201246730 六、發明說明： 【發明所屬之技術領域】 機 本發明關於壓接型連接器，其係在行動啦 器之中主要用來作為電池連接用連接ϋ。以機等小型電子 【先前技術】 以在行動電話機的電池連接用連捲哭3- rK At 器，其係咖藉由翻輕進行施力的針^ 型連接 用於此麵接型連接器的習知可動接觸子。 之金屬製的成為有底圓筒型之圓柱1内，以自出^圖6所示 藉由線圈彈箐2朝向掩屮古自由進出的方式收容 所IS:施加力，令其壓接於電池的接觸端***部菁2 此可動接觸子3的圓柱内側端面，構成 軸方向為傾斜的偏壓截止面4，藉由線 愿=有j對於 生與該推壓方向減直方向之分力，f此面，進而產 但Ϊ 2 f，從可動接觸子3透過圓柱1而通電。 接觸；3係m觸子的壓接型連接器，圓柱1及可動 日，由車床 '絲猶壓之各_械加1職造，所以 成本问叩，並且因為加工上的限制而有小型化的極限。 器全二無至模造成形的外殼來使用’所以有連接 之槿ϊ者#因?是可動接觸子3在圓柱1内可於半徑方向上移動 ==存在有容紐生外在衝擊所輯間斷裂的問題。 如述加""'成本或抗瞬間斷裂性能者而言，已開發有 和用金屬板材的衝型及f折加工來製造可動接觸子3 片5 的圓柱卜並藉由使突出於圓柱1内面的彈性接觸 1 3 201246730 【先前技術文獻】 【專利文獻】 【專利文獻1】曰本公表2005 —112200號公報 【發明内容】 (發明所欲解決之問題） 當利用如上述圖7所示板材的彎折加工來形成圓柱及可動接 =子時，雖改善了加工成本及對於外在衝擊之抗瞬間斷裂性能， 2為外筒與喊，亦即®柱與可動接觸子均係以金屬加工品所 1 =丄並係將其組入至模造成形的外殼，所以在將此種壓接型連 於與連接基板平行的方向時，具有無法充分滿 型化的期望之問題。 ®j、查明有鑒於上述習知技術之問題，目的在於提供一種壓接 間斷^題其加工成本比以往更低、容易薄型化、且亦不產生瞬 (解決問題之方式） 專利所i的習知問題而達成期望的目的，本發明申請 寸她鬥、之，'明，其特徵在於，包含：絕緣性外殼，具有 &收二收容部；可動接觸子’以可朝前後方向滑動的方 容部内；推出彈簧，收容於該端子收容部内， ί 後端之後端板部取得反作用力而在使該可 突㈣方向上施力；以及接觸件，賴定於該 i 』性金屬板材所形成；該接觸件一體性包 止兮可祕健可祕觸子上形成雜止關部而防 收:部開;接觸彈簧部，***至該端子 殼的端子收接觸子***至該絕緣性外 藉以致使該防止脫開片；:可件固定於該絕緣性外殼， 彈簧雜常彈性接觸 觸子進行阻止脫開，且該接觸 201246730 申請專利範圍第2項之發明，其特徵在於，在申請專利範圍 第1項的構成之上，該接觸件包含：平板狀頂板；以及側板，係 從該2板側緣向下彎折的形狀，並覆蓋該絕緣性外殼側面；該接 觸彈簧部係將該頂板的—部分朝向該端子收容部侧切開折起而形 成，，侧板具有卡合孔，係與突出設置於該絕緣性外殼側面部的 卡合突出部互相卡合，藉由該卡合突出部與卡合孔之間的卡合， 將該接觸件在絕緣性外殼固定成上下方向無法移動。 申請專利範圍第3項之發明，其特徵在於，在申請專利範圍 第2項的構成之上，該接觸件具有後端板，係從該側板後緣向内 側彎折的雜’該後端板_緣具有卡合突出片，係與突出於絕 緣性外，後面之突出軌部外侧緣上形成的卡合部相卡合。 申請專利範圍第4項之發明，其特徵在於，在申請專利範圍 第2項的構成之上，該基板連接端子部形成於該侧板下緣部。 申^專·@第5項之發明，其特徵在於，在申請專利範圍 項的構成之上’雜止闕部形成為從該可動接觸子 ϊίΐΐ，的形狀’該防止脫開片形成為將該側板前緣部向内 二ΒίίΡθ ，並藉由將該接觸件固定於該絕緣性外殼而利用該防 止脫開片封閉該端子收容部之開口外側部。 兹】範圍第6項之發明，其特徵在於，在申請專利範圍 ί二Hr顿構紅上，該可動觸子將帶狀金屬板材弯 折而於械餘向前方下侧斜的傾斜部。 第二發明’其概在於’在申請專利範圍 ί而带Hr獅構狀上，該可動接觸子將帶狀金屬板材彎 折而开y，有U子形的可動接觸子本體部。 第8項之㈣，其紐在於，在巾請專利細 的一端部彎折开成^菩接觸子將該帶狀金屬板材 接於該彈簧 承斤端形·簧承接部’且錢推出彈簧前端抵 (發明之效果） 本發月之難型連接器如上所述，包含：絕緣性外殼，具有 201246730 二=口的端子收容部；可動接觸子，以可朝前後方向滑動的方 於該端子收容部内；推出彈簧，收容於該端子收容部内， ΐϊΐ閉該絕緣性外殼後端之後端板部取得反作用力而在使該可 抑餘前端面突出的方向上施力；以及接觸件，以固定於 =心緣性外殼外烟導電性金屬板材所職；雜觸件—體性包 二片’抵止住該可動接觸子上形成的阻止脫開部而防 觸子從絕緣性外殼脫開；接觸彈簧部，插人至該端子 iiCif該可動接觸子彈性接觸；以及基板連接端子部，連 ίίίίίί: *㈣推*彈料可祕赃私⑽絕緣性外 卩内之狀，將該接觸件固定於該絕緣性外殼， Ξ=ϊϊΞ止脫開片對於可動接觸子進行阻止脫開，且該接觸 述ΐ:技:於可動接觸子’藉而使絕緣性外殼兼發揮上 ^1¾4技術之中的圓柱之功能，而能小型化。 之中’該接觸件包含：平板狀頂板；以及側板’ 形狀’並覆蓋該絕緣性外殼侧面該 :卡======: g地組裝，且使接觸彈簧部以怪常穩定的狀態來壓接“ ^緣性外殼後面之突出軌部外侧緣上形成的卡犬= 能將接觸件確實地固定至絕緣性外殼。 口，猎而 201246730 Z閉觸件固定於該絕緣性外殼而利用該防止脫開 可脫之r:易^ 頂面之中’該可動接觸子將帶狀金屬板材彎折而於 為===:，所的傾斜部，藉而能利用以板材作 導的 :;力可===觸’並且能防止作用在可動接觸子頂面 右τΐΐ發日f之中’該可動接觸子將帶狀金屬板材彎，折而形成 子褐可，接軒本體部，藉而能細以 壓加工來進行製造，所以關賴造成本。 啊⑽衡 再者本發明之中，該可動朗子將鱗狀金屬板材的一 後!=彈簧承接部，且使該推出彈簧1^端抵接於該彈 Η承接。Ρ ’措而縮短了由線圈彈簧等所構成的推出彈箸之長产， 著推出彈簧的成本削減而達到連接器之低廉化，i且 =猎由適^而正確地將推出彈簧的彈性力施加於可動接觸子 成可動接觸子之滑移動作之穩定化。（因為 全體前後方向之小魏） 遷接益 【實施方式】 (實施發明之最佳形態） —其次依據圖1〜圖4所示實施例說明本發明之壓接型 的實施態樣。另，圖中元件符號1〇係壓接型連接器。 σσ 此壓接型連接器10包含：可動接觸子12，以^進出 ，於絕緣，外殼11 ;以及接觸件13，與此可動接觸子12處^ 吊接觸狀態；並且’使可動接觸子12壓接於電池等之接觸邱 藉而經由連接於連接基板的接觸件13令電池與連接基板電^遠 接。 $ 絕緣性外殼11細猶性義龍造成形，並形成有前端開 201246730 口的端子收容部14。此絕緣性 進出的方式收容於端子收容 ς 1错由將可動接觸子12以可 ΐ能。另，在此將前後°定為^述I知技術中的 上下方向意指連接器的高声方向 動接觸子12的突出側為前， * 左11之頂板部11 a、底板部lib 端係由絕緣性外殼11之後端板後方向的方孔狀，後 又’.端子收容部14的力士二1所封閉。 成有在絕緣性外殼11前端開口之二留有間隔的方式形 15***有延伸至可動接觸子12側邻H的滑槽15，此滑槽 到滑槽15引導，成為可從前端動片16，此滑動片16受 子收容部14内’並対動 ^接觸子12***至端 子收容部Η内於祕方向％在無絲轉雜態下在端 而^動，t12係利用導電性金屬性板材進行衝赃彎折加工 方&彈貪承接部19，對於可動接觸子12朝向推出 且佶ί 1彈f 20在使後端部抵接於絕緣性外殼11的後端板部1 le 使㈣抵接於彈簧承接部19的狀態之下，被收容至端子收P 内，並藉此對於可動接觸子12朝向推出方向施力。 ° 露^緣性外殼Π的頂板部出在其中央部形成有外 的』* « ★月0刖後方向且貝穿頂板部lla之厚度方向，接觸件13 、接觸彈簧部3G穿過此外露槽21而插人至端子收容部14内。 接觸件13係利用導電性金屬性板材進行衝型及彎折加工而形 珉’一體性具有：平板狀的頂板13a ;以及從頂板13a側緣向下 9 201246730 折的形狀之側板13b、13b ;並成為底面開口的中空箱狀。 ，觸彈簧部30係藉由將平板狀的頂板13a的一部分切開折 亚Γΐί内側，即向端子收容部14側彎折而形成，在從折痕 j 朝向則方下側(前方内側)傾斜的彈性片3〇b的前端形成有接 點邵30c。 此接點部30c係藉由將彈性片3〇b 端部向上彎折而形成， 件13在絕緣性外殼11固定成上下方向無法移動，藉以 值常壓接於可動接觸子12的頂面部。 m 牛13對於絕緣性外殼11的固定，係藉由使形成於側板 卡合孔W之下側内緣部，與從絕緣性外殼u之侧面突出的 卡合犬出部32之底面互相卡合。 拉細ί合突出部32上部具有向上方内側傾斜的推拔部32a，在將 ，觸件13喪進絕緣性外殼u而固定時，侧板、既可受到推 秘相鋼並在上下方向㈣，且在既定的固定 位置使付卡合孔31與卡合突出部32互相卡合。 开形成有後端板33、33，係從後緣向内侧彎折的 ‘二’，後知板33内側緣形成有卡合突出片3如，其係卡合於絕 下緣外设11後面突出的突出執部34之外侧緣上形成的卡合部地 一方面’側板13b的前緣部形成有防止關片35、35，係 向内側彎折的形狀’此防止脫開片35將端子收容部14的 開口^卜側部，亦即將滑槽15、15 •.的前端開口部封閉。 ’、可動接觸子12之作為阻止脫開部的滑動片Μ、16抵 12脾乂止山脫開片35的内面’受到推出彈簧20施力的可動接觸子 整個側以可進出的方式從絕緣性外殼11的前端突出，且無法 右門Ρ- 6二^ ^、l3b下緣具有連接端子部4〇、4〇，係以前後留 接勤突出的形狀’其係藉由軟銲而連接於連 猎由將此連接端子部4〇利用軟銲而連接於連接基板之連接圖 201246730 12***至出彈簧2:與可動接觸子 合孔31與絕雜外殼u的m接=、13b的卡 卡合突W 33a係與突出軌部3；^1^合=端板33的 件13固定於絕雜外殼η。 卡口 # 3如相卡合，而將接觸 藉此，防止脫開片35、Μ 4+Ρ弓_ 7 a 側部，亦即封閉滑槽15、15的前‘ 14的前端開口外 於可動接觸子12進行阻止脫防止脫開片35對 冰♦描〜工把 脫開另一方面，接觸彈簧部30穿過 子*插人至端子收容部14内並財彈性接觸於可動接觸 的形^將可動接觸子12加工成U字形彎折 前方下側傾===圖側形成具有向 標註相_並省的械4，與上述實麵目同構成者 紐接觸子5G包含：上側平行片部52a，棚導電性帶狀 成從傾斜部51上端向後-折的形狀；以及下側平 簧承i部Μ，ϋ傾斜部51下緣向後彎折的形狀；又，形成有彈 側，即二二iV、從下侧平行片部52b後端朝向上側平行片部52a 側’即向上彎折的形狀。 外延=狀irt平行片部52a、52b的後端部兩側緣形成有向 動片54、54 ’與上述實施例—樣，此滑動片％ 動接觸子5G，在將電池㈣制裝有此壓接型連接器10 斜邻1日:即，電池的背面抵接於傾斜部51的表面，也能藉由傾 1將承:自電池的背面之反作用力分散至將可動接觸子50 ^入的方向’藉此而能確實地將可動接觸子50壓入，並且能防止 11 201246730 ί動接鮮5G的細接觸至⑽㈣靖力所致之損 子的i端阻止，部形成為從可動接觸 此種構成，其構成只要令形成二動者並不拘泥於 防止脫開片即可。 、 觸子的阻止脫開部抵止於 且接ίϊίΓΐ接軒_面部戦躺前後的長孔，並 止向下突出形狀的防止脫開片，將此防 1抵止於後翻緣作為阻止關部而使 …、防止脫開片，猎以使可動接觸子無法從絕緣性外殼拔出。 【圖式簡單說明】 圖1係顯示本發明之壓接型連接器的―例之立體圖。 圖2係從下側觀察圖1之例的立體圖。 圖3係圖1之例的立體分解圖。 圖4係圖1之例的縱剖面圖。 ^係顯示本發明之顯舰接器的—其他例之縱剖面圖。 圖6係顯示習知壓接型連接器的一例之縱剖面圖。 圖7係顯示習知壓接型連接器的_其他例之縱剖面圖。 【主要元件符號說明】 1圓柱 2線圈彈簧 3可動接觸子 3a壓接針腳部 4偏壓截止面 5彈性接觸片 10壓接型連接器 11絕緣性外殼 12 201246730 lla頂板部 lib底板部 11c、lid左右側板部 lie後端板部 12可動接觸子 13接觸件 13a頂板 13b側板 14端子收容部 15滑槽 16滑動片 17接觸端子本體部 17a加壓接觸面 18a、18b 平行片部 19彈簧承接部 20推出彈簧 21外露槽 30接觸彈簧部 30a折痕部 30b彈性片 30c接點部 31卡合孔 32卡合突出部 32a推拔部 33後端板 33a卡合突出片 34突出執部 34a 卡合部 35 防止脫開片 40連接端子部 201246730 50可動接觸子 51傾斜部 52a上側平行片部 52b下側平行片部 53彈簧承接部 54滑動片201246730 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a crimp type connector which is mainly used as a battery connection port in a mobile device. A small electronic device such as a machine [Prior Art] A crying 3-rK At device for battery connection in a mobile phone, and a card-type connection for the face-to-connect type connector Conventional movable contact. The metal is made into a cylindrical cylinder 1 having a bottomed cylindrical shape, and the housing IS is placed in a manner that the coil magazine 2 is freely moved in and out toward the mask as shown in Fig. 6. The force is applied to the battery. The contact end sperm portion 2, the cylindrical inner end surface of the movable contact 3, constitutes a biased cut-off surface 4 whose axis direction is inclined, and the force of the line is reduced by the direction of the direction of the pressing direction. f This surface, in turn, produces f 2 f, and is energized from the movable contact 3 through the cylinder 1. Contact; the crimping type connector of the 3 series m-contact, the cylinder 1 and the movable day, which are made by the lathe's various pressures, so the cost is high, and the size is reduced due to processing restrictions. The limit. The device has no outer shape to form the outer casing to use 'so there is a connection between the two. Because the movable contact 3 can move in the radial direction in the cylinder 1 == there is a potential impact of the external impact The problem of breakage. For the purpose of adding ""'cost or resistance to instantaneous