1287328 九、發明說明： 【發明所屬之技術領域】 本發明係關於一具有平坦連接頭的插頭之插座。 【先前技術】 日本專利公開號H10-326658揭示-用於具有平坦連接頭 的插頭之插座。此插座是一種安裝在牆壁而且將前表面暴露在 外的壁式插座。插座包含一外殼以及數個連接頭接受彈^ 殼在前表面具有連接頭插槽，用於插入該 ^ 而且連接職受㈣係包圍在核_接受平 連綱蹄插人外獅且與料部延伸的電線 如第二十八圖所顯示’習知連接頭接受彈簧110包含一對 弹黃轉120與一框架130。該對彈簧元件i 而 夾緊每個平坦連接頭，而且該 德續寺°ΐί，牛120。框架130由該對彈簧元件120的 彈ϊΐο"； 端)延伸。也就是說，在f知連接頭接受 第二十九圖係顯示一習知插座100，這具有顯 2^^〇 1的間隙·接觸顺平坦連接頭崎電。 連接防止不經意觸電的方法，是藉由將 -、 的位置向後移動，而向後移動介於平坦連 6 1287328 ^頭，與連接頭接受彈簧11G間的接麟。然而，在此情形 :’假如不?文變外殼的尺寸，則依照連接頭接受彈菁11〇的移 位置’，降低摔架130或者該轉簧元件120的長度。因 此’該對彈簧元件12_彈力變得較小，因而欲固定該對彈箬 兀件120的夹持力量與接觸壓力變得困難。 - +、条ί者該對彈百元件120具有一凸起(未顯示），係插入平 ^連接頭?0的孔洞(未顯示〕，而且由外殼的前表面至凸起的 πς"^例如藉由 Electncal Appliance and Material Safety Law 或 8303 (Japanese Standards Association C 8303)所定義。因 ί足接受科11G齡置僅向後雜，飾座無法 /雨足凸起的位置之要求。 有導連铜^彈私雜料树12。的前端具 ^ , ，而且‘引兀件121係置於前端用於導引該對 / ϊΐϋ"的平坦連接頭。因此，平坦連接件的長度很 長，因而外殼的厚度(高度)變得嚴重。 又從 【發明内容】 夾持/插座’當_平坦接受彈簧的 殼聰力，可避免不、__電，而且也可降低外 1具有平坦連接獅_之插座，包含一 ^又浦個連接頭接受彈菁。外_本身 頭插槽插人外殼的平坦連接頭，而且平坦連 係包含二對彈· 線產生電性連接。每個連接頭·接受彈箬 與「框架。該對彈菁元件係相對設置並且 用於插入平坦連接頭，而且 ς 、曰 中用於接吞士# & ^ ^ ^ ,一丧頌接又弹貰係包圍在外殼 1287328 合元件。該對側邊元件係相對設置而且相距一預定距離 ^預定距離餘長於騎彈簧元件的距離 邊元件。結合元件由該對侧邊元件的後端4= ，對侧邊兀件係位於連接頭插槽的另一侧邊。再者，該對 ===的後端而延伸，而且該結合元件係位於連接i ’本發明的連接頭接受彈簧中，框架與該對彈 二兀糸依此順序由鄰近連接頭插槽的側邊而設置於外峻 中。該對側邊元件係相對設置而且相距一預定距離設置，而^ 此預定距離錄長_卿簧元件的距離，以至於經由連 插槽而插人外殼的平坦連接輔*接繼織元件。因此，介 坦ί接頭與連接頭接受彈簧間的接觸點向後移動，以至於 虽平坦連接_尖端接酬連綱賤彈簧時，介於外殼 罩間的間隔_將變得太小而指間無法插入。因此，本發^的卜 插f可防Α不經意的觸電。因為介於平坦連接頭與連接頭接受 彈貫間的_點係向後飾，*沒有驗_或賴耕的長 連綱接受科可關定料知連接雜受彈菩相 同的夾持力量與接觸壓力。 … ，因為本發明的連接頭接受彈簧可藉由框架(特別藉 由ίί的結合70件)導引喃人介於該轉*元制外殼的平 3^相，具有導引元件在彈簣元件前端的習知連接頭 弹寬，本發明連接雛受料可降低杨高度。鼠，本發 的插座可降低外殼的厚度(高度）。 μ ΐ合元件較佳地仙—方向傾斜延伸，而且由侧邊元件 目^向該聰簧元件。在崎形中，紗元件可平穩 V引平坦連接頭插入介於該對彈簧元件間的外殼。 ，發明的插絲佳進一步包含一接線元件，係電性連接 來自外部插人外殼的電線’而錄架具有Α致為U型結構， 8 1287328 其中該對側邊元件的每個侧邊係藉她接元件相 m牛ί一的另一側邊係經由一連接件與接線元件連接而 =製程由-金屬平板形成。在此情形中，由4二板= 形成接線元件與該對連接頭接受彈簧是可能的，而且組合J線 儿件與該對連接頭接受彈簧變得容易的。 如上所述’彈簧元件係由該對侧邊元件之—而 ifi線元Γ，並且彈簧元件具有—沿著插_插人方向延伸 ^田槽1由沿者插_插人方向延伸產生的細槽，可實施 你Hii好接觸。假如細槽由侧邊元件延伸產生，而且該 ΐίίΐ—自由端，則維持彈簧元件的預定夾持力量係變 接該接線元件，欲產生雙接觸結構而不^ 偏連熟線元件的結構獨祕上述結構。 的-側ίίΐ具有—大致為u形結構，其中該對侧邊元件 i开輕合兀件相互連接，而且輕合元件係經由-連 端，而且备線兀件。該對側邊元件的其他側邊係為自由 金屬平板H連接祕料簧與麟元件係11由f曲製程由一 由端侧邊變的輕合元件側邊朝向一自 i#: ί : k〜對彈I元件間的距離，當平坦連接頭插入該對彈 XM7328 簧元:時’該轉⑽她物織好接觸。 面。外蓋^與一外蓋。主體具有-開口前表 肋，突出朝向每個連接頭面突出。主體具有凸 亚且母個凸關末魏接_域的前表面。 加在連接職人外殼時，凸肋係接受施 變形 4一力1 ’以致於可避免連接頭接受彈簧的 當插咖在外殼中。 而且杏括瓸二if ff插外呀，遮板關閉該連接頭插槽， 該連^頭插^連接碩由連接頭插槽插人外殼時，遮板開啟 實施方式】 本發明將配合附屬圖式加以詳細描述。 (弟一實施例）* 根據本發明的第_實施例，插座—種安裝在牆壁的壁式 ，’而且插座的前表面係暴露在外，。如第一圖所顯示，插座 拉匕含-外殼1與數個連接頭接受彈簧2。外殼丨具有兩對連 頭插槽12係用於插入一插頭200的平坦連接頭21〇。數個 1287328 係包圍在外殼1用於接受由連接頭插槽12 、示)產生=旦連接頭210而且與從外部延伸的電線(未顯 鞅川如^二圖所顯示’外殼1具有一本體10與一外蓋11。本 具有-開口前表面(第二圖的上表面），而且外 前絲而且在本讀表面具有連接_槽12。本 加、卜盍11係藉由-組合框架5G相互加以連接，而且組 5框木50係做為將插座安裝在牆壁的安裝框架。 連，插槽12具有-形狀用於瓜^ 83〇3 (Japanese1287328 IX. Description of the Invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a socket for a plug having a flat connector. [Prior Art] Japanese Patent Publication No. H10-326658 discloses a socket for a plug having a flat connector. This socket is a wall socket that is mounted to the wall and exposes the front surface. The socket comprises a casing and a plurality of connectors for receiving the bomb. The casing has a connector slot on the front surface for inserting the ^ and the connection is