TWI426760B - Method for transmitting data between electronic devices - Google Patents
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Description
本發明係有關一種電子裝置之資料傳送方法，更特別有關一種藉由偵測碰撞於電子裝置間實行資料傳送的方法。The present invention relates to a data transmission method for an electronic device, and more particularly to a method for performing data transmission by detecting collision between electronic devices.
傳統手持式電子裝置間利用藍芽(Bluetooth)或無線區域網路(Wi-Fi)等無線傳輸方式進行交握(handshaking)時，通常需要進行一些設定，以確保後續要傳送的資料能夠正確地傳送至對方。由於保密的考量，上述的設定通常需要加入繁瑣的密碼確認以及身份驗證等步驟，以避免資料被不相干的裝置所接收。然而，這些操作過程對使用者來說是不方便的。When traditional handheld electronic devices use hands-free wireless transmission methods such as Bluetooth or Wi-Fi, it is usually necessary to make some settings to ensure that the data to be transmitted later is correctly Transfer to the other party. Due to confidentiality considerations, the above settings usually require cumbersome password confirmation and authentication steps to prevent data from being received by unrelated devices. However, these operations are inconvenient for the user.
本發明提供一種資料傳送方法，係於碰撞驗證通過後，將資料由一電子裝置傳送至另一電子裝置。The present invention provides a data transfer method for transferring data from one electronic device to another after the collision verification is passed.
於一實施例中，本發明之資料傳送方法係用於一第一電子裝置中，藉以將一資料由第一電子裝置傳送至一第二電子裝置，其中第一電子裝置具有一第一加速度感測器、一第一處理單元與一第一無線信號收發模組，本發明之資料傳送方法包含：藉由第一加速度感測器偵測第一電子裝置與第二電子裝置相互之間的一碰撞；根據所偵測到的碰撞，由第一加速度感測器產生一第一加速度信號，並傳送至第一處理單元，其中第一加速度信號係為一第一時域信號；藉由第一處理單元將第一時域信號轉換成一第一頻域信號；藉由第一無線信號收發模組由第二電子裝置接收一第二頻域信號，其中第二頻域信號係由第二電子裝置根據該碰撞所產生；藉由第一處理單元比對第一與第二頻域信號的關聯性；及當該關聯性大於一預定值時，第一電子裝置將資料傳送至第二電子裝置。In one embodiment, the data transmission method of the present invention is used in a first electronic device to transfer a data from a first electronic device to a second electronic device, wherein the first electronic device has a first sense of acceleration The data transmission method of the present invention includes: detecting, by the first acceleration sensor, a first electronic device and a second electronic device between the first electronic device and the second electronic device Collision; generating a first acceleration signal by the first acceleration sensor according to the detected collision, and transmitting the first acceleration signal to the first processing unit, wherein the first acceleration signal is a first time domain signal; The processing unit converts the first time domain signal into a first frequency domain signal; the first wireless signal transceiver module receives a second frequency domain signal by the second electronic device, wherein the second frequency domain signal is generated by the second electronic device Generating, according to the collision, the first processing unit to compare the first and second frequency domain signals; and when the correlation is greater than a predetermined value, the first electronic device transmits the data to the second Device.
根據本發明之方法，其中第二電子裝置具有一第二加速度感測器、一第二處理單元以及一第二無線信號收發模組。第二加速度感測器係用以偵測碰撞，並根據所偵測到的碰撞，產生一第二加速度信號，其中第二加速度信號係為一第二時域信號。第二處理單元係用以將第二時域信號轉換成第二頻域信號。而第二無線信號收發模組則用以將第二頻域信號傳送至第一電子裝置之第一無線信號收發模組。According to the method of the present invention, the second electronic device has a second acceleration sensor, a second processing unit and a second wireless signal transceiving module. The second acceleration sensor is configured to detect a collision and generate a second acceleration signal according to the detected collision, wherein the second acceleration signal is a second time domain signal. The second processing unit is configured to convert the second time domain signal into a second frequency domain signal. The second wireless signal transceiver module is configured to transmit the second frequency domain signal to the first wireless signal transceiver module of the first electronic device.