fracture properties, it has been developed and fabricated with sheet metal stamping and f-folding to make the cylindrical piece of movable contact 3 pieces 5 and by protruding from the cylinder 1 elastic contact of the inner surface 1 3 201246730 [PRIOR ART DOCUMENT] [Patent Document 1] [Patent Document 1] Japanese Patent Application Laid-Open No. 2005-112200 SUMMARY OF INVENTION [Problems to be Solved by the Invention] When the utilization is as shown in Fig. 7 When the sheet is bent to form a cylinder and the movable joint = sub-, the processing cost and the instantaneous fracture resistance to the external impact are improved, 2 is the outer cylinder and the shout, that is, the column and the movable contact are made of metal. Since the processed product 1 = 丄 is incorporated into the mold-shaped outer casing, when such a pressure-bonding type is connected in a direction parallel to the connection substrate, there is a problem that it is not sufficiently fully formed. ® j, to find out the problems of the above-mentioned prior art, the purpose is to provide a crimping discontinuity, the processing cost is lower than before, easy to thin, and does not produce an instant (the way to solve the problem) In order to achieve the desired purpose, the present invention is directed to the present invention, which is characterized in that it comprises: an insulating outer casing having a & receiving receptacle; the movable contact being slidable in the front-rear direction. Inside the square-shaped portion; a spring is introduced and received in the terminal receiving portion, ί a rear end portion of the rear end portion receives a reaction force to apply force in the direction of the protrusion (four); and the contact member is disposed in the i-shaped metal plate Forming; the contact member is integrally wrapped with the shackle and the secret contact is formed on the stalk and the shackle is formed to be closed; the portion is opened; the contact spring portion is inserted into the terminal housing and the contact is inserted into the insulation Therefore, the preventing release piece is: the member is fixed to the insulating casing, the spring is invariably elastically contacting the contact to prevent the release, and the contact is in accordance with the invention of claim 2, which is characterized by In the composition of the first item of the patent scope, the contact member comprises: a flat top plate; and a side plate having a shape bent downward from a side edge of the two plates and covering the side of the insulating casing; the contact spring portion The portion of the top plate is formed by being folded and folded toward the terminal accommodating portion side, and the side plate has an engaging hole that is engaged with the engaging protruding portion protruding from the side surface portion of the insulating case by the engaging The engaging portion and the engaging hole are engaged with each other, and the contact member is fixed in the insulating case so as not to be movable in the vertical direction. The invention of claim 3, characterized in that, in the composition of claim 2, the contact member has a rear end plate which is bent from the rear edge of the side plate to the inner side The plate-edge has an engaging protruding piece which is engaged with the engaging portion formed on the outer edge of the protruding rail portion of the rear side in addition to the insulating property. According to