201230541 六、發明說明： 【發明所屬之技術領域】 本發明侧於-觀絲在例如印職板，用 性印刷電路（FPC)或可撓性扁平觀（FFC)等的連接器挽 【先前技術】 以往’以該類連接H而言’具備有：由上方被插入Fpc 路的連接器本體；與被插人在連接器本體 =撓性電路相接_複數端子；及以上下額軸自如地設 在連接器本體的按壓構件，若使按壓構件移動至預定的上方位 性電路可，在連接器本體，若在可撓性電路被插 f連接$本體的狀n下使按壓構件朝下方軸時，藉由按壓 按壓而將可撓性電路保持在連接器本财已為人所知 〔參肊例如日本特許公開公報2〇06_147311號）。 ’在前述連接11中，在被安裝在基板u之後，為了連接 可撓性電路而必須事前使按壓構件朝上方移動。但是， ，電路未被插人在連接器本體的狀態下，由於按壓構件不穩 ^ ’因此即使使按壓構件預先朝上方㈣，亦會在搬運時或安 巧因本身重量或振動而朝τ方移動，或朝前後或左右傾斜。 在外’在將前述連接器安裝在基板時，以吸附墊吸附按壓 ί亡面而將，接賴置在基板，但是按壓構件在朝上方移動的 、悲下並不穩定，因此不易進行使用吸附墊的安裝。因此， =往係在使減餅朝下方鶴驗態下安裝在基板，但是此 Bs、係在基板文裝後的連接器連接可撓性電路時，必須要有將按 壓構件朝上方上拉的作業，而會有可撓性電路的連接步驟 較為繁雜的問題點。 【發明内容】 本發明係鑑於前述問題點而研創者，其目的在提供一種可 使按壓構件確實保持在其已朝上方移動的狀態下的連接器。 201230541 本發明為了達成前述目的，係一種連接器，1 供插入連接對象物的連接器本體；與被插人在連接、器本體· ^象物相接觸的複數端子；及朝上下方向移動自如地設在連 接器本體的按壓構件，若使按壓構件移動至預定的上方位 止時，連接對象物可插人在連接器本體，若在連 插 j連接H本體的狀態下使按㈣_τ方軸 成Α的緣物被雜在雜11本體，該連接器構 成為.稭由使則述連接器本體及按壓構件彼此朝上下方 ^如地麵，使減構件保持在其已飾至前述上方位置的狀 怨下。 及樹紅綠置義時，連接器本體 女冓牛彼此一面朝上下方向滑動一面壓接，使按壓構件被 因此不會有按壓構件因本身重量或振動 τ士ίΐ本Γ月，由於不會有按壓構件因本身重量或振動而朝 下方移動的情形’因此可將按壓構件確實縣在上方位置 此’可將碰構件·吸_穩定·，因此可將按壓構件^ ，已移動至連接對象物可插人的上方位置的狀態下安裝在基 ，。因此’不需要有在基板安裝後上拉按壓構件的作業，而^ 達成連接對象物連接時的作業性的提升。 本發明之前述目的及除此之外的目的、特徵、及利益係可 精由以下說明與所附圖示清楚得知。 【實施方式】 第-圖至第七圖係顯示本發明之一實施形態者，顯示被安 裝在印刷基板而與連接對象物相連接的連接器者。 η二玄連D，器係具備有：供插入作為連接對象物白勺可撓性電路 的連接器本體1〇 ;與被插入在連接器本體】㈣可撓性電路 妾觸的複數端子2〇 ;朝上下方向移動自如地設在連接器本 體10的按廢構件30 ;及用以將連接器本體10 ©定在基板2 201230541 的寬幅方向一對固定構件4〇。 導通的導電部（未圖示）。 \^、合細于2〇相 ，接益本體1G係由合成樹脂的成形品所構成， f .别面部11、背面部12、底面部13及側面部i上 部側係彼此朝寬幅方向隔著舰設有插通各 的固定部ΐ5,固定部丨5二與= irf寺定構件4G的間隔。此外，在各側面部14設 引^〔传Hf上下方向移動自如地扣合的導引部16 ’導 1係形成為朝上下方向延伸的溝槽狀 ^：1;預；^上:位置p更為上方的寬㈣丨小於下^= 別由ΐίί20係由導電性金屬所構成，在連接器本體10内分 lit至端子孔lla ’藉此被保持在端子孔lla的下端 端接子孔lla的固定片部22;及與基板2相連Γ的連ί ΐ _部21係以沿著連接器本體ig内ί i盘#式齡細_21的上端側設 =:㈣11的下部而在前方突出為山形。固定 端21的下端朝向前方延伸的方式形成，被壓入在 a的下端側。連接部23係以由固定片部22的前端朝 ===方式形成，置比固定片部^ 接哭件3G係由合成樹脂的成形品所構成，被配置在連 的上方。按壓構件3G係由：覆蓋連接器本體1〇 的面的_側的上面部31 ;按壓賴H本體1G内的可 201230541 舞32 ;及扣合在連接器本體1Q的導引部 ί:前端:ft部％所構成。上面部31係形成為平面狀， 邱朝向别方延設有操作部％。按塵部32係由上 j 31的下面朝向連接器本體1〇内朝下方延 、 =妾器本體1G内的前面部u相接觸传^ 16之如f、别後方向）的兩側設有滑動自如地壓接在導引邛 面的寬幅方向—對壓接部说。各壓接部 么愍垃邮u a 了和口。卩33係如第二圖所示，以包合 ^ 16 寬幅方向开f。此外’在扣合部33的 對突部33b。各的内側面突出的寬幅方向一 33a同樣地，以上；方^:在塵接部33a的下* ’與壓接部 (上下方向中央側呈傾斜面的方式形成，其頂部 部的寬幅W4與導引部16的上方的ί Ϊ 大致相專的方式形成。按顯件 見f田 方位置為止時，設於扣合部 ^的上 按壓構件3G係若方32上/移動。此外， ^面部3!的下面會抵構件3〇 端，而限制朝下方蔣叙。！° "的刖面部11的上 及各突部33b係以若使按^件的各麵部33a 時’位於比料部16的位置 則，上方位置為止 移動至前述下方位置時若使按壓構件3〇 方的方式而設。 、比導引。P】6的位置P更為下 各固定構件4〇係由經彎曲八 寬幅方向隔著間隔配置在連% 所構成，彼此朝 4〇係由：被固定在連接本體10的背面側。固定構件 連接益本體10的第1固定片部化被固定 201230541 片ΐ 43所構t ，及壓接在可撓性電路1的彈性 形成上下方向延伸的方式 第2固定片部15與背面部12之間。 本體10的下端側ά疋片邛41的下端側，由連接器 片部4二ΐΓΐί部延伸。彈性片部43係被設在第1固定 下方彎曲成二字;^上方朝向連接器本體10内的 面部11的上部而突出成山^/。純片部43的下端側係朝向前 及各之連接器储由將各端子2G的連接部23 = 固定片部42軟輝接在基板2而被i裝 上方位置為止，並且件3G移動至預定的 在連接社* m ^五圖所柏上方將可離電路1插入201230541 VI. Description of the Invention: [Technical Field] The present invention is side-by-side in a connector such as a printed board, a printed circuit (FPC) or a flexible flat view (FFC). 】 In the past, 'in this type of connection H', there is: a connector body that is inserted into the Fpc circuit from above; and a connector that is inserted into the connector body = flexible circuit _ plural terminals; and the above forehead axis freely The pressing member provided in the connector body may move the pressing member to a predetermined upper azimuth circuit, and if the flexible circuit is inserted into the body of the flexible circuit, the pressing member faces the lower axis. In the meantime, it is known to hold the flexible circuit in the connector by pressing and pressing [see, for example, Japanese Laid-Open Patent Publication No. Hei 06-147311). In the