1321655 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種可承放及量測顯示器面板的載具，特 別是一種將量測顯示器面板之檢測器模組於載具上的技 術。 【先前技術】 按，顯示器面板（LCD PANEL)在生產的過程中，鈐須 接通電源以實施各項電子特性的量測，據以控制顯示器面 板的生產品質。 上述顯示器面板的量測方式，傳統上是將顯示器面板 承放在一載具上，讓顯示器面板被載具移載於生產的輸送 路徑上，且載具上設有用來量測顯示器面板的檢測器，是 由若干裝設在載具上的檢測單元所組成，可各自透過若干 訊號線與顯示器面板連接；當載具移載顯示器面板進入輸 送路徑上的檢測區時，可利用檢測區的電源驅動載具之檢 測器運作，使其對顯示器面板進行量測，同時檢測區底部 設有一利用氣缸驅動的信號連接座，會上升與檢測器相連 接，以傳輸信號於檢測器内部與外界之間。 惟，上述先前技術之檢測器在組裝於載具上時，必須 逐一組裝檢測器的若干檢測單元於載具上，另在檢測器自 载具上卸除時，必須逐一卸除載具上之檢測器的若干檢測 單元，故在組裝及卸除上相當不便且費時，同時載具在使 用期間的損壞率頗高，因此必須經常將損壞載具上的檢測 器卸除，以組裝在另一良好的載具上，導致組裝及卸除檢 6 1321655 測器之時間成本的增加，亟需加以改善。 【發明内容】 本發明之目的旨在提供一種顯示器面板用量測載具之 檢測模組（二），尤其是將載具上用來量測顯示器面板的檢 測器整合成模組化，以利於將檢測器組裝在載具上，並利 於將載具上之檢測器卸除，進而提升載具與檢測器之間組 裝及卸除的便利性。 為達到上述之目的，本發明顯示器面板用量測載具之 檢測模組（二），包含有： 一載具，能承放至少一顯示器面板； 至少一橫向定位元件’設於該載具上， 至少一直向定位元件，設於該載具上； 一電源供應端，設於該載具上，且電源供應端能外接 電源； 一檢測器，係為將上述先前技術中的若干檢測單元整 合成模組化的檢測器，且檢測器擺放於該載具上，同時檢 測器能量測顯示器面板； 至少一設於該檢測器一端面上的定位孔，係套設於該 橫向定位元件上，以定位該檢測器； 至少一設於該檢測器底部的定位孔，係套設於該直向 定位元件上，以定位該檢測為， 一電源接收端，設於該檢測器上，且電源接收端與電 源供應端相連接，以驅動該檢測器運作；及 一信號連接器，設於該檢測器上，接受一外界之信號 7 1321655 連接座的連接，以傳輸信號於檢測器内部與外界之間。 除上述以外，本發明更加包含有： 所述載具上設有一凹槽，能容置該檢測器，該橫向定 位元件及直向定位元件各自設於凹槽的一端面及底部，且 該電源供應端設於凹槽的一端面或底部，同時該電源接收 端設於檢測器的一端面或底部。 所述凹槽的一端面上樞置至少一套設彈簧的推桿，迫 持於凹槽的一端面與檢測器之間，且該凹槽底部端側設有 至少一導引塊，且導引塊一端形成一利於導引檢測器的傾 斜部。 所述凹槽底部形成一穿透載具的端槽，該信號連接器 是設於檢測器底部，能與端槽相對應或容置於端槽内，且 該外界之信號連接座是藉由一氣缸驅動，以穿伸植入端槽 内與檢測器的信號連接器連接。 然而，為能再加詳述本發明，併予列舉較佳實施之圖 例，以詳細說明其實施方式如後述： 【實施方式】 首觀圖1所示，揭示出本發明較佳實施例的立體分解 圖，說明本發明顯示器面板用量測載具之檢測模組（二） 的主要構成技術包含有. 一載具1，頂部形成一凹槽11，其底部形成一穿透載具 1的端槽18，並於載具1上裝設有用來擺放至少一顯示器 面板的一組承臂2及一組承座3 (配合圖2所示）； 至少一橫向定位元件，在本實施上舉以複數橫向定位 8BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a carrier capable of receiving and measuring a display panel, and more particularly to a technique for measuring a detector module of a display panel on a carrier. [Prior Art] According to the display panel (LCD PANEL), it is not necessary to turn on the power during the production process to perform measurement of various electronic characteristics to control the production quality of the display panel. The measuring method of the above display panel traditionally places the display panel on a carrier, allows the display panel to be carried by the carrier on the transport path of the production, and the carrier is provided with a test for measuring the display panel. The device is composed of a plurality of detecting units mounted on the carrier, and can be respectively connected to the display panel through a plurality of signal lines; when the carrier moves the display panel into the detection area on the conveying path, the power of the detecting area can be utilized. The detector of the driving vehicle operates to measure the display panel, and a signal connection seat driven by the cylinder is arranged at the bottom of the detection area, and is connected to the detector to transmit signals between the inside of the detector and the outside. . However, when the detector of the above prior art is assembled on the carrier, it is necessary to assemble a plurality of detecting units of the detector on the carrier one by one, and when the detector is removed from the carrier, the carrier must be unloaded one by one. A number of detection units of the detector are quite inconvenient and time consuming to assemble and disassemble, and the damage rate of the carrier during use is high, so the detector on the damaged carrier must be frequently removed to assemble in another On a good vehicle, the time cost of assembling and unloading the detector is not needed to be improved. SUMMARY OF THE INVENTION The object of the present invention is to provide a detection module (2) for a display panel of a display panel, and in particular