a fourth aspect of the invention, in the second aspect of the invention, the substrate connection terminal portion is formed on a lower edge portion of the side plate. The invention of the fifth aspect of the invention is characterized in that, in the composition of the patent application scope item, the 'heterostatic dam portion is formed in a shape from the movable contact ϊ ΐΐ ', the detachment preventing sheet is formed to The front edge portion of the side panel is inwardly Ρ ίί θ, and the outer side portion of the opening of the terminal accommodating portion is closed by the detachment preventing piece by fixing the contact member to the insulating case. The invention of claim 6 is characterized in that, in the patent application scope, the movable contactor bends the strip-shaped metal plate to the inclined portion which is inclined downward toward the front side. The second invention is in the form of a Hr lion configuration in which the movable contact is bent to open a y, and has a U-shaped movable contact body portion. In the eighth item (4), the key point is that the end of the patent is thinned and bent into a bodhi contact, and the strip-shaped metal plate is attached to the spring-loaded end-shaped spring receiving portion and the front end of the money is pushed out. As a result of the invention, the difficult connector of the present invention includes an insulating case having a terminal housing portion of the 201246730 two-port; and a movable contact for slidable in the front-rear direction. a spring is inserted into the terminal accommodating portion, and after the rear end of the insulating casing is closed, a reaction force is obtained by the end plate portion to bias the protruding front end surface; and the contact member is fixed to = heart-shaped outer casing of smoked conductive metal sheet; miscellaneous contact - body pack two pieces 'resisting the blocking contact formed on the movable contact to prevent the contact from being separated from the insulating shell; contact The spring portion is inserted into the terminal iiCif, the movable contact is elastically contacted; and the substrate is connected to the terminal portion, and the contact member is fixed in the shape of the outer casing of the outer casing (10). Insulation , Ξ ϊϊΞ ϊϊΞ 脱 脱 对于 对于 对于 对于 对于 对于 对于 对于 对于 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可 可Can be miniaturized. 'The contact piece comprises: a flat top plate; and a side plate 'shape' and covers the side of the insulating outer casing: the card ======: g is assembled, and the contact spring portion is in a strangely stable state Crimp "The dog formed on the outer edge of the protruding rail behind the edge of the casing = can securely fix the contact to the insulative housing. Port, Hunting 201246730 Z Closed contact is fixed to the insulative housing and utilizes Preventing the detachable r: Easy ^ In the top surface, the movable contact bends the strip-shaped metal plate to the inclined portion of the ===:, and can be guided by the plate: Force ===Touch' and can prevent the action from acting on the top surface of the movable contact. The movable contact bends the strip of sheet metal and folds it to form a sub-brown, which is connected to the body of the Xuan. It can be manufactured by press processing, so it depends on the cause. Ah (10) Heng in the invention, the movable Langzi will be a squamous metal plate after a = spring receiving part, and