TWI389399B - Connection device and connector - Google Patents
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Description
本發明係關於一種連接裝置及其連接器，尤其係涉及一種連接電子裝置訊號線之連接裝置及其連接器。The present invention relates to a connecting device and a connector thereof, and more particularly to a connecting device for connecting an electronic device signal line and a connector thereof.
目前各式電子裝置進行連接以傳輸訊號時，一般係透過連接纜線連接到二個電子裝置的連接端子後加以傳輸。例如主機板與顯示螢幕，係透過支援顯示介面標準的連接纜線加以連接，以利從主機板傳輸顯示輸出訊號到顯示螢幕。連接纜線的線路會根據其所欲連接的電子裝置而設置，使連接線路兩端所連接的電子裝置可透過連接纜線而正確對應連接。然而，不同規格之顯示螢幕與主機板的連接配置方式不同，例如：不同解析度的顯示螢幕與主機板的接腳對應位置不完全相同。因此，例如在電腦系統的測試過程中，若要輪流測試主機板與不同規格的顯示螢幕連接後的運作狀況時，必須準備多條對應不同接腳配置的連接纜線，根據每次所欲連接的不同顯示裝置而替換不同的連接纜線。At present, when various types of electronic devices are connected to transmit signals, they are generally connected to the connection terminals of the two electronic devices through a connection cable and then transmitted. For example, the motherboard and the display screen are connected through a connection cable that supports the display interface to facilitate display of the output signal from the motherboard to the display screen. The lines connecting the cables are arranged according to the electronic devices to which they are connected, so that the electronic devices connected at both ends of the connecting lines can be properly connected through the connecting cables. However, the display screens of different specifications are different from the configuration of the motherboard. For example, the display screens of different resolutions are not exactly the same as the pins of the motherboard. Therefore, for example, in the test process of a computer system, if it is necessary to take turns to test the operation status of the motherboard after being connected with different display screens, it is necessary to prepare a plurality of connection cables corresponding to different pin configurations, according to each connection. Different display devices replace different connection cables.
本發明係為了提供一種連接裝置及其連接器，以供簡便地更換所欲連接的電子裝置，免除為了連接不同電子裝置而需準備多種連接纜線之不便。The present invention is to provide a connecting device and a connector thereof for easily replacing an electronic device to be connected, thereby eliminating the inconvenience of preparing a plurality of connecting cables for connecting different electronic devices.
為了達成上述目的，根據本發明的其中一種方案，提供一種連接裝置，用於供連接複數訊號線及電子裝置的一組訊號端子。連接裝置中包括一連接器及一轉接器。連接器還包括一基座、複數連接端子、複數連接槽及固定結構。轉接器還包括一主體、複數轉接端子及複數連接槽。基座具有數個端子開口和數個連接開口；連接端子設置在基座的外側，其中每一連接端子開設一個貫穿連接端子的第一連接槽，第一連接槽的設置位置對應於基座的端子開口；第二連接槽的設置位置對應於連接開口，其係用於連接訊號端子；每一個連接端子與一個第二連接槽經由基座電性連接；每一個連接端子係用於供至少一條訊號線穿入其第一連接槽。In order to achieve the above object, according to one aspect of the present invention, a connection device for connecting a plurality of signal lines and a set of signal terminals of an electronic device is provided. The connecting device includes a connector and an adapter. The connector further includes a base, a plurality of connection terminals, a plurality of connection slots, and a fixing structure. The adapter further includes a main body, a plurality of transfer terminals, and a plurality of connection slots. The base has a plurality of terminal openings and a plurality of connection openings; the connection terminals are disposed on the outer side of the base, wherein each of the connection terminals defines a first connection slot extending through the connection terminal, and the first connection slot is disposed at a position corresponding to the base a terminal opening; the second connecting groove is disposed at a position corresponding to the connecting opening, and is used for connecting the signal terminals; each of the connecting terminals is electrically connected to a second connecting slot via the base; each connecting terminal is used for at least one The signal line penetrates into its first connection slot.
