201136076 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種快速連結終端裳置。 【先前技術】 /以往提供有-種以容易對開關或插座等之配 線、與藉著進行連接均—化而確保連接的^靠性 炊t 且可在不依靠螺絲下進行接線的所謂快速連结 ;立而裝置（亦稱無螺絲端子裝置）。 、、、、° 子相以往的！速連結終職置係具備大致形成〔字狀的端 一側的腳相抵接的中央片、由中鎖^讀和端子板 字狀的減m山 中央片端側延伸設置成s 的鎖扣片彤成為一俨爿片的另一端側延伸設置成J字狀 以及鎖扣。且’當端子板的另—側腳與推壓片 蠕電線（導體）時’電線被推壓片朝 落。纟’ _鎖扣片的前端抵接於電線以阻止電線脫 又 在要知下快速連結終端裝置具備有解⑽。亦即， 接純速連結_t置的電線時，若使用一 鎖扣片的讓解除鈕移動，則解除鈕推壓鎖扣片並使 =的別端自電線分離，藉此可容易地將電線抽出。 在如同日本國公畴許公報⑸ Ϊ 連f終端裝置中，鎖著未對端子』 扣片被捲樣。因此’會造成在電線插入時鎖 而有端子線側’推壓片的推壓力未充分作用於電線 電線的接觸可靠性降低之虞。 6/37 201136076 t發明係有#於上述事情喊成者，其目的在於提供 種提升电、.泉與端子板之接觸可靠性的快速連結終端裝 置。 本發明之第-態樣的快速連結終端裝置係構成為具 備·端子塊和_上述端子塊的器件，上述器件具有：用 以將電線插人上述器件内的電線插人孔，上述端子塊呈 備：端子板㈣簧’上述端子板具有_片，上述接觸片 具有與經由上述電線插人孔插人上述科_上述電線的 側面相接觸的接_，上制簧係由具有雜的金屬材料 所形成’且具備有：中央片、鎖扣片、抵接片、及連結片， 上述中央片係配置成和上述接觸面對向，且具有靠近上述 電線插入孔的第1 #、和偏離上述電線插人孔的第2端， 上述鎖扣片係構成為：從上述中央片的上述第丨端朝上述 接觸片的上述接觸面以與上述中央片所夾的角度呈銳角的 方式延伸設置，且被自上述電線插人孔插人上述器件内的 上述電線所推Μ時，則會彈性變形而從上述接觸面分離， 並與上述端子板保持上述電線，上述抵接片係配置成盘上 述接觸片中的上述接觸面相反側的面相接觸，上述連結片 係構成為·將上述抵接片一體連結於上述中央片的上述 端。 本發明之第二態樣的快速連結終端裝置係如上述第一 悲樣，其中上述端子板係構成為：推動上述接觸片，使上 述接觸面位在比上述電線插入孔的内周面還靠近上述電線 插入孔的中心側。 本發明之第三態樣的快速連結終端裝置係如上述第一 悲樣，其巾上述接觸片具有：靠近上述電線插人孔的第^ 7/37 201136076 丫=述電線插入孔的第2端，上述連絡片具有：靠 讀插人孔的第1面和偏離上述電線插人孔的第2 的上:ίΤΓ板具備支持片，該支持片係以和上述連絡片 設置述弟2面接觸的方式從上述接觸片的上述第2端延伸 能錄本Γ明之第四態樣的快速連結終端裝置係如上述第三 白'^山C支持片係在靠近上述接觸片的上述第2端 ^而#偏離上述接觸片的上述第2端的前端部之間具 的上、f其上私糾具有··上述苐1面接觸於上述支持片 上料第1片；上述第2面接觸於上述支持片的 片；及通過上述支持片的上述凹口將上 片和上述第2片一體連結的連結片。 能媒本之第五態樣的快逮連結終端裝置係如上述第-:央片側延ί述端子板具有:從上述接觸片的兩端朝上述 上一對包圍片’其中上述接觸片位在與 自正交的正交方向。線插入孔的中心軸方向各 能媒本=之第六態樣的快速連結終端裝置係如上述第五 /、上述包圍片具有：自上述接觸片朝上述中央片 基部;及從上述基部的前端朝偏離上述電線 插入孔的方向延伸設置的前部。 '、 μ本ΓΓΚ11樣的快速賴終㈣㈣如上述第： 其中上述端子板具有第二包圍片，上述第二^ =上述支持片朝上述電線插人孔側延伸設 電線插入孔插人上述器件内的上述電線會位在上 和上述第二包圍片之間。 接觸片 8/37 201136076 本發明之第八態樣的快速連結終端敦 J樣及其中上述各包圍片中與上述電線對向的面二線方 :目第二包圍片中與上述電線對向的面之法線方向 本發明之第九紐的快速輕終端裝 態樣’其中上述端子板係使用金屬板來形成，上^ =第二包圍片係藉由折彎上述金屬板的一部份而形 車t方述接觸面的法線方向及上述電線插入孔的中心 = :==增，片一 本2之第十態樣的快速連結終端裝置係如上述第一 二==: =定係在上述鎖 =接一㈣_=述:= -態=====係㈣ 上述端子塊間絕緣的絕緣壁Λ而子塊’上述器件具有將 二態：===快逮連結終端裝置係如上述第 被上述電線所推屢並移動“二::手，在上述接觸片 上述接觸㈣動：述== 本發明之第十三態樣的快 二態樣，射上述接觸片形成有狹^置係如上述弟 本《明之第十四態樣的快逮連結終端裝置係如上述第忘 9/37 201136076 一態樣，其中上述接觸面形成有凹部，該凹部係供藉上述 鎖扣片而被按壓的上述電線的一部份進入。 本發明之第十五態樣的快速連結終端裝置係如上述第 一態樣，其中在上述接觸面，沿著與上述接觸面的法線方 向及上述電線插入孔的中心軸方向各自正交的正交方 成有溝。 本發明之第十六態樣的快速連結終端裝置係如上述第 -態樣’其中上述鎖扣片係以其前端與上述接觸面接觸的 方式延伸設置。 本發明之第十七態樣的快速連結終端裝置係如上述第 一態樣，其中上述接觸面形成有突起。 f發明之第m的快速連結終端裝置係如上述第 十七態樣’其中上述突起係形成為：具有沿著與上述^觸 面的法線方向及上述電線插人孔的中^軸方向各自正交 正交方向之中心軸的半圓筒形。 人、 ^明之第十九態樣的快速連結終端I置係如上; 十八‘4樣，其巾在上述接觸面，2個上述突起係形成 以上述端子板與上魏扣片簡著上述電_狀能中 補扣片的前端在上述電線插人孔的 ^ 在上述2個突起之間。 财向1 本發明之苐二十態樣的快速連 二態樣’其中具備有用以從 ^置W上逑弟 除構件，上述解除構件且右々塊卸下上述電線的解 純…：構，、有·在初期位置和解除位置之間 也:納於上述器件内的本體部;配 =错由钱方式紅述本㈣移朗職 j 上述本體部從上述初齡置朝上述解除位 ft 10/37 201136076 鎖扣片以由上述接觸片分離的方向推壓 的第一推動部；及伴隨著上述本體部從上初: =:置:動’將上述接觸片以由上述鎖扣片分離的方 向推£而攸上述電線分離的第二推動部。 第之t十—態樣的快速連結終職置係如上述 ::二有限制手段，該限制手段係透過和上 塑性變形的位置、及防止上述第二推動部移二= 子板塑性f形的位置。 勒彳使上述^ 笛第二十二態樣的快速連結終端裝置係如上述 Γ己，其中上述本體部具有平板部，該平板部係 酉己置成.在與上述接觸面的法線方向及上述電線插入孔的 2軸方向各自正交的正交方向和上述端子塊鄰接，上述 有：上述端子塊對向的對向面，上述第一推動部 古:弟r*動^被形成於上述對向面，上述對向面形成 U，該突部係由上述本體部的上述初期位置朝上述解 除位置移動時和上述端子板接觸而讓上述本體部自上述鎖 黃分離。 ' …本發明之第二十三態樣的快速連結終端襄置係如上述 第二十二態樣，其中上述本體部具備2個上述平板部，上 述2個平板部係在上述正交方向相互對向，且配置成上述 端子塊會位在上述平板部間，上述操作部係構成為：將上 述2個平板部一體連結。 【實施方式】 以下，麥照圖面來詳細說明本發明相關的快速連結終 端裝置之^姉態。圖7係從後方祕、喊有本實施形態^ Π/37 201136076 的快速連結終端裝置的埋入形的配線器具(以下，略稱為配 線器具。）所見的透視圖。此配線器具中，器件5係由本體 Ϊ00與外盍110所構成，本體100係藉由合成樹脂材料而形 成為前面有開口的矩形箱狀；外蓋11〇係藉由合成樹脂材 料而形成為後面有開口的矩形箱狀，並以塞住前面開口的 方式與本體100結合器件。並且，在本體1〇〇的長邊方向 中的兩端部各自設置收納室101(參照圖丨），其收納室101 内收納有本實施形態的快速連結終端裝置之端子塊4。在本 體100的後面，沿著本體100的短邊方向並排設有與各收 納室101連通且供電線120自外部插入的一對電線插入孔 102、102。如此，器件5係具有：用以將電線12〇插入器 件5内的電線插入孔1〇2。在本實施形態中的配線器具中， 2個端子塊4係包括饋電配線用在内，以最多可連接4條電 線的方式各自被收納於2個收納室1〇卜1〇1内。 本實施形H的快速連結終端裝置係具備複數個(4個)端 子塊4和收納複數個端子塊4的器件5。此外，端子 數量未特別限定。 9 各端子塊4如圖丨所示，係具備：端子板丨、及使 線插入孔102插入的電線m從徑向與端子板丨接 止電線120朝反插入方向(圖i中朝下方}脫落的鎖簧2 : 實施形態的快速連結終端裝置進—步具制 120的連接狀態之解除構件3。此外，以下的說明中t ^ 圖1中的上下左右之方向，且規定垂直於圖 ^ 為前後方向。 面方向 一對包圍片 端子板1係具有：接觸片10、支持片11、 (第一包圍片）12、12、及第二包圍片13。 12/37 201136076 接觸片10係具有與經由電線插入孔1〇2插入器件5内 的電線120之側面相接觸的接觸面i〇e。接觸片中與接 觸面10e相反側的面l〇f係與器件5的内面對向。接觸片 10係具有靠近電線插入孔102的第1端(下端）i〇g及偏離電 線插入孔102的苐2端(上端）i〇h。 支持片11係由接觸片l〇a的第2端延伸設置。支 持片11在靠近接觸片1〇的第2端i〇h的基端部llb和偏 離接觸片10的第2端l〇h的前端部ub之間具有凹口 lla。 鎖簧2係由具有彈性的金屬材料所形成，其具備有： 中央片2G、鎖扣片2卜抵接片22、及連結片23。 中央片20係配置成和接觸面1〇e對向，且具有靠近電 線插入孔102的第1端2〇a、和偏離電線插入孔1〇2的第2 端 20b。 鎖扣片21係構成為：從中央片2〇的第丨端2〇a朝接 觸片10的接觸面l〇e以和中央# 2〇所夾的角度呈銳角的 方式延伸設置，且被自電線插入孔1G2插入器件5内的電 線120所推壓時，則會彈性變形而從接觸自i〇e分離，並 與端子板1保持電線12〇。 抵接片22係配置成與接觸片1〇中的接觸面⑽相反 側的面10f相接觸。 連結片23係構成為：將抵接片22 一體連結於中央片 20的第2端20b。 作說^ ’針對本實施形態的快速連結終端I置再詳細地201136076 VI. Description of the Invention: [Technical Field to Be Invented] The present invention relates to a quick-connect terminal. [Prior Art] / In the past, there is a so-called quick connection that makes it easy to connect the switch or the socket, etc., and to ensure that the connection is made by the connection, and the wiring can be performed without relying on the screw. Knot; stand and stand (also known as screwless terminal device). , , , , ° The past! The quick-connect final position system has a central piece which is formed so that the foot on the end side of the shape is abutted, and a locking piece which is extended to the s by the center side of the central locking piece and the end plate of the terminal plate. The other end side of the one piece is extended in a J shape and a lock. And when the other side leg of the terminal block and the push wire creeper wire (conductor) are pushed, the wire is pushed toward the falling piece. The front end of the 纟' _ latching piece abuts against the electric wire to prevent the electric wire from coming off. In addition, the quick-connecting terminal device has a solution (10). In other words, when the wire of the pure speed connection _t is connected, if the release button is used to move the release button, the release button pushes the lock piece and separates the other end of the wire from the wire, thereby being easily The wires are pulled out. In the terminal device as in the Japanese National Publications (5) Ϊ 连 f terminal device, the lock is not applied to the terminal 』 buckle. Therefore, the pressing force which causes the lock on the terminal line side when the electric wire is inserted and the push piece is insufficiently acts on the reliability of the contact of the electric wire and the electric wire. 6/37 201136076 tInvented the system ## 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于A quick-connect terminal device according to a first aspect of the present invention is configured to include a terminal block and a terminal block, wherein the device has a wire insertion hole for inserting a wire into the device, and the terminal block is The terminal plate (four) spring 'the terminal plate has a _ piece, and the contact piece has a connection with a side surface of the electric wire inserted through the electric wire insertion hole, and the upper spring is made of a metal material having a miscellaneous material Formed with: a center piece, a locking piece, a contact piece, and a connecting piece, the center piece is disposed to face the contact, and has a first ##, and a deviation from the wire insertion hole a second end of the wire insertion hole, wherein the locking piece is configured to extend from the second end of the center piece toward the contact surface of the contact piece at an acute angle to an angle formed by the center piece, And when the electric wire inserted into the hole is pushed from the wire, the wire is elastically deformed and separated from the contact surface, and the wire is held by the terminal plate, and the abutting piece is The contact surface of said contact plate is set to an opposite surface of the contact sheet on the side of the connecting sheet-configured system will be integrally connected to the contact piece to the end of the central panel. According to a second aspect of the present invention, in the first connection example, the terminal plate is configured to push the contact piece such that the contact surface is closer to an inner circumferential surface of the wire insertion hole. The above wire is inserted into the center side of the hole. The quick connection terminal device of the third aspect of the present invention is the first sad example described above, wherein the contact piece of the towel has a second end adjacent to the wire insertion hole, the second end of the wire insertion hole. The contact piece has a first surface that is inserted into the manhole and a second one that is offset from the wire insertion hole: the ΤΓ plate has a support piece, and the support piece is in contact with the contact piece. A quick-connect terminal