根據本發明之方法，更包含：第一電子裝置之一第一計時單元將根據該碰撞記錄一時間，產生相對於該時間的一第一時間資料信號，並將第一時間資料信號傳送至第一處理單元；藉由第一無線信號收發模組由第二電子裝置接收一第二時間資料信號，並傳送至第一處理單元；藉由第一處理單元比對第一與第二時間資料信號間的一時間差異；及當該關聯性大於該預定值且該時間差異在一預定範圍內時，第一電子裝置將該資料傳送至第二電子裝置。According to the method of the present invention, the first timing unit of the first electronic device will record a first time data signal with respect to the time according to the collision record, and transmit the first time data signal to the first time. a processing unit; receiving, by the first wireless signal transceiver module, a second time data signal by the second electronic device, and transmitting the second time data signal to the first processing unit; and comparing the first and second time data signals by the first processing unit a time difference between; and when the correlation is greater than the predetermined value and the time difference is within a predetermined range, the first electronic device transmits the data to the second electronic device.
根據本發明之方法，更包含：第一電子裝置之一第一位置偵測裝置係根據第一電子裝置於地理上的一位置座標產生一第一位置座標資料信號，並將該第一位置座標資料信號傳送至第一處理單元；藉由第一無線信號收發模組由第二電子裝置接收一第二位置座標資料信號，並傳送至第一處理單元；藉由第一處理單元比對第一與第二位置座標資料信號間的一座標差異；及當該關聯性大於該預定值且該座標差異在一預定距離範圍內時，第一電子裝置將該資料傳送至第二電子裝置。The method according to the present invention further includes: the first position detecting device of the first electronic device generates a first position coordinate data signal according to the geographical position coordinate of the first electronic device, and coordinates the first position coordinate Transmitting a data signal to the first processing unit; receiving, by the first wireless signal transceiver module, a second position coordinate data signal by the second electronic device, and transmitting the data to the first processing unit; and comparing the first processing unit by the first processing unit And a landmark difference between the second position coordinate data signal; and when the correlation is greater than the predetermined value and the coordinate difference is within a predetermined distance range, the first electronic device transmits the data to the second electronic device.
根據本發明之方法，更包含：藉由第一無線信號收發模組由第二電子裝置接收一聯絡資料信號，並傳送至第一處理單元，其中該聯絡資料信號包含一第二聯絡人資料；藉由第一處理單元判斷第一電子裝置之一第一儲存單元內所儲存的一第一聯絡人資料與第二聯絡人資料是否相符；及當該關聯性大於該預定值且第一聯絡人資料與第二聯絡人資料相符時，第一電子裝置將該資料傳送至第二電子裝置。The method of the present invention further includes: receiving, by the first wireless signal transceiver module, a contact information signal by the second electronic device, and transmitting the information to the first processing unit, wherein the contact information signal includes a second contact data; Determining, by the first processing unit, whether a first contact person data stored in the first storage unit of the first electronic device matches the second contact person data; and when the relationship is greater than the predetermined value and the first contact person When the data matches the second contact data, the first electronic device transmits the data to the second electronic device.
為了讓本發明之上述和其他目的、特徵、和優點能更明顯，下文將配合所附圖示，作詳細說明如下。The above and other objects, features, and advantages of the present invention will become more apparent from the accompanying drawings.
