料24637 五、新型說明： 【新型所屬之技術領域】 本創作係一種端子臺’尤指該端子臺之一絕緣座體内嵌設有複數個導電 座及片體，且該絕緣座體上活動地設有複數個螺栓，以在一導線插入該導 電座的情況下，配線人員能轉動該螺栓，將該導線之一端夾持在該片體及 該導電座之内壁面之間，以確保該導線之電氣訊號能經由該片體及該導電 座’傳遞至一電子裝置中。 【先前技術】 按’端子臺（Terminal Block，又稱端子盤、接線端子台、接線排' 接線座等）係、-種常見的連接組件’主要用於電器用品或電子裝置（如： 冷氣、冰箱、配電盤、馬達等）上，以供複數個導體（如：導線、連接端 子等）相電氣連接，由於其結構與一般的連接器不同，故可說是獨立於連 接器外’自成體系的-種產品。端子臺係能依應用裝置及目的之不同，設 十成不同的祕’但基本上，無論是何種端子臺其配線連接方式皆大致 相同’請參閱第1圖所示’係時下常見之—種端子臺，該端子臺i上開設 有至少-開孔1G ’其内部對應於該開孔1Q之位置設有—導電片Η及一螺 112該v電片11之一端開設有一螺孔11〇，其另一端則能與一電子裝置 (圖中未不）之内部電路相電氣連接；該螺栓12之螺栓頭⑽及螺柱⑵ 1系疋位冑墊片124，該螺柱122係能穿過該螺孔11Q，並與該導電片 鎖。以在導線14伸入該墊片124及該導電片u之間的情況下， 配線人Μ猎轉動該螺栓頭120，將該導線上U形金屬片_夾持在該 M424637 塾片124及該導電片11之間’並透過該導電片11，將該導線14上之電氣 訊號傳輸至該電子裝置中。 復清參閱第1圖所示’雖舰線人員能湘該端子臺卜將導線14與 ^私子裝置進行正確地連接，然而，在實際使用上該端子臺1卻仍有許 多不足之處，茲分別詳述如下： ⑴使用上的限制：在使用該端子臺時，配線人員必須使用具有該U形金 屬片140之導線14，或使用一端為〇形金屬片之導線，始能確實地進 订配線作業，意即’若配線人員僅將一般導線上的絕緣層剝除並直 接將裸露出之導電還線伸入該塾片124及該導電片u之間，則由於 該螺柱122的阻擋，該導電纜線將難以完全地與該導電片u相電氣 連接’甚至會分散成多絡子規線，造成導線上之電氣訊號無法正確地 傳輸至該電子裝置中。 (2) 生產成本較咼：由於該電子裝置内部電路皆係透過該端子臺丄進行 連接，故若每個端子臺1上的所有導線，皆僅能與具㈣形或〇形金 屬片之導線相電氣連接’則如此-來，該電子裝置之整體生產成本將 會明顯地增加，而不利於業者行銷。 (3) 疋位穩固性不足.復清參閱第1圖所示，該螺栓12係透過該塾片以， 使該螺栓12被轉動而朝該開孔1〇方向移動的情況下，該塾片ι24能 抵靠至該端子臺1内壁面鄰近於該開孔1G之位置，而不會向外落出， 然而’如此-來’由於該塾片124之構形係大於該螺栓頭12〇，故在 該螺栓頭120被轉動，令該螺栓12上下移動的過程中，該螺检12將 會逐漸鬆動，意即，由於該端子臺丨係必須透過該塾片124，確保該 M424637 螺栓12不會落出該端子臺1外，故該端子臺i的内壁面將無法緊密 地貼近於該螺栓12，進而造成該螺拴12穩固性不足之問題。 因此，如何設計出一種端子臺，使配線人員在進行配線作業時，無須阼 定使用一端具有〇形或U形金屬片之導線，即能便利地將導線與該端子臺 相電氣連接’即成為本創作在此亟欲解決的重要問題。 【新型内容】 有鑑於習知端子臺在使用上的諸多不便，創作人憑藉多年的實務經 驗，經過多次實驗及測試後，終於設計出本創作之一種端子臺，期能改善 習知端子臺無法穩固且便利地夾持住導電纜線，直接傳輸電氣訊號之問題。 本創作之一目的，係提供一種端子臺，該端子臺係裝設於一電子裝置 (如：冷氣機）内，包括一絕緣座體、複數個導電座及複數個片體該絕 緣座體之一側面開設有複數個前開口，其另一側面開設有複數個後開口， 各該前開口係與各該後開口相連通，以分別形成一容置空間，該絕緣座體 之頂面設有複數個凹槽，以分別與各該容置空間相連通，且各該凹槽内能 谷置一螺栓；各該導電座係由一體成形之金屬片沖壓折合而成，其一端係 形成一插接部，各該插接部之構形係與各該容置空間相匹配，且其上開設 有一插接孔及一螺孔，以在該插接部插入對應之容置空間的情況下，該插 接孔之位置能與該則開口相對應，該螺孔之位置能與該凹槽之底側相對 應，且該導電座之另一端能定位在鄰近該絕緣座體之另一側面之位置，以 與該電子裝置相電氣連接，各該片體係呈彎曲狀，其鄰近一端之部位開設 有一通孔，該片體之一端係能定位在該插接部之頂部對應於該螺孔之位 M424637 置，其另一端則能由該插接孔伸入該插接部之内部，以在該插接部插入該 容置空間的情況下，該凹槽内之螺栓能穿過該通孔，而與該螺孔相鎖合， 令該導電座與該絕緣座體結合成一體，且該螺栓之一端能定位至該螺孔及 該片體之另一端之間，以在一導線依序經由該前開口及該插接孔，插入該 插接。卩内的凊况下，配線人員能轉動〗玄螺栓，令該螺栓之一端推動該片體 之另一端，進而將該導線之一端夾持在該片體之另一端及該插接部之内壁 面間。如此，該導線上之電氣訊號即能藉由該片體及該導電座傳送給該 電子裝置，且由於該導線係被穩固地夾持在該插接部内故配線人員在進 行配線作鱗，即無須制使用—端為G形或u形金屬片之導線，僅需將 -般導線之-端的絕緣除，並直接將裸露出之導電纜線插人該插接孔 即了有效提昇了該端子臺在配線上的便利性及穩固性。 為便貴審查委員能對本創作之技術、結構特徵及目的有更進一步的認 識與理解，茲舉實施例配合圖式，詳細說明如下： 【實施方式】 創作人在長期投人端子臺相關產品的研發過程巾，發現配線人貞在進行配 線作業時’由於習知端子4結構料上的問題，造成配線人員必須使用具 有u形或〇形金屬片的導線，始能正確地連接，無形增加了各種電子裝置 在生產及維修等方_成本，故麟人藉由設計本創作之—種端子臺，以 解決習知端子臺的問題。 本創作之端子臺贿設於-電子裝置（圖巾未示）㈣，請參閱第2圖 斤丁 h本創作之第—較佳實細，該端子臺2包括—絕緣座體21、複數 M424637 個導電座22及複數個片體23，該絕緣座體21之一側面上開設有複數個前 開口 211 ’其另一側面開設有複數個後開口 213 ’各該前開口 211係與各該 後開口 213之位置相對應，且能相互連通’以分別形成一容置空間215，該 絕緣座體21頂部尚開設有複數個凹槽217，各該凹槽217之位置係與各該 容置空間215相連通’其底側係能連通至該容置空間215，且各該凹槽217 尚能分別容置一螺栓24。 — 復請參閱第2圖所示，各該導電座22係由一體成形之金屬片經沖壓折 • 合而成’以在其一端形成一插接部220,該插接部220係呈中空狀，其一端 開設有一插接孔U1，其頂面則貫穿有一螺孔222，各該插接部220之構形 係與各該容置空間215相對應，且該插接孔221及該螺孔222之位置係分 別與該前開口 211及該凹槽217相對應，以在該插接部220由對應之後開 口 213插入該容置空間215的情況下，該插接孔221係能對準該前開口 211， 該螺孔222係能對準該凹槽217之底側，且該導電座22之另一端係能定位 在該絕緣舰21 _另-勤之位置，以無f子裝置之内部電路相電氣 # 連接。 