device extending from the second end of the contact piece to record the fourth aspect of the present invention is such that the third white '^山 C support piece is adjacent to the second end of the contact piece #offward from the front end portion of the second end of the contact piece, the upper surface of the contact piece has a top surface, and the first surface is in contact with the first sheet of the support sheet; the second surface is in contact with the support sheet. And a connecting piece that integrally connects the upper piece and the second piece through the notch of the support piece. The fast-collecting connection terminal device of the fifth aspect of the media medium is as described above: the terminal plate has a side plate from the two ends of the contact piece toward the upper pair of the outer peripheral piece, wherein the contact piece is located Orthogonal direction with self-orthogonality. The quick-connect terminal device of the sixth aspect of the central axis direction of the wire insertion hole is the fifth/the above-mentioned surrounding piece having: from the contact piece toward the center piece base portion; and from the front end of the base portion The front portion extending away from the direction in which the wire insertion hole is formed. The first terminal plate has a second surrounding piece, and the second supporting piece extends toward the side of the wire insertion hole to be inserted into the device. The above wires are placed between the upper and the second surrounding sheets. Contact piece 8/37 201136076 The eighth embodiment of the invention relates to the quick-connect terminal of the eighth aspect of the invention, and the surface of the above-mentioned each of the surrounding pieces opposite to the wire, which is opposite to the wire in the second surrounding piece The normal direction of the surface is the fast light terminal installation of the ninth of the present invention. The terminal plate is formed by using a metal plate, and the second surrounding film is formed by bending a part of the metal plate. The normal direction of the contact surface of the shape car t and the center of the above-mentioned wire insertion hole = :== increase, and the quick connection terminal device of the tenth aspect of the piece 2 is as the above first two ==: = In the above lock = one (four) _ = said: = - state ===== system (four) insulation wall insulation between the above terminal blocks and the sub-block 'the above device has two states: === fast catching the connection terminal device such as The above-mentioned first is pushed by the electric wire and moved "two:: hand, the above-mentioned contact (four) movement of the contact piece: said == the second aspect of the thirteenth aspect of the present invention, the contact piece is formed with a narrow ^ According to the above-mentioned younger version of the "Fourth Aspect of the Ming Dynasty, the fast-catching connection terminal device is as described above. Forgot 9/37 201136076 The contact surface is formed with a recess for accessing a portion of the electric wire that is pressed by the locking tab. The fifteenth aspect of the present invention is as described above. In the contact surface, the orthogonal direction is orthogonal to the normal direction of the contact surface and the central axis direction of the electric wire insertion hole. The sixteenth aspect of the present invention is a quick connection terminal. The apparatus is the same as the above-mentioned first aspect, wherein the locking piece is extended in such a manner that its front end is in contact with the contact surface. The quick connection terminal device of the seventeenth aspect of the present invention is as in the first aspect described above, wherein The contact surface is formed with a protrusion. The mth quick connection terminal device of the invention is the seventeenth aspect described above, wherein the protrusion is formed to have a normal direction along the above-mentioned contact surface and the above-mentioned electric wire insertion The central axis of the hole is semi-cylindrical with respect to the central axis of each of the orthogonal directions. The quick-connect terminal I of the nineteenth aspect of the human body is as above; the eighteenth '4, the towel is at the above contact surface , The two protrusions are formed such that the terminal plate and the upper-weik piece are substantially in contact with each other in the electric power-like energy, and the tip end of the patch plate is interposed between the two protrusions in the wire insertion hole.快速 态 态 的 的 其中 其中 其中 其中 其中 其中 其中 其中 其中 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Between the release position and the release position: the body part of the device is included; the error is explained by the money method. (4) The position of the main body is from the above-mentioned initial age to the above-mentioned release position ft 10/37 201136076 a first pushing portion pressed in a direction in which the contact piece is separated; and the main body portion is pushed from the upper side: =: set: the movement of the contact piece in a direction separated by the locking piece A second pusher for the separation of the wires. The t-th ten-state quick-connect final position system is as described above:: two restrictive means, the limiting means is the position of the through-plastic deformation, and the second push-portion is prevented from being shifted by two = sub-plate plastic f-shaped s position. The quick-connect terminal device of the twenty-second aspect of the above-mentioned flute is as described above, wherein the main body portion has a flat plate portion which is formed in a normal direction with the contact surface and The orthogonal direction orthogonal to the two axial directions of the electric wire insertion hole is adjacent to the terminal block, and the first push portion is formed on the opposite surface of the terminal block. In the opposing surface, the opposing surface forms a U which is separated from the yellowing by the contact with the terminal plate when the initial position of the main body portion moves toward the releasing position. According to a twenty-second aspect of the present invention, in the second aspect, the main body portion includes two flat plate portions, and the two flat plate portions are mutually in the orthogonal direction In the opposite direction, the terminal block is disposed between the flat plate portions, and the operation portion is configured to integrally connect the two flat plate portions. [Embodiment] Hereinafter, the state of the quick-connect terminal device according to the present invention will be described in detail with reference to the drawings. Fig. 7 is a perspective view of a buried wiring device (hereinafter, abbreviated as a wiring device) of the quick-connect terminal device of the present embodiment, Π/37 201136076, which is called from the rear. In the wiring device, the device 5 is composed of a body Ϊ00 and an outer cymbal 110, and the body 100 is formed into a rectangular box shape having an opening in front by a synthetic resin material; the outer cover 11 is formed of a synthetic resin material. There is an open rectangular box shape at the back, and the device is coupled to the body 100 in such a manner as to plug the front opening. Further, a storage chamber 101 (see FIG. 丨) is provided at each of both end portions in the longitudinal direction of the main body 1A, and the terminal block 4 of the quick-connect terminal device of the present embodiment is housed in the storage chamber 101. Behind the body 100, a pair of electric wire insertion holes 102, 102 which are in communication with the respective receiving chambers 101 and are inserted from the outside of the power supply line 120 are arranged side by side in the short side direction of the main body 100. Thus, the device 5 has a wire insertion hole 1〇2 for inserting the wire 12 into the device 5. In the wiring device of the present embodiment, the two terminal blocks 4 are housed in the two storage chambers 1 to 1 1 so as to include up to four electric wires. The quick connect terminal device of the present embodiment H includes a plurality of (four) terminal blocks 4 and a device 5 for accommodating a plurality of terminal blocks 4. Further, the number of terminals is not particularly limited. In the terminal block 4, as shown in FIG. The lock spring 2 that has fallen off: The quick connect terminal device of the embodiment is connected to the release member 3 of the connection state of the step 120. In the following description, the direction of the up, down, left, and right directions in FIG. 1 is defined as perpendicular to the figure. The front-side direction is a pair of lining terminal strips 1 having a contact piece 10, a support piece 11, a (first surrounding piece) 12, 12, and a second surrounding piece 13. 