參考第1圖，其顯示實施本發明之於電子裝置間實行資料傳送方法之系統100。系統100包含有一第一電子裝置110及一第二電子裝置120。於本發明中，電子裝置110、120係為能夠碰撞接觸的電子裝置，可為例如行動電話、個人數位助理器、MP3播放器、無線鍵盤或行動電話的配件。第一電子裝置110包含有一第一無線信號收發模組114、一第一加速度感測器112、一第一計時單元118、一第一位置偵測裝置116以及一第一儲存單元119，上述元件皆與一第一處理單元117耦接連接。相似地，第二電子裝置120包含有一第二無線信號收發模組124、一第二加速度感測器122、一第二計時單元128、一第二位置偵測裝置126以及一第二儲存單元129，上述元件皆與一第二處理單元127耦接連接。於本發明中，無線信號收發模組114、124係可為藍芽(Bluetooth)模組、無線區域網路(Wi-Fi)模組或紅外線收發模組，而儲存單元119、129係可為非揮發性記憶體，例如是硬碟或快閃記憶體(flash memory)。Referring to Fig. 1, there is shown a system 100 for implementing a data transfer method between electronic devices embodying the present invention. The system 100 includes a first electronic device 110 and a second electronic device 120. In the present invention, the electronic devices 110, 120 are electronic devices capable of collision contact, and may be accessories such as a mobile phone, a personal digital assistant, an MP3 player, a wireless keyboard, or a mobile phone. The first electronic device 110 includes a first wireless signal transceiver module 114, a first acceleration sensor 112, a first timing unit 118, a first position detecting device 116, and a first storage unit 119. Both are coupled to a first processing unit 117. Similarly, the second electronic device 120 includes a second wireless signal transceiver module 124, a second acceleration sensor 122, a second timing unit 128, a second position detecting device 126, and a second storage unit 129. The above components are all coupled to a second processing unit 127. In the present invention, the wireless signal transceiver module 114, 124 can be a Bluetooth module, a wireless area network (Wi-Fi) module or an infrared transceiver module, and the storage units 119, 129 can be Non-volatile memory, such as a hard disk or a flash memory.
參考第2圖，其顯示本發明第一實施例之於電子裝置間實行資料傳送方法的流程圖。當欲將電子裝置110上的檔案資料傳送至電子裝置120上時，係於電子裝置110上選定所要傳送的檔案資料(步驟202)，例如是相片、音樂、文件、影片等資料，再將電子裝置110與120碰撞(步驟204)。由於電子裝置110、120在碰撞過程中會產生加速度，並由各自內部的加速度感測器112、122所偵測到，而後分別產生一第一加速度信號與一第二加速度信號傳送至各自的處理單元117、127(步驟206)。當電子裝置120的處理單元127接收到從加速度感測器122所傳來的第二加速度信號時，則藉由其無線信號收發模組124將該第二加速度信號傳送給電子裝置110(步驟208)。當電子裝置110藉由其無線信號收發模組114接收到來自電子裝置120的第二加速度信號時，將之傳送給自身的處理單元117，由其比對自身的第一加速度信號與對方的第二加速度信號(步驟210)，並判斷兩者的關聯性，例如相似度是否大於一預定值(步驟212)。若是，則表示驗證通過，兩電子裝置110與120確實是曾相互碰撞，可以開始進行資料的傳送。接著無線信號收發模組114與無線信號收發模組124建立連線，使電子裝置110透過其無線信號收發模組114將檔案資料傳送給電子裝置120，電子裝置120則透過自身的無線信號收發模組124接收來自電子裝置110的檔案資料(步驟214)。若步驟212的判斷結果為否，則表示驗證未通過，電子裝置110與電子裝置120間將不傳送檔案資料(步驟216)。Referring to Fig. 2, there is shown a flow chart of a method of transferring data between electronic devices in accordance with a first embodiment of the present invention. When the file data on the electronic device 110 is to be transmitted to the electronic device 120, the file data to be transmitted is selected on the electronic device 110 (step 202), such as photos, music, files, movies, etc., and then the electronic device The devices 110 and 120 collide (step 204). Since the electronic devices 110 and 120 generate acceleration during the collision, and are detected by the respective internal acceleration sensors 112 and 122, a first acceleration signal and a second acceleration signal are respectively generated and transmitted to the respective processes. Units 117, 127 (step 206). When the processing unit 127 of the electronic device 120 receives the second acceleration signal transmitted from the acceleration sensor 122, the second acceleration signal is transmitted to the electronic device 110 by the wireless signal transceiver module 124 (step 208). ). When the electronic device 110 receives the second acceleration signal from the electronic device 120 by its wireless signal transceiver module 114, it transmits it to its own processing unit 117, which compares its own first acceleration signal with the other party's first The two acceleration signals (step 210) and determine the correlation between the two, such as whether the similarity is greater than a predetermined value (step 212). If yes, it means that the verification passes, and the two electronic devices 110 and 120 have indeed collided with each other, and the data transfer can be started. Then, the wireless signal transceiver module 114 establishes a connection with the wireless signal transceiver module 124, so that the electronic device 110 transmits the file data to the electronic device 120 through the wireless signal transceiver module 114, and the electronic device 120 transmits and receives the wireless signal through the wireless signal transmitting and receiving module. Group 124 receives the archival material from electronic device 110 (step 214). If the result of the determination in step 212 is no, it indicates that the verification has not passed, and the archive data will not be transmitted between the electronic device 110 and the electronic device 120 (step 216).