轉接器之主體設有數個轉接開口；複數轉接端子設置於主體之外側，轉接端子一一穿入第二連接槽並電連接連接器；第三連接槽之設置位置對應於轉接開口，用以電連接電子裝置的該組訊號端子；每一個轉接端子與一個第三連接槽係經由主體電性連接。The main body of the adapter is provided with a plurality of transfer openings; the plurality of transfer terminals are disposed on the outer side of the main body, the transfer terminals are inserted into the second connection groove and electrically connected to the connector; and the third connection groove is disposed at a position corresponding to the transfer The opening is configured to electrically connect the set of signal terminals of the electronic device; each of the transfer terminals and one of the third connection slots are electrically connected via the main body.
藉此，電連接於連接裝置的訊號端子，即可與穿入至少一個第一連接槽之訊號線電性連接，訊號線所傳送的訊號經由對應電性連接的訊號端子傳送到電子裝置，以供電子裝置根據訊號運作。Thereby, the signal terminal electrically connected to the connecting device can be electrically connected to the signal line penetrating into the at least one first connecting slot, and the signal transmitted by the signal line is transmitted to the electronic device via the corresponding electrically connected signal terminal, The electronic device operates according to the signal.
第一圖所示為本發明所提供的一種連接器實施例之下視示意圖，請同時參照第二圖所示該連接器上視示意圖。該連接器1包括一基座10、複數個連接端子12、一凸起部14及一固定結構(圖未示)。The first figure shows a schematic view of a connector embodiment according to the present invention. Please refer to the top view of the connector shown in the second figure. The connector 1 includes a base 10, a plurality of connecting terminals 12, a raised portion 14, and a fixing structure (not shown).
基座10具有複數個端子開口100和複數個連接開口102，分別設置於基座10的第一外側104及第二外側106。連接端子12設置在基座10的第一外側104，且每一個連接端子12皆設有一個貫穿連接端子12的第一連接槽120，每個第一連接槽120對應於一個設置在第一外側104的端子開口100的位置而設置。凸起部14設置於基座10的第二外側106，並在凸起部14設有貫穿凸起部14的複數個第二連接槽140(參照第二圖)，每個第二連接槽140的設置位置則對應於設置在第二外側106的連接開口102。每一連接端子12透過基座10中的導電端子16與一個第二連接槽140對應連接。The susceptor 10 has a plurality of terminal openings 100 and a plurality of connection openings 102 respectively disposed on the first outer side 104 and the second outer side 106 of the susceptor 10. The connecting terminals 12 are disposed on the first outer side 104 of the base 10, and each of the connecting terminals 12 is provided with a first connecting slot 120 extending through the connecting terminal 12, and each of the first connecting slots 120 corresponds to one disposed on the first outer side. The position of the terminal opening 100 of 104 is set. The convex portion 14 is disposed on the second outer side 106 of the base 10, and the plurality of second connecting grooves 140 (refer to the second figure) penetrating the convex portion 14 are provided in the convex portion 14, and each of the second connecting grooves 140 The set position corresponds to the connection opening 102 provided on the second outer side 106. Each of the connection terminals 12 is connected to a second connection slot 140 through the conductive terminals 16 in the base 10.
每個連接端子12用於供穿入至少一條訊號線到第一連接槽120中，訊號線並可穿透第一連接槽120及通過端子開口100，而複數第二連接槽140則用以電連接一組訊號端子。由於每個連接端子12與一個第二連接槽140對應連接，因此，穿入第一連接槽120的訊號線即與連接在相對應之第二連接槽140的訊號端子電連接，藉此而將訊號線所傳輸的訊號(如低電壓差分訊號)送到訊號端子所在的電子裝置上。使用者若在連接端子12的同一個第一連接槽120中穿入傳輸不同訊號源的訊號線，連接在相對應之第二連接槽140之訊號端子即接收到不同的訊號源，藉此可使電子裝置依該組訊號端子所接收到的不同訊號源的組合，與訊號源的來源端(如一控制裝置)通訊。Each of the connecting terminals 12 is configured to penetrate at least one signal line into the first connecting slot 120, the signal line can penetrate the first connecting slot 120 and through the terminal opening 100, and the plurality of second connecting slots 140 are used for electricity Connect a set of signal terminals. Since each of the connection terminals 12 is connected to a second connection slot 140, the signal line that penetrates the first connection slot 120 is electrically connected to the signal terminal connected to the corresponding second connection slot 140, thereby The signal transmitted by the signal line (such as the low voltage differential signal) is sent to the electronic device where the signal terminal is located. If the user penetrates the signal line transmitting the different signal sources in the same first connecting slot 120 of the connecting terminal 12, the signal terminal connected to the corresponding second connecting slot 140 receives a different signal source. The electronic device communicates with the source of the signal source (such as a control device) according to the combination of different signal sources received by the group of signal terminals.