the protruding spring 1 ^ end Reaching the magazine to take over. Ρ 'Measures and shortens the ejection magazine composed of coil springs, etc. Long-term production, the cost reduction of the spring is introduced to achieve the connector's low cost, and the hunting force is stabilized by applying the elastic force of the spring to the moving contact to the sliding contact of the movable contact. (Because the whole front and rear direction of the small Wei) move the connection [Embodiment] (Best mode for carrying out the invention) - Next, the embodiment of the crimp type according to the present invention will be described with reference to the embodiment shown in Figs. 1 to 4. In the figure, the component symbol 1 is a crimp type connector. σσ This crimp type connector 10 includes: a movable contact 12 for accessing, insulating, housing 11, and a contact member 13, and a movable contact 12 ^ Hanging contact state; and 'pressing the movable contact 12 to the contact of the battery or the like to electrically connect the battery to the connection substrate via the contact 13 connected to the connection substrate. $ Insulating housing 11 finely The shape is formed, and the terminal accommodating portion 14 having the opening of the front opening 201246730 is formed. The insulating inlet and outlet is accommodated in the terminal accommodating port 1 and the movable contact 12 is erroneously set. In the I know technology The downward direction means that the protruding side of the high-acoustic direction moving contact 12 of the connector is the front side, and the top plate portion 11 a of the left 11 and the bottom plate portion lib end are formed by the square hole shape of the rear end plate of the insulating case 11 and thereafter. Further, the second shank 1 of the terminal accommodating portion 14 is closed. The chute 15 is formed so as to be spaced apart from the opening end of the insulating casing 11, and the sliding groove 15 extending to the side of the movable contact 12 is inserted. The groove is guided to the chute 15 to be detachable from the front end movable piece 16, and the sliding piece 16 is received by the sub-receiving portion 14 and is inserted into the terminal receiving portion 于 in the secret direction. The lower end is moved, and the t12 is made of a conductive metal plate for punching and bending, and the elastic contact portion 19 is pressed toward the movable contact 12, and the rear end is abutted by the elastic member 12 The rear end plate portion 1 le connected to the insulating casing 11 is housed in the terminal P in a state in which (4) abuts against the spring receiving portion 19, and thereby urges the movable contact 12 toward the pushing direction. ° The top plate portion of the exposed outer casing is formed at the center portion thereof. The front direction is formed in the direction of the moon and the thickness of the top plate portion 11a, and the contact member 13 and the contact spring portion 3G are exposed. The groove 21 is inserted into the terminal housing portion 14. The contact member 13 is formed by punching and bending by a conductive metallic plate, and has a shape of a flat top plate 13a and a side plate 13b, 13b which is folded downward from the side edge of the top plate 13a by 9 201246730; And it becomes a hollow box shape with a bottom opening. The contact spring portion 30 is formed by cutting a part of the flat top plate 13a into the inner side of the flat