參考第3圖，其顯示本發明第二實施例之於電子裝置間實行資料傳送方法的流程圖。當電子裝置110、120相互碰撞後，處理單元117、127會分別接收到從加速度感測器112、122所傳來的第一與第二加速度信號。由於加速度感測器112、122亦會偵測到非碰撞時所產生的加速度，造成驗證時的誤差，因此於本實施例中，在進行步驟202、204及206之後，處理單元117、127會分別將第一與第二加速度信號做濾波處理，或者是設定一臨界(threshold)值以取幾個最大碰撞波，而後再將處理後的第一及第二加速度信號從時域(time domain)轉換至頻域(frequency domain)，使分別成為第一頻域加速度信號與第二頻域加速度信號，例如是對時域加速度信號做快速傅立葉轉換(Fast Fourier Transform;FFT)，以得到頻域加速度信號(步驟307)。接著，電子裝置120藉由其無線信號收發模組124將第二頻域加速度信號傳送給電子裝置110(步驟308)。當電子裝置110藉由其無線信號收發模組114接收到來自電子裝置120的第二頻域加速度信號時，將之傳送給自身的處理單元117，由其比對自身的第一頻域加速度信號與對方的第二頻域加速度信號(步驟310)，並判斷兩者的關聯性(correlation)，例如相似度是否大於一預定值(步驟312)。若是，則表示驗證通過，兩電子裝置110與120確實是曾相互碰撞，可以開始進行資料的傳送。接著無線信號收發模組114與無線信號收發模組124建立連線，使電子裝置110透過其無線信號收發模組114將檔案資料傳送給電子裝置120，電子裝置120則透過自身的無線信號收發模組124接收來自電子裝置110的檔案資料(步驟314)。若步驟312的判斷結果為否，則表示驗證未通過，電子裝置110與電子裝置120間將不傳送檔案資料(步驟316)。Referring to Fig. 3, there is shown a flow chart of a method of transferring data between electronic devices in accordance with a second embodiment of the present invention. After the electronic devices 110, 120 collide with each other, the processing units 117, 127 receive the first and second acceleration signals transmitted from the acceleration sensors 112, 122, respectively. Since the acceleration sensors 112 and 122 also detect the acceleration generated during the non-collision, causing an error in verification, in this embodiment, after performing steps 202, 204, and 206, the processing units 117 and 127 may Separating the first and second acceleration signals respectively, or setting a threshold value to take several maximum collision waves, and then processing the processed first and second acceleration signals from the time domain Converting to the frequency domain to make the first frequency domain acceleration signal and the second frequency domain acceleration signal respectively, for example, performing Fast Fourier Transform (FFT) on the time domain acceleration signal to obtain frequency domain acceleration Signal (step 307). Then, the electronic device 120 transmits the second frequency domain acceleration signal to the electronic device 110 by using the wireless signal transceiver module 124 (step 308). When the electronic device 110 receives the second frequency domain acceleration signal from the electronic device 120 by its wireless signal transceiver module 114, it transmits it to its own processing unit 117, which compares its own first frequency domain acceleration signal. A second frequency domain acceleration signal with the other party (step 310), and determining the correlation of the two, such as whether the similarity is greater than a predetermined value (step 312). If yes, it means that the verification passes, and the two electronic devices 110 and 120 have indeed collided with each other, and the data transfer can be started. Then, the wireless signal transceiver module 114 establishes a connection with the wireless signal transceiver module 124, so that the electronic device 110 transmits the file data to the electronic device 120 through the wireless signal transceiver module 114, and the electronic device 120 transmits and receives the wireless signal through the wireless signal transmitting and receiving module. Group 124 receives the archival material from electronic device 110 (step 314). If the result of the determination in step 312 is no, it indicates that the verification has not passed, and the archive data will not be transmitted between the electronic device 110 and the electronic device 120 (step 316).
