-10
Publication date: 2021-07-21
Also published as: TW202147795A

Abstract

The present disclosure provides a Bluetooth (BT) pairing system and method. The BT pairing system includes a first BT device and a second BT device. The first BT device includes a first BT module, a first IR (infrared ray) transmitter element and a first IR receiver element. The second BT device includes a second BT module, a second IR transmitter element and a second IR receiver element. The first IR transmitter element transmits a first device information while being triggered. If the second IR receiver element receives the first device information, the second IR transmitter element transmits a second device information to the first IR receiver element when the second IR transmitter element is triggered. According to the first and second device information, the first and second BT devices make BT connection.

Description

藍芽配對系統及方法Bluetooth pairing system and method

本案係關於一種通訊配對系統及方法，尤指一種藍芽配對系統及方法。This case is about a communication matching system and method, especially a Bluetooth pairing system and method.

如今，具有藍芽傳輸功能之裝置已被廣泛運用在日常生活中。一般而言，若欲將兩個藍芽裝置進行藍芽通訊配對，以通過藍芽進行音訊傳輸的話，使用者需要在藍芽裝置之顯示與輸入介面上搜尋配對對象並輸入相應之配對驗證碼 (pin code)，方能實現配對。然而，部分藍芽裝置並不具備顯示或輸入介面 (例如耳機及助聽器等穿戴式裝置)，故難以直接進行配對。現有技術雖可通過額外裝置輔助 (例如手機) 來實現配對，然此配對方式所需的額外裝置及操作流程亦造成了使用上的不便，同時增加了操作複雜度。Nowadays, devices with Bluetooth transmission function have been widely used in daily life. Generally speaking, if you want to pair two Bluetooth devices for Bluetooth communication for audio transmission via Bluetooth, the user needs to search for the pairing partner on the display and input interface of the Bluetooth device and enter the corresponding pairing verification code (pin code), then pairing can be realized. However, some Bluetooth devices do not have a display or input interface (such as wearable devices such as earphones and hearing aids), so it is difficult to pair directly. Although in the prior art, the pairing can be achieved through the assistance of an additional device (such as a mobile phone), the additional devices and operation procedures required by this pairing method also cause inconvenience in use and increase the complexity of the operation.

因此，如何發展一種可改善上述習知技術之藍芽配對系統及方法，實為目前迫切之需求。Therefore, how to develop a Bluetooth pairing system and method that can improve the above-mentioned conventional technology is an urgent need at present.

本案之目的在於提供一種藍芽配對系統及方法，其係於藍芽裝置中設置紅外線發射及接收元件，並通過紅外線元件傳輸實現藍芽通訊配對所需的資訊，從而建立藍芽裝置之間的藍芽通訊配對。且於配對過程中，無須使用到顯示介面、輸入介面或額外的輔助裝置。藉此，可有效提升藍芽配對的方便性，同時降低配對所耗費之時間及操作複雜度。The purpose of this case is to provide a Bluetooth pairing system and method, which is to install infrared transmitting and receiving components in the Bluetooth device, and use the infrared components to transmit the information required for Bluetooth communication pairing, thereby establishing a connection between the Bluetooth devices. Bluetooth communication pairing. And during the pairing process, there is no need to use a display interface, an input interface, or additional auxiliary devices. Thereby, the convenience of Bluetooth pairing can be effectively improved, and the time and operation complexity of pairing can be reduced.

為達上述目的，本案提供一種藍芽配對系統，包含第一藍芽裝置及第二藍芽裝置。第一藍芽裝置包含第一藍芽模組、第一紅外線發射元件及第一紅外線接收元件，其中第一紅外線發射元件及第一紅外線接收元件分別連接於第一藍芽模組。第二藍芽裝置包含第二藍芽模組、第二紅外線發射元件及第二紅外線接收元件，其中第二紅外線發射元件及第二紅外線接收元件分別連接於第二藍芽模組。第一紅外線發射元件在被啟動時發射第一裝置訊息，若第二紅外線接收元件接收第一裝置訊息，且第二紅外線發射元件被啟動，則第二紅外線發射元件發射第二裝置訊息至第一紅外線接收元件，第一藍芽模組及第二藍芽模組根據第一裝置訊息及第二裝置訊息進行藍芽通訊配對。To achieve the above objective, the present application provides a Bluetooth pairing system, which includes a first Bluetooth device and a second Bluetooth device. The first Bluetooth device includes a first Bluetooth module, a first infrared emitting element, and a first infrared receiving element, wherein the first infrared emitting element and the first infrared receiving element are respectively connected to the first Bluetooth module. The second Bluetooth device includes a second Bluetooth module, a second infrared emitting element and a second infrared receiving element, wherein the second infrared emitting element and the second infrared receiving element are respectively connected to the second Bluetooth module. The first infrared emitting element emits the first device message when it is activated. If the second infrared receiving element receives the first device message and the second infrared emitting element is activated, the second infrared emitting element emits the second device message to the first The infrared receiving element, the first Bluetooth module and the second Bluetooth module perform Bluetooth communication pairing according to the first device information and the second device information.