above-described connection 11, after being mounted on the substrate u, it is necessary to move the pressing member upward in order to connect the flexible circuit. However, since the circuit is not inserted in the connector body, since the pressing member is unstable, even if the pressing member is biased upward (four) in advance, it may be moved toward the τ side during transportation or by its own weight or vibration. Move, or tilt forward or backward or left and right. When the connector is mounted on the substrate, the suction pad is pressed against the dead surface, and the substrate is placed on the substrate. However, the pressing member is moved upward and is unstable, so that it is difficult to use the adsorption pad. installation. Therefore, the = is attached to the substrate under the test of the lowering of the cake, but when the Bs is connected to the flexible circuit by the connector after the substrate is mounted, the pressing member must be pulled upward. There is a problem that the connection procedure of the flexible circuit is complicated. SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and an object thereof is to provide a connector in which a pressing member can be surely held in a state in which it has been moved upward. 201230541 In order to achieve the above object, the present invention is a connector, a connector body for inserting a connection object; a plurality of terminals that are inserted into a connection between the body and the object; and a freely movable upward and downward direction When the pressing member is provided in the pressing member of the connector body, the connecting object can be inserted into the connector body, and if the connecting body j is connected to the H body, the (four)_τ square axis is formed. The edge of the crucible is mixed with the body of the dummy 11 , and the connector is configured such that the connector body and the pressing member face each other upward and downward, such as the ground, so that the reducing member is held in the upper position thereof. Resentment. When the tree is red and green, the female yak of the connector body is pressed against each other while sliding up and down, so that the pressing member is not subjected to the pressing member due to its own weight or vibration. There is a case where the pressing member moves downward due to its own weight or vibration. Therefore, the pressing member can be surely held in the upper position, so that the pressing member can be stabilized, so that the pressing member can be moved to the connecting object. The base can be installed in a state where the upper position can be inserted. Therefore, there is no need to perform the work of pulling up the pressing member after the substrate is mounted, and the workability at the time of connection of the connection object is improved. The above objects and other objects, features, and advantages of the present invention will become apparent from the description and appended claims. [Embodiment] The first to seventh embodiments show an embodiment of the present invention, and a connector that is mounted on a printed circuit board and connected to a connection object is displayed. η 二玄连D, the device is provided with: a connector body 1 插入 for inserting a flexible circuit as a connection object; and a plurality of terminals 2 被 which are inserted into the connector body ( (4) flexible circuit A scrap member 30 that is movably provided in the connector body 10 in the up-and-down