如前所述，由於加速度感測器112不只會偵測碰撞時所產生的加速度，電子裝置110、120在移動過程中所產生的加速度亦會被加速度感測器112所偵測到，如此將會降低判斷是否電子裝置110、120曾經歷同一碰撞的準確性。因此，除了上述以時域及頻域加速度信號的關聯性來做身份的確認之外，本發明亦可增加進行其他參數的比對，以提升判斷的準確性。根據本發明，電子裝置110、120所設置的計時單元118、128會紀錄時間，參考第4a與5a圖，在進行步驟202、204、206或者是進行步驟202、204、206、307之後，計時單元108、208將根據該碰撞分別記錄一第一時間及一第二時間，並分別產生相對於該第一及第二時間的第一時間資料信號與第二時間資料信號，且分別將之傳送至處理單元117、127(步驟432)。而後電子裝置120再藉由其無線信號收發模組124將第二時域或頻域加速度信號與第二時間資料信號傳送給第一電子裝置110(步驟434、534)。當電子裝置110藉由其無線信號收發模組114接收到來自電子裝置120的第二時域或頻域加速度信號與第二時間資料信號時，將之傳送給自身的處理單元117。在通過前述步驟210、212或者是310、312中的加速度關聯性的驗證後，處理單元117進一步比對第一與第二時間資料信號間的時間差異，並判斷該時間差異是否在一預定範圍內(步驟436)。若是，則表示驗證通過，兩電子裝置110與120確實是曾相互碰撞，可以開始進行資料的傳送。接著無線信號收發模組114與無線信號收發模組124建立連線，使電子裝置110透過其無線信號收發模組114將檔案資料傳送給電子裝置120，電子裝置120則透過自身的無線信號收發模組124接收來自電子裝置110的檔案資料(步驟438)。若步驟436的判斷結果為否，則表示驗證未通過，電子裝置110與電子裝置120間將不傳送檔案資料(步驟216、步驟316)。As described above, since the acceleration sensor 112 not only detects the acceleration generated during the collision, the acceleration generated by the electronic device 110, 120 during the movement is also detected by the acceleration sensor 112, thus The accuracy of determining whether the electronic device 110, 120 has experienced the same collision may be lowered. Therefore, in addition to the above-mentioned identification of the relationship between the time domain and the frequency domain acceleration signal, the present invention can also increase the comparison of other parameters to improve the accuracy of the judgment. According to the present invention, the timing units 118, 128 provided by the electronic devices 110, 120 record time, refer to Figures 4a and 5a, and after performing steps 202, 204, 206 or performing steps 202, 204, 206, 307, timing The units 108 and 208 respectively record a first time and a second time according to the collision, and respectively generate a first time data signal and a second time data signal with respect to the first and second time, and respectively transmit the same. To the processing units 117, 127 (step 432). The electronic device 120 then transmits the second time domain or frequency domain acceleration signal and the second time data signal to the first electronic device 110 by using the wireless signal transceiver module 124 (steps 434, 534). When the electronic device 110 receives the second time domain or frequency domain acceleration signal and the second time data signal from the electronic device 120 by the wireless signal transceiver module 114, it transmits the signal to its own processing unit 117. After verifying the acceleration correlation in the foregoing steps 210, 212 or 310, 312, the processing unit 117 further compares the time difference between the first and second time data signals, and determines whether the time difference is within a predetermined range. Internal (step 436). If yes, it means that the verification passes, and the two electronic devices 110 and 120 have indeed collided with each other, and the data transfer can be started. Then, the wireless signal transceiver module 114 establishes a connection with the wireless signal transceiver module 124, so that the electronic device 110 transmits the file data to the electronic device 120 through the wireless signal transceiver module 114, and the electronic device 120 transmits and receives the wireless signal through the wireless signal transmitting and receiving module. Group 124 receives the archival material from electronic device 110 (step 438). If the result of the determination in step 436 is no, it indicates that the verification has not passed, and the archive data will not be transmitted between the electronic device 110 and the electronic device 120 (step 216, step 316).