為達上述目的，本案另提供一種藍芽配對方法，適用於將第一藍芽裝置與第二藍芽裝置進行藍芽通訊配對，其中第一藍芽裝置包含第一藍芽模組、第一紅外線發射元件及第一紅外線接收元件，第二藍芽裝置包含第二藍芽模組、第二紅外線發射元件及第二紅外線接收元件。藍芽配對方法包含步驟：(a) 啟動第一紅外線發射元件以發射第一裝置訊息；(b) 利用第二紅外線接收元件接收第一裝置訊息；(c) 啟動第二紅外線發射元件以發射第二裝置訊息至第一紅外線接收元件；以及 (d) 根據第一裝置訊息及第二裝置訊息，第一藍芽模組及第二藍芽模組進行藍芽通訊配對。In order to achieve the above-mentioned purpose, this case provides a Bluetooth pairing method, which is suitable for Bluetooth communication pairing between a first Bluetooth device and a second Bluetooth device, wherein the first Bluetooth device includes a first Bluetooth module, a first An infrared emitting element and a first infrared receiving element. The second bluetooth device includes a second bluetooth module, a second infrared emitting element and a second infrared receiving element. The Bluetooth pairing method includes the steps: (a) activating the first infrared emitting element to transmit the first device message; (b) using the second infrared receiving element to receive the first device message; (c) activating the second infrared emitting element to transmit the first device message Two device messages to the first infrared receiving element; and (d) according to the first device message and the second device message, the first Bluetooth module and the second Bluetooth module perform Bluetooth communication pairing.

體現本案特徵與優點的一些典型實施例將在後段的說明中詳細敘述。應理解的是本案能夠在不同的態樣上具有各種的變化，其皆不脫離本案之範圍，且其中的說明及圖示在本質上係當作說明之用，而非架構於限制本案。Some typical embodiments embodying the features and advantages of this case will be described in detail in the following description. It should be understood that this case can have various changes in different aspects, all of which do not depart from the scope of this case, and the descriptions and illustrations therein are essentially for illustrative purposes, rather than being constructed to limit the case.

第1圖為本案較佳實施例之藍芽配對系統的架構示意圖。如第1圖所示，本案之藍芽配對系統包含第一藍芽裝置1及第二藍芽裝置2。第一藍芽裝置1包含第一藍芽模組11、第一紅外線發射元件12及第一紅外線接收元件13，其中第一紅外線發射元件12及第一紅外線接收元件13分別連接於第一藍芽模組11。第二藍芽裝置2包含第二藍芽模組21、第二紅外線發射元件22及第二紅外線接收元件23，其中第二紅外線發射元件22及第二紅外線接收元件23分別連接於第二藍芽模組21。第一紅外線接收元件13及第二紅外線接收元件23持續保持在啟動狀態。第一紅外線發射元件12在被啟動時發射第一裝置訊息，此時第一藍芽模組11運作於從端模式。在第二紅外線接收元件23接收到第一裝置訊息的情況下，若第二紅外線發射元件22被啟動，則第二紅外線發射元件22發射第二裝置訊息至第一紅外線接收元件13，且此時第二藍芽模組21運作於主端模式。根據第一裝置訊息及第二裝置訊息，分別運作於從端模式及主端模式的第一藍芽模組11及第二藍芽模組21相互進行藍芽通訊配對。於一些實施例中，該些裝置訊息各別包含驗證碼、裝置名稱及其對應之藍芽模組 (11、21) 的通訊位址，其中驗證碼係由對應之藍芽模組 (11、21) 隨機生成，但亦不以此為限。Figure 1 is a schematic diagram of the architecture of the Bluetooth pairing system of the preferred embodiment of the present invention. As shown in Figure 1, the Bluetooth pairing system in this case includes a first Bluetooth device 1 and a second Bluetooth device 2. The first Bluetooth device 1 includes a first Bluetooth module 11, a first infrared emitting element 12, and a first infrared receiving element 13, wherein the first infrared emitting element 12 and the first infrared receiving element 13 are respectively connected to the first Bluetooth Module 11. The second Bluetooth device 2 includes a second Bluetooth module 21, a second infrared emitting element 22, and a second infrared receiving element 23, wherein the second infrared emitting element 22 and the second infrared receiving element 23 are respectively connected to the second Bluetooth Module 21. The first infrared receiving element 13 and the second infrared receiving element 23 are continuously maintained in the activated state. When the first infrared emitting element 12 is activated, the first device message is emitted. At this time, the first Bluetooth module 11 operates in the slave mode. When the second infrared receiving element 23 receives the first device message, if the second infrared emitting element 22 is activated, the second infrared emitting element 22 transmits the second device message to the first infrared receiving element 13, and at this time The second Bluetooth module 21 operates in the master mode. According to the first device information and the second device information, the first Bluetooth module 11 and the second Bluetooth module 21 operating in the slave mode and the master mode respectively perform Bluetooth communication pairing with each other. In some embodiments, the device messages each include a verification code, a device name, and the communication address of the corresponding Bluetooth module (11, 21), where the verification code is determined by the corresponding Bluetooth module (11, 21). 21) Randomly generated, but not limited to this.