plate 13a, that is, bent toward the terminal accommodating portion 14, and is inclined from the crease j toward the lower side (front inner side). The front end of the elastic piece 3〇b is formed with a contact stub 30c. The contact portion 30c is formed by bending the end portion of the elastic piece 3〇b upward, and the member 13 is fixed in the insulating case 11 so as not to be movable in the vertical direction, and is pressed against the top surface portion of the movable contact 12 by a constant pressure. The fixing of the insulating case 11 to the insulating case 11 is performed by engaging the bottom edge portion formed on the lower side of the side plate engaging hole W with the bottom surface of the engaging dog-out portion 32 projecting from the side surface of the insulating case u. . The upper portion of the squeezing and squeezing portion 32 has a push-out portion 32a which is inclined upwardly and upwardly. When the contact member 13 is smashed into the insulating case u and fixed, the side plate can be subjected to the squeezing phase steel and in the up and down direction (4) And the engaging hole 31 and the engaging protrusion 32 are engaged with each other at a predetermined fixed position. The rear end plates 33 and 33 are formed to be 'two' bent from the rear edge to the inner side, and the inner edge of the rear plate 33 is formed with an engaging protruding piece 3, for example, which is engaged behind the outer edge peripheral 11 On the one hand, the front edge portion of the side plate 13b is formed with a shape that prevents the tabs 35, 35 from being bent inwardly. This prevents the detaching piece 35 from being formed on the one side of the protruding portion 34 on the outer side edge of the protruding portion 34. The opening portion of the terminal accommodating portion 14 is also closed at the front end opening portion of the chutes 15, 15. ', the movable contact 12 acts as a sliding piece for preventing the disengagement portion, 16 is the inner surface of the spleen stagnation mountain detachment piece 35. The movable contact of the urging spring 20 is urged in and out from the entire side. The front end of the outer casing 11 protrudes, and the right sill can not be connected to the right sill - 6 2 ^ ^, l3b has a connection terminal portion 4 〇, 4 下, which is a shape that is left to stand in the past and is connected to the connection by soldering. The connection is made by connecting the connection terminal portion 4〇 to the connection substrate by soldering. 201246730 12 is inserted into the output spring 2: the card is engaged with the m-contact = 13b of the movable contact hole 31 and the outer casing u The member 13 of the protrusion W 33a and the protruding rail portion 3; the end plate 33 is fixed to the insulating case η. When the bayonet #3 is engaged, it will be contacted to prevent the side of the strip 35, the Ρ 4+ Ρ _ 7 a, that is, the front end of the front ' 14 of the closed chutes 15 and 15 is movable outside The contact member 12 performs the prevention of the release prevention of the release sheet 35. The ice contact is removed from the handle. On the other hand, the contact spring portion 30 is inserted into the terminal housing portion 14 through the sub-* and is elastically contacted with the movable contact. The movable contact 12 is processed into a U-shaped bent front lower roll === the side of the figure is formed with a mechanically-oriented body 4, and