除此之外，現今有許多行動電話皆配置有全球定位系統(Global Positioning System;GPS)接收模組，吾人可利用此一裝置來做進一步的驗證。根據本發明，電子裝置110、120上所設置的位置偵測裝置116，例如是全球定位系統接收模組或輔助全球定位系統(Assisted Global Positioning System;AGPS)接收模組可以根據人造衛星所發射的信號計算出電子裝置110、120目前的經緯度。參考第4b與5b圖，在進行步驟202、204、206或者是進行步驟202、204、206、307之後，位置偵測裝置116、126將根據電子裝置110、120於地理上的位置座標分別產生一第一位置座標資料信號與一第二位置座標資料信號，並將之分別傳送至處理單元117、127(步驟442)。而後電子裝置120再藉由其無線信號收發模組124將第二時域或頻域加速度信號與第二位置座標資料信號傳送至電子裝置110(步驟444、544)。當電子裝置110藉由其無線信號收發模組114接收到來自電子裝置120的第二時域或頻域加速度信號與第二位置座標資料信號時，傳送給自身的處理單元117。在通過前述步驟210、212或者是310、312中的加速度關聯性的驗證後，處理單元117進一步比對自身的第一位置座標資料信號與對方的第二位置座標資料信號間的座標差異，並判斷兩者的座標差異是否在一預定的距離範圍內(步驟446)。若是，則表示驗證通過，兩電子裝置110與120確實是曾相互碰撞，可以開始進行資料的傳送。接著無線信號收發模組114與無線信號收發模組124建立連線，使電子裝置110透過其無線信號收發模組114將檔案資料傳送給電子裝置120，電子裝置120則透過自身的無線信號收發模組124接收來自電子裝置110的檔案資料(步驟448)。若步驟446的判斷結果為否，則表示驗證未通過，電子裝置110與電子裝置120間將不傳送檔案資料(步驟216、步驟316)。In addition, many mobile phones are equipped with Global Positioning System (GPS) receiving modules, which we can use for further verification. According to the present invention, the position detecting device 116 provided on the electronic device 110, 120, for example, the global positioning system receiving module or the Assisted Global Positioning System (AGPS) receiving module can be launched according to the artificial satellite. The signal calculates the current latitude and longitude of the electronic devices 110, 120. Referring to Figures 4b and 5b, after performing steps 202, 204, 206 or performing steps 202, 204, 206, 307, the position detecting devices 116, 126 will be generated according to the geographical position coordinates of the electronic devices 110, 120, respectively. A first position coordinate data signal and a second position coordinate data signal are transmitted to the processing units 117, 127, respectively (step 442). Then, the electronic device 120 transmits the second time domain or frequency domain acceleration signal and the second position coordinate data signal to the electronic device 110 by using the wireless signal transceiver module 124 (steps 444, 544). When the electronic device 110 receives the second time domain or frequency domain acceleration signal from the electronic device 120 and the second position coordinate data signal by the wireless signal transceiver module 114, it transmits the signal to its own processing unit 117. After verifying the acceleration correlation in the foregoing steps 210, 212 or 310, 312, the processing unit 117 further compares the coordinate difference between the first position coordinate data signal of the first position coordinate coordinate signal and the second position coordinate data signal of the other party, and It is determined whether the coordinate difference between the two is within a predetermined distance range (step 446). If yes, it means that the verification passes, and the two electronic devices 110 and 120 have indeed collided with each other, and the data transfer can be started. Then, the wireless signal transceiver module 114 establishes a connection with the wireless signal transceiver module 124, so that the electronic device 110 transmits the file data to the electronic device 120 through the wireless signal transceiver module 114, and the electronic device 120 transmits and receives the wireless signal through the wireless signal transmitting and receiving module. Group 124 receives the archival material from electronic device 110 (step 448). If the result of the determination in step 446 is no, it indicates that the verification has not passed, and the archive data will not be transmitted between the electronic device 110 and the electronic device 120 (step 216, step 316).