藉此，可通過紅外線元件傳輸藍芽通訊配對所需的資訊，從而建立第一藍芽裝置1與第二藍芽裝置2之間的藍芽通訊配對。且於配對過程中，無須使用到顯示介面、輸入介面或額外的輔助裝置。藉此，可有效提升藍芽配對的方便性，同時降低配對所耗費之時間及操作複雜度。In this way, the information required for the Bluetooth communication pairing can be transmitted through the infrared component, thereby establishing the Bluetooth communication pairing between the first Bluetooth device 1 and the second Bluetooth device 2. And during the pairing process, there is no need to use a display interface, an input interface, or additional auxiliary devices. Thereby, the convenience of Bluetooth pairing can be effectively improved, and the time and operation complexity of pairing can be reduced.

於一些實施例中，第一藍芽裝置1還包含控制器15，第一紅外線發射元件12、第一紅外線接收元件13及第一藍芽模組11分別連接於控制器15，藉此，第一紅外線發射元件12及第一紅外線接收元件13可通過控制器15分別連接於第一藍芽模組11。於一些實施例中，第二藍芽裝置2還包含控制器25，第二紅外線發射元件22、第二紅外線接收元件23及第二藍芽模組21分別連接於控制器25，藉此，第二紅外線發射元件22及第二紅外線接收元件23可通過控制器25分別連接於第二藍芽模組21。In some embodiments, the first Bluetooth device 1 further includes a controller 15. The first infrared emitting element 12, the first infrared receiving element 13, and the first Bluetooth module 11 are respectively connected to the controller 15, whereby the first An infrared emitting element 12 and a first infrared receiving element 13 can be respectively connected to the first Bluetooth module 11 through the controller 15. In some embodiments, the second Bluetooth device 2 further includes a controller 25, and the second infrared emitting element 22, the second infrared receiving element 23, and the second Bluetooth module 21 are respectively connected to the controller 25, whereby the first The two infrared emitting elements 22 and the second infrared receiving element 23 can be respectively connected to the second Bluetooth module 21 through the controller 25.

於一些實施例中，第一藍芽裝置1還包含連接於控制器15的感測器14，第二藍芽裝置2還包含連接於控制器25的感測器24。第一藍芽裝置1的感測器14及控制器15分別與第二藍芽裝置2的感測器24及控制器25具有相同的作用及可能實施態樣，因此，以下係以第一藍芽裝置1的感測器14及控制器15為例進行說明，而不再對第二藍芽裝置2的感測器24及控制器25另行贅述。In some embodiments, the first Bluetooth device 1 further includes a sensor 14 connected to the controller 15, and the second Bluetooth device 2 further includes a sensor 24 connected to the controller 25. The sensor 14 and the controller 15 of the first bluetooth device 1 have the same functions and possible implementation aspects as the sensor 24 and the controller 25 of the second bluetooth device 2, respectively. Therefore, the first blue The sensor 14 and the controller 15 of the bud device 1 are described as an example, and the sensor 24 and the controller 25 of the second Bluetooth device 2 will not be described in detail.

於第一藍芽裝置1中，控制器15連接於第一紅外線發射元件12。感測器14對使用者之行為進行感測，並輸出感測結果至控制器15。控制器15在感測結果符合預設條件時啟動第一紅外線發射元件12，使第一紅外線發射元件12發射第一裝置訊息。舉例而言，感測器14可為聲音感測器、觸碰感測器或動作感測器，但亦不以此為限。當感測器14為聲音感測器時，感測器14架構於感測使用者所發出之聲音，相應之預設條件為使用者所發出之聲音與預設聲音相同。當感測器14為觸碰感測器時，感測器14架構於感測使用者是否觸碰到感測器14，相應之預設條件為使用者觸碰感測器14。當感測器14為動作感測器時，感測器14架構於感測使用者之動作，相應之預設條件為使用者之動作與預設動作相同。由此可知，使用者可通過聲音、觸碰或動作來啟動紅外線發射元件 (12、22)，以利用紅外線傳輸裝置訊息，並藉此實現藍芽通訊配對，不僅易於操作，且配對流程較為方便及快速。In the first Bluetooth device 1, the controller 15 is connected to the first infrared emitting element 12. The sensor 14 senses the behavior of the user and outputs the sensing result to the controller 15. The controller 15 activates the first infrared emitting element 12 when the sensing result meets the preset condition, so that the first infrared emitting element 12 emits the first device message. For example, the sensor 14 can be a sound sensor, a touch sensor or a motion sensor, but it is not limited to this. When the sensor 14 is a sound sensor, the sensor 14 is configured to sense the sound emitted by the user, and the corresponding preset condition is that the sound emitted by the user is the same as the preset sound. When the sensor 14 is a touch sensor, the sensor 14 is configured to sense whether the user touches the sensor 14, and the corresponding preset condition is that the user touches the sensor 14. When the sensor 14 is a motion sensor, the sensor 14 is configured to sense the user's actions, and the corresponding preset condition is that the user's actions are the same as the preset actions. It can be seen that the user can activate the infrared emitting element (12, 22) by sound, touch or action to use the infrared to transmit device information, and thereby realize Bluetooth communication pairing, which is not only easy to operate, but also the pairing process is more convenient And fast.