to integrate a detector for measuring a display panel on a carrier into a modularization, thereby facilitating integration. The detector is assembled on the carrier and facilitates the removal of the detector on the carrier, thereby improving the ease of assembly and removal between the carrier and the detector. In order to achieve the above object, the detection module (2) of the display panel of the display panel of the present invention comprises: a carrier capable of receiving at least one display panel; at least one lateral positioning component is disposed on the carrier The at least one positioning component is disposed on the carrier; a power supply terminal is disposed on the carrier, and the power supply terminal is externally connected to the power source; and a detector is configured to integrate the plurality of detecting units in the prior art described above Forming a detector, and the detector is placed on the carrier, and the detector is configured to measure the display panel; at least one positioning hole disposed on one end surface of the detector is sleeved on the lateral positioning component Positioning the detector; at least one positioning hole disposed at the bottom of the detector is sleeved on the direct positioning component to position the detection, a power receiving end is disposed on the detector, and The power receiving end is connected to the power supply end to drive the detector to operate; and a signal connector is disposed on the detector to receive an external signal 7 1321655 connector connection for transmitting signals Measured between the inside and the outside. In addition to the above, the present invention further includes: the carrier is provided with a recess for receiving the detector, the lateral positioning component and the direct positioning component are respectively disposed at one end and the bottom of the groove, and the power source The supply end is disposed at one end or the bottom of the groove, and the power receiving end is disposed at one end or the bottom of the detector. At least one set of spring-loaded push rods is disposed on one end of the groove, and is supported between one end surface of the groove and the detector, and at least one guiding block is disposed on the bottom end side of the groove, and the guide is One end of the lead block forms an inclined portion that facilitates guiding the detector. The bottom of the groove forms an end slot penetrating the carrier, and the signal connector is disposed at the bottom of the detector, corresponding to the end slot or received in the end slot, and the external signal connection block is A cylinder drive is coupled to the signal connector of the detector for insertion into the implanted end slot. However, the present invention will be described in detail, and the preferred embodiments of the present invention will be described in detail, and the embodiments thereof will be described in detail as follows: [Embodiment] FIG. 1 shows a perspective view of a preferred embodiment of the present invention. An exploded view showing the main constituent technology of the detecting module (2) of the measuring panel of the display panel of the present invention comprises: a carrier 1 having a groove 11 formed at the top and a bottom penetrating end of the carrier 1 a slot 18, and a set of arms 2 and a set of sockets 3 for arranging at least one display panel on the carrier 1 (shown in FIG. 2); at least one lateral positioning component, in the present embodiment Horizontal orientation in multiples 8