direction; and a pair of fixing members 4A in the width direction of the substrate 2 201230541. Conductive portion (not shown) that is turned on. \^, is thinner than 2〇 phase, and the body 1G is made of a synthetic resin molded article, f. The face portion 11, the back portion 12, the bottom portion 13 and the upper portion of the side portion i are spaced apart from each other in the wide direction. The ship is provided with a fixing portion ΐ5 for inserting each of them, and a spacing between the fixing portion 丨5 and the irf temple member 4G. In addition, the guide portion 16' of the guide portion 16 that is movably coupled to the Hf in the vertical direction is formed in a groove shape that extends in the vertical direction: 1; Pre-; The upper width (four) 丨 is smaller than the lower ^= 别ίί20 is composed of a conductive metal, and is divided into the terminal hole 11a in the connector body 10 to be held at the lower end terminal hole 11a of the terminal hole 11a. The fixing piece 22; and the connecting portion 与 部 21 connected to the substrate 2 are protruded forward along the lower end side of the connector body ig _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It is a mountain shape. The lower end of the fixed end 21 is formed to extend forward, and is pressed into the lower end side of a. The connecting portion 23 is formed by the front end of the fixing piece portion 22 in the form of ===, and is formed of a molded product of a synthetic resin in a fixed piece portion, and is disposed above the continuous molded piece. The pressing member 3G is composed of: an upper surface portion 31 covering the _ side of the surface of the connector body 1 ;; a pressing 201230541 dance 32 in the main body 1G; and a guiding portion fastened to the connector body 1Q: Front end: The ft part is composed of %. The upper surface portion 31 is formed in a planar shape, and the operation portion % is extended toward the other side. The dust-receiving portion 32 is provided on both sides of the upper side of the upper j 31 toward the lower side of the connector body 1 、, and the front side u of the damper body 1G is in contact with each other. Sliding freely in the width direction of the guiding jaw surface - speaking to the crimping portion. Each crimping part is smashed with a mail and a mouth.卩33 is as shown in the second figure, and f is opened in the width direction of the ^16. Further, 'on the protruding portion 33b of the engaging portion 33. Similarly, in the width direction 33a of the inner side surface, the lower side of the dust joint portion 33a and the pressure contact portion (the center side of the vertical direction is inclined), and the width of the top portion is wide. W4 is formed in a manner that is substantially independent of the upper side of the guide portion 16. When the display is in the position of the field, the upper pressing member 3G provided on the engaging portion is on/off. The lower surface of the face 3! will abut the end of the member 3, and the restriction will be directed downwards. The upper face of each of the face portions 11 and the respective projections 33b are arranged to be "in comparison with each face 33a of the member". The position of the material portion 16 is set so as to move the pressing member 3 when the upper position is moved to the lower position. The ratio P is 6 and the lower position of each of the fixing members 4 is The curved eight-width direction is arranged at intervals of 100%, and