為了更易於了解本案特徵，以下係示例說明藍芽配對系統適用之應用環境。In order to make it easier to understand the characteristics of this case, the following is an example to illustrate the applicable application environment of the Bluetooth pairing system.

於一些實施例中，第一藍芽裝置1及第二藍芽裝置2為耳機，分別由第一使用者及第二使用者配戴。當第一使用者欲將其耳機與第二使用者之耳機進行藍芽通訊配對時，第一使用者可通過聲音、觸碰或動作來啟動第一紅外線發射元件12，使第一紅外線發射元件12發射第一裝置訊息。第二使用者之耳機中的第二紅外線接收元件23接收到第一裝置訊息，此時第二使用者之耳機可例如但不限於發出提示音來通知第二使用者。若第二使用者亦同意將其耳機與第一使用者之耳機進行配對，則第二使用者可通過聲音、觸碰或動作來啟動第二紅外線發射元件22，使第二紅外線發射元件22發射第二裝置訊息至第一紅外線接收元件13。根據第一裝置訊息及第二裝置訊息，第一使用者之耳機的第一藍芽模組11即可與第二使用者之耳機的第二藍芽模組21配對，從而實現藍芽通訊配對。於此實施例中，亦可將耳機替換為助聽器。In some embodiments, the first Bluetooth device 1 and the second Bluetooth device 2 are earphones, which are worn by the first user and the second user, respectively. When the first user wants to pair his earphone with the earphone of the second user for Bluetooth communication, the first user can activate the first infrared emitting element 12 by sound, touch or action, so that the first infrared emitting element 12 Transmit the first device message. The second infrared receiving element 23 in the earphone of the second user receives the first device message. At this time, the earphone of the second user may, for example, but not limited to, emit a prompt tone to notify the second user. If the second user also agrees to pair his earphone with the earphone of the first user, the second user can activate the second infrared emitting element 22 by sound, touch or action, so that the second infrared emitting element 22 emits The second device sends a message to the first infrared receiving element 13. According to the first device information and the second device information, the first Bluetooth module 11 of the first user's headset can be paired with the second Bluetooth module 21 of the second user's headset, thereby achieving Bluetooth communication pairing . In this embodiment, the earphone can also be replaced with a hearing aid.

於另一些實施例中，第一藍芽裝置1及第二藍芽裝置2可分別為耳機及音訊輸出裝置 (例如但不限於手機或電腦)，其配對流程與前述相仿，故不再贅述。惟於此實施例，第一藍芽裝置1及第二藍芽裝置2不僅可由兩個使用者操作以進行配對流程，更可改由同一使用者操作以進行配對流程，舉例而言，使用者可將其耳機與手機進行藍芽通訊配對，以使耳機通過藍芽接收手機所輸出之音訊。In other embodiments, the first Bluetooth device 1 and the second Bluetooth device 2 may be earphones and audio output devices (such as but not limited to mobile phones or computers), respectively, and the pairing process is similar to the foregoing, so it will not be repeated. However, in this embodiment, not only can the first Bluetooth device 1 and the second Bluetooth device 2 be operated by two users to perform the pairing process, they can also be operated by the same user to perform the pairing process. For example, the user The headset can be paired with the mobile phone for Bluetooth communication, so that the headset can receive the audio output from the mobile phone through the Bluetooth.

第2圖為本案較佳實施例之藍芽配對方法的流程示意圖。本案之藍芽配對方法可適用於第1圖所示之藍芽配對系統，其係架構於將第一藍芽裝置1與第二藍芽裝置2進行藍芽通訊配對。如第2圖所示，藍芽配對方法包含步驟S1、S2、S3及S4。Figure 2 is a schematic flow diagram of the Bluetooth pairing method according to the preferred embodiment of the present invention. The Bluetooth pairing method in this case can be applied to the Bluetooth pairing system shown in Figure 1, which is structured to pair the first Bluetooth device 1 and the second Bluetooth device 2 for Bluetooth communication. As shown in Figure 2, the Bluetooth pairing method includes steps S1, S2, S3, and S4.