另外，幾乎所有人的行動電話皆會儲存親友的聯絡資料，例如電話號碼等，以能夠方便、快速地聯絡到對方。因此，彼此熟識的兩方所各自擁有的行動電話，其所儲存的聯絡人資料，有可能記錄著對方的姓名、聯絡電話、聯絡地址或電子郵件等聯絡資料。因此，吾人可利用此一資料來做進一步的驗證。根據本發明，電子裝置110、120各自的儲存單元119、129儲存有持有人的聯絡資料，例如姓名、聯絡電話、聯絡地址或電子郵件等資料。參考第4c與5c圖，在進行步驟202、204、206或者是進行步驟202、204、206、307之後，電子裝置120的處理單元127藉由其無線信號收發模組124將上述的聯絡人資料以一第二聯絡資料信號連同第二時域或頻域加速度信號傳送給電子裝置110(步驟454、554)。當電子裝置110藉由其無線信號收發模組114接收到來自電子裝置120的第二時域或頻域加速度信號與第二聯絡資料信號時，傳送給自身的處理單元117。在通過前述步驟210、212或者是310、312中的加速度關聯性的驗證後，處理單元117進一步比對電子裝置120所傳來的第二聯絡資料信號中的聯絡人資料是否與記錄在自身儲存單元119中的某一比聯絡人資料相符(步驟456)。若是，則表示驗證通過，兩電子裝置110與120確實是曾相互碰撞，可以開始進行資料的傳送。接著無線信號收發模組114與無線信號收發模組124建立連線，使電子裝置110透過其無線信號收發模組114將檔案資料傳送給電子裝置120，電子裝置120則透過自身的無線信號收發模組124接收來自電子裝置110的檔案資料(步驟458)。若步驟456的判斷結果為否，則表示驗證未通過，電子裝置110與電子裝置120間將不傳送檔案資料(步驟216、步驟316)。In addition, almost everyone's mobile phone stores contact information of relatives and friends, such as phone numbers, so that they can easily and quickly contact each other. Therefore, the mobile phone that each of the two parties who are familiar with each other has stored contact information may record the contact information of the other party's name, contact number, contact address or e-mail. Therefore, we can use this information for further verification. According to the present invention, the respective storage units 119, 129 of the electronic devices 110, 120 store the contact information of the holder, such as name, contact number, contact address or email. Referring to FIGS. 4c and 5c, after performing steps 202, 204, 206 or performing steps 202, 204, 206, and 307, the processing unit 127 of the electronic device 120 transmits the contact information by using the wireless signal transceiving module 124. The second contact data signal is transmitted to the electronic device 110 along with the second time domain or frequency domain acceleration signal (steps 454, 554). When the electronic device 110 receives the second time domain or frequency domain acceleration signal from the electronic device 120 and the second contact data signal by the wireless signal transceiver module 114, the electronic device 110 transmits the signal to its own processing unit 117. After the verification of the acceleration correlation in the foregoing steps 210, 212 or 310, 312, the processing unit 117 further compares whether the contact information in the second contact information signal transmitted from the electronic device 120 is recorded in the self storage. Some of the units 119 match the contact information (step 456). If yes, it means that the verification passes, and the two electronic devices 110 and 120 have indeed collided with each other, and the data transfer can be started. Then, the wireless signal transceiver module 114 establishes a connection with the wireless signal transceiver module 124, so that the electronic device 110 transmits the file data to the electronic device 120 through the wireless signal transceiver module 114, and the electronic device 120 transmits and receives the wireless signal through the wireless signal transmitting and receiving module. Group 124 receives the archival material from electronic device 110 (step 458). If the result of the determination in step 456 is no, it indicates that the verification has not passed, and the archive data will not be transmitted between the electronic device 110 and the electronic device 120 (step 216, step 316).
根據本發明之方法，時間資料信號、位置座標資料信號以及聯絡資料信號係可隨著時域或頻域加速度信號由無線信號收發模組傳送出去。另外，關於對時間、位置座標以及聯絡人資料所做的進一步比對驗證，係可擇一或者是採用當中的兩者或全部進行。當所進行的比對驗證皆通過後，才開始進行資料的傳送。而比對驗證的順序則可視需要做調整，並無硬性限定比對的先後順序。According to the method of the present invention, the time data signal, the position coordinate data signal, and the contact data signal can be transmitted by the wireless signal transceiver module along with the time domain or frequency domain acceleration signal. In addition, further comparison verification of time, location coordinates, and contact information may be performed alternatively or in combination. The data transfer is started when the comparison verification is performed. The order of comparison verification can be adjusted as needed, and there is no hard limit to the order of comparison.