各該片體23係呈彎曲狀，復請參閱第2圖所示，該片體23鄰近一端之 部位開設有-通孔23〇，該通孔23〇之構形係與該螺孔您之構形相匹配， 以在該片體23之—端定位至該插接部220上鄰近該螺孔222之部位的情況 下’該片體23不會遮擋住觸孔222，刻體23之另—端係能由該插接孔 221伸入該插接部22〇之内部，在該插接部22〇插入該容置空間那的情況 下，β亥凹槽217内之螺栓24係能依序穿過該凹槽217底側及該通孔測， 與該螺孔222相鎖合，使該絕緣座體2卜導電座22及片體23三者能結合 7 M424637Material 24637 V. New description: [New technical field] This is a type of terminal block, especially one of the terminal blocks, which is embedded with a plurality of conductive seats and a body, and the insulating body is active. The ground is provided with a plurality of bolts, wherein in the case where a wire is inserted into the conductive seat, the wiring personnel can rotate the bolt, and clamp one end of the wire between the sheet body and the inner wall surface of the conductive seat to ensure the The electrical signal of the wire can be transmitted to an electronic device via the body and the conductive seat. [Prior Art] According to the 'Terminal Block (also known as terminal block, terminal block, terminal block) terminal block, etc.), a common type of connection component is mainly used for electrical appliances or electronic devices (such as: cold air, On the refrigerator, switchboard, motor, etc., for a plurality of conductors (such as wires, connecting terminals, etc.) to be electrically connected, because the structure is different from the general connector, it can be said that it is independent of the connector's self-forming system. - a product. The terminal block can be set to 10 different secrets depending on the application device and purpose. But basically, no matter what kind of terminal block, the wiring connection method is almost the same. Please refer to Figure 1 for the current system. a terminal block, the terminal block i is provided with at least an opening 1G', and an inner portion corresponding to the opening 1Q is provided with a conductive sheet Η and a screw 112. One end of the volt piece 11 defines a screw hole 11 The other end is electrically connected to an internal circuit of an electronic device (not shown); the bolt head (10) and the stud (2) 1 of the bolt 12 are clamped to the spacer 124, and the stud 122 is capable of Pass through the screw hole 11Q and lock with the conductive sheet. In the case where the wire 14 extends between the spacer 124 and the conductive sheet u, the wiring person hunts the bolt head 120, and the U-shaped metal piece on the wire is clamped to the M424637 blade 124 and the wire The conductive sheet 11 is 'transmitted through the conductive sheet 11 to transmit the electrical signal on the wire 14 to the electronic device. For the re-cleaning, see Figure 1, although the ship line personnel can properly connect the wire 14 to the personal device, however, there are still many shortcomings in the terminal block 1 in actual use. The details are as follows: (1) Restrictions on use: When using the terminal block, the wiring personnel must use the wire 14 having the U-shaped metal piece 140, or use a wire with a 〇-shaped metal piece at one end, and can surely enter The wiring operation, that is, if the wiring personnel only strips the insulating layer on the general wire and directly projects the exposed conductive wire into the die piece 124 and the conductive piece u, due to the stud 122 Blocking, the conductive cable will be difficult to completely electrically connect with the conductive sheet u' or even be