首先，於步驟S1中，啟動第一紅外線發射元件12以發射第一裝置訊息。接著，於步驟S2中，利用第二紅外線接收元件23接收第一裝置訊息。而後，於步驟S3中，啟動第二紅外線發射元件22以發射第二裝置訊息至第一紅外線接收元件13。最後，於步驟S4中，根據第一裝置訊息及第二裝置訊息，第一藍芽模組11及第二藍芽模組21進行藍芽通訊配對。於一些實施例中，在第二紅外線接收元件23接收到第一裝置訊息時，第二藍芽裝置2發出提示音以通知其使用者。First, in step S1, the first infrared emitting element 12 is activated to emit a first device message. Next, in step S2, the second infrared receiving element 23 is used to receive the first device message. Then, in step S3, the second infrared emitting element 22 is activated to transmit the second device message to the first infrared receiving element 13. Finally, in step S4, according to the first device information and the second device information, the first Bluetooth module 11 and the second Bluetooth module 21 perform Bluetooth communication pairing. In some embodiments, when the second infrared receiving element 23 receives a message from the first device, the second Bluetooth device 2 emits a prompt tone to notify its user.

請參閱第3圖，第3圖係為第2圖之藍芽配對方法之變化例的流程示意圖。Please refer to Fig. 3, which is a schematic flowchart of a variation of the Bluetooth pairing method in Fig. 2.

於一些實施例中，藍芽配對方法在步驟S1前還包含步驟S51及S52。於步驟S51中，感測第一使用者之行為。於步驟S52中，判斷第一使用者之行為是否符合第一預設條件，在判斷結果為是時執行步驟S1 ，在判斷結果為否時執行步驟S51。In some embodiments, the Bluetooth pairing method further includes steps S51 and S52 before step S1. In step S51, the behavior of the first user is sensed. In step S52, it is determined whether the behavior of the first user meets the first preset condition, step S1 is executed when the judgment result is yes, and step S51 is executed when the judgment result is no.

於一些實施例中，藍芽配對方法在步驟S2與S3之間還包含步驟S61及S62。於步驟S61中，感測第二使用者之行為。於步驟S62中，判斷第二使用者之行為是否符合第二預設條件，在判斷結果為是時執行步驟S3 ，在判斷結果為否時執行步驟S61。於前述實施例中，第一使用者及第二使用者可為同一人或兩個不同人。In some embodiments, the Bluetooth pairing method further includes steps S61 and S62 between steps S2 and S3. In step S61, the behavior of the second user is sensed. In step S62, it is determined whether the behavior of the second user meets the second preset condition, step S3 is executed when the judgment result is yes, and step S61 is executed when the judgment result is no. In the foregoing embodiment, the first user and the second user may be the same person or two different persons.

於一些實施例中，係於步驟S51及/或S61中感測使用者所發出之聲音，而於對應之步驟S52及/或S62中的預設條件為使用者所發出之聲音與預設聲音相同。於一些實施例中，係於步驟S51及/或S61中感測使用者是否觸碰到預設位置，而於對應之步驟S52及/或S62中的預設條件為使用者觸碰到預設位置。於一些實施例中，係於步驟S51及/或S61中感測該使用者之動作，而於對應之步驟S52及/或S62中的預設條件為使用者之動作與預設動作相同。In some embodiments, the user's voice is sensed in step S51 and/or S61, and the corresponding preset condition in step S52 and/or S62 is the user's voice and the preset voice same. In some embodiments, whether the user touches the preset position is sensed in step S51 and/or S61, and the corresponding preset condition in step S52 and/or S62 is that the user touches the preset position Location. In some embodiments, the user's action is sensed in step S51 and/or S61, and the corresponding preset condition in step S52 and/or S62 is that the user's action is the same as the default action.

綜上所述，本案提供一種藍芽配對系統及方法，其係於藍芽裝置中設置紅外線發射及接收元件，並通過紅外線元件傳輸實現藍芽通訊配對所需的資訊，從而建立藍芽裝置之間的藍芽通訊配對。且於配對過程中，無須使用到顯示介面、輸入介面或額外的輔助裝置。藉此，可有效提升藍芽配對的方便性，同時降低配對所耗費之時間及操作複雜度。此外，使用者可通過聲音、觸碰或動作來啟動紅外線發射元件，不僅易於操作，更使得配對流程較為方便及快速。In summary, this case provides a Bluetooth pairing system and method, which is to install infrared transmitting and receiving components in the Bluetooth device, and use the infrared components to transmit the information required to achieve Bluetooth communication pairing, thereby establishing the Bluetooth device Bluetooth communication pairing between. And during the pairing process, there is no need to use a display interface, an input interface, or additional auxiliary devices. Thereby, the convenience of Bluetooth pairing can be effectively improved, and the time and operation complexity of pairing can be reduced. In addition, the user can activate the infrared emitting element by sound, touch or action, which is not only easy to operate, but also makes the pairing process more convenient and fast.