12/37 201136076 The contact piece 10 has The contact surface i〇e which is in contact with the side surface of the electric wire 120 inserted into the device 5 via the electric wire insertion hole 1〇2. The surface l〇f of the contact piece opposite to the contact surface 10e faces the inner side of the device 5. The contact piece 10 has a first end (lower end) i〇g close to the electric wire insertion hole 102 and a 苐2 end (upper end) i〇h which is deviated from the electric wire insertion hole 102. The support piece 11 is the second piece of the contact piece 10a End extension: the base end portion 11b of the support piece 11 near the second end i〇h of the contact piece 1〇 and the offset contact piece The front end portion ub of the second end l〇h of 10 has a notch 11a. The lock spring 2 is formed of a resilient metal material, and includes: a center piece 2G, a locking piece 2, a contact piece 22, And the connecting piece 23. The center piece 20 is disposed so as to face the contact surface 1〇e, and has a first end 2〇a close to the electric wire insertion hole 102 and a second end 20b which is offset from the electric wire insertion hole 1〇2. The cleat 21 is configured to extend from the second end 2〇a of the center piece 2〇 toward the contact surface l〇e of the contact piece 10 at an acute angle to the angle sandwiched by the center #2〇, and is connected by the electric wire. When the insertion hole 1G2 is pushed by the electric wire 120 inserted into the device 5, it is elastically deformed to be separated from the contact, and the electric wire 12 is held by the terminal plate 1. The contact piece 22 is disposed to be in contact with the contact piece 1 The contact surface 23 is configured to integrally connect the contact piece 22 to the second end 20b of the center piece 20. The quick connection terminal More detailed
S 端子板丨係具備：在收納室1Q1内沿著電線12〇的轴 方向(上下方_下並與電線12G接觸的接觸片1〇;從接 13/37 201136076 觸片10中與電線插入孔1〇2相反側的端部(上側的端部)之 第2端i〇h朝橫向(左右方向)延伸設置的帶板狀的支持片 11 ;由接觸片10的侧端緣突出設置，由電線12〇的徑向且 與後述的鎖扣片21抵接電線120的方向(左右方向）交又的 方向（前後方向）包圍電線120的一對包圍片（第一包圍 片）12、12;及由支持片u突出設置，由電線12〇的徑向且 與鎖扣片21抵接電線120的方向同方向（左右方向）包圍電 =120的第二包圍片13，且透過對金屬板進行沖壓加工及 彎曲加工而使接觸片10、支持片11、第一包圍片12、12 及第二包圍片13形成-體。亦即，接觸片1〇、支持片u、 =G圍片12'12及第二包圍片13係被形成為一個構件。 實施形態中’端子板1係使用具有彈性的金屬 =(例如’銅或銅合金)製的金屬板而形成。惟在配線器星 =饋魏線用的端子之情況，如圖4所示之使用2 _ 而=、1糟由彼此的支持片n連結之構造的端子板b 連,士==係如圖5所示’在接觸片1G與支持片η之 刀貝牙設置有大致長方形狀的貫通孔(狹縫)14(在接 讓接觸=有狹縫14)。亦即，藉由貫穿設置貫通孔14而 讓接觸片ίο具有左右方向(盘 性(彈性），就算是構成端板ό 、- β)的可撓 ^ ’亦雜接觸片10具有足夠的彈性 （二 =擔’在未設置貫通孔14之下讓端子板〗具有匕; 字形接所示被料成大致' 斜’且下端部之上形‘方：==:) 14/37 201136076 突出的突起舰1,在接觸片 之下方，藉由捶打力u方式突出貫通孔14 向而朝右方向(接近電線120的；向=前後方向為軸方 突起l〇b。亦即，在接觸^ J；大出的半圓筒形狀的 缘插入…中心軸方向各方:及電 的半圓筒形。 乂方向之申心軸 匕U乃U-1Z1尔划園i及圖3所示， —大出之大致正方形的部分（前部）l2b構成 為一脰。亦即’弟-包圍片12具有：自接觸片10朝中央 ^ 20側延伸設置絲部⑶；及從基部仏的前端朝偏離 包線插入孔102的方向延伸設置的前部12b。 第二包圍片13如圖4及圖5所示，係在支持片u之 左右方向的大致中央部被切起而構成。第二包圍片13，係 以從電線插入孔102插入器件5内的電線120會位在接觸 片10和第二包圍片13之間的方式從支持片11延伸設置到 龟線插入孔102側。故從電線插入孔102插入的電線12〇 係配置於在被接觸片1〇和一對第一包圍片12、12及第二 包圍片13由前後左右所包圍的空間（參照圖9)。 第一包圍片12、12以及第二包圍片13係各自由構成 嶠子板1的金屬板的一部份被彎曲立起而成，如圖9所示， 第二包圍片13的寬度係形成為比第一包圍片12、12之間 的間隔還狹窄。亦即，端子板1係使用金屬板而形成。各 包圍片（第一包圍片）12、12及第二包圍片13係透過彎曲上 埯金屬板的一部份而形成。在與接觸面l〇e的法線方向及 15/37 201136076 電線插入孔H)2的中心軸方向各自正交的正交方向中 二包圍片13的長度，係比-對包圍片12、12之間的距離 還短。藉此，在錢續壓製加工方式形成端子板丨之時， 能將㈣彎曲加X第二㈣片13的沖頭先設定成不與加工 後的第-包圍片12、12干涉的寬度，因而具有加工模星的 設計變容易的優點。又，—對包圍片12、12以及第二包圍 片13㈣曲加玉變容易。此外，藉由支持片11中第二包 圍片U被切起形成，而設置從上下方向所見的形狀是大致 矩形且前方開口的凹槽Ua。 鎖簧2係由具有彈性的金屬材料所形成。例如，鎖菩2 係如圖3, 5所示，藉由將具有彈性的導電性板材(例如， 金屬板)¥成大致C字形狀，隔著插人電線12G的空間和端 子板1的接觸410對向的中央片2〇、由中央# 2〇中的電 線插入孔102側(下側）的端部之第丨端咖沿著電線12〇的 插入方向(朝上方向)朝接近接觸# 1Q的方向傾斜且前端部 为與％線120抵接的鎖扣片2卜與接觸片1G中之與電線 120的接觸面(右側面)1〇e才目反側的面(左側面）碰抵接的抵 接片22、以及將抵接片22和中央片20中與電線插入孔102 相反侧(上側)之端部彼此予以連結的連結片幻係形成為一 體。鎖菁2中，中央片20、鎖扣片2卜抵接片22、及連結 片23被形成為一個構件。 I央片20與鎖扣片21之連結部分24係彎曲成半圓弧 狀，當朝右的力施加於鎖扣片21時，鎖扣片21係因該彎 曲部分(連結部分)24縮徑而撓曲（變位）。 連結片23係具有通過被設置在端子板1的支持片11 之凹口（凹槽)lla與支持>5 11在上下方向交叉的段部(連結 16/37 201136076 片）23a。換言之，連絡片23係具有靠近電線插入孔102的 第1面（下面)23d、及偏離電線插入孔1〇2的第2面（上 面)23e。第2面23e係和第丄面23d相反側的面。連絡片 23具有.第1面23d接觸於支持片u的基端部ub的第i 片23b，第2面23e接觸於支持片u的前端部Uc的第2 片23c ;及通過支持片U的凹口 Ua將第}片2补和第2 片23c—體連結的連結片23a。 亦即，在本體100的收納t 1〇1内收納有端子塊4的 狀態，由於段部23a被插入通過於支持的凹槽心， 連結片23的段部23a往左側的部分(第i片卿係被端子板 1的支持片11 k下方支持’連結片23的段部仏往右側的 心（第2片）23c係成為從下方支持端子板i的支持片u。 在在未連接電線120的狀態中，使鎖簧2的鎖扣片21 仏抵接於端子板1的接觸片1〇的接觸面H)e。在 錯扣K 扣片21的前端21&抵接的部位形成有與 ，，、σ ^端21a嵌合的溝(凹部）1〇d 接片22抵接於接觸片1〇 而卞兄甲抵 接觸m接Λ 鎖扣片21的前端進入 抵接於支採/ι更進—步地，連結片23的第2片23c 端:=Λ前端部UC。因此，能將鎖簧2固定於 而 月匕將端子塊4當作一個構件來處理，可宏異w 收納於器件5。 制干木處理，可谷易地 八’㈣上述之構叙端顿丨和鎖箬 而:如所示被收納於本體刚的收納請内. 1〇1内時，被電^(TS插入孔102從外部插入收納室 (朝右方向)撓曲’電線120的前端係伴 201136076 著鎖扣片21撓曲而朝上移動。當電線12〇被插入到指定的 位置時，如圖2所示，鎖扣片21的前端係抵接於電線12〇 阻止朝反插入方向（朝下方向)脫落，同時鎖扣片21藉由鎖 簧2的彎曲部分24的恢復力（彈簧力)使電線12〇與接觸片 10的接觸面l〇e彈接使電線120能和接觸片1〇接觸。 如同以上所述，本實施形態的快速連結終端裝置係具 備端子塊4及收納端子塊4的器件5。器件5具有用以將電 線12 0插入器件5内的電線插入孔丨〇 2。端子塊4係具備端 子板1及鎖簧2。端子板1具有接觸片1〇,接觸片1〇具有 與經由電線插入孔102插入器件5内的電線12〇之側面相 接觸的接觸面l〇e。鎖簧2係由具有彈性的金屬材料形成， 且具備有中央片20、鎖扣片21、抵接片22、及連結片23。 中央片20係配置成與接觸面1〇e對向，且具有靠近電線插 入孔102的第1端2〇a及偏離電線插入孔1〇2的第2端20b。 鎖扣片21係構成為：從中央片2〇的第丨端2〇&朝接觸片 10的接觸面10e以和中央片20所夾的角度呈銳角的方式延 伸設置，且被自電線插入孔1〇2插入器件5内的電線12〇 所推壓時，會彈性變形而從接觸面1〇e分離，並與端子板i 保持電線120。抵接片22係配置成與接觸片1〇中的接觸面 相反側的面1〇f接觸。連結片23係構成為將抵接片22 與中央片20的第2端20b —體連結。 在此，本實施形態的快速連結終端裝置中，在電線12〇 連接/寺，當從電線插入孔102插入的電線12〇碰上鎖扣片 10捋’鎖貫2係成為以與端子板1的接觸片1〇抵接的抵接 片22為支點朝向鎖扣片21自接觸片1〇分離的方向（圖i 中的逆時鐘方向)旋轉。亦即’當鎖扣片21被從電線插入孔 18/37 201136076 102插入的電線120所推壓時，鎖扣片21係在前端2ia朝 接觸片10分離的方向（圖1中的順時鐘方向）彈性變形。又 在此時，產生讓鎖簧2以抵接著端子板丨的接觸片1〇之抵 接片22為支點朝中央片20的第^2〇自接觸片1〇分離 的方向（圖丨中的逆時鐘方向)旋轉的力之力矩。因此，在電 線120插入時鎖扣片21不會被捲繞於電線12〇側，比起在 電線插入時鎖扣片會被捲繞於電線側的習知例，更能提升 電線120與端子板1之接觸可靠性。 y在本實施形態的快速連結終端裝置中，在接觸面10e A成有突起10a、1Gb。因此’在本實施形態的快速連結级 端敦置中，接觸片H)成為僅以2個突起恤、勘的前端 面與電線接觸(參照圖2)，故比起和接觸片1〇的接觸 面整體接觸的情況，更可增大電、線12〇與接觸片1〇之接觸 壓使接觸狀態穩定。 、、特別是，突起腸係形成為具有沿著與接觸面⑽的 法線方向及電線插入孔1()2的中心轴方向各自正交的正交 方向之中叫的半圓筒形。亦即’由於突起_被形成半 圓筒形狀，所以就算電線12〇傾斜’突起勘與電線 之接觸角度還是難以改變，故具有能使接觸狀態穩定的優 再者，此等2個突起10a、1〇b，係於在電線12〇與接 觸^ ίο接觸著的狀態下’·著電線12G而和鎖扣片21 對向的位置’而分開設在沿著電線⑽的轴方 向（上下方向）之兩側。亦即，在接觸面l〇e上，2個突起l〇a、 10b係而成為：在將電線12〇以端子板丨和鎖扣片21予以 保持著的狀恶t ’鎖扣片2ι的前端會位在電線插入孔1〇2 19/37 201136076 的中心軸方向的2個突起l〇a、10b之間。因此，藉由將電 線120以3點（突起i〇a、10b與鎖扣片21的前端2la)支持， 亦能使接觸狀態穩定。 附帶一提，在接觸片10中的第一包圍片12、12之下 侧，所謂的SR形狀的導引突部l〇c、l〇c各自朝右方向(接 近電線120的方向)被突出設置(參照圖3〜圖5)。換言之， 在接觸面10e上，於第一包圍片12和前端10g之間形成有 一對導引突部10c' l〇c。導引突部10c、10c係在與接觸面 l〇e的法線方向及電線插入孔1〇2的中心軸方向各自正交的 正交方向分離。因此，在電線120(導體)是絞線的情況，就 算是電線120的扭絞鬆開而讓導線分散，藉由疊上導引突 部10c、l〇c，電線120還是會被確實地挾持在鎖扣片和導 引突部10c、10c之間，且因導引突部i〇c、i〇c是sr形狀， 電線120係被以儘可能通過兩導引突部i〇c、i〇c之間的方 式誘導。總之’就算電線120是絞線亦能減低散亂擴大的 可能性而使接觸狀態穩定。 在本實施形態的快速連結終端裝置中，端子板1係具 有從與接觸面l〇e的法線方向及電線插入孔1〇2的中心軸 方向各自正交的正交方向中之接觸片10的兩端延伸設置到 中央片2〇側的一對包圍片（第一包圍片）12、12。如此，藉 由第一包圍片12、12被設置於接觸片10,若電線12〇為單 線，則能以第一包圍片12、12限制徑向（前後方向）中的電 線120的移動範圍。再者，若電綠12〇為絞線，則能以第 二包圍片12、12限制導線散開的範圍，故具有電線12〇與 端子板1之接觸可靠性進一步提升之優點。 而且在本實施形態中，各第一包圍片12具有：自接觸 20/37 201136076 片10朝中央片20側延伸設置的基部〗2a;及從基部l2a的 前端朝偏離電線插入孔102的方向延伸設置的前部12b。亦 即，由於將第一包圍片12、12形成為前端部分是朝上突出 的形狀，故能更確實地限制電線120的移動範圍或散開的 範園。 又，端子板10係具有第二包圍片12。第二包圍片12 係以從電線插入孔102插入器件5内的電線丨2〇會位在接 觸片10和第二包圍片12之間的方式由支持片伸設置 到電線插入孔102側。如此，由於在端子板丨的支持片^ 。又置有第二包圍片13,故能以第二包圍片13限制電線12〇 朝自接觸片1 〇分離的方向移動。 此外，第一包圍片13係與第一包圍片12相互地 正交。亦即，各第一包圍片12、12中和電線12〇對向的面 之法線方向與第二包圍片13中和電線12〇對向的面之法線 方向係相互正交。因此，能更確實地限制電線12〇的移動 範圍或散開的範圍。 在本實施形態的快速連結終端裝置中，鎖扣片21係以 其丽端21a與接觸面10e接觸的方式延伸設置。因此，可 確實地阻止電線12〇脫落。 立又，在接觸片10中之與鎖扣片21的前端2la抵接的 部位上形成有與鎖扣片21的前端21a嵌合的溝10d。亦即， 在接觸面10e上形成有溝(凹部）1〇d，以供被鎖扣片2ι所按 壓的電線120的一部份進入。因此，被鎖扣片21按壓的電 線12〇(特別是絞線的導線)會落入溝l〇d(凹部）。因此，可確 實地阻止電線120脫落(參照圖u)。 此外’亦可取代設置這樣的凹部(溝1〇d)，改為在接觸忘 21/37 201136076 片之11¾者電線120和鎖扣片21的前端部分對向的位置， A者與電線12〇的軸方向(上下方向）交叉的方向(前後方向 設置複數個的溝(未圖示）。亦即，亦可在接觸面1Ge，沿著 與接觸，10e的法線方向及電線插入孔1〇2的中心轴方向 ^自正父的正交方向軸有複數個溝(保持溝）。能利用此等 複數们的,冓(保持4)確貫地阻止n線構成的電線⑽脫 落。此外，上述保持溝亦可僅設置丨個。 在本實施形態的快速連結終端裝置中，端子板i係呈 備以與連絡片23㈣2面23e接觸的方式從接觸片1〇; 第2 l〇h延伸δ又置的支持片u。因此，在被本體1〇〇的 收、’、内至101内所收納的狀態中，連結片23的段部2%往左 側的^分係被端子板丨的支持片η從下方支持。因此，可 不依靠本體100，*僅以端子板i來蚊(支持)鎖菁2。 又，支持片11在靠近接觸片10的第2端1〇h的基端 部iib和偏離接觸片10的第2端10h的前端部Uc之間係 具有凹口 na。連絡片23係具有：第1面23d接觸於支持 片u的基端部llb的第丨片23b ;第2面2知接觸於支持 片11的前端部lie的第2片23c ;及通過支持片u的凹口 Ua將12b和第2片23c —體連結的連結片23a。如此一來， 在被收納於本體1〇〇的收納室1〇1内之狀態中，段部Da 被插入通過於支持片11的凹槽11a。因此，可將鎖簧2與 端子板1定位。 在本實施形態的快速連結終端裝置中，端子板丨係構 ，為：以接觸面l〇e位在比電線插入孔1〇2的内周面（特別 是於電線插入孔102中内徑最小的部分的内周面）丨〇2a還靠 近電線插入孔102的中心侧的方式來推動接觸片1(μ例如， 22/37 201136076 在本貫施形態的快速連結終端裝置 的金屬板折曲並與接觸片10和支持片η 有: ，片10。