dispersed into a multi-layer gauge line, causing the electrical signal on the wire to be not properly transmitted to the electronic device. (2) The production cost is relatively low: since the internal circuits of the electronic device are connected through the terminal block, if all the wires on each terminal block 1 can only be connected with the wires with the (four) shape or the 〇-shaped metal piece As a result, the overall production cost of the electronic device will increase significantly, which is not conducive to the marketing of the industry. (3) The stability of the clamp is insufficient. For the re-cleaning, as shown in Fig. 1, the bolt 12 is transmitted through the cymbal to rotate the bolt 12 in the direction of the opening 1 ,. The ι 24 can abut against the position of the inner wall surface of the terminal block 1 adjacent to the opening 1G without falling outward, but 'so-be' because the configuration of the cymbal 124 is larger than the bolt head 12 〇, Therefore, during the movement of the bolt head 120 to move the bolt 12 up and down, the thread check 12 will gradually loosen, that is, since the terminal block must pass through the cymbal 124, the M424637 bolt 12 is not ensured. Since the terminal block 1 is dropped outside, the inner wall surface of the terminal block i cannot be closely attached to the bolt 12, which causes a problem that the screw 12 is insufficient in stability. Therefore, how to design a terminal block so that the wiring personnel do not need to use a wire having a U-shaped or U-shaped metal piece at the time of wiring work, that is, the wire can be electrically connected to the terminal block conveniently. This creation is an important issue to be solved here. [New content] In view of the inconvenience of the use of the terminal block, the creator, after many years of practical experience, has finally designed a terminal block of this creation, which can improve the conventional terminal block. It is not possible to hold the conductive cable securely and conveniently and directly transmit the electrical signal. One of the purposes of the present invention is to provide a terminal block that is mounted in an electronic device (eg, an air conditioner) and includes an insulating base, a plurality of conductive seats, and a plurality of sheets. a plurality of front openings are formed on one side, and a plurality of rear openings are formed on the other side, and each of the front openings communicates with each of the rear openings to respectively form an accommodating space, and the top surface of the insulating seat is provided a plurality of grooves are respectively connected to the accommodating spaces, and each of the grooves is provided with a bolt; each of the conductive seats is formed by stamping and folding a integrally formed metal piece, and one end is formed into a plug. The connecting portion is configured to match each of the accommodating spaces, and a plug hole and a screw hole are defined in the connecting portion, so that the plug portion is inserted into the corresponding accommodating space. The position of the insertion hole can correspond to the opening, the position of the screw hole can correspond