Π係設於載具1之凹槽j J 柱12為例，說明各橫向定位柱 的一端面上； k ^向定位元件’在本實施上舉吨數直立定位 11 ，'、、歹丨，說明各直立定位柱13係設於載具1之凹槽 的底部； ~ 電源供應端’在實施上係為-電源插座14，設於該 之凹槽11的―端面上’且電源插座14能與外界載^ 之送路從或檢測區的電源相連接，使載具i具備供電能 刀， 二一檢測器4(如圖卜圖3及圖4所示），係為將上述 先刖技術中的若干檢測單元整合成模組化的檢測器4，且檢 測器4能擺放於該載具丨之凹槽u内，同時檢測器4頂部 設有至少-制連接^ 41，可用來錢示器面板相連接， 以量測其各項電子特性； 至少一 s史於該檢測器4 一端面上的定位孔，在本實施 上舉以複數定位孔42 (如圖3、圖4及圖5所示）為例， 說明各定位孔42能各自套設於各橫向定位柱12上，以定 位該檢測器4; 至少一設於該檢測器4底部的定位孔，在本實施上舉 以複數定位孔43為例，說明各定位孔43能各自套設於各 直立定位柱13上’以定位該檢測器4; 一電源接收端，在實施上係為一電源插頭44，埋設於 該檢測器4 一端面上’且電源插頭44能插置於該載具1的 電源插座14上，以驅動該檢測器4運作；及 1321655 一信號連接器45，設於該檢測器4底部，能接受外界 一顯示器面板檢測區之信號連接座的連接，以傳輸信號於 檢測器4内部與外界檢測區之間。 除上述以外，本發明更加包含有： 一推桿15 (如圖1、圖2及圖6所示），樞置於該載具 1之凹槽11的一端面上，且推桿15上套設有一彈簧16;及 至少一導引塊，在本實施上舉以複數導引塊17 (如圖 1及圖2所示）為例，說明各導引塊17各自設於該凹槽11 之底部的雙侧端，且各導引塊Π —端各自形成一利於導引 檢測器4的傾斜部171。 藉由上述構件之組成，可供據以實施本發明，特別是 在組裝檢測器4至載具1上時（如圖7所示），檢測器4二 端側面會各自經由各導引塊17及其傾斜部171 (如圖8及 圖9所示）的導引，使檢測器4之各定位孔42各自對準並 套設於載具1的各橫向定位柱12上，且檢測器4之各定位 孔43 (如圖10所示）各自套設於載具1的各直立定位柱 13上，以定位檢測器4，並使檢測器4之電源插頭44插置 於載具1的電源插座14 (如圖9所示）上，致使信號連接 器45與端槽相對應或容置於端槽18内（如圖11所示）；此 時，載具1之彈簧16 (如圖8所示）會推頂推桿15以迫持 於凹槽11的一端面與檢測器4之間，使檢測器4不會任意 晃動；藉此，可於載具1之各承臂2 (如圖12所示）及各 承座3上擺放一顯示器面板5,並於檢剥器4之各量測連接 器41與顯示器面板5之間連接一信號線6。 在上述擺放有顯示器面板5的載具1 (如圖12所示） 1^21655 進入顯示器面板之檢測區時，可利用檢測區的電源驅動載 具1之檢測器4運作，使其經由信號線6對顯示器面板5 進仃各項電子特性的量測；同時，該檢測區底 利 用氣缸71驅動的信號連接座7，會上升並穿伸植;;端槽18 内與檢測器4的信號連接器45相連接（如圖13所示），並 藉由信號連接座7上的-信號線72，傳輪檢· 4内部信 號至外界檢測用之顯示器上供檢測人員觀測，並傳輸外界 檢測人員輸入之控制信號至檢測器4。 ' _ 另在檢測器4自載具1上卸除時’可先將檢測器4略 為抬高，使其各定位孔43及信號連接器45(如圖7至圖u 所示）一同脫離載具1的各直立定位柱13及端槽18，並將 檢測器4依照擺放至凹槽1丨内的相反方向推出，使檢測器 4之各定位孔42及電源插頭44 一同脫離载具1的各橫向定 位柱12及電源插座14 ;據此，可利於將檢測器4組裝在載 具1上，並利於將載具1上之檢測器4卸除，進而提升載 具1與檢測器4之間組裝及卸除的便利性。 φ 綜上所陳’僅為本發明之較佳實施例而已，並非用以 限定本發明之申請專利範圍；凡其他未脫離本發明所揭示 之精神下而完成的等效修飾或置換，均應包含於後述申請 專利範圍内。 【圖式簡單說明】 圖1 :揭示出本發明的立體分解圖，說明該載具頂部形 成凹槽及相連通的端槽，並設有承臂及承座。 • 圖2:揭示出本發明的俯視圖，說明該凹槽一端面上設 - 有橫向定位柱及電源插座。 圖3.揭不出本發明之檢測器的俯視圖，說明該檢測器 頂部設有量測連接器。 圖4.揭不出圖3的仰視圖，說明該檢測器底部設有定 位孔及信號連接器。 圖5·揭示出圖3的側視圖，說明該檢測器—端面上設 有定位孔，並埋設電源插頭。 圖6·揭不出圖2的局部故大圖，說明該凹槽的一端面 上樞置推桿，且轉上套設科。 7 .揭不出本發明的組配位置示意圖，說明該載里之 凹槽内組裝檢測器。 乂戰”心 具之本發明之組配位置的局部放大圖，說明載 =簧會推頂推桿以追持於凹槽—端面與檢測器之間。 明檢測^本發明之另—組配位置的局部放大圖，說 圖】之電源插頭於㈣時插置在載具的電源插座上。 說明檢測之又—組配位置的局部放大圖， 圖ι°會套设於载具的直立定位柱上。 說明檢剛本發明之再—組配位置的局部放大圖， 圖^之仏旒連接器會容置於端槽内。 具之i承臂Β 本發月之使用方法的側視圖，說明該載 Μ及各承座上擺放顯示器面板。 戰 1¾ 13 ： 4a - φ 連接座备耷#、圖12之動態的局部放大圖，說明該彳古铲 Θ伸進入端槽㈣檢㈣的信號連接器相連^ ^主要70件符號說明】 1321655 I ----------- 載具 II ................ 凹槽 12 ......... 橫向定位柱 13 ......... 直立定位柱 14 ........... 電源插座 15 ----------- 推桿 16 -……- 彈簧 17 導引塊 171 傾斜部 18 ........... 端槽 2 -………- 承臂 3 —........ 承座 4 -……… 檢測器 41 ......... 量測連接器 42、43 ........... 定位孔 44 ........... 電源插頭 45 ----------- 信號連接器 5 -........ 顯示器面板 6、72 ........... 信號線 7 ........... 信號連接座 71 ----------- 氣缸The Π is set on the groove j J column 12 of the carrier 1 as an example to illustrate the one end surface of each lateral positioning column; k ^ to the positioning element 'in this embodiment, the ton number is upright positioned 11 , ', 歹丨, It is noted that each of the upright positioning posts 13 is disposed at the bottom of the groove of the carrier 1; ~ the power supply terminal 'is implemented as a power socket 14 disposed on the end face of the groove 11 and the power socket 14 can The transmission path with the external load is connected from the power source of the detection area, so that the vehicle i is provided with a power supply knife, and the two detectors 4 (shown in FIG. 3 and FIG. 4) are the first technology described above. The plurality of detection units are integrated into the modular detector 4, and the detector 4 can be placed in the groove u of the carrier, and the top of the detector 4 is provided with at least a connection 41, which can be used for money The display panels are connected to measure various electronic characteristics; at least one s is located on the positioning hole on one end surface of the detector 