因此，在本實施形 中’端子板1的接觸片10係在與電線120的抵 1；；= 方向财可撓性。因此，就算是在電線i2Gfm 斜的情況，接觸片〗。還是追隨電線 4能確保穩定的接觸狀態。再者，就算㈣ 的= 120是散開的情況，或是電線120的直經為小(細），透2 =片1G和鎖扣片21將電線12G彈性挾持，還是能 子板1與鎖黃2之接觸狀態穩定。 你令μ她形恶的快速連結終端裝置 =圍係受本體i。。中的收納室1〇1的内 亦二’本貫卿態的快錢結終端裝置係具有_手 納至101的内壁）’以於接觸片1〇被電線12〇推壓(朝 中央片2G遠離的方向)並移動到指粒置之時，藉由盘 =H)接觸而限制接觸片1G之移動，使端子板^會塑性 變形。因此’就算是電線12G傾斜的情況亦 10的塑性變形。 ㈣月 其次針對解除構件3作說明。解除構件3係由合 f成型品構成，其如圖6所示，係具有：半圓板狀的支持 部3〇、30、矩形平板狀的操作部31、及將支持部30、3〇 與操作部31連結之大致三角形板狀的連結部％、32，且整 大致形成為匚字形。又，在一對連結部％％上各自突 出設置有推動部33、33。推動部33、33係大致形成為扁$ 的三角柱狀，如後述般以和鎖扣片21對向之側(右側)的斜 面33a與鎖扣片21接離自如地抵接，同時以該斜面的相反 23/37 201136076 側(左側）的角部33b與接觸片10接離自如地抵接。 換吕之，解除構件3係如圖6所示，具備有：在初期 位置和解除位置之間移動自如地收納於器件5内的本 35、及配置在器件5外且利用手動使本體部35移動用的操 作部31。此外，上述初期位置係維持電線12〇對端子塊1 的連接時之本體部35的位置。上述解除位置係解除構件3 解除電線120對端子塊4的連接時之本體部35的位置。 本體部35係具有在與接觸面10e的法線方向及電線插 入孔102的中心軸方向各自正交的正交方向以和端=塊* 鄰接的方式配置的平板部36。本實施形態中，本體部3^罝 備2個平板部36。各平板部36係由支持部30和連結部32 所構成。各支持部30、30係形成為半圓板狀。各連結部y、 32係形成為將對應的支持部3〇、3〇和操作部si連結的-大 2個平板部36、36係以在上述正交方向相互對向，且 端子塊4位在平板部36、36之_方式配置1即 部36、36係配置成在上述正交方向彼此重複。 各平板部36係具有與端子塊4對向的對向面，第一 動部33a及第二推動部33b係形成於上述對向面。又 上述對向面職有突部34，以於本體部35從上述初期位 朝向上述解除位置移動時和端子板i相 」 35(平板部36)自鎖簧2分離。 之尽體' 操作部31係構成為將2個平板部36、％ 一體 因此，解除構件3係整體大致形成為匸字形。 …。 部33的斜面33a’係伴隨著本體部％從上述初期 位置朝向上述解除位置之移動而將鎖扣片21朝向自接觸片 24/37 201136076 10分離的方向推壓而從電線12〇分離的第一推動部q隹動 部33的角部33b，係伴隨著本體部35從上述初期位置朝向 上述解除位置之移動而將接觸片1〇朝向自鎖扣片2ι分離 的方向推壓而從電線12〇分離的第二推動部。亦即，本實 %开人恕中的第1及第二推動部33a、33b係一體形 部33。 另方面，在本體100的長邊方向的兩側面，各並設 一對連通各收納室1〇1、101的縱溝103、103(參照圖7)。 而且，解除構件3係以透過縱溝103、103使操作部31露 出本體100之外，且於一對連結部32、32之間配置接觸片 10和鎖餐2的方式收納於本體⑽的收納室1Q1内。在此， 收納至101内設置有具備半圓弧狀的滑動面之轴承座⑽、 刚(參照圖υ，藉由將收納室ι〇ι内被收納的解除構件3 的支f部30、30载置於軸承座刚、1〇4，解除構件3則以 支持、30為支點而旋動自如地被本體100所支持。 在要卸下被連接純速賴㈣裝置的電線1加 二過縱溝103、103而露出於器件的側面 二 體部35從上述初期位置移動到上述解 二1朝上方行操作即可。亦即’若如圖1所示將操作 部30、30 Γ!式作操作時，則解除構件3會以支持 為支點順時鐘旋動，一開始推動部 二推動一b各自啊 ^兩W ’藉以使接觸片丨〇的下端部朝向自 雔的方向（朝左方向）變位。杳解除盖 刀 係各自推壓===Γ斜面（第―推動部)33a、33a 如片21的讀方向兩端部，藉以使抵接於電】 25/37 201136076 ΐ::片21朝向自電線12。分離的方向變位而能卸 從端=3二速連結終端裂置係具備用以 =rr部31、及具有第-推動 :期位置和上述解除位置之間移動二 操作部31被配置於_外並用在欲 動部⑼係構成為：伴隨著本體部35自 自上述解除位置之移動，將鎖扣片21朝向 ^妾觸片1G》_方向推壓，而自電線 動部33b係構成為：伴隨著本 算弟一推 ^除位置之移動，將接觸 的方向推壓而自電線120分離。 因此，依據本實施形態的快速連結終端裝置，告 ，作解除構件3的操作部31時，第一推動部3^動鎖 ^ 21阳同時第二推動部观推動接觸片1〇並自電線⑽ 拉開，因而能不使用卫具而簡單地卸下電線12〇。 在習知的快逮連結終端裝置中，由於必需使用工呈一 _作解_-邊抽出電線’因為在用—手持住 = ^器件:且另—手所握持的工具插人操作孔進行解除二操 的狀_下騰不出雙手’故難以自電線插人孔抽出電線。 ^對地，本實施形態的快速連結終端裝置中，當以持住器 =的手指(例如’拇指)操作露出於器件的側面之解除構们 呆作部使解除構件3旋動時，則能將阻止電線 洛的鎖扣片2i從電線12G分離，能同時用單手 = 26/37 201136076 保持和解除構件3的操作，且用一 能比以往的快速連結終端裝置更容易地此， 3下::广因為不僅鎖扣片叫_片10二： 電線m之時的作業性。此外，所構成的 操作解除構件3使接觸片10和鎖;：片線2 ==時，若 變位的狀態下將電線120從電線插入孔^2減方向 在鎖扣片21的前端已從接觸片10分==則因為 之間插入電線120，故亦能提升電線:下月b於兩者 外，接觸片HM系因為抵接於收柄 以作業性。此The S terminal plate 具备 is provided with a contact piece 1 沿着 in the axial direction of the electric wire 12 ( in the accommodating chamber 1Q1 (upper down_down and in contact with the electric wire 12G; and a wire insertion hole in the contact piece 13/37 201136076 a strip-shaped support piece 11 extending in the lateral direction (left-right direction) from the second end i〇h of the end portion (the upper end portion) on the opposite side of the second side; the side end edge of the contact piece 10 is protruded by the side edge a pair of surrounding pieces (first surrounding pieces) 12, 12 of the electric wire 120 in a direction (front-rear direction) in which the electric wire 12 turns in a radial direction and a direction (left-right direction) in which the locking piece 21 of the following is abutted against the electric wire 120; And protruding from the support piece u, the second surrounding piece 13 of the electric=120 is surrounded by the radial direction of the electric wire 12〇 and the direction in which the locking piece 21 abuts the electric wire 120 (the left-right direction), and the metal plate is transmitted through The contact sheet 10, the support sheet 11, the first surrounding sheets 12, 12, and the second surrounding sheet 13 are formed into a body by press working and bending processing, that is, the contact sheet 1〇, the supporting sheet u, and the =G wrapping sheet 12' 12 and the second surrounding piece 13 are formed as one member. In the embodiment, the terminal plate 1 is made of a metal having elasticity = (for example) It is formed by a metal plate made of 'copper or copper alloy.' However, in the case of the terminal for the wire feeder=welding wire, as shown in Fig. 4, 2 _ and = 1 are connected by the supporting pieces n of each other. The terminal plate b of the structure is connected, and the gem == is as shown in Fig. 5. 'The blade of the contact piece 1G and the support piece η is provided with a substantially rectangular through hole (slit) 14 (in the contact contact = narrow) The slit 14) has a flexible contact piece 10 having a left-right direction (disc (elasticity) even if it constitutes the end plate 、, -β) by providing the through hole 14 therethrough. Sufficient elasticity (two = ' 'has the terminal plate below the through hole 14 is not provided with 匕; the word is connected to be roughly 'oblique' and the lower end is shaped 'square: ==:) 14/37 201136076 The protruding projectile 1 is located below the contact piece, and protrudes in the right direction by the slamming force u to the right direction (close to the wire 120; the direction of the front-back direction is the axis protrusion l〇b. That is, in Contact ^ J; the edge of the large semi-cylindrical shape is inserted... the central axis direction of each side: and the semi-cylindrical shape of the electric. The direction of the heart-shaped axis 匕U is U-1Z1 i and FIG. 3, the portion (the front portion) l2b of the substantially square shape is formed as a unit. That is, the "different-surrounding sheet 12 has a wire portion (3) extending from the contact piece 10 toward the center portion 20; And a front portion 12b extending from a distal end of the base portion 偏离 in a direction away from the covered wire insertion hole 102. As shown in Figs. 4 and 5, the second surrounding piece 13 is cut at a substantially central portion in the left-right direction of the support piece u. The second surrounding piece 13 is extended from the support piece 11 to the turtle insertion in such a manner that the electric wire 120 inserted into the device 5 from the electric wire insertion hole 102 is positioned between the contact piece 10 and the second surrounding piece 13 Hole 102 side. Therefore, the electric wire 12 inserted from the electric wire insertion hole 102 is disposed in a space surrounded by the front and rear sides of the contacted piece 1〇 and the pair of first surrounding pieces 12 and 12 and the second surrounding piece 13 (see Fig. 9). The first surrounding sheets 12, 12 and the second surrounding sheets 13 are each formed by bending a portion of the metal sheet constituting the rafter board 1, as shown in Fig. 9, the width of the second surrounding sheet 13 is formed. It is narrower than the interval between the first envelopes 12, 12. That is, the terminal block 1 is formed using a metal plate. The outer sheets (first outer sheets) 12, 12 and the second outer sheet 13 are formed by bending a portion of the upper metal sheet. The length of the two adjacent sheets 13 in the orthogonal direction orthogonal to the normal direction of the contact surface l〇e and the central axis direction of the 15/37 201136076 wire insertion hole H) 2 is a ratio-to-bracket 12, 12 The distance between them is still short. Therefore, when the terminal plate is formed by the press-molding method, the punch which is (4) bent and X the second (four) piece 13 can be set to a width which does not interfere with the processed first-surrounding sheets 12 and 12, and thus It has the advantage that the design of the processing die star becomes easy. Further, it is easy to add the jade to the surrounding sheets 12, 12 and the second surrounding sheet 13 (four). Further, by the second wrapping sheet U in the support sheet 11 being cut and formed, a groove Ua having a shape substantially rectangular and open at the front as seen from the up and down direction is provided. The lock spring 2 is formed of a resilient metal material. For example, as shown in Figs. 3 and 5, the lock plate 2 is made to have a substantially C-shaped conductive plate material (e.g., a metal plate), and the space between the insertion wire 12G and the terminal plate 1 is separated. The center piece 2 of the opposite direction of the 410, the second end of the end of the wire insertion hole 102 side (lower side) in the center #2〇 is in the insertion direction (upward direction) of the electric wire 12〇 toward