the solid contact of the solid surface is 5G: the upper parallel piece 52a, the shed conductive strip is formed in a shape that is folded back from the upper end of the inclined portion 51; and the lower flat spring is in the shape of the i-shaped portion, and the lower edge of the inclined portion 51 is bent backward; and the elastic side is formed, that is, two The second iV has a shape that is bent upward from the rear end of the lower parallel piece 52b toward the side of the upper parallel piece 52a. The both sides of the rear end portion of the extension-shaped irr parallel piece portions 52a, 52b are formed with the movable pieces 54, 54' which are in contact with the above-described embodiment, and the sliding piece is in contact with the sub-part 5G, and the battery (4) is mounted thereon. The crimp type connector 10 is obliquely adjacent to one day: that is, the back surface of the battery abuts against the surface of the inclined portion 51, and can also be dispersed by tilting the reaction force from the back surface of the battery to the movable contact 50 The direction 'in this way can surely press the movable contact 50 into, and can prevent the 11 201246730 ί moving 5G fine contact to (10) (4) the damage caused by the i-end of the damage, the part is formed from the movable contact In such a configuration, the configuration is such that the formation of the second mover is not limited to the prevention of the release of the piece. The blocking preventing portion of the contact abuts against the long hole in front and rear of the face 戦 _ , , , , , , , , , 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦 戦To prevent the film from being detached, and to prevent the movable contact from being pulled out of the insulating case. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing an example of a crimp type connector of the present invention. Fig. 2 is a perspective view of the example of Fig. 1 as seen from the lower side. Figure 3 is an exploded perspective view of the example of Figure 1. Fig. 4 is a longitudinal sectional view showing an example of Fig. 1. ^ is a longitudinal sectional view showing another example of the display connector of the present invention. Fig. 6 is a longitudinal sectional view showing an example of a conventional crimp type connector. Fig. 7 is a longitudinal sectional view showing another example of a conventional crimp type connector. [Main component symbol description] 1 cylindrical 2 coil spring 3 movable contact 3a crimping stitch 4 biased face 5 elastic contact piece 10 crimp type connector 11 insulating case 12 201246730 lla top plate lib bottom plate portion 11c, lid Left and right side plate portion lie rear end plate portion 12 movable contact 13 contact piece 13a top plate 13b side plate 14 terminal accommodating portion 15 chute 16 slide piece 17 contact terminal body portion 17a press contact surface 18a, 18b parallel piece portion 19 spring receiving portion 20 Push-out spring 21 exposed groove 30 contact spring portion 30a fold portion 30b elastic piece 30c contact portion 31 engagement hole 32 engagement protrusion portion 32a push-out portion 33 rear end plate 33a engagement protruding piece 34 protruding portion 34a engaging portion 35 detachment preventing piece 40 connection terminal portion 201246730 50 movable contact 51 inclined portion 52a upper side parallel piece 52b lower side parallel piece 53 spring receiving portion 54 sliding piece