4, and in the present embodiment, a plurality of positioning holes 42 are provided (as shown in FIG. 3, FIG. 4 and FIG. 5 is shown as an example, each positioning hole 42 can be sleeved on each lateral positioning post 12 to position the detector 4; at least one is disposed in the The positioning hole at the bottom of the detector 4 is exemplified by a plurality of positioning holes 43 in the present embodiment, and each positioning hole 43 can be sleeved on each of the vertical positioning posts 13 to locate the detector 4; In practice, a power plug 44 is embedded in one end surface of the detector 4 and the power plug 44 can be inserted into the power socket 14 of the carrier 1 to drive the detector 4 to operate; and 1321655 a signal The connector 45 is disposed at the bottom of the detector 4 and can receive the connection of the signal connector of the display panel of the display panel to transmit a signal between the interior of the detector 4 and the external detection zone. In addition to the above, the present invention further includes: a push rod 15 (shown in FIGS. 1, 2, and 6) pivotally placed on one end surface of the recess 11 of the carrier 1 and the push rod 15 is sleeved A spring 16 is provided, and at least one guiding block is used. In the embodiment, a plurality of guiding blocks 17 (as shown in FIG. 1 and FIG. 2 ) are taken as an example, and each guiding block 17 is disposed in the groove 11 . The both ends of the bottom portion, and the respective ends of the guide blocks each form an inclined portion 171 for guiding the detector 4. By virtue of the composition of the above components, the present invention can be implemented, particularly when the detector 4 is assembled onto the carrier 1 (as shown in FIG. 7), and the two end sides of the detector 4 are respectively passed through the respective guiding blocks 17 And guiding the inclined portion 171 (shown in FIG. 8 and FIG. 9 ) so that the positioning holes 42 of the detector 4 are respectively aligned and sleeved on the lateral positioning posts 12 of the carrier 1 , and the detector 4 Each of the positioning holes 43 (shown in FIG. 10) is sleeved on each of the upright positioning posts 13 of the carrier 1 to position the detector 4, and the power plug 44 of the detector 4 is inserted into the power supply of the carrier 1. The socket 14 (shown in FIG. 9) causes the signal connector 45 to correspond to or be received in the end slot 18 (as shown in FIG. 11); at this time, the spring 16 of the carrier 1 (FIG. 8) The pusher 15 is pushed to be held between the end face of the recess 11 and the detector 4 so that the detector 4 does not arbitrarily shake; thereby, the arms 2 of the carrier 1 can be A display panel 5 is placed on each of the sockets 3, and a signal line 6 is connected between each of the measuring connectors 41 of the stripper 4 and the display panel 5. When the carrier 1 (shown in FIG. 12) 1^21655 on which the display panel 5 is placed enters the detection area of the display panel, the detector 4 of the detection device can be used to operate the detector 4 of the carrier 1 to transmit signals. Line 6 measures the electronic characteristics of the display panel 5; at the same time, the bottom of the detection area is driven by the signal connection seat 7 driven by the cylinder 71, and rises and penetrates; the signal in the end slot 18 and the detector 4 The connector 45 is connected (as shown in FIG. 13), and through the signal line 72 on the signal connection base 7, the internal signal of the wheel inspection 4 is transmitted to the display for external detection for the inspection personnel to observe and transmit