the proximity contact # The direction of 1Q is inclined, and the front end portion is a contact piece 2 abutting on the % line 120, and the contact surface (right side surface) of the contact piece 1G with the electric wire 120 is touched by the opposite side (left side). The abutting contact piece 22 and the connecting piece of the abutting piece 22 and the center piece 20 which are connected to the opposite side (upper side) of the electric wire insertion hole 102 are integrally formed. In the lock 2, the center piece 20, the lock piece 2, the contact piece 22, and the link piece 23 are formed as one member. The connecting portion 24 of the central sheet 20 and the locking piece 21 is bent in a semi-arc shape, and when the force toward the right is applied to the locking piece 21, the locking piece 21 is reduced in diameter by the curved portion (joining portion) 24. And deflection (displacement). The connecting piece 23 has a segment (joining 16/37 201136076 piece) 23a that passes through the notch (groove) 11a of the support piece 11 provided in the terminal block 1 and the support > 51 in the vertical direction. In other words, the contact piece 23 has a first surface (lower surface) 23d close to the electric wire insertion hole 102 and a second surface (upper surface) 23e which is deviated from the electric wire insertion hole 1〇2. The second surface 23e is a surface opposite to the second surface 23d. The contact piece 23 has the i-th piece 23b in which the first surface 23d is in contact with the base end portion ub of the support piece u, the second surface 23e is in contact with the second piece 23c of the front end portion Uc of the support piece u, and the support piece U is passed through the support piece U. The notch Ua is a connecting piece 23a in which the first piece 2 is complemented by the second piece 23c. In other words, in a state in which the terminal block 4 is housed in the housing t1〇1 of the main body 100, since the segment portion 23a is inserted through the supporting groove core, the portion of the segment 23a of the connecting piece 23 to the left side (the i-th piece) In the support piece 11 k below the support piece 11 k of the terminal block 1 , the core portion (second piece) 23 c that supports the segment portion of the connection piece 23 to the right side is a support piece u that supports the terminal plate i from below. In the state in which the locking piece 21 of the lock spring 2 is abutted against the contact surface H)e of the contact piece 1 of the terminal block 1. A groove (concave portion) 1 〇d that is fitted to the σ ^ end 21a is formed at a portion where the front end 21 & 21 of the K-buckle 21 is abutted, and the tab 22 abuts on the contact piece 1 The front end of the contact piece 21 is in contact with the front end of the locking piece 21, and the second piece 23c of the connecting piece 23 is: Λ the front end portion UC. Therefore, the lock spring 2 can be fixed to the case, and the terminal block 4 can be handled as one member, and can be accommodated in the device 5 in a macroscopic manner. The dry wood processing can be used in the storage of the body as shown in the above description. 102 is inserted into the storage chamber (to the right) from the outside. The front end of the electric wire 120 is attached with the 201136076. The locking cleat 21 is flexed and moved upward. When the electric wire 12 is inserted into the designated position, as shown in FIG. The front end of the locking piece 21 abuts against the electric wire 12, and is prevented from coming off in the reverse insertion direction (downward direction), while the locking piece 21 causes the electric wire 12 by the restoring force (spring force) of the curved portion 24 of the lock spring 2. The contact surface l〇e of the contact piece 10 is elastically brought into contact with the contact piece 1A. As described above, the quick connection terminal device of the present embodiment includes the terminal block 4 and the device 5 for housing the terminal block 4. The device 5 has a wire insertion hole 2 for inserting the wire 120 into the device 5. The terminal block 4 is provided with a terminal plate 1 and a lock spring 2. The terminal plate 1 has a contact piece 1〇, and the contact piece 1〇 has The contact surface l〇e that is in contact with the side of the electric wire 12〇 in the device 5 is inserted through the electric wire insertion hole 102. The lock spring 2 is composed of The elastic metal material is formed, and includes a center piece 20, a locking piece 21, a contact piece 22, and a connecting piece 23. The center piece 20 is disposed to face the contact surface 1〇e and has a wire insertion hole. The first end 2〇a of the 102 and the second end 20b of the wire insertion hole 1〇2. The locking piece 21 is configured to be a contact surface from the second end of the center piece 2〇 to the contact piece 10. 10e is extended at an acute angle with respect to the angle sandwiched by the center piece 20, and is elastically deformed to be separated from the contact face 1〇e when pressed by the electric wire 12〇 inserted into the device 5 from the wire insertion hole 1〇2. And the wire 120 is held by the terminal plate i. The contact piece 22 is disposed in contact with the surface 1〇f on the opposite side of the contact surface in the contact piece 1〇. The connecting piece 23 is configured to connect the abutting piece 22 and the center piece 20 Here, in the quick-connect terminal device of the present embodiment, the electric wire 12 is connected to the temple, and when the electric wire 12 inserted from the electric wire insertion hole 102 hits the locking piece 10' lock The two-piece system is formed by the contact piece 22 abutting on the contact piece 1 of the terminal block 1 as a fulcrum toward the lock piece 21 from the contact piece 1 The direction (the counterclockwise direction in Fig. i) is rotated. That is, when the locking piece 21 is pushed by the electric wire 120 inserted from the electric wire insertion hole 18/37 201136076 102, the locking piece 21 is brought into contact at the front end 2ia. The direction in which the sheets 10 are separated (the clockwise direction in Fig. 1) is elastically deformed. At this time, the abutting piece 22 of the contact piece 1A which abuts the terminal plate 抵 is formed as a fulcrum toward the center piece 20 The moment of the force of the rotation of the second contact piece 1 〇 in the direction of separation (the counterclockwise direction in the figure 。). Therefore, the locking piece 21 is not wound around the side of the electric wire 12 when the electric wire 120 is inserted, The conventional example in which the locking piece is wound on the side of the electric wire when the electric wire is inserted can further improve the contact reliability of the electric wire 120 and the terminal plate 1. y In the quick connect terminal device of the present embodiment, the projections 10a and 1Gb are formed on the contact surface 10e A. Therefore, in the quick-connecting stage of the present embodiment, the contact piece H is brought into contact with the electric wire by only the two front-end faces of the projecting eyeglasses (see FIG. 2), so that it is in contact with the contact piece 1〇. In the case of the overall contact of the surface, the contact pressure between the electric wire 12 〇 and the contact piece 1 增大 can be increased to stabilize the contact state. In particular, the protruding intestine is formed to have a semi-cylindrical shape called in an orthogonal direction orthogonal to the normal direction of the contact surface (10) and the central axis direction of the electric wire insertion hole 1 () 2 . That is, since the protrusions are formed in a semi-cylindrical shape, even if the electric wire 12 is tilted, the contact angle between the protrusion and the electric wire is hard to change, so that it has the advantage that the contact state can be stabilized, and the two protrusions 10a, 1 〇b, in the state in which the electric wire 12 is in contact with the contact ίο, the electric wire 12G and the position at which the locking piece 21 opposes, and are divided along the axial direction (up and down direction) of the electric wire (10). On both sides. That is, on the contact surface 10e, the two protrusions l〇a, 10b are formed in a state in which the electric wire 12 is held by the terminal plate 丨 and the locking piece 21, and the locking piece 2 is held. The