to the bottom side of the groove, and the other end of the conductive seat can be positioned adjacent to the other side of the insulating seat Position to electrically connect to the electronic device, each of which The system is curved, and a through hole is defined in a portion adjacent to one end, and one end of the sheet can be positioned at the top of the plug portion corresponding to the position of the screw hole M424637, and the other end can be inserted by the hole Extending into the interior of the insertion portion, so that the bolt in the groove can pass through the through hole while the insertion portion is inserted into the receiving space, and the screw hole is locked to the conductive seat The insulating base body is integrated into one body, and one end of the bolt can be positioned between the screw hole and the other end of the sheet body, and the plug is inserted through a front opening and the plug hole in a wire. Under the condition of the raft, the wiring personnel can rotate the shackle so that one end of the bolt pushes the other end of the sheet, and then one end of the wire is clamped at the other end of the sheet and the insertion portion Between the walls. In this way, the electrical signal on the wire can be transmitted to the electronic device by the body and the conductive seat, and since the wire is firmly clamped in the plug portion, the wiring personnel perform wiring grading, that is, It is not necessary to use the wire with the end of the G-shaped or u-shaped metal piece. It only needs to remove the insulation of the end of the wire, and directly insert the bare lead wire into the plug hole, which effectively raises the terminal. The convenience and stability of the station on the wiring. In order to make the review committee members have a better understanding and understanding of the technical, structural features and purposes of this creation, the following is a detailed description of the following examples: [Embodiment] The creator has long been investing in terminal block related products. R & D process towel, found that the wiring person is doing the wiring work 'Because of the problems in the structure of the terminal 4, the wiring personnel must use the wire with u-shaped or 〇-shaped metal piece, can be correctly connected, invisibly increased Various electronic devices are in production and maintenance, etc., so Lin has designed the terminal block of this creation to solve the problem of the conventional terminal block. The terminal block of this creation is set up in an electronic device (not shown) (4), please refer to the second figure of the second figure, which is the best one. The terminal block 2 includes an insulating seat 21 and a plurality of M424637. a plurality of front openings 211' are formed on one side of one side of the insulating base 21, and a plurality of rear openings 213 are formed on the other side. The positions of the openings 213 are corresponding to each other and can be connected to each other to form an accommodating space 215. The top of the insulating base 21 is further provided with a plurality of grooves 217, and the positions of the grooves 217 are corresponding to