received by the (4) system. The core is received by the lion. The extended wire is as shown in the twenty-eighth figure. The conventional connector receiving spring 110 includes a pair of springs 120 and a frame 130. The pair of spring elements i clamp each flat connector, and the continuation of the temple. The frame 130 extends from the magazine'; end of the pair of spring elements 120. That is to say, the facsimile connector is accepted. The twenty-ninth figure shows a conventional socket 100, which has a gap of 2^^1 and contacts the smooth connection head. The method of preventing inadvertent electric shock by moving the position of -, is moved backward, and moves back between the flat joint 6 1287328 ^ head and the joint receiving spring 11G. However, in this case: 'If the size of the outer casing is not changed, the length of the wrap 130 or the reed spring element 120 is lowered in accordance with the position at which the connector receives the moving position of the elastic crest 11'. Therefore, the elastic force of the pair of spring members 12_ becomes smaller, and thus it is difficult to fix the holding force and the contact pressure of the pair of magazine members 120. - +, the member of the pair of bullets 120 has a projection (not shown) which is inserted into the hole of the connector 0 (not shown), and is π from the front surface of the housing to the protrusion π ς It is defined by Electroncar Appliance and Material Safety Law or 8303 (Japanese Standards Association C 8303). Because of the 11G age, it is only backwards, and the position of the seat cannot be/the position of the rain foot is raised. The front end of the private material tree 12 has a ^, and the 'priming member 121 is a flat connector that is placed at the front end for guiding the pair/ϊΐϋ" Therefore, the length of the flat connector is long, and thus the thickness of the outer casing (height) becomes serious. From the [invention] The clamp/socket 'when the _ flat accepts the spring's shell, it can avoid the __ electricity, but also can reduce the outer 1 socket with a flat connection lion. It includes a ^ and a connector to accept the elastic. The outer _ itself slot is inserted into the flat connector of the outer casing, and the flat connection contains two pairs of bombs and wires to make an electrical connection. Each connector accepts the magazine and " Frame. The pair of elastic cyan components are opposite It is also used to insert a flat connector, and the ς and 曰 are used to connect the ## & ^ ^ ^ , and a splicing and tying system is enclosed in the housing 1287328. The pair of side components are oppositely arranged and spaced apart. a predetermined distance ^ predetermined distance is longer than the distance side element of the riding spring element. The coupling element is defined by the rear end of the pair of side elements 4 = and the opposite side element is located on the other side of the connector slot. Extending the rear end of the pair ===, and the bonding element is located in the connector receiving spring of the present invention, the frame and the pair of springs are arranged