front end is located between the two protrusions l〇a, 10b in the direction of the central axis of the wire insertion hole 1〇2 19/37 201136076. Therefore, the contact state can be stabilized by supporting the electric wire 120 at three points (the projections i〇a, 10b and the front end 2la of the lock piece 21). Incidentally, on the lower side of the first surrounding sheets 12, 12 in the contact piece 10, the so-called SR-shaped guiding projections l〇c, l〇c are each protruded in the right direction (the direction close to the electric wire 120). Settings (refer to Figure 3 to Figure 5). In other words, on the contact surface 10e, a pair of guiding projections 10c' l〇c are formed between the first surrounding piece 12 and the front end 10g. The guide projections 10c and 10c are separated in the orthogonal direction orthogonal to the normal direction of the contact surface l〇e and the central axis direction of the wire insertion hole 1〇2. Therefore, in the case where the electric wire 120 (conductor) is a twisted wire, even if the twisted wire of the electric wire 120 is loosened to disperse the wire, by superimposing the guide projections 10c, 10c, the electric wire 120 can be surely held. Between the locking piece and the guiding protrusions 10c, 10c, and because the guiding protrusions i〇c, i〇c are in the shape of sr, the electric wire 120 is passed as far as possible through the two guiding protrusions i〇c, i The way between 〇c induces. In short, even if the wire 120 is a twisted wire, the possibility of scattered expansion can be reduced to stabilize the contact state. In the quick connect terminal device of the present embodiment, the terminal block 1 has the contact piece 10 in an orthogonal direction orthogonal to the normal direction of the contact surface 10e and the central axis direction of the wire insertion hole 1〇2. Both ends are extended to a pair of surrounding sheets (first surrounding sheets) 12, 12 on the side of the center sheet 2 . Thus, since the first enclosing sheets 12, 12 are provided on the contact piece 10, if the electric wires 12 are unidirectional, the movement range of the electric wires 120 in the radial direction (front-rear direction) can be restricted by the first surrounding pieces 12, 12. Further, if the electric green 12 is a twisted wire, the range in which the wires are spread can be restricted by the second surrounding sheets 12 and 12, so that the contact reliability between the electric wires 12 and the terminal plate 1 is further improved. Further, in the present embodiment, each of the first enclosing sheets 12 has a base portion 2a extending from the contact 20/37 201136076 sheet 10 toward the center sheet 20 side; and extending from the front end of the base portion 12a toward the direction away from the electric wire insertion hole 102. The front portion 12b is set. That is, since the first enclosing sheets 12, 12 are formed such that the front end portion thereof protrudes upward, the range of movement of the electric wires 120 or the spread of the fan can be more surely restricted. Further, the terminal block 10 has a second surrounding piece 12. The second enclosing sheet 12 is provided by the support sheet extension to the side of the electric wire insertion hole 102 in such a manner that the electric wire 丨 2 inserted into the device 5 from the electric wire insertion hole 102 is positioned between the contact piece 10 and the second surrounding piece 12. So, due to the support piece on the terminal board ^. Further, the second surrounding piece 13 is placed, so that the second surrounding piece 13 can restrict the movement of the electric wire 12 朝 in the direction in which the contact piece 1 〇 is separated. Further, the first surrounding piece 13 is orthogonal to the first surrounding piece 12. That is, the normal direction of the face of each of the first enclosing sheets 12, 12 and the wire 12A is orthogonal to the normal direction of the face of the second enclosing piece 13 opposed to the wire 12A. Therefore, it is possible to more surely limit the range of movement or the range of the spread of the electric wire 12〇. In the quick connect terminal device of the present embodiment, the lock piece 21 is extended such that the fulcrum end 21a is in contact with the contact surface 10e. Therefore, it is possible to surely prevent the wire 12 from coming off. Further, a groove 10d fitted to the front end 21a of the locking piece 21 is formed in a portion of the contact piece 10 that abuts against the front end 21a of the locking piece 21. That is, a groove (concave portion) 1d is formed in the contact surface 10e for a part of the electric wire 120 pressed by the locking piece 2i. Therefore, the electric wire 12〇 (especially the wire of the twisted wire) pressed by the locking piece 21 falls into the groove l〇d (recessed portion). Therefore, the wire 120 can be surely prevented from coming off (refer to Fig. u). In addition, instead of providing such a recess (groove 1〇d), the position of the front end portion of the 113#4 wire 120 and the locking piece 21 of the contact forgetting 21/37 201136076 is changed, and the A and the wire 12 are replaced. A direction in which the axial direction (up-and-down direction) intersects (a plurality of grooves (not shown) are provided in the front-rear direction. That is, the contact surface 1Ge may be along the contact line, the normal direction of the 10e, and the wire insertion hole 1〇. The central axis direction of 2 has a plurality of grooves (holding grooves) from the orthogonal direction of the parent. It is possible to prevent the wires (10) composed of the n wires from falling off by using the plurals (hold 4). In the quick-connect terminal device of the present embodiment, the terminal plate i is provided to be in contact with the contact piece 1 from the contact surface 23 (4) 2 faces 23e; the 2nd l〇h extends δ In the state in which the support piece u is placed in the state of being received by the main body 1 and the inner portion 101, the segment portion 2% of the connecting piece 23 is supported by the terminal plate. The sheet η is supported from below. Therefore, it is possible to rely on the body 100, and only use the terminal board i to mosquito (support) the lock 2 . The support piece 11 has a notch na between the proximal end portion iib of the second end 1〇h close to the contact piece 10 and the distal end portion Uc of the second end 10h of the contact piece 10. The contact piece 23 has: 1st The surface 23d is in contact with the second sheet 23b of the base end portion 11b of the support sheet u; the second surface 2 is known to be in contact with the second sheet 23c of the front end portion lie of the support sheet 11, and the recess Ua passing through the support sheet u is 12b and The second piece 23c is a body-connected connecting piece 23a. In this state, the segment portion Da is inserted into the recess 11a of the support piece 11 in a state of being housed in the housing chamber 1〇1 of the main body 1〇〇. Therefore, the lock spring 2 and the terminal plate 1 can be positioned. In the quick-connect terminal device of the present embodiment, the terminal plate is configured such that the contact surface l〇e is positioned at the inner circumference of the wire insertion hole 1〇2. The face (particularly the inner peripheral surface of the portion having the smallest inner diameter in the wire insertion hole 102) 丨〇2a is also pushed toward the center side of the wire insertion hole 102 to push the contact piece 1 (μ, for example, 22/37 201136076 in the present The metal plate of the quick-connecting terminal device of the embodiment is bent and the contact piece 10 and the supporting piece η have: a sheet 10. Therefore, in the present embodiment The contact piece 10 of the terminal block 1 is in contact with the electric wire 120; the direction of the electric wire 120 is flexible; therefore, even in the case where the electric wire i2Gfm is inclined, the contact piece is said to follow the electric wire 4 to ensure a stable contact state. Furthermore, even if (4) = 120 is spread, or the straight line of the wire 120 is small (thin), through the 2 = piece 1G and the locking piece 21, the wire 12G is elastically held, or the sub-board 1 and the lock can be The contact state of the yellow 2 is stable. You make the fast-connecting terminal device of the μ-shaped evil body = the body is subject to the body i. The inner compartment of the