為了防止穿入第一連接槽120的訊號線鬆脫，在本實施例中利用固定結構將訊號線加以固定。請參照第三圖所示，其係為本發明所提供一種固定結構實施例之示意圖。固定結構18埋設在基座10內，其包括沿著基座10的端子開口100而設置的一本體180及複數個與本體180連結的卡合件182。卡合件182數量與連接端子12相同，且設置位置對齊端子開口100及第一連接槽120，其係用於將穿過第一連接槽120及端子開口100的訊號線加以卡合固定，防止線材脫落。In order to prevent the signal line that penetrates the first connecting slot 120 from coming loose, the signal line is fixed by the fixing structure in this embodiment. Please refer to the third figure, which is a schematic diagram of an embodiment of a fixed structure provided by the present invention. The fixing structure 18 is embedded in the base 10 and includes a body 180 disposed along the terminal opening 100 of the base 10 and a plurality of engaging members 182 coupled to the body 180. The number of the engaging members 182 is the same as that of the connecting terminal 12, and the positioning position is aligned with the terminal opening 100 and the first connecting groove 120 for engaging and fixing the signal wires passing through the first connecting groove 120 and the terminal opening 100 to prevent the signal line from being locked. The wire is peeled off.
每一卡合件182更包括一第一夾持部1820及一第二夾持部1822；第一夾持部1820具有兩端，一端設有連接部18202、另一端則設有一第一開口18204；第二夾持部1822亦具有兩端，其一端設有延伸部18222、另一端則設置一第二開口18224。其中，第一夾持部1820與第二夾持部1822為具有彈性的材質；第一夾持部1820之連接部18202穿過第二夾持部1822的第二開口18224而連接於本體180，而第二夾持部1822的延伸部18222則穿過第一夾持部1820的第一開口18204，並抵靠於基座10的內側壁108。藉此，使得第一夾持部1820與第二夾持部1822之間形成一個可略為擴張的夾持空間1824，當訊號線通過卡合件182的夾持空間1824時，由第一夾持部1820及第二夾持部1822共同夾持訊號線以防止其脫落。訊號線穿過基座10之端子開口100後即通過卡合件182的夾持空間1824，以電連接導電端子。當然，固定結構不限於第三圖所示之實施例一種，上述說明及圖式僅係一參考例示作法。Each of the engaging members 182 further includes a first clamping portion 1820 and a second clamping portion 1822. The first clamping portion 1820 has two ends, one end is provided with a connecting portion 18202, and the other end is provided with a first opening 18204. The second clamping portion 1822 also has two ends, one end of which is provided with an extending portion 18222, and the other end is provided with a second opening 18224. The first clamping portion 1820 and the second clamping portion 1822 are elastic materials; the connecting portion 18202 of the first clamping portion 1820 is connected to the body 180 through the second opening 18224 of the second clamping portion 1822. The extension 18222 of the second clamping portion 1822 passes through the first opening 18204 of the first clamping portion 1820 and abuts against the inner sidewall 108 of the base 10. Thereby, a slightly expandable clamping space 1824 is formed between the first clamping portion 1820 and the second clamping portion 1822. When the signal line passes through the clamping space 1824 of the engaging member 182, the first clamping is performed. The portion 1820 and the second clamping portion 1822 collectively clamp the signal line to prevent it from coming off. After the signal line passes through the terminal opening 100 of the base 10, it passes through the clamping space 1824 of the engaging member 182 to electrically connect the conductive terminals. Of course, the fixed structure is not limited to the embodiment shown in the third figure, and the above description and drawings are merely a reference example.