in this order by the side of the adjacent connector slot The pair of side members are oppositely disposed and disposed at a predetermined distance apart from each other, and the predetermined distance is the distance from the length of the spring element so that the flat connection of the outer casing is inserted through the slot. Following the weaving of the component. Therefore, the contact point between the interface and the connector receiving spring is moved backwards, so that the gap _ between the outer casings becomes too small even though the flat connection _ the tip is connected to the spring. And the fingers cannot be inserted. So The hair plug of this hair can prevent inadvertent electric shock. Because the flat connector and the connector are connected to each other, the _ point is backwards, and the * is not tested. It is known that the connection is affected by the same clamping force and contact pressure of the bomb. ... Because the connector of the present invention receives the spring, the frame can be guided by the frame (especially by the combination of ίί 70 pieces). The flat 3^ phase of the outer casing has a conventional connector head width of the guiding element at the front end of the elastic element, and the connecting body of the present invention can reduce the height of the pop. The rat, the socket of the present invention can reduce the thickness (height) of the outer casing. . The μ-coupling element preferably extends obliquely in the direction of the slanting direction and is directed by the side elements to the tangible element. In the case of the stagnation, the yarn element can be smoothly placed into the outer casing between the pair of spring elements. The invention of the wire insert further comprises a wire component electrically connecting the wire from the externally inserted casing, and the carriage has a U-shaped structure, 8 1287328 wherein each side of the pair of side components is borrowed The other side of the component that is connected to the component is connected to the wiring component via a connector and the process is formed by a metal plate. In this case, it is possible to form the wiring member from the pair of plates and the pair of connectors to receive the spring, and it is easy to combine the J-wire member with the pair of connectors to receive the spring. As described above, the 'spring element is composed of the pair of side elements - and the ifi line element Γ, and the spring element has - extending along the insertion direction of the insertion hole ^ the groove 1 is extended by the direction of the insertion direction Slots can be implemented for your Hii good contact. If the slot is formed by the extension of the side member, and the 自由ίίΐ-free end, the predetermined clamping force of the spring element is maintained to be connected to the terminal element, and the double contact structure is not generated. The above structure. The side-side ΐ has a substantially u-shaped structure in which the pair of side members i are connected to each other, and the light-fitting members are connected via a terminal, and a wire