須注意，上述僅是為說明本案而提出之較佳實施例，本案不限於所述之實施例，本案之範圍由如附專利申請範圍決定。且本案得由熟習此技術之人士任施匠思而為諸般修飾，然皆不脫如附專利申請範圍所欲保護者。It should be noted that the above is only a preferred embodiment for explaining the case, and the case is not limited to the described embodiment. The scope of the case is determined by the scope of the patent application attached. Moreover, this case can be modified in many ways by those who are familiar with this technology, but none of them deviates from the protection of the scope of the patent application.

1:第一藍芽裝置 11:第一藍芽模組 12:第一紅外線發射元件 13:第一紅外線接收元件 14:感測器 15:控制器 2:第二藍芽裝置 21:第二藍芽模組 22:第二紅外線發射元件 23:第二紅外線接收元件 24:感測器 25:控制器 S1、S2、S3、S4、S51、S52、S61、S62:步驟 1: The first Bluetooth device 11: The first Bluetooth module 12: The first infrared emitting element 13: The first infrared receiving element 14: Sensor 15: Controller 2: The second Bluetooth device 21: The second Bluetooth module 22: The second infrared emitting element 23: The second infrared receiving element 24: Sensor 25: Controller S1, S2, S3, S4, S51, S52, S61, S62: steps

第1圖為本案較佳實施例之藍芽配對系統的架構示意圖。Figure 1 is a schematic diagram of the architecture of the Bluetooth pairing system of the preferred embodiment of the present invention.

第2圖為本案較佳實施例之藍芽配對方法的流程示意圖。Figure 2 is a schematic flow diagram of the Bluetooth pairing method according to the preferred embodiment of the present invention.

第3圖係為第2圖之藍芽配對方法之變化例的流程示意圖。Figure 3 is a schematic flow diagram of a variation of the Bluetooth pairing method in Figure 2.

1:第一藍芽裝置 1: The first Bluetooth device

11:第一藍芽模組 11: The first Bluetooth module

12:第一紅外線發射元件 12: The first infrared emitting element

13:第一紅外線接收元件 13: The first infrared receiving element

14:感測器 14: Sensor

15:控制器 15: Controller

2:第二藍芽裝置 2: The second Bluetooth device

21:第二藍芽模組 21: The second Bluetooth module

22:第二紅外線發射元件 22: The second infrared emitting element

23:第二紅外線接收元件 23: The second infrared receiving element

24:感測器 24: Sensor

25:控制器 25: Controller

Claims

一種藍芽配對系統，包含：一第一藍芽裝置，包含一第一藍芽模組、一第一紅外線發射元件及一第一紅外線接收元件，其中該第一紅外線發射元件及該第一紅外線接收元件分別連接於該第一藍芽模組；以及一第二藍芽裝置，包含一第二藍芽模組、一第二紅外線發射元件及一第二紅外線接收元件，其中該第二紅外線發射元件及該第二紅外線接收元件分別連接於該第二藍芽模組，其中該第一紅外線發射元件在被啟動時發射一第一裝置訊息，若該第二紅外線接收元件接收該第一裝置訊息，且該第二紅外線發射元件被啟動，則該第二紅外線發射元件發射一第二裝置訊息至該第一紅外線接收元件，該第一藍芽模組及該第二藍芽模組根據該第一裝置訊息及該第二裝置訊息進行藍芽通訊配對，其中在該第一紅外線發射元件被啟動時，該第一藍芽模組運作於一從端模式；而在該第二紅外線接收元件接收到該第一裝置訊息，且該第二紅外線發射元件被啟動時，該第二藍芽模組運作於一主端模式。 A Bluetooth pairing system includes: a first Bluetooth device, including a first Bluetooth module, a first infrared emitting element, and a first infrared receiving element, wherein the first infrared emitting element and the first infrared The receiving elements are respectively connected to the first bluetooth module; and a second bluetooth device, including a second bluetooth module, a second infrared emitting element and a second infrared receiving element, wherein the second infrared emitting The element and the second infrared receiving element are respectively connected to the second Bluetooth module, wherein the first infrared emitting element emits a first device message when activated, if the second infrared receiving element receives the first device message , And the second infrared emitting element is activated, the second infrared emitting element emits a second device message to the first infrared receiving element, the first Bluetooth module and the second Bluetooth module are based on the A device message and the second device message are paired with Bluetooth communication. When the first infrared emitting element is activated, the first Bluetooth module operates in a slave mode; and the second infrared receiving element receives When the first device message is reached and the second infrared emitting element is activated, the second Bluetooth module operates in a master mode.