除上述連接器1實施例外，第四圖為本發明提供的另一種連接器實施例下視示意圖。本實施例之連接器1a亦包括基座10a、設置在第一外側104的複數連接端子12及其第一連接槽120，本實施例與第一及第二圖所示實施例之差異在於：第二連接槽140係設置在基座10a之內，而第二連接槽140設置的位置仍對應於連接開口102的位置。當訊號端子穿入第二連接槽140時，訊號端子即係穿入基座10a。本實施例的基座10a中亦可埋設由本體180及卡合件182固定結構18，由卡合件182將穿入第一連接槽120的訊號線加以卡固，使訊號線之金屬線芯穿過由第一夾持部1820及第二夾持部1822所形成的夾持空間1824，並穩固地接觸導電端子，與穿入第二連接槽140的訊號端子電連接。In addition to the above-described connector 1 implementation, the fourth figure is a schematic view of another connector embodiment provided by the present invention. The connector 1a of the present embodiment also includes a base 10a, a plurality of connecting terminals 12 disposed on the first outer side 104, and a first connecting slot 120. The difference between the embodiment and the first and second embodiments is: The second connecting groove 140 is disposed inside the base 10a, and the position where the second connecting groove 140 is disposed still corresponds to the position of the connecting opening 102. When the signal terminal penetrates into the second connecting slot 140, the signal terminal penetrates into the base 10a. In the base 10a of the embodiment, the structure 18 is fixed by the body 180 and the engaging member 182, and the signal line penetrating the first connecting slot 120 is locked by the engaging member 182 to make the metal wire of the signal line The clamping space 1824 formed by the first clamping portion 1820 and the second clamping portion 1822 passes through the conductive terminal and is electrically connected to the signal terminal penetrating the second connecting groove 140.
第五圖為本發明所提供的一種連接裝置實施例之下視示意圖，連接裝置50包括一連接器1b及一轉接器3。請一併參照第六圖所示之上視示意圖。連接器1b係如第一及第二圖所示之實施例，包括設有數個端子開口100和數個連接開口102的基座10b、設置在第一基座外側104a的複數個連接端子12及其第一連接槽120、及設置在第二基座外側106a的第一凸起部14a及其第二連接槽140。每個連接端子12與複數第二連接槽140的其中一個利用基座10b中的導電端子16互相電連接。The fifth figure is a schematic view of a connection device according to an embodiment of the present invention. The connecting device 50 includes a connector 1b and an adapter 3. Please refer to the top view shown in the sixth figure. The connector 1b is an embodiment shown in the first and second figures, and includes a base 10b provided with a plurality of terminal openings 100 and a plurality of connection openings 102, a plurality of connection terminals 12 disposed on the outer side 104a of the first base, and The first connecting groove 120 and the first protruding portion 14a disposed on the outer side 106a of the second base and the second connecting groove 140 thereof. One of each of the connection terminals 12 and the plurality of second connection slots 140 is electrically connected to each other by the conductive terminals 16 in the base 10b.
轉接器3包括一主體30、複數個轉接端子32及一第二凸起部34。主體30具有第一主體外側300、第二主體外側302及複數個轉接開口304。轉接端子32設置在第一主體外側300，第二凸起部34則設置在第二主體外側302。其中，第二凸起部34設有複數個貫穿第二凸起部34的第三連接槽340，每個第三連接槽340的設置位置對應於主體30所設置的複數轉接開口304。每一轉接端子32利用主體30中的導電端子36與一個第三連接槽340電連接。The adapter 3 includes a main body 30, a plurality of transfer terminals 32 and a second raised portion 34. The body 30 has a first body outer side 300, a second body outer side 302, and a plurality of transfer openings 304. The adapter terminal 32 is disposed on the first body outer side 300, and the second boss portion 34 is disposed on the second body outer side 302. The second protruding portion 34 is provided with a plurality of third connecting slots 340 extending through the second protruding portion 34 . The position of each of the third connecting slots 340 corresponds to the plurality of switching openings 304 provided by the main body 30 . Each of the adapter terminals 32 is electrically connected to a third connection slot 340 by a conductive terminal 36 in the body 30.