harness is provided. The other side of the pair of side members is a free metal plate H. The connection of the secret spring and the lining element system 11 is changed from a side of the light-emitting element from the end side to a self-i#: ί : k ~ The distance between the bomb I elements, when the flat connector is inserted into the pair of bombs XM7328 reed: when the turn (10) she woven good contact. surface. The cover ^ and an outer cover. The body has an open front rib protruding from each of the joint faces. The main body has a convex surface and the front surface of the parent convex end _ domain. When attached to the outer casing of the worker, the ribs are subjected to deformation 4 force 1 ' so that the connector can be prevented from receiving the spring in the outer casing. Moreover, the apricot cover 2 if ff plugs out, the shutter closes the connector slot, and the connector is connected to the socket when the socket is inserted into the casing, and the shutter is opened. The formula is described in detail. (Embodiment) * According to the first embodiment of the present invention, the socket is mounted on the wall of the wall, and the front surface of the socket is exposed. As shown in the first figure, the socket pulls the housing 1 and the plurality of connectors to receive the spring 2. The housing has two pairs of header slots 12 for inserting a flat connector 21 of a plug 200. A plurality of 1287328 are enclosed in the outer casing 1 for accepting the connection of the connector socket 12, the display head 210 and the wire extending from the outside (not shown in the figure) 10 and an outer cover 11. The present has an open front surface (the upper surface of the second figure), and the outer front wire has a connection_slot 12 on the surface of the present reading. The present and the 盍11 are by the combination frame 5G. Connected to each other, and the group 5 frame wood 50 is used as a mounting frame for mounting the socket on the wall. Even, the slot 12 has a shape for the melon ^ 83〇3 (Japanese)
Industrial Standards C 8303)設定的125伏特與15安谇之插瓸， t連接頭插槽12具有—矩形開口用於插人插頭“的平坦 遷接頭210。 每個連接頭接受彈簣2係相對於每個連接頭插槽12設 立且與—接線元件3為—體成形，係與插人外殼的電線 產生電性連接。連翻接受料2將在下文巾詳細描述。 接線元件3以及一鏈狀彈簧4與一釋放鈕6以組成一快 速連接端，用於夾持由電線插入孔(未顯示)插入外殼！的電線 而且電線插入孔係形成在本體10的後表面。如第三圖所示， 接線7C件3具有一向後延伸的擠壓元件3〇(第三圖下方)以便面 對鏈狀彈簧4，而膽人外殼的電線係介於鏈狀彈簧4雜壓 ^件30間受到固疋’這與接線元件3產生電性連接。鏈狀彈 黃4的末端與電線結合，而且電線係固定於鏈狀彈簧4與擠壓 元件30間，以致p防止電線脫落。當釋放叙6由一片狀彈箬 5向後推擠時，而且向前推擠該釋放鈕6，鏈狀彈箬4係產生 彈性變形而且可將電線拉出。· ^ ’ 外盍11也具有接地溝槽13，3接腳插頭(未顯示)的接地 接腳可插入接地溝槽13，而且接地接腳接受彈簧7用於接受 插入該接地溝槽13的接地接腳，並且設置於外殼1。 π 1287328 ，處，連接頭接受彈簧2將在下文詳細描述。如第三圖 =員示’每個連接頭接受彈菁2包含一對彈菁元件21舆=框 二+24j對彈簧元件21係相對、而且相距—預歧離設置，用 件ίι 旦ίί頭210。框架22係用於固定該對彈簧元 含-掛ίΓ-ϋ有Γ大致為u形結構㈤俯視圖觀察)而且包 饼而曰dt'k兀3以及耦接元件24。該對側邊元件23係相 翌元件預定距離設置，而且此預定距離係較長於該對彈 域元件23不接觸插入外殼: 邊 近。該對彈簧元件21由社人元件2ϋ牛山μ的如相互接 且該對账件25延伸’而 元件26 邊仏的另—側端储由-連接 现的另邊元件23的另一侧邊 另一侧邊B是由_元㈣支▲懸== 牛的 2 ^ 凹槽14，並且框年^二7^21係插入該主體10的儲存 且每個轉合元件24係受到凸肋15又^，搞合70件24 ’並 插入外殼1時，凸肋ls接^由連接念2。，平坦連接頭別係 因而連接頭接受彈簧2喃形將受到^彈黃2施加的力量， 的前表的前表面，而且主㈣ 在實施例的連接頭接受 12 I287328 架?與該對彈菁元件21係依此順序由接近連接頭 插槽12的側邊設置。 接所顯當該插座的平坦連綱210由連 i i 時’平坦連接頭21G不接觸到框架22 23。