the accommodating spaces. The bottom side of the 215 is connected to the accommodating space 215, and each of the grooves 217 can respectively receive a bolt 24. — As shown in FIG. 2 , each of the conductive seats 22 is formed by stamping and folding a integrally formed metal piece to form a plug portion 220 at one end thereof, and the plug portion 220 is hollow. A plug hole U1 is defined at one end thereof, and a screw hole 222 is formed in a top surface thereof. The configuration of each of the plug portions 220 corresponds to each of the accommodating spaces 215, and the plug hole 221 and the screw hole The position of the 222 is corresponding to the front opening 211 and the recess 217, respectively, so that the insertion hole 221 can be aligned when the insertion portion 220 is inserted into the accommodating space 215 by the corresponding rear opening 213. The front opening 211, the screw hole 222 can be aligned with the bottom side of the groove 217, and the other end of the conductive seat 22 can be positioned at the position of the insulated ship 21 to the inside of the insulated device Circuit phase electrical # connection. Each of the sheets 23 is curved, and as shown in FIG. 2, a portion of the sheet body 23 adjacent to one end is provided with a through hole 23〇, and the configuration of the through hole 23〇 is related to the screw hole. The configuration is matched so that when the end of the sheet body 23 is positioned to the portion of the plug portion 220 adjacent to the screw hole 222, the sheet body 23 does not block the contact hole 222, and the other portion of the body 23 The end portion can be inserted into the insertion portion 22 from the insertion hole 221, and in the case where the insertion portion 22 is inserted into the accommodating space, the bolts 24 in the β-h recess 217 can be sequentially Through the bottom side of the recess 217 and the through hole, the screw hole 222 is locked, so that the insulating base 2 and the conductive seat 22 and the sheet 23 can be combined. 7 M424637
成一體，同時，該螺检24之一Α山过A \係月匕疋位至該螺孔222及該片體23之另 一端之間。In one piece, at the same time, one of the bolts 24 passes through the A\-monthly position to the screw hole 222 and the other end of the body 23.
請參閱第2、3⑽輪，係該端子臺2實際使㈣的作動分解圖， 為保持圖面的清晰，在第3A及3B圖中，係將絕緣座體省略，合先陳明。 在一導線2G之—端伸人雜接物_情況下，轉人員贿轉鮮螺 检24，即能使該螺栓24向下移動，推侧㈣之另-端，以將該導線 20之-端緊密地夾持在該片體23之另一端及該插接部22〇之内部底面之 間，如此，在輯人員進行配線健時，即無_特定之導線（即一端 為〇形或u形金屬片之導線），僅需將—般之μ 2〇之_端的絕緣層则 剝除，並將裸露出之導魏線她伸入該插接部刎中，即能透過該片體 23，穩固地夾持住該導電纜線挪，並使該導線2()上之電氣訊號經由該片 體23及该導電座22，傳遞至該電子裝置内。 復請參閲第2圖所示，由上述可知，本創作之端子臺2主要具有以下幾 點優點： ⑴使用雜高··由於該端子臺2缝接供—般的導線連接，故業者在生 產、域該電子裝置，或配線人員在進行配線作料，皆無須特意使 用具有U職G形金屬片之導線，讓該端子臺2在制上能更具彈性。 ⑺傳導穩定雜：由於該端子臺2賴賴栓％軸刻體23，使該 片體23之另一端及該插· 220之内壁面能夹持住該導線2〇，故在 該導線20之-端插入該插接部220内的情況下，轉線2〇將不會受 到該螺栓24的_ ’意即’該端子臺2鱗住該導線20的表面積大 於習知端子臺之鱗&積’故能確保該導線2G上職訊號順利地傳 8 遞至該電子裝置令。 (3)定位翻性強：由於該端子臺2之螺栓24上無須加設—墊片故業 者在設計該絕緣座體21時，能將該凹槽21?之構形設計成與該螺栓 Μ相匹配’財觸㈣容置於物槽217㈣情況下該螺检％ 驗該凹槽m之内壁面緊密地定位住，令配線人員在進行配線作業 時’不會因為該螺栓24 -端與該螺孔222之鎖合力道較鬆，即產生 晃動，有效提昇了 _子臺2制上的便利性。 另’請參閲第4圖所示，係本創作之第二較佳實施例該插接部22〇之 内部底側尚設有二集中部223，各該集中部挪表面係呈—弧面，以在該等 集中部223間形成-容置槽224，該容置槽细之構形係與導線鄰近一端之 部位相匹配，以在導線一端插入該插接孔221的情況下該導線上裸露出 之導電纜請能被集中在該容置槽224中，如此，該輪謂即便 在多次插拔後，分散成多絡子_ 202a，該等子依舊能沿著該等 集中箱的表面，集中於該容置槽故内，以確保該等子纜線驗能確 實地被夾持在該片體23之另-端及該插接部22〇之内壁面間。 