根據本發明之方法，係採用兩電子裝置碰撞後所產生的加速度信號做比對驗證，可避免繁瑣的密碼確認步驟。除此之外，對時間、位置座標以及聯絡人資料所做的進一步比對，則可加強驗證的準確性。According to the method of the present invention, the acceleration signal generated by the collision of the two electronic devices is used for comparison verification, and the cumbersome password confirmation step can be avoided. In addition, further comparisons of time, location coordinates, and contact information can enhance the accuracy of verification.
雖然本發明已以前述實施例揭示，然其並非用以限定本發明，任何本發明所屬技術領域中具有通常知識者，在不脫離本發明之精神和範圍內，當可作各種之更動與修改。因此本發明之保護範圍當視後附之申請專利範圍所界定者為準。The present invention has been disclosed in the foregoing embodiments, and is not intended to limit the present invention. Any of the ordinary skill in the art to which the invention pertains can be modified and modified without departing from the spirit and scope of the invention. . Therefore, the scope of the invention is defined by the scope of the appended claims.
100．．．系統100. . . system
110．．．電子裝置110. . . Electronic device
112．．．加速度感測器112. . . Acceleration sensor
114．．．無線信號收發模組114. . . Wireless signal transceiver module
116．．．位置偵測裝置116. . . Position detection device
117．．．處理單元117. . . Processing unit
118．．．計時單元118. . . Timing unit
119．．．儲存單元119. . . Storage unit
120．．．電子裝置120. . . Electronic device
120．．．儲存單元120. . . Storage unit
122．．．處理單元122. . . Processing unit
124．．．無線信號收發模組124. . . Wireless signal transceiver module
126．．．位置偵測裝置126. . . Position detection device
127．．．處理單元127. . . Processing unit
128．．．計時單元128. . . Timing unit
129．．．儲存單元129. . . Storage unit
202-554．．．步驟202-554. . . step
第1圖：為實施本發明之於電子裝置間實行資料傳送的方法之系統。Fig. 1 is a diagram showing a system for carrying out data transfer between electronic devices for carrying out the invention.
第2圖：為本發明第一實施例之於電子裝置間實行資料傳送的方法的流程圖。Figure 2 is a flow chart showing a method of performing data transfer between electronic devices according to the first embodiment of the present invention.
第3圖：為本發明第二實施例之於電子裝置間實行資料傳送的方法的流程圖。Figure 3 is a flow chart showing a method of performing data transfer between electronic devices in accordance with a second embodiment of the present invention.
第4a圖：為本發明第一實施例之方法的流程圖，其中增加了對時間資料的進一步比對驗證。Figure 4a is a flow diagram of a method of the first embodiment of the invention with further alignment verification of time data added.
第4b圖：為本發明第一實施例之方法的流程圖，其中增加了對位置座標資料的進一步比對驗證。Figure 4b is a flow diagram of a method of the first embodiment of the invention in which further alignment verification of position coordinate data is added.
第4c圖：為本發明第一實施例之方法的流程圖，其中增加了對聯絡人資料的進一步比對驗證。Figure 4c is a flow diagram of a method of the first embodiment of the present invention with further comparison verification of contact information.
第5a圖：為本發明第二實施例之方法的流程圖，其中增加了對時間資料的進一步比對驗證。Figure 5a is a flow diagram of a method of a second embodiment of the invention in which further alignment verification of time data is added.
第5b圖：為本發明第二實施例之方法的流程圖，其中增加了對位置座標資料的進一步比對驗證。Figure 5b is a flow diagram of a method of a second embodiment of the invention in which further alignment verification of position coordinate data is added.
第5c圖：為本發明第二實施例之方法的流程圖，其中增加了對聯絡人資料的進一步比對驗證。Figure 5c is a flow diagram of a method of the second embodiment of the present invention with further comparison verification of contact information.
202-316．．．步驟202-316. . . step
Claims (9)
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| TW99116040A TWI426760B (en) | 2010-05-20 | 2010-05-20 | Method for transmitting data between electronic devices |
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| TW99116040A TWI426760B (en) | 2010-05-20 | 2010-05-20 | Method for transmitting data between electronic devices |
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| TW201143339A TW201143339A (en) | 2011-12-01 |
| TWI426760B true TWI426760B (en) | 2014-02-11 |
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| US20160021617A1 (en) * | 2014-07-16 | 2016-01-21 | Mediatek Inc. | Remote sensor data sharing for electronic device and associated method |
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