the external detection. The control signal input by the person is sent to the detector 4. ' _ When the detector 4 is removed from the carrier 1 ', the detector 4 can be slightly raised first, so that the positioning holes 43 and the signal connector 45 (shown in FIG. 7 to FIG. 9 ) are separated from each other. Each of the upright positioning posts 13 and the end slots 18 of the first step, and the detectors 4 are pushed out in opposite directions of the recesses 1 , so that the positioning holes 42 of the detector 4 and the power plug 44 are separated from the carrier 1 Each of the lateral positioning posts 12 and the power outlet 14; accordingly, the detector 4 can be assembled on the carrier 1 and facilitates removal of the detector 4 on the carrier 1 to enhance the carrier 1 and the detector 4 Convenience between assembly and removal. The φ 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 It is included in the scope of the patent application described later. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective exploded view of the present invention, showing the top of the carrier forming a groove and a communicating end groove, and is provided with a carrier arm and a socket. • Figure 2: A top view of the present invention is illustrated, with one side of the groove being provided with a lateral positioning post and a power outlet. Figure 3. Uncovering a top view of the detector of the present invention showing the top of the detector with a measurement connector. Figure 4. Uncovering the bottom view of Figure 3, showing the positioning hole and signal connector at the bottom of the detector. Fig. 5 is a side elevational view of Fig. 3 showing the detector having an locating hole on its end face and embedding a power plug. Fig. 6 is a partial enlarged view of Fig. 2, illustrating that the push rod is pivoted on one end face of the groove, and is turned onto the sleeve. 7. The schematic diagram of the assembled position of the present invention is not disclosed, and the detector is assembled in the groove of the carrier. A partial enlarged view of the assembled position of the present invention of the present invention, indicating that the load spring will push the push rod to follow the groove-end face and the detector. Partially magnified view of the position, the power plug of the picture is inserted into the power socket of the vehicle at (4). Description of the detection - a partial enlarged view of the assembly position, the figure ι ° will be placed on the vertical position of the vehicle On the column. Explain the partial enlargement of the re-assembly position of the present invention, and the connector of the figure will be accommodated in the end groove. The side view of the use method of this month, Explain that the display panel is placed on the carrier and each of the sockets. War 13⁄4 13 : 4a - φ Connecting the seat 耷 #, Figure 12 is a partial enlarged view of the dynamics of the shovel, indicating that the shovel is extended into the end slot (four) inspection (four) Signal connector is connected ^ ^ Main 70 symbols description] 1321655 I ----------- Vehicle II ................ Groove 12 ... ...... Horizontal positioning column 13 ......... Upright positioning column 14 ........... Power socket 15 ----------- Putter 16 -...- Spring 17 Guide block 171 Inclined portion 18 ........... End groove 2 -.........- Arm 3 -........ Seat 4 -...... Detector 41 ......... Measuring connector 42, 43 .... ....... Positioning hole 44 ........... Power plug 45 ----------- Signal connector 5 -........ Display panel 6,72 ........... Signal line 7 ........... Signal connector 71 ----------- Cylinder