is fixed to the back side of the connecting body 10. The first fixing piece of the fixing member connecting the main body 10 is fixed 201230541. The structure t of 43 and the way in which the elasticity of the flexible circuit 1 is extended in the vertical direction is the second. The lower end side of the lower end side cymbal 41 of the main body 10 is extended by the connector piece portion 4. The elastic piece portion 43 is bent under the first fixing to be bent. The upper portion protrudes toward the upper portion of the face portion 11 in the connector body 10 to form a mountain. The lower end side of the pure piece portion 43 is oriented toward the front and each connector is connected by the connecting portion 23 of each terminal 2G = a fixed piece The portion 42 is softly connected to the substrate 2 and is placed above the i, and the member 3G is moved to a predetermined position to be inserted into the circuit 1 above the connection
，七本體U) ’將按壓構件3G, seven bodies U) 'will press the member 3G
二f，可撓性電路1.被連接在連接器。二:子I 部21的可^電路1相接觸而彈性變形，彈性片 示）if/觸^ 2以曰壓接在可挽性電路1的導電部（未圖 按壓邱32 壓構件3G朝下方移動時，按壓構件30的 =广32 —面與連接器本體1〇的前面部u相接觸，一面將 :3=路1朝各固定構件40的彈性片部43侧按壓，藉由與 片η祕而將可離料丨保持在賴器本體1〇。 厭’在則述連接器中’如第六圖及第七圖所示，若將按 技都π G上減預定的上方位置為止時，按壓構件3G的各壓 卩33a及各突部33b會移動至比導引部16的上下位置p更 :上^·。！t匕a寺’包含各壓接部33a的扣合部33的寬幅w3係 =於導引部16的上方的寬幅W1，因此各壓接部说一面朝導 ^部16的兩側面滑動一面壓接，藉由各壓接部33&而使按壓 ，件30被保持在前述上方位置。此外，包含各突部现的扣 二邛33的寬幅W3係與導引部16的上方的寬幅谓大致相 專，因此以壓接部33a為中心的按壓構件3〇的前後方向的擺 動會因各突部33b而受舰制。此外，如第二圖所示，若使按 201230541 壓構件30移動至預定的下方位置為止時，按壓構件30的各懕 ίΐί 2日Γ包含各壓接部33a的扣合部33的寬幅W3、與 =官>^二313的扣合部33的寬幅W3係小於導引部16的^ ί各壓，33績導引部16的壓接即被解除。 ΗΠΓ二本實施形態之連接器，使按壓構件30朝 壓接在連接11本體ω，藉麟按壓構件 旦的上方位1，因此不會有按壓構件％因本身重 =振動關下方移_情形，而可將按壓構件3G確實 。藉此’可利用吸附塾狀吸附按壓構件30，因 …二f構件3G在其已移動至可撓性電路1可插入的上方 位置的狀g下安裝在基板2。因此，不需要在紐安裝後 =件30的作業’而可達成可撓性電路丨在連接 此時，在連接器本體1〇設置朝上下方向延伸的導引部 16 ’並且在按壓構件3〇設置朝上下方向移動自如地扣合在導 引部16的扣合部33，使設於扣合部33的壓接部33a壓接在 導引部16 ’目此可藉㈣單的構造來確實地將減構件 持在上方位置。 此外，若按壓構件30移動至比預定的上下位置p更為下 方時，按壓構件30的壓接部33a與導引部16的壓接會被解 除’因此當將按壓構件30移動至下方位置時，不會有按壓構 件30因壓接部33a而限制朝可撓性電路丨的按壓方向移動的 情形，而可藉由按壓構件3〇來確實按壓可撓性電路1。 其中，在前述實施形態中係顯示在扣合部33的寬幅方向 兩側分別設有壓接部33a及突部33b者，但是亦可僅設在寬幅 方向一方。 第八圖至第十四圖係顯示本發明之其他實施形態者，對於 與，述實施形態為同等的構成部分標註相同的元件符號加以 表示。 201230541 在本實施形態中，取代述實施形態將壓接部33a及突部 33b設在按壓構件30 ’而使設於按壓構件3〇的寬幅方向 彈性部34壓接在連接器本體10的外面。 各彈性部34係被設在_構件％的前端側，由上面部 31的下面的寬幅方向兩側分別朝下方延伸。彈性部％係以可 ^前後方向雜變形的方絲成，在其下端設有朝向連接器本 體1〇的前面突出的壓接部34a。壓接部地係以上下方向兩端 =傾斜面的方式形成’其頂部（上下方向中央側）形成為平 坦狀。 在連接is本體1G的前面的寬财向兩側有 ^17 t； 置Q更為上方朝上下方向延伸的方式形成。此時，彈性 係如第十圖所示’以按壓構件30的壓接部34a與扣合 前端的間隔LK壓接部34a未壓接於突出 至導引部16的前端為止的二= ΪίΪΐΓϋ部17之下方的連接器本體1〇的前面收至 導引邛16的刖端為止的距離L3的方式形成。 在以上之構成如第十三圖所示，若將按壓構 ί口止，按_件3〇嶋部34a會移 的刖面的上下位置Q更為上方。此時， 按£構件30的壓接部34a與扣合部33的前端的間 接部34a的頂部至導引部16的前端為止的距U因 ，兰接部3如-面滑動一面驗在突出部17 ，前方彈性變形，藉由壓接部34a，將按壓構件3(^=3 此外’如第九圖所示，若使按壓構件30移動至 下1^，縣構件3G的壓接部34a會移動至 大ίΰ 口丨17的下方（比上下位置〇更為 ^30 34a 33 於^部17之下方的連接器本體1。的前面l〇a至導引邱16 的刖端為止的距離L3 ’因此各雜部说與導引部Μ的^接 201230541 巧解除。料’材施賴之連接財的其他誠及動作係 與則述實施形態相同。 如上所TF ’藉由本實施形態之連接II，與前述實施形態相 ^也’藉由使按壓構件30朝上下方向滑動自如地壓接在連接 盗本體10 ’將按壓構件30保持在預定的上方位置，因此不合 有按壓構件30因本身重量或振動而朝下方移動的情形，而可 將按壓構件30確實地保持在上方位置。 此時，在按壓構件30設置沿著連接器本體1〇的前面朝上 下，向延伸的彈性部34，使設於彈性部34的壓接部3如壓接 在設於連接器本體1〇的前面的突出部17，因此可藉由簡單的 構造而確實地將按壓構件30保持在上方位置。 此外，若按壓構件30朝向比預定的上下位置p更為下方 ^動時，按壓構件30的壓接部34a與連接器本體1〇的突出部 7的壓接被解除，因此在將按壓構件％移動至下方位置時， 不S有知:壓構件30被壓接部34a限制對可撓性電路1的按壓 方向的移動可藉由按壓構件3〇树實觀可撓性電路卜 【圖式簡單說明】 第一圖係顯示本發明之一實施形態的連接器的斜視圖。 第二圖係連接器的側視圖。 第三圖係連接器的部分側面圖。 第四圖係顯示將按壓構件朝上方移動後的狀態的連 的側面剖面圖。 器 面剖=圖係顯示將可徺性電路連接後的狀態的連接器的側 第六圖係顯示將按壓 的側視圖。 構件朝上方移動後的狀態的連接Two f, the flexible circuit 1. is connected to the connector. 