其中，連接器1b的每個連接端子12仍用於供訊號線穿入其第一連接槽120，而轉接器3的複數轉接端子32則一一對應穿入連接器1b的第二連接槽140，使轉接端子32與穿入第一連接槽120的訊號線電連接。轉接器3的第三連接槽340用於電連接一組訊號端子。Each of the connection terminals 12 of the connector 1b is still used for the signal line to penetrate into the first connection slot 120, and the plurality of adapter terminals 32 of the adapter 3 correspond to the second connection of the connector 1b. The slot 140 electrically connects the adapter terminal 32 to the signal line that penetrates the first connection slot 120. The third connection slot 340 of the adapter 3 is used to electrically connect a set of signal terminals.
本實施例之連接裝置50之組合示意圖請參照第七圖。由於每一連接端子12個別與一個第二連接槽140電連接；每一個轉接端子32個別與一個第三連接槽340電連接；而連接器1b與轉接器3又透過轉接端子32穿入第二連接槽140而一一電連接；因此，穿入第三連接槽340的訊號端子，即可接收到穿入第一連接槽120之訊號線所傳送的訊號源。當使用者將傳送訊號源的訊號線穿入不同的第一連接槽120時，訊號源就會由該組訊號端子中不同的端子所接收。Please refer to the seventh figure for the schematic diagram of the combination of the connecting device 50 of this embodiment. Each of the connection terminals 12 is electrically connected to a second connection slot 140; each of the adapter terminals 32 is electrically connected to a third connection slot 340; and the connector 1b and the adapter 3 are further passed through the adapter terminal 32. The second connection slot 140 is electrically connected to each other; therefore, the signal terminal that penetrates the third connection slot 340 can receive the signal source transmitted by the signal line that penetrates the first connection slot 120. When the user penetrates the signal line of the transmission signal source into the different first connection slot 120, the signal source is received by different terminals of the group of signal terminals.
在其他的連接裝置實施例中，所述的連接器係可如第四圖所示，將第二連接槽140設置在基座10a中，並且亦以固定結構18將訊號線固定；而轉接器之設置亦可仿照第四圖之連接器的結構，將第三連接槽340設置在主體30中，以減少連接裝置的體積。In other embodiments of the connecting device, the connector can be disposed in the base 10a as shown in the fourth figure, and the signal line is also fixed by the fixing structure 18; The arrangement of the device can also be similar to the structure of the connector of the fourth figure, and the third connecting groove 340 is disposed in the main body 30 to reduce the volume of the connecting device.
第八圖係為本發明所提供的一種電子裝置控制系統實施例之示意圖，其係供控制單元利用上述實施例中的連接裝置，便利地對不同規格的電子裝置進行控制。在本實施例中，控制單元為嵌入式系統的一主機板52，電子裝置係為一顯示裝置54，二者以低電壓差分訊號(Low Voltage Difference Signal,LVDS)傳輸介面進行訊號傳輸，顯示裝置54的一組訊號端子540及主機板52之一組訊號傳輸端子520係相容於低電壓差分訊號之標準。The eighth figure is a schematic diagram of an embodiment of an electronic device control system provided by the present invention, which is used by the control unit to conveniently control electronic devices of different specifications by using the connection device in the above embodiment. In this embodiment, the control unit is a motherboard 52 of the embedded system, and the electronic device is a display device 54. The two are transmitted by a low voltage difference signal (LVDS) transmission interface, and the display device is displayed. A set of signal terminals 540 of 54 and a set of signal transmission terminals 520 of the motherboard 52 are compatible with the standard of low voltage differential signals.