位 又，復請參閱第2圖所示，該導電座22之另—端尚設有至少一連接部 225，該導電座22係透過該連接部225，與該電子裝置之内部電路相電氣連 接，此外，該導電座22上鄰近各該連接部225之位置尚分別設有至少—止 擋部225a ’以在該插接部220由該後開口 213插入對應之容置空間讥的 情況下，該止擋部225a能抵靠至該絕緣座體21均近該後開口加之部 ，使该插接部220能準癌地定位至該容置空間gig中 以上所述，僅為本創作之若干較佳實施例，惟，本創作所主張之技術特 M424637 徵並不侷限於此，凡相關技術領域之人士在參酌本創作之技術後，所能輕 易思及的變化，均應不脫離本創作之保護範疇。 【圖式簡單說明】 第1圖係習知端子臺示意圖； 第2圖係本創作之端子臺之第一較佳實施例示意圖； • 第3A圖係本創作之端子臺之第一較佳實施例示意圖； 第3B圖係本創作之端子臺之第一較佳實施例示意圖；及 第4圖係本創作之端子臺之第二較佳實施例示意圖。 【主要元件符號說明】 端子臺 .........2 導線 .........20Please refer to the 2nd, 3rd (10th) rounds. The terminal block 2 actually makes the (4) action exploded view. In order to keep the drawing clear, in the 3A and 3B drawings, the insulating base is omitted. In the case of a wire 2G at the end of the extension of the person _, the transfer of the bribe to the fresh screw inspection 24, that is, the bolt 24 can be moved downward, pushing the other side of the side (four), to the wire 20 - The end is tightly clamped between the other end of the sheet body 23 and the inner bottom surface of the plug portion 22, so that when the person performs the wiring, there is no specific wire (that is, the end is a dome or u The wire of the metal piece is only required to be stripped of the insulating layer of the end of the bismuth, and the exposed guiding wire is inserted into the plug portion, and the sheet 23 can be transmitted through the sheet 23 The conductive cable is firmly clamped, and the electrical signal on the wire 2 () is transmitted to the electronic device via the body 23 and the conductive seat 22. Referring to Fig. 2, it can be seen from the above that the terminal block 2 of the present invention mainly has the following advantages: (1) The use of the high height·· Because the terminal block 2 is sewn for the usual wire connection, the manufacturer The production, the domain of the electronic device, or the wiring personnel are not required to use the wire with the U-shaped metal piece to make the terminal block 2 more flexible. (7) Conductive Stabilization: Since the terminal block 2 relies on the pin-axis body 23, the other end of the body 23 and the inner wall surface of the plug 220 can hold the wire 2〇, so the wire 20 When the end is inserted into the plug portion 220, the transfer line 2〇 will not be subjected to the bolt 24's meaning that the terminal block 2 has a larger surface area than the conventional terminal block scale & The product can ensure that the wire 2G job signal is successfully transmitted to the electronic device. (3) Positioning and turning property is strong: since the bolt 24 of the terminal block 2 does not need to be provided with a gasket, the manufacturer can design the insulating seat 21 to design the groove 21? Matching the 'Finance Touch (4) in the case of the object slot 217 (4), the screw inspection% checks that the inner wall surface of the groove m is closely positioned, so that the wiring personnel do not use the bolt 24-end and the wiring The locking force of the screw hole 222 is loose, that is, the sway is generated, which effectively improves the convenience of the _ sub-stage 2 system. In addition, as shown in FIG. 4, in the second preferred embodiment of