2: The circuit 1 of the sub-I part 21 is in contact with each other and is elastically deformed, and the elastic piece is shown) if/touch 2 is connected to the conductive portion of the susceptibility circuit 1 by pressing (not shown pressing the lower part 32 of the pressing member 3G downward) When moving, the surface 32 of the pressing member 30 is in contact with the front surface u of the connector body 1A, and the 3=way 1 is pressed toward the elastic piece portion 43 side of each of the fixing members 40, by the sheet η The secret can be kept in the main body of the device. In the case of the connector, as shown in the sixth and seventh figures, if the π G is reduced by the predetermined upper position Each of the pressure catches 33a and the respective protrusions 33b of the pressing member 3G is moved to be higher than the upper and lower positions p of the guide portion 16: the upper portion of the pressing member 33G includes the engaging portions 33 of the respective crimping portions 33a. The wide width w3 is a width W1 above the guide portion 16, so that each of the pressure-bonding portions is pressed against the both side faces of the guide portion 16, and is pressed by the respective crimping portions 33 & The member 30 is held at the above-mentioned upper position. Further, the width W3 of the buckle 33 including the respective projections is substantially the same as the width of the upper portion of the guide portion 16, and thus is centered on the crimping portion 33a. The swinging of the pressing member 3 in the front-rear direction is caused by the projections 33b. Further, as shown in the second figure, when the pressing member 30 is moved to the predetermined lower position by the 201230541, the pressing member 30 is pressed. The width W3 of the engaging portion 33 of each of the crimping portions 33a and the width W3 of the engaging portion 33 of the pressing member 313 are smaller than the pressing force of the guiding portion 16 of each of the pressing portions 33a. When the connector of the present embodiment is pressed, the pressing member 30 is pressed against the main body ω of the connection 11, and the upper direction 1 of the member is pressed by the lining, so there is no The pressing member % can be pressed by the weight = vibration off, and the pressing member 3G can be sure. Thus, the pressing member 30 can be adsorbed by the adsorption, because the two members 3G have moved to the flexible circuit 1 can be inserted into the substrate 2 under the shape of the upper position. Therefore, it is not necessary to perform the operation of the member 30 after the installation of the button, and the flexible circuit can be achieved at the time of connection, and the connector body 1 is disposed toward a guide portion 16' extending in the up-and-down direction and moving in the up-and-down direction at the pressing member 3' If the engaging portion 33 of the guiding portion 16 is fastened to the engaging portion 33, the crimping portion 33a provided on the engaging portion 33 is crimped to the guiding portion 16', so that the structure can be reliably reduced by the structure of the (four) sheet. Further, when the pressing member 30 is moved lower than the predetermined up-and-down position p, the crimping of the crimping portion 33a of the pressing member 30 and the guiding portion 16 is released, so when the pressing member 30 is moved When the position is lowered to the lower position, the pressing member 30 is not restricted from moving in the pressing direction