而且，在平坦連接頭21〇通過該對側邊 ^連接頭21G接觸到框架22的該對側邊元件 的it ίΐ接頭21G的尖端接觸到該對彈簧元件21，外殼1 t = 外罩間的距離L1太小以至於指尖無法 者Ira 失會接觸到平坦連接頭210以及使用 2“置於二說’因為此插座的每個連接頭接受彈簀 此 較，當平坦連接頭2i°的尖端娜 胸件21守’外设1的前表面與插頭200的外罩間的 平ϊ連接結果，不必害怕指尖會接觸到 連接頭210以及使用者會因此觸電。 等於ίί連兩者的長度係相 子力续接觸力！，讀習知連接頭接受彈簧的力量相等。 至凸示Γ輯12細示—由外殼1的前表面 的孔、-、麵不)之距離，該凸塊係插入平坦連接頭210 的孔研未顯不），(依照JJS規定表示的 =貝 而且實施例的插座可滿足關於距離L2以及習知_·；^)。， 由該對彈簧元件21門沾处人—以對彈$兀件21間後，藉 在連接頭接受彈I中，框力平順地導引。亦即， -中框木22的結合元件25充當顯示於第二 13 1287328 十八圖的習知導引元件21，用於導引該對彈簧元件21間的平 坦連接頭。因此，在此插座中，不像顯示於第二十八圖的習知 連接頭接受彈簧110〔不需要在該對彈簧元件的前端形成導引 元件121。因此，如弟六圖所顯示，與習知接頭接受彈簧作比 較，而且習知接頭接受彈簧係在彈簧元件的前端具有導引元件 121二連接頭接受彈簧2可經由免除導引元件121而降低高度。 如第五圖所顯示，相較於習知插座1〇〇的外 广 此插座可降低外殼i的厚度(高度)ίπ。 子又Η1〇() 偏litf/稿示，該對彈簣元件21的—彈簧元件係由該 對件23的-側邊23a延伸’而且側邊23a係經由連接 兀牛6連接至接線元件3，該對彈簧元件21的一彈菁元’ 具有-細槽27 ’沿著翻的插人方向延伸。細槽27係彈 延伸至結合元件25 _端。藉由形成該細槽 彈二 冓/ 她contact confw^^ 與平坦連接頭具有良好接觸。，在此# ，歹I中，細槽27係形成在該彈簧元件中，而且該菩 ίϊ至f線元件3的侧邊23&加以延伸。假如細槽27係形成 在由側邊23b延伸的彈簧元件中，而且側邊23b是懸臂授 不連接接線元件3 ’對於該對側邊树23固定—g =持 量是有困巧：因此，齡產生細槽27在該對彈簧元件文以 而且該對彈黃元件21係由連接接線元件3 真 伸，欲產生雙接觸結構而不降低夾持力量是可二Ζ σ以延 如第八圖所顯示，該對彈簧元件21 以至於該對料耕21咖雖了 ^ 對側邊元件23的—自二==: 窄於ί合元件側邊的該對彈簧元制的距離^在 -與接線元件3連接。因此，當平坦 1287328 ϊ二m1間’在對侧邊元件23的自由端侧邊(換言之，縣 由端側邊)的彈菁元件21係容易延伸至搞合元^ 菩:件因此，如第九a圖所顯示，假如該對彈 1是平行的’則當平坦連接〇插入該對彈箬元ί 介於平坦連魏加的自由端側 件間’因而接觸可靠度可能降低而且可能發生 爷、/JnL度上升。如第九Β圖所顯示，當平坦連接頭210 插=對彈簧元件21，藉由縮短介於該_邊元·#23的側= ilL之該對彈菁，21間的距細，而且‘側 對彈23可谷易延伸，距離D1係短於麵合元件的該 商ΙΓΐϊί間的距離D2，該對彈菁元件21對於平坦連接 頁210具有良好接觸，接觸信賴度因而提升。 十圖所顯示’連接頭接受彈簣2、連接元件26與接 Ϊί由—金屬平板形成。當連接頭接受彈簀2與接線元 ,3由此貫施例的金屬平板形成時，她於連接頭接菩2 =線7C件3由不同金屬平板形成的情形，可降低元件數目。 Ξ円顧可ΐ低成本並且組裝過程變得容易。假如金屬平板如第 =^的域，較佳是在金屬平板形油口㈣如第十圖的 田H所頒不。藉由這些切口，可能增加金屬模具的設計， 且沾沖壓強度Aching Strength)並且可延長金屬模 具的使用哥命。 赫^巧接受_ 2、連接元件26與接線元件3的結構不 結構。例如，可具朴第十—®賴示的結構。在 一曰」框架22具有一大致為ϋ形結構，其中該對侧邊 接ΐ件24相互連接。輛接元件 杜？^a由孝接件26與接線元件3相連接，而且·該對侧邊元 仟的另一侧邊係自由端並且向内彎曲。在此情形中，連接 ^接受彈簧2、連接元件26與麟元件3係由如第十二圖所 知、示的金屬平板經過彎曲製程(bending pr〇cess)形成。相較於第 15 1287328 金屬平板，第十二圖的金屬平板實質上可消除金屬平板 但是與鏈狀科4在此實施财雜別的， 圖=忒與雜彈簧4可以元件形成。如第十三 主體圖所顯示，當平坦連接頭210插入外殼1時， 加的力妾受該連接頭接受彈菁2施 地，凸肋28可接酬域ω的前表面。可替換 f f所顯示’主體ig在前表面具有凸肋15而 外殼1時接2 *有Γ凸肋28。當連接頭接受彈簧2插入 在第+四R闽 與相對於凸肋28的凸肋15可相互接觸。Industrial Standards C 8303) Set the 125 volt and 15 amp plug, t connector slot 12 has a rectangular opening for the plug connector "flat directional joint 210. Each connector accepts the magazine 2 relative to Each of the connector slots 12 is formed and formed integrally with the wiring member 3, and is electrically connected to the wires of the insertion housing. The tumbling receiving material 2 will be described in detail below. The wiring member 3 and a chain The spring 4 and a release button 6 constitute a quick-connecting end for holding a wire inserted into the casing by a wire insertion hole (not shown) and the wire insertion hole is formed on the rear surface of the body 10. As shown in the third figure The wiring 7C member 3 has a rearwardly extending pressing member 3〇 (below the third figure) so as to face the chain spring 4, and the wire of the gallbladder casing is interposed between the chain spring 4 and the hybrid member 30.