the present invention, the inner bottom side of the plug portion 22 is provided with two concentrated portions 223, and each of the concentrated portions has a curved surface. a accommodating groove 224 is formed between the concentrating portions 223, and the accommodating groove is configured to match a portion adjacent to one end of the wire to be inserted into the wire 221 at one end of the wire. The exposed conductive cable can be concentrated in the accommodating groove 224. Thus, the wheel is dispersed into a plurality of _ 202a even after being inserted and removed a plurality of times, and the same can still be along the concentrating box. The surface is concentrated in the accommodating groove to ensure that the sub-cables are positively clamped between the other end of the sheet body 23 and the inner wall surface of the plug portion 22A. In addition, as shown in FIG. 2, the other end of the conductive seat 22 is further provided with at least one connecting portion 225, and the conductive seat 22 is electrically connected to the internal circuit of the electronic device through the connecting portion 225. In addition, at least the stop portion 225a′ is disposed on the conductive seat 22 adjacent to the connecting portion 225, so that the plug portion 220 is inserted into the corresponding receiving space by the rear opening 213. The stopping portion 225a can abut the portion of the insulating seat 21 adjacent to the rear opening, so that the plug portion 220 can be positioned in the accommodating space gig in a quasi-cancer manner, as described above. The preferred embodiment, however, is not limited to the technical special M424637 claimed by the present invention. Anyone who has the relevant technical field can easily think about the changes after considering the technology of the creation, and should not deviate from the creation. The scope of protection. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a conventional terminal block; FIG. 2 is a schematic view of a first preferred embodiment of the terminal block of the present invention; • FIG. 3A is a first preferred embodiment of the terminal block of the present invention. FIG. 3B is a schematic view of a first preferred embodiment of the terminal block of the present invention; and FIG. 4 is a schematic view of a second preferred embodiment of the terminal block of the present invention. [Main component symbol description] Terminal block .........2 wire ....20
絕緣層 .........201 導電纜線 .........202 子纜線 202a 絕緣座體 .........21 前開口 ......... 211 後開口 ......... 213 容置空間 .........215 凹槽 ..........217 M424637 導電座 .........22 插接部 .........220 插接孔 221 螺孔 222 集中部 .........223 容置槽 .........224 連接部 .........225 • 止擋部 .........225a 片體 .........23 通孔 230 螺栓 .........24Insulation layer.........201 Conductor cable.........202 sub-cable 202a Insulated housing.........21 Front opening... ... 211 Rear opening......... 213 accommodating space.........215 Groove..........217 M424637 Conductive seat..... ....22 Sockets.........220 Sockets 221 Screw holes 222 Concentrations.........223 Sockets.........224 Connections.........225 • Stops.........225a Sheets......23 Through Holes 230 Bolts........ .twenty four