當測試人員欲將顯示裝置54連接到主機板52以進行測試時，可先將訊號端子540***連接裝置50中的第三連接槽以對應電連接；或是經由一連接纜線58，由連接纜線58兩端分別將訊號端子540與第三連接槽對應連結。與顯示裝置54連接後的連接裝置50，其每一連接端子12即相當於訊號端子540上的每一接腳(pin)。測試人員即可將訊號線56的一端連接於主機板52之訊號傳輸端子520上，另一端則根據每一個訊號端子540與每一個訊號傳輸端子520的接腳配置(pin assignment)關係，將連接於訊號傳輸端子520上特定孔位的訊號線56穿入連接端子的第一連接槽，以將訊號透過連接裝置50傳送到應與所述孔位對應連接的訊號端子540接腳上。When the tester wants to connect the display device 54 to the motherboard 52 for testing, the signal terminal 540 may be first inserted into the third connection slot in the connection device 50 to be electrically connected; or connected via a connection cable 58. The signal terminals 540 are respectively connected to the third connection slots at opposite ends of the cable 58. Each of the connection terminals 12 connected to the display device 54 corresponds to each pin on the signal terminal 540. The tester can connect one end of the signal line 56 to the signal transmission terminal 520 of the motherboard 52, and the other end will be connected according to the pin assignment relationship of each of the signal terminals 540 and each of the signal transmission terminals 520. The signal line 56 of the specific hole position on the signal transmission terminal 520 penetrates into the first connection slot of the connection terminal to transmit the signal through the connection device 50 to the signal terminal 540 pin correspondingly connected to the hole position.
經由連接裝置50傳送訊號的優點在於，當使用者欲連接不同規格的各個顯示裝置到主機板52上一一測試，而各個顯示裝置與主機板52的接腳配置不同時，使用者並不需要為了適應各種不同接腳配置關係，而準備多種專用傳輸線。使用者只需要根據顯示裝置的訊號端子與訊號傳輸端子520的接腳配置關係，改變訊號線56所穿入的第一連接槽120的位置即可。The advantage of transmitting the signal via the connection device 50 is that when the user wants to connect the display devices of different specifications to the motherboard 52 for testing one by one, and the pin configuration of each display device and the motherboard 52 is different, the user does not need to In order to adapt to various pin configuration relationships, a variety of dedicated transmission lines are prepared. The user only needs to change the position of the first connection slot 120 through which the signal line 56 is inserted according to the pin arrangement relationship between the signal terminal of the display device and the signal transmission terminal 520.
舉一具體例子說明，例如顯示裝置A為一1280×1024像素的雙通道面板，而顯示裝置B為一1680×1050像素的雙通道面板，其訊號端子a及b各具有30個接腳，自第1個接腳到第30個接腳分別用於傳輸不同的訊號，如電源(VCC)輸入、電源接地(GND)或時脈(CLK)輸入。顯示裝置A與主機板52的接腳配置異於顯示裝置B與主機板52的接腳配置，換言之，訊號端子a與訊號端子b中相同的接腳位置並不一定連接到訊號傳輸端子520上的相同孔位。例如：訊號端子a的第30個腳位不需要連接到訊號傳輸端子520，但是訊號端子b的第30個腳位則需要連接到訊號傳輸端子520的第15個孔位上。在此情形下，當顯示裝置A連接在連接裝置50上時，連接裝置50的第30個連接端子12不需穿入任何訊號線56；但顯示裝置B連接於連接裝置50時，第30個連接端子12則穿入連著訊號傳輸端子520的第15個孔位上的訊號線56。如此，即可供使用者，特別是嵌入式系統的測試人員，自由變換不同規格的電子裝置，而便利且省時地進行與控制單元的連接測試。For example, the display device A is a two-channel panel of 1280×1024 pixels, and the display device B is a two-channel panel of 1680×1050 pixels, and the signal terminals a and b each have 30 pins. The first pin to the 30th pin are used to transmit different signals, such as power (VCC) input, power ground (GND) or clock (CLK) input. The pin configuration of the display device A and the motherboard 52 is different from the pin configuration of the display device B and the motherboard 52. In other words, the same pin position in the signal terminal a and the signal terminal b is not necessarily connected to the signal transmission terminal 520. The same hole position. For example, the 30th pin of the signal terminal a does not need to be connected to the signal transmission terminal 520, but the 30th pin of the signal terminal b needs to be connected to the 15th hole of the signal transmission terminal 520. In this case, when the display device A is connected to the connection device 50, the 30th connection terminal 12 of the connection device 50 does not need to penetrate any signal line 56; but when the display device B is connected to the connection device 50, the 30th The connection terminal 12 penetrates the signal line 56 connected to the fifteenth hole of the signal transmission terminal 520. In this way, the tester for the user, especially the embedded system, can freely change the electronic devices of different specifications, and the connection test with the control unit is conveniently and time-saving.