如請求項1所述之藍芽配對系統，其中該第一藍芽裝置包含相連接的一第一感測器及一第一控制器，該第一控制器連接於該第一紅外線發射元件，該第一感測器對一第一使用者之行為進行感測並輸出一第一感測結果至該第一控制器，該第一控制器在該第一感測結果符合一第一預設條件時啟動該第一紅外線發射元件；該第二藍芽裝置包含相連接的一第二感測器及一第二控制器，該第二控制器連接於該第二紅外線發射元件，該第二感測器對一第二使用者之行為進行感測並輸出一第二感測結果至該第二控制器，該第二控制器在該第二感測結果符合一第二預設條件時啟動該第二紅外線發射元件。 The Bluetooth pairing system of claim 1, wherein the first Bluetooth device includes a first sensor and a first controller connected to each other, and the first controller is connected to the first infrared emitting element, The first sensor senses the behavior of a first user and outputs a first sensing result to the first controller, and the first controller meets a first preset when the first sensing result The first infrared emitting element is activated when conditions are met; the second bluetooth device includes a second sensor and a second controller that are connected to each other, the second controller is connected to the second infrared emitting element, and the second Sensor pair one second The user's behavior is sensed and a second sensing result is output to the second controller. The second controller activates the second infrared emitting element when the second sensing result meets a second preset condition.

如請求項2所述之藍芽配對系統，其中該第一及第二感測器為聲音感測器，分別架構於感測該第一及第二使用者所發出之聲音，該第一預設條件為該第一使用者所發出之聲音與一第一預設聲音相同，該第二預設條件為該第二使用者所發出之聲音與一第二預設聲音相同。 The Bluetooth pairing system according to claim 2, wherein the first and second sensors are sound sensors, which are respectively configured to sense the sounds made by the first and second users, and the first preview The condition is that the sound uttered by the first user is the same as a first predetermined sound, and the second predetermined condition is that the sound uttered by the second user is the same as a second predetermined sound.

如請求項2所述之藍芽配對系統，其中該第一感測器為一第一觸碰感測器，該第一觸碰感測器架構於感測該第一使用者是否觸碰到該第一觸碰感測器，該第一預設條件為該第一使用者觸碰該第一觸碰感測器；該第二感測器為一第二觸碰感測器，該第二觸碰感測器架構於感測該第二使用者是否觸碰到該第二觸碰感測器，該第二預設條件為該第二使用者觸碰該第二觸碰感測器。 The Bluetooth pairing system according to claim 2, wherein the first sensor is a first touch sensor, and the first touch sensor is configured to sense whether the first user touches For the first touch sensor, the first preset condition is that the first user touches the first touch sensor; the second sensor is a second touch sensor, and the first user touches the first touch sensor. The two touch sensors are configured to sense whether the second user touches the second touch sensor, and the second preset condition is that the second user touches the second touch sensor .

如請求項2所述之藍芽配對系統，其中該第一及第二感測器為動作感測器，分別架構於感測該第一及第二使用者之動作，該第一預設條件為該第一使用者之動作與一第一預設動作相同，該第二預設條件為該第二使用者之動作與一第二預設動作相同。 The Bluetooth pairing system according to claim 2, wherein the first and second sensors are motion sensors, which are respectively configured to sense the motion of the first and second users, and the first predetermined condition The action of the first user is the same as a first preset action, and the second preset condition is that the action of the second user is the same as a second preset action.

如請求項1所述之藍芽配對系統，其中該第一裝置訊息包含一第一驗證碼、一第一裝置名稱及該第一藍芽模組的一通訊位址，該第二裝置訊息包含一第二驗證碼、一第二裝置名稱及該第二藍芽模組的一通訊位址。 The Bluetooth pairing system according to claim 1, wherein the first device message includes a first verification code, a first device name, and a communication address of the first Bluetooth module, and the second device message includes A second verification code, a second device name, and a communication address of the second Bluetooth module.

如請求項6所述之藍芽配對系統，其中該第一及第二驗證碼分別由該第一及第二藍芽模組隨機生成。 The Bluetooth pairing system according to claim 6, wherein the first and second verification codes are randomly generated by the first and second Bluetooth modules, respectively.