of the flexible circuit unit by the crimping portion 33a, and the flexible circuit 1 can be reliably pressed by the pressing member 3〇. In the above embodiment, the crimping portion 33a and the projection 33b are provided on both sides in the width direction of the engaging portion 33, but they may be provided only in the width direction. The eighth embodiment to the fourteenth embodiment show the other embodiments of the present invention, and the same components as those of the embodiment are denoted by the same reference numerals. In the present embodiment, the crimping portion 33a and the protruding portion 33b are provided on the pressing member 30', and the wide-direction elastic portion 34 provided on the pressing member 3A is crimped to the outside of the connector body 10 instead of the embodiment. . Each of the elastic portions 34 is provided on the distal end side of the _member %, and extends downward from the both sides in the width direction of the lower surface of the upper surface portion 31. The elastic portion % is formed of a square wire which is deformable in the front-rear direction, and a crimping portion 34a which protrudes toward the front surface of the connector body 1 is provided at the lower end thereof. The crimping portion is formed such that both ends in the upper and lower directions are inclined surfaces. The top portion (the center in the vertical direction) is formed in a flat shape. There are ^17 t on both sides of the wide front side of the front side of the connection is body 1G; the Q is formed to extend upward in the up and down direction. At this time, as shown in the tenth diagram, the elastic portion is not crimped to the front end of the guide portion 16 by the gap LK of the pressing member 34a of the pressing member 30 and the gap LK. The front side of the connector body 1 below the 17 is formed to receive the distance L3 from the tip end of the guide cymbal 16. In the above configuration, as shown in Fig. 13, when the pressing structure is stopped, the upper and lower positions Q of the kneading surface which are moved by the cymbal member 34a are further upward. At this time, the pressing portion 34a of the member 30 and the distance U from the top of the indirect portion 34a of the front end of the engaging portion 33 to the leading end of the guiding portion 16 are caused by the sliding of the flange portion 3 as a surface. The portion 17 is elastically deformed in the front, and the pressing member 3 is pressed by the crimping portion 34a (^=3, in addition, as shown in the ninth figure, when the pressing member 30 is moved to the lower side, the crimping portion 34a of the county member 3G It will move to the lower side of the large ΰ port 17 (more than the upper and lower position ^ ^30 34a 33 below the ^ part 17 of the connector body 1. The distance l3 from the front l〇a to the leading end of the Qiu 16 'Therefore, the miscellaneous department said that it was released from the guidance section 2012201230541. The other enthusiasm and operation system of the material connection is the same as the embodiment. The TF' is connected by the embodiment II. In addition to the above-described embodiment, the pressing member 30 is slidably pressed in the vertical direction by the pressing member 30 to hold the pressing member 30 at a predetermined upper position, so that the pressing member 30 does not have its own weight or The vibration member moves downward, and the pressing member 30 can be surely