这 'This is electrically connected to the wiring member 3. The end of the chain spring 4 is combined with the wire, and the wire is fixed between the chain spring 4 and the pressing member 30, so that p prevents the wire from falling off. When a piece of magazine 5 pushes backwards, and pushes forward The release button 6, the chain magazine 4 is elastically deformed and can pull the wire out. · ^ ' The outer casing 11 also has a grounding groove 13, and the grounding pin of the 3 pin plug (not shown) can be inserted into the grounding groove. The slot 13 and the grounding pin receiving spring 7 are adapted to receive the grounding pin inserted into the grounding groove 13 and are disposed on the outer casing 1. At π 1287328, the connector receiving spring 2 will be described in detail below. = Member's 'Each connector accepts the elastic cyanine 2 contains a pair of elastic cyanine elements 21 舆 = frame two +24j pairs of spring elements 21 are opposite, and apart - pre-discrimination settings, with pieces ίι ίί 210. Frame 22 It is used to fix the pair of spring elements with a substantially u-shaped structure (five) and a wrapper and a coupling element 24. The pair of side elements 23 are opposite each other. The component is disposed at a predetermined distance, and the predetermined distance is longer than the pair of the bullet member 23 is not in contact with the outer casing: the side is close. The pair of spring members 21 are connected by the social component 2, and the pair of bills 25 are extended. And the other side of the side of the element 26 is stored by - connecting the existing side element 23 The other side B of the other side is a 2 ^ groove 14 of the _ yuan (four) yoke == cow, and the frame year ^ 2 7 ^ 21 is inserted into the storage of the body 10 and each of the rotation elements 24 When the rib 15 is joined and the 70 pieces 24' are inserted and inserted into the outer casing 1, the rib ls is connected by the connection 2. The flat connector is connected, and the connector receives the spring 2 and is subjected to the application of the spring 2 The force, the front surface of the front table, and the main (four) in the embodiment of the connector accept 12 I287328 frame? With the pair of elastic cyanine elements 21 in this order is set by the side close to the connector slot 12. When the flat joint 210 of the socket is connected to ii, the 'flat joint 21G does not touch the frame 22 23 . Moreover, the tip end of the contact member 21G of the pair of side members contacting the pair of side members of the frame 22 through the pair of side connectors 21G contacts the pair of spring members 21, and the outer casing 1 t = the distance between the outer covers L1 is too small for the fingertips to fail Ira loses contact with the flat connector 210 and uses 2" placed in the second" because each connector of the socket accepts the magazine, when the flat connector is 2i° the tip of the chest The result of the flat connection between the front surface of the peripheral 1 and the outer cover of the plug 200 does not have to be afraid that the fingertip will contact the connector 210 and the user may be shocked. Continued contact force!, read that the connector accepts the force of the spring equal. To the convex display 12 shows the distance - the hole from the front surface