storage compartment 1〇1 is also the 'quick-fast state of the fast money knot terminal device. _ hand to the inner wall of 101)' to limit the contact piece when the contact piece 1 is pushed by the wire 12 (in the direction away from the center piece 2G) and moved to the finger position, by the disk = H) contact The movement of 1G causes the terminal plate to be plastically deformed. Therefore, even in the case where the electric wire 12G is inclined, the plastic deformation of 10 is also obtained. (4) Month Next, the description of the releasing member 3 will be described. The release member 3 is composed of a molded product, and as shown in FIG. 6, has a semi-circular plate-shaped support portion 3A, 30, a rectangular flat operation portion 31, and a support portion 30, 3, and operation. The substantially triangular plate-shaped connecting portions % and 32 connected to the portion 31 are substantially U-shaped. Further, the push portions 33 and 33 are protruded from each other in the pair of joint portions %%. The push portions 33 and 33 are formed in a triangular column shape of a flat shape, and are slidably attached to the lock piece 21 by the inclined surface 33a on the side (right side) opposite to the lock piece 21, as will be described later. On the contrary 23/37 201136076, the corner portion 33b of the side (left side) is freely abutted from the contact piece 10. As shown in FIG. 6, the release member 3 includes the present unit 35 that is movably housed in the device 5 between the initial position and the released position, and the main unit 35 that is disposed outside the device 5 and manually. The operation unit 31 for movement. Further, the initial position is the position of the main body portion 35 when the electric wire 12 is connected to the terminal block 1. The release position releasing member 3 releases the position of the main body portion 35 when the electric wire 120 is connected to the terminal block 4. The main body portion 35 has a flat plate portion 36 that is disposed adjacent to the end portion *block* in an orthogonal direction orthogonal to the normal direction of the contact surface 10e and the central axis direction of the electric wire insertion hole 102. In the present embodiment, the main body portion 3 is provided with two flat plate portions 36. Each of the flat plate portions 36 is composed of a support portion 30 and a coupling portion 32. Each of the support portions 30 and 30 is formed in a semicircular plate shape. Each of the connecting portions y and 32 is formed such that the two large flat plate portions 36 and 36 that connect the corresponding support portions 3〇 and 3〇 and the operation portion si are opposed to each other in the orthogonal direction, and the terminal block is positioned at 4 positions. In the arrangement of the flat portions 36 and 36, the portions 36 and 36 are arranged to overlap each other in the orthogonal direction. Each of the flat plate portions 36 has a facing surface opposed to the terminal block 4, and the first moving portion 33a and the second pushing portion 33b are formed on the opposing surface. Further, the opposing face has a projection 34 which is separated from the lock spring 2 by the terminal plate i 35 (the flat plate portion 36) when the main body portion 35 is moved from the initial position toward the release position. The operation unit 31 is configured such that the two flat plate portions 36 and % are integrated. Therefore, the release member 3 is formed substantially in a U shape. .... The inclined surface 33a' of the portion 33 is pressed from the electric wire 12〇 in the direction in which the locking piece 21 is separated from the contact piece 24/37 201136076 10 in accordance with the movement of the main body portion % from the initial position toward the release position. The corner portion 33b of the pushing portion q is urged from the electric wire 12 in a direction in which the contact piece 1〇 is separated from the locking tab 2ι in accordance with the movement of the main body portion 35 from the initial position toward the releasing position. The second pusher of the 〇 separation. That is, the first and second pushing portions 33a and 33b in the present embodiment are the integral portions 33. On the other hand, a pair of vertical grooves 103 and 103 that communicate with the respective storage chambers 1 and 1, 101 are provided on both side faces in the longitudinal direction of the main body 100 (see Fig. 7). Further, the releasing member 3 is configured such that the operation portion 31 is exposed outside the main body 100 through the vertical grooves 103 and 103, and the contact piece 10 and the lock meal 2 are placed between the pair of connecting portions 32 and 32 and housed in the main body (10). Room 1Q1. Here, the bearing housing (10) having the semi-arc-shaped sliding surface is accommodated in the housing 101, and the bearing portion (10) of the releasing member 3 housed in the housing chamber ι is provided (see FIG. It is placed on the bearing housing just 1〇4, and the release member 3 is rotatably supported by the main body 100 with support and 30 as a fulcrum. The wire 1 to be connected to the pure speed (4) device is removed. The grooves 103 and 103 are exposed to the side surface of the device, and the two side portions 35 are moved from the initial position to the upper side of the solution. Thus, the operation portions 30 and 30 can be operated as shown in FIG. In operation, the releasing member 3 will rotate clockwise with the support as a fulcrum, and at the beginning, the pushing portion 2 pushes a b each of the two sides to make the lower end portion of the contact piece 朝向 face the self-twisting direction (to the left direction).变 杳 盖 盖 盖 = = = = = = = = = = = = = = = = = = 盖 = 盖 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 21 is oriented from the electric wire 12. The direction of the separation is displaced, and the detachable end of the second-speed connection terminal is provided with the =rr portion 31, and The first push-and-push position and the release position are moved between the second operation unit 31 and the movable portion (9). The main body unit 35 is configured to move the lock piece from the release position. 21 is pressed toward the contact lens 1G _ direction, and the self-wire moving portion 33b is configured to be pressed from the electric wire 120 by pressing the direction of the contact with the shift of the position of the younger brother. According to the quick-connect terminal device of the present embodiment, when the operation portion 31 of the releasing member 3 is actuated, the first pushing portion 3 moves the lock 21 while the second pushing portion pushes the contact piece 1〇 and pulls away from the electric wire (10). Therefore, it is possible to simply remove the electric wire 12〇 without using the sanitary ware. In the conventional quick-catching connection terminal device, since it is necessary to use the workmanship to solve the problem, the wire is pulled out because it is in use-holding = ^ Device: and the tool held by the hand is inserted into the operation hole to cancel the second operation _ the next two hands can not be pulled out. Therefore, it is difficult to draw the wire from the wire insertion hole. ^ To the ground, the quick connection terminal of this embodiment In the device, when holding the finger = finger (such as 'thumb) When the release member 3 is rotated to expose the side surface of the device, the release piece 3 can be separated from the electric wire 12G, and can be held and released by one hand = 26/37 201136076 at the same time. The operation of the member 3 is more easily performed by a quick-connecting terminal device than the conventional one, and the following is not only the locking piece is called the _ piece 10: the workability at the time of the electric wire m. The operation releasing member 3 makes the contact piece 10 and the lock; when the piece line 2 ==, if the wire 120 is displaced from the wire insertion hole 2 in the state of displacement, the front end of the locking piece 21 has been separated from the contact piece 10 = = Since the electric wire 120 is inserted between them, the electric wire can be lifted: the next month b is outside the two, and the contact piece HM is workable due to abutting on the handle. this