雖於上述各實施例中所述的連接器當中，連接端子與第二連接槽係分設在基座的第一及第二外側，然而根據實施例所揭露的內容和圖式，技術人員可經過調整後，將此二者皆設置在基座的同一側，而連接端子仍分別和第二連接槽透過基座的導電端子一一電連接；連接裝置中的轉接器亦然。In the connector described in the above embodiments, the connecting terminal and the second connecting slot are respectively disposed on the first and second outer sides of the base. However, according to the contents and the drawings disclosed in the embodiments, the technician may After adjustment, the two are disposed on the same side of the base, and the connection terminals are still electrically connected to the second connection slots respectively through the conductive terminals of the base; the adapters in the connection device are also the same.
綜合上述，本發明已明確揭露一種連接裝置及其連接器，藉由連接裝置可靈活地連接電子裝置的訊號端子。即使因不同電子裝置之訊號端子的接腳配置相異，亦無須為了適用每一種不同接腳配置而準備不同的連接纜線。使用者可透過連接器或連接裝置，依照每種電子裝置的接腳配置，一一將連接另一裝置(如主機板)的訊號線穿入正確的連接端子位置，以傳送訊號到訊號端子的正確接腳上，供電子裝置根據所接收的訊號運作。In summary, the present invention has clearly disclosed a connecting device and a connector thereof, which can flexibly connect the signal terminals of the electronic device by means of the connecting device. Even if the pin configurations of the signal terminals of different electronic devices are different, it is not necessary to prepare different connection cables for each different pin configuration. The user can pass the signal line connecting another device (such as the motherboard) into the correct connection terminal position through the connector or the connecting device according to the pin configuration of each electronic device to transmit the signal to the signal terminal. On the correct pin, the electronic device operates according to the received signal.
此外，以本發明所提供之連接裝置及連接器連接訊號線與電子裝置，運用在電子系統的測試過程中，可節省測試人員時間，避免為了測試具有不同接腳配置的電子裝置而另行準備多種連接纜線，或是在置換連換纜線的過程中損壞連接纜線或訊號端子，並且也節省購買多種不同連接纜線的成本。In addition, the connection device and the connector provided by the invention are connected to the signal line and the electronic device, which can be used in the testing process of the electronic system, which can save the tester time and avoid preparing a plurality of different electronic devices for testing different pin configurations. Connecting the cable, or damaging the connecting cable or signal terminal during the replacement of the cable, and also saving the cost of purchasing a variety of different connecting cables.
上述所列舉之項目僅係為供說明本發明的實施手段，並非用以限制本發明所適用之範疇，如有其他符合本發明之精神與未實質改變本發明之技術手段者，皆屬本發明所涵蓋保護之範圍。The above-mentioned items are only for the purpose of explaining the present invention, and are not intended to limit the scope of the present invention. Any other technical means that conforms to the spirit of the present invention and does not substantially change the present invention are the present invention. The scope of protection covered.