of the outer casing 1, -, the surface is not the distance, the bump is inserted into the flat connector 210 hole research is not shown), (in accordance with the JJS regulations = shell and the socket of the embodiment can meet the distance L2 and the conventional _·; ^)., by the pair of spring elements 21 door to the person - to After playing the 21 pieces, you can accept the bomb I in the connector. The guiding element 25 of the middle frame 22 acts as a conventional guiding element 21 shown in the eighteenth of the second 13 1287328 for guiding the flat connector between the pair of spring elements 21. Therefore, in this socket, unlike the conventional connector receiving spring 110 shown in Fig. 28, it is not necessary to form the guiding member 121 at the front end of the pair of spring members. Therefore, as shown in the sixth figure, Conventional joints accept springs for comparison, and conventional joint receiving springs have a guiding element 121 at the front end of the spring element. Two coupling head receiving springs 2 can be lowered by removing the guiding element 121. As shown in the fifth figure, the phase Compared with the conventional socket 1 此, the socket can reduce the thickness (height) of the outer casing i. 子 Η 〇 〇 ) ) ) ) ) ) ) ) ) ) ) ) ) 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿 稿The side 23a of the piece 23 extends 'and the side 23a is connected to the terminal element 3 via a connecting yak 6, the one of the pair of spring elements 21 having a thin groove 27' extending along the direction of the turn The slot 27 is extended to the end of the coupling element 25 _. The fine slot spring/she contact confw^^ has good contact with the flat connector. In this #, 歹I, the slot 27 is formed in the spring element, and the ϊ ϊ to the f-line element 3 The side edges 23 & are extended. If the slot 27 is formed in the spring element extending from the side edge 23b, and the side edge 23b is a cantilever arming connection wire element 3' is fixed for the pair of side trees 23 - g = holding capacity It is awkward: therefore, the age generating slot 27 is in the pair of spring elements and the pair of spring elements 21 are actually extended by the connecting terminal element 3, and it is possible to create a double contact structure without reducing the clamping force. σ is extended as shown in the eighth figure, the pair of spring elements 21 such that the pair of materials 21 are opposite to the side elements 23 - from two ==: the pair of spring elements narrower than the sides of the elements The distance ^ is - connected to the wiring element 3. Therefore, when the flat 1287328 ϊm1 is in the side of the free end of the pair of side members 23 (in other words, the county side is side), the elastic element 21 is easily extended to engage with the element: As shown in Fig. 9a, if the pair of bullets 1 are parallel, then when the flat joint 〇 is inserted between the pair of elastic elements ί between the free end side pieces of the flat weijia, the contact reliability may be lowered and may occur. / / JnL degree rises. As shown in the ninth diagram, when the