的内壁)而被限制變位量(撓曲的^圍^的内壁(圖1中左側 又，如上述，本體部35係I 板部36、％係在上述正交方向相互對^平^反部36。2解 塊4位在平板部36、3 / 且個端子 _為將2卿板部36、配置。㈣係 態的快速連結終端裝置中，將二構:。，即，在本實施形 狀，且以設於-對連結部32、^2構件3大致形成為匸字 鎖扣片2】及接觸片1G，故能將鎖扣:=33、33推動 線120更順暢地拉開。 、 及接觸片10從電 但是，在解除構件3旋動 操作部3i及相反側的端部上^有支持部30、3〇和 虞。因此在本實施形態的快速部)與鎖著2干涉之 36的上料向面職有突部34，、；；、^f置中，於平板部 從上述初期位置朝上述解除位置移^部34係於本體部35 使本體部35自鎖簧2分離。換^夺和端子板1相接觸 操作使連結部33、33以支持^ ’在操作部31被手動 ' 0為支點旋動之時會疊上 27/37The inner wall is restricted by the amount of displacement (the inner wall of the flexing ^ (the left side in Fig. 1 again, as described above, the main body portion 35 is the I plate portion 36, the % is in the above-mentioned orthogonal direction to each other) The portion 36 is deblocked in the flat portion 36, 3 / and the terminal _ is the second slab portion 36. The (four) genre quick-connect terminal device has two configurations: that is, in the present embodiment The shape of the pair of connecting portions 32 and 2 is substantially formed into a snap-locking piece 2 and a contact piece 1G, so that the lock:=33, 33 push wire 120 can be smoothly pulled apart. And the contact piece 10 is electrically supplied, but the support members 30, 3, and 虞 are provided on the end portion of the release member 3 that rotates the operation portion 3i and the opposite side. Therefore, the quick portion of the present embodiment interferes with the lock 2 The feeding portion of the 36 is provided with a projection 34, and the center portion is attached to the main body portion 35 from the initial position to the releasing position portion 34. The main body portion 35 is self-locking spring 2 Separation. The contact operation of the terminal plate 1 causes the joint portions 33, 33 to be stacked 27/37 when the operation portion 31 is rotated by the manual '0' as a fulcrum.
， S 201136076 =反1的第-包圍片12、12的突部34、34係各自設於 連…P 33、33。亦即，藉由使突部34、34叠上第一 】2、12，成將連結部32、3 9 眩如上'么+丄 錢翌X ★ 咖編後方向擴大，防止 〃鎖瓦2之干涉’並使解除構件3順暢地旋動。 又，當接觸片10或鎖扣片21的變 成塑性變形之虞’因而有必要限制推動部33、 圍，亦即，鲧昤槿杜q ^ 诉切丨μ州交位的乾 ” 的凝動範圍。因此在本實施#彡能& :=1〇3，對向的外蓋]1〇之下面垂下 構件3的連結部32、32鈿拉认… 尤解除 解除構件3的旋動範圍=的了面’藉以限制 端褒置係具有限制手段(肋部[本^开^的快逮連結終 接觸，以防止苐一推動邱° ，/、係透過與解除構件3 位置，及防止第-推一说移動到使鎖菁2塑性變形的 的位置。i中；:=3b移動到使端子板1塑性變形 蓋η。)上而是設置在的肋部亦可不設在器件(外 除構件3的旋動片21的塑性變形時，除了限制解 板1的第二包圍片i 3朝m ’還有如圖10所示將端子 亦即’在_所示的例4=::成限制部15的方法。 21之移動的限制部15，^ , 板1係具有限制鎖扣片 移動到指定位置之時，^使鎖扣片21被電線120推壓並 塑性變形。亦即，限制/ 2不會因為與鎖扣片21接觸而, S 201136076 = the projections 34, 34 of the first-surrounding sheets 12, 12 of the reverse 1 are respectively provided in the ... P 33, 33. That is, by stacking the protrusions 34, 34 with the first 2, 12, the connecting portions 32, 3 9 are dazzled as above - 么 + 丄 翌 ★ X ★ The direction of the coffee is expanded to prevent the 〃 lock tile 2 The interference 'and the releasing member 3 is smoothly rotated. Moreover, when the contact piece 10 or the locking piece 21 becomes plastically deformed, it is necessary to restrict the urging of the pushing portion 33, the circumference, that is, the dryness of the 交uq ^ v. Therefore, in the present embodiment, the connection portion 32, 32 of the lower hanging member 3 is slid under the outer cover of the opposite cover], and the rotation range of the release member 3 is released. The face of the 'restricted end of the squatting system has a restriction means (the ribs [this ^ open ^ fast catching the final contact to prevent the first one to push Qiu °, /, through the release and release member 3 position, and prevent the first - It is assumed that the position moved to the plastic deformation of the lock phthalocyanine 2; i;; = 3b moved to the plastic deformation cover η of the terminal plate 1), but the rib portion provided may not be provided in the device (external member) When the plastic piece of the rotary piece 21 of 3 is plastically deformed, in addition to restricting the second surrounding piece i 3 of the release plate 1 toward m ', as shown in Fig. 10, the terminal is also shown as 'in the case of the example 4=:: The method of 15. The movement restricting portion 15 of the 21, the plate 1 has the limit lock piece moved to the designated position, and the locking piece 21 is pushed and plastically changed by the electric wire 120. That is, restriction / 2 will not contact with the striker plate 21
限制片21的撓曲量心Γ抵接於鎖扣片21而能 在此，於本體1〇〇 J 101 非用於饋 内各自所收納的快方向鄰接的收納室101、 终端裝置的端子塊4、4非用； 28/37 201136076 電配線的情況，有必要將此等端子塊4、4間電絕緣 在本實施形態的快速連結終端裝置中，如圖7及圖8 ， 在本體100設有將鄰接的收納110卜1〇1之間作隔絕二 緣壁奶。亦即，器件5具有將端子塊4之間絕緣的絕緣ς 10=猎此，鄰接的複數個收納t 101内所收納的端子土 鎖只2彼此的絕緣距離會加大而能防止短路事故。 【圖式簡單說明】 圖1為顯示本判相關的快速連結 態的剖面圖。 嘀衣罝之霄施形 圖2為顯示本發明相關的快速連結終端 線之狀態的主要部份剖面圖。 連接了電 圖3為顯示本發_關的快速連 板及鎖簧的平面圖。 而衣罝中的端子 圖4為顯示本發明相關的快速 板及鎖簧之部份_的透視圖。 W置中的端子 圖5為顯示本發明相關的快 板及鎖簧的透視圖。 置中的端子 圖6為顯示本發明相關的快速連結 構件的透視圖。 、私裝置中的解除 圖7為顯示組裝有本發明相關 配線器具的透視圖。 —終鸲裝置的 配線快速—置的 板的明相_快逮連結終端裝置中的端子The deflection amount of the restriction piece 21 is abutted against the locking piece 21, and the main body 1〇〇J 101 is not used for the storage chamber 101 adjacent to the fast direction in the feed, and the terminal block of the terminal device. 4, 4 is not used; 28/37 201136076 In the case of electric wiring, it is necessary to electrically insulate the terminal blocks 4 and 4 in the quick-connect terminal device of the present embodiment, as shown in FIG. 7 and FIG. There is an isolation between the adjacent storage 110 Bu 1〇1. That is, the device 5 has an insulating ς 10 for insulating the terminal blocks 4, and the insulation distance between the terminal locks 2 accommodated in the plurality of adjacent housings t 101 is increased to prevent a short-circuit accident. [Simple description of the drawing] Fig. 1 is a cross-sectional view showing the fast-connected state associated with this judgment. Fig. 2 is a cross-sectional view showing the main part of the state of the quick connect terminal line of the present invention. Connected to the electrical diagram Figure 3 is a plan view showing the quick connector and the lock spring of the present invention. Terminals in the placket Fig. 4 is a perspective view showing a portion of the quick plate and the lock spring associated with the present invention. W Centered Terminal Figure 5 is a perspective view showing the shutter and the lock spring associated with the present invention. Centered Terminal Figure 6 is a perspective view showing the quick link member of the present invention. Releasing in the private device Fig. 7 is a perspective view showing the wiring device to which the present invention is incorporated. - the wiring of the final device is fast - the clear phase of the board - the terminal in the fast-connecting terminal device
S 29/37 圖1〇為顯示本發明相關的快速連結終端襄置的刮面 201136076 圖。 圖11為顯示本發明相關的快速連結終端裝置中的接觸 片及鎖扣片，（a)是一部份省略的剖面圖，（b)是一部份省略 的平面圖。 【主要元件符號說明】 1 端子板 2 鎖簧 3 解除構件 4 端子塊 5 器件 10 接觸片 10a 突起 10b 突起 10c 導引突部 10d 溝 lOe 接觸面 lOf 面 l〇g 第1端(下端) lOh 第2端(上端) 11 支持片 11a 凹口（凹槽） lib 基端部 11c 前端部 12 第一包圍片 12a 基部 12b 前部 30/37 201136076 13 第二包圍片 14 狹缝 20 中央片 20a 第1端 20b 第2端 21 鎖扣片 21a 前端 22 抵接片 23 連結片 23a 連結片 23b 第1片 23c 第2片 23d 第1面（下面） 23e 第2面（上面） 24 彎曲部分(連結部分) 30 支持部 31 操作部 32 連結部 33 推動部 33a 第一推動部（斜面） 33b 第二推動部（角部） 34 突部 35 本體部 36 平板部 100 本體 101 收納室 31/37 201136076 102 電線插入孔 102a 内周面 103 縱溝 104 軸承座 110 外蓋 111 肋部 120 電線 32/37S 29/37 Figure 1A is a diagram showing the scraping surface of the quick-connect terminal device of the present invention 201136076. Fig. 11 is a view showing a contact piece and a locking piece in the quick connect terminal device according to the present invention, (a) being a partially omitted sectional view, and (b) being a partially omitted plan view. [Main component symbol description] 1 terminal block 2 lock spring 3 release member 4 terminal block 5 device 10 contact piece 10a protrusion 10b protrusion 10c guide protrusion 10d groove lOe contact surface lOf surface l〇g first end (lower end) lOh 2 end (upper end) 11 Support piece 11a Notch (groove) lib Base end portion 11c Front end portion 12 First surrounding piece 12a Base portion 12b Front portion 30/37 201136076 13 Second surrounding piece 14 Slit 20 Central piece 20a 1 End 20b second end 21 locking piece 21a front end 22 abutting piece 23 connecting piece 23a connecting piece 23b first piece 23c second piece 23d first surface (lower surface) 23e second surface (upper surface) 24 curved portion (joining portion) 30 Supporting portion 31 Operating portion 32 Connecting portion 33 Pushing portion 33a First pushing portion (bevel) 33b Second pushing portion (corner) 34 Projection 35 Main body portion 36 Flat portion 100 Main body 101 Storage chamber 31/37 201136076 102 Wire insertion Hole 102a Inner circumferential surface 103 Longitudinal groove 104 Bearing housing 110 Cover 111 Rib 120 Wire 32/37