一種藍芽配對方法，適用於將一第一藍芽裝置與一第二藍芽裝置進行藍芽通訊配對，其中該第一藍芽裝置包含一第一藍芽模組、一第一紅外線發射元件及一第一紅外線接收元件，該第二藍芽裝置包含一第二藍芽模組、一第二紅外線發射元件及一第二紅外線接收元件，該藍芽配對方法包含：(a)啟動該第一紅外線發射元件以發射一第一裝置訊息；(b)利用該第二紅外線接收元件接收該第一裝置訊息；(c)啟動該第二紅外線發射元件以發射一第二裝置訊息至該第一紅外線接收元件；以及(d)根據該第一裝置訊息及該第二裝置訊息，該第一藍芽模組及該第二藍芽模組進行藍芽通訊配對，其中於該步驟(a)中，該第一藍芽裝置運作於一從端模式，於該步驟(c)中，該第二藍芽裝置運作於一主端模式。 A Bluetooth pairing method is suitable for pairing a first Bluetooth device with a second Bluetooth device for Bluetooth communication, wherein the first Bluetooth device includes a first Bluetooth module and a first infrared emitting element And a first infrared receiving element, the second bluetooth device includes a second bluetooth module, a second infrared emitting element and a second infrared receiving element, the bluetooth pairing method includes: (a) activating the second An infrared emitting element to transmit a first device message; (b) using the second infrared receiving element to receive the first device message; (c) activating the second infrared emitting element to transmit a second device message to the first An infrared receiving element; and (d) according to the first device message and the second device message, the first Bluetooth module and the second Bluetooth module perform Bluetooth communication pairing, wherein in step (a) , The first Bluetooth device operates in a slave mode, and in the step (c), the second Bluetooth device operates in a master mode.

如請求項8所述之藍芽配對方法，於該步驟(a)前還包含步驟：(e1)感測一使用者之行為；以及(e2)判斷該使用者之行為是否符合一預設條件，在判斷結果為是時執行該步驟(a)，在判斷結果為否時執行該步驟(e1)。 The Bluetooth pairing method according to claim 8, further comprising steps before step (a): (e1) sensing a user's behavior; and (e2) determining whether the user's behavior meets a preset condition , Execute this step (a) when the judgment result is yes, execute this step (e1) when the judgment result is no.

如請求項8所述之藍芽配對方法，於該步驟(b)與該步驟(c)之間還包含步驟：(f1)感測一使用者之行為；以及(f2)判斷該使用者之行為是否符合一預設條件，在判斷結果為是時執行該步驟(c)，在判斷結果為否時執行該步驟(f1)。 The Bluetooth pairing method according to claim 8, further comprising steps between the step (b) and the step (c): (f1) sensing a user's behavior; and (f2) determining the user's behavior Whether the behavior meets a preset condition, the step (c) is executed when the judgment result is yes, and the step (f1) is executed when the judgment result is no.

如請求項9或10所述之藍芽配對方法，其中於該步驟(e1)或(f1)中，係感測該使用者所發出之聲音，對應之該步驟(e2)或(f2)中的該預設條件為該使用者所發出之聲音與一預設聲音相同。 The Bluetooth pairing method according to claim 9 or 10, wherein in the step (e1) or (f1), the sound made by the user is sensed, corresponding to the step (e2) or (f2) The preset condition is that the voice uttered by the user is the same as a preset voice.

如請求項9或10所述之藍芽配對方法，其中於該步驟(e1)或(f1)中，係感測該使用者是否觸碰到一預設位置，對應之該步驟(e2)或(f2)中的該預設條件為該使用者觸碰到該預設位置。 The Bluetooth pairing method according to claim 9 or 10, wherein in the step (e1) or (f1), whether the user touches a preset position is sensed, corresponding to the step (e2) or The preset condition in (f2) is that the user touches the preset position.

如請求項9或10所述之藍芽配對方法，其中於該步驟(e1)或(f1)中，係感測該使用者之動作，對應之該步驟(e2)或(f2)中的該預設條件為該使用者之動作與一預設動作相同。 The Bluetooth pairing method according to claim 9 or 10, wherein in the step (e1) or (f1), the user’s action is sensed, corresponding to the step (e2) or (f2) The preset condition is that the user's action is the same as a preset action.

如請求項8所述之藍芽配對方法，其中該第一裝置訊息包含一第一驗證碼、一第一裝置名稱及該第一藍芽模組的一通訊位址，該第二裝置訊息包含一第二驗證碼、一第二裝置名稱及該第二藍芽模組的一通訊位址。 The Bluetooth pairing method of claim 8, wherein the first device message includes a first verification code, a first device name, and a communication address of the first Bluetooth module, and the second device message includes A second verification code, a second device name, and a communication address of the second Bluetooth module.

如請求項14所述之藍芽配對方法，其中於該步驟(a)中，係隨機生成該第一裝置訊息的該第一驗證碼，於該步驟(c)中，係隨機生成該第二裝置訊息的該第二驗證碼。 The Bluetooth pairing method of claim 14, wherein in the step (a), the first verification code of the first device message is randomly generated, and in the step (c), the second verification code is randomly generated The second verification code of the device message.