held at At this time, the pressing member 30 is provided with the elastic portion 34 extending upward and downward along the front surface of the connector body 1A, so that the crimping portion 3 provided on the elastic portion 34 is crimped to the connector body. Since the front protruding portion 17 of one turn can securely hold the pressing member 30 in the upper position by a simple structure. Further, when the pressing member 30 is moved downward from the predetermined upper and lower positions p, the pressing member When the crimping portion 34a of 30 and the protruding portion 7 of the connector body 1b are released from the pressure contact, when the pressing member % is moved to the lower position, it is not known that the pressing member 30 is restricted by the crimping portion 34a. The movement of the flexible circuit 1 in the pressing direction can be realized by the pressing member 3, and the flexible circuit is shown in the drawings. The first drawing shows a perspective view of the connector according to an embodiment of the present invention. Fig. 3 is a side elevational view showing a state in which the pressing member is moved upward. The sectional view of the connector is shown in the figure. Connection of the state after the connection of the sex circuit The sixth line of FIG side shows a side view of the pressing connection member toward the state where the upward movement of
第七圖係顯示將按壓構件朝上方移動後的狀態的連接器 的斜視圖。 第八圖係顯示本發明之其他實施形態的連接器的斜視圖。 201230541 ，九圖係連接器的側視圖。 ，十圖係連接器的部分側面圖。 时第十—圖係顯示將按壓構件朝上方移動後的狀態的連接 裔的侧面剖面圖。 第十二圖係顯示將可撓性電路連接後的狀態的連接器的 側面剖面圖。 第十三圖係顯示將按壓構件朝上方移動後的狀態的連接 器的側視圖。 第十四圖係顯示將按壓構件朝上方移動後的狀態的連接 器的斜視圖。 1 【主要元件符號說明】 可撓性電路 10 連接器本體 10a 前面 11 前面部 11a 端子孔 12 背面部 13 底面部 14 側面部 15 固定部 16 導引部 17 突出部 20 端子 21 彈性片部 201230541 21a 接觸部 22 固定片名P 23 連接部 30 按壓構件 31 上面部 31a 操作部 32 按壓部 33 寬幅方向一對扣合部 33a 壓接部 33b 突部 34 寬幅方向一對彈性部 34a 壓接部 40 寬幅方向一對固定構件 41 第1固定片部 42 第2固定片部 43 彈性片部 LI 間隔 L2、L3 距離 W1 > W2、W3 寬幅 12The seventh diagram is a perspective view showing the connector in a state in which the pressing member is moved upward. Figure 8 is a perspective view showing a connector of another embodiment of the present invention. 201230541, side view of the nine-picture connector. , part of the side view of the ten-picture connector. The tenth-drawing diagram shows a side cross-sectional view of the connected person in a state in which the pressing member is moved upward. Fig. 12 is a side sectional view showing the connector in a state in which the flexible circuit is connected. The thirteenth diagram is a side view showing the connector in a state in which the pressing member is moved upward. Fig. 14 is a perspective view showing the connector in a state in which the pressing member is moved upward. 1 [Description of main component symbols] Flexible circuit 10 Connector body 10a Front face 11 Front portion 11a Terminal hole 12 Back portion 13 Bottom portion 14 Side portion 15 Fixing portion 16 Guide portion 17 Projection portion 20 Terminal 21 Elastic piece portion 201230541 21a Contact portion 22 Fixing piece name P 23 Connecting portion 30 Pressing member 31 Upper surface portion 31a Operating portion 32 Pressing portion 33 Wide-direction pair of engaging portions 33a Crimp portion 33b Projection portion 34 Wide-direction pair of elastic portions 34a Crimp portion 40 a pair of fixing members 41 in the width direction first fixing piece portion 42 second fixing piece portion 43 elastic piece portion L1 interval L2, L3 distance W1 > W2, W3 width 12