1,1a-b．．．連接器1,1a-b. . . Connector
10,10a-b．．．基座10,10a-b. . . Pedestal
100．．．端子開口100. . . Terminal opening
102．．．連接開口102. . . Connection opening
104．．．第一外側104. . . First outer side
104a．．．第一基座外側104a. . . Outside of the first base
106．．．第二外側106. . . Second outer side
106a．．．第二基座外側106a. . . Outside of the second base
108．．．內側壁108. . . Inner side wall
12．．．連接端子12. . . Connection terminal
120．．．第一連接槽120. . . First connecting slot
14．．．凸起部14. . . Raised portion
14a．．．第一凸起部14a. . . First raised portion
140．．．第二連接槽140. . . Second connecting slot
16．．．導電端子16. . . Conductive terminal
18．．．固定結構18. . . Fixed structure
180．．．本體180. . . Ontology
182．．．卡合件182. . . Clip
1820．．．第一夾持部1820. . . First clamping part
18202．．．連接部18202. . . Connection
18204．．．第一開口18204. . . First opening
1822．．．第二夾持部1822. . . Second clamping part
18222．．．延伸部18,222. . . Extension
18224．．．第二開口18224. . . Second opening
1824．．．夾持空間1824. . . Clamping space
3．．．轉接器3. . . Adapter
30．．．主體30. . . main body
300．．．第一主體外側300. . . Outside of the first body
302．．．第二主體外側302. . . Outside of the second body
304．．．轉接開口304. . . Transfer opening
32．．．轉接端子32. . . Transfer terminal
34．．．第二凸起部34. . . Second raised portion
340．．．第三連接槽340. . . Third connecting slot
36．．．導電端子36. . . Conductive terminal
50．．．連接裝置50. . . Connecting device
52．．．主機板52. . . motherboard
520．．．訊號傳輸端子520. . . Signal transmission terminal
54．．．顯示裝置54. . . Display device
540．．．訊號端子540. . . Signal terminal
56．．．訊號線56. . . Signal line
58．．．連接纜線58. . . Connection cable
第一圖：本發明所提供之一連接器實施例之下視圖；First: a view of a lower embodiment of a connector provided by the present invention;
第二圖：本發明所提供之一連接器實施例之上視圖；Second: a top view of a connector embodiment provided by the present invention;
第三圖：本發明所提供之一連接器實施例之固定結構立體圖；Third: a perspective view of a fixed structure of a connector embodiment provided by the present invention;
第四圖：本發明所提供之另一連接器實施例之下視圖；Fourth: a view of another connector embodiment provided by the present invention;
第五圖：本發明所提供之一連接裝置實施例之分解下視圖；Figure 5 is an exploded bottom view of an embodiment of a connecting device provided by the present invention;
第六圖：本發明所提供之一連接裝置實施例之分解上視圖；Figure 6 is an exploded top view of an embodiment of a connecting device provided by the present invention;
第七圖：本發明所提供之一連接裝置實施例之組合示意圖；及Figure 7 is a schematic diagram showing the combination of the embodiments of the connecting device provided by the present invention; and
第八圖：本發明所提供之一電子裝置控制系統實施例之示意圖。Figure 8 is a schematic diagram of an embodiment of an electronic device control system provided by the present invention.
50．．．連接裝置50. . . Connecting device
1b．．．連接器1b. . . Connector
10b．．．基座10b. . . Pedestal
12．．．連接端子12. . . Connection terminal
120．．．第一連接槽120. . . First connecting slot
14a．．．第一凸起部14a. . . First raised portion
3．．．轉接器3. . . Adapter
30．．．主體30. . . main body
34．．．第二凸起部34. . . Second raised portion
Claims (13)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW98116123A TWI389399B (en) | 2009-05-15 | 2009-05-15 | Connection device and connector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW98116123A TWI389399B (en) | 2009-05-15 | 2009-05-15 | Connection device and connector |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW201041254A TW201041254A (en) | 2010-11-16 |
| TWI389399B true TWI389399B (en) | 2013-03-11 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW98116123A TWI389399B (en) | 2009-05-15 | 2009-05-15 | Connection device and connector |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWI389399B (en) |
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2009
- 2009-05-15 TW TW98116123A patent/TWI389399B/en active
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| Publication number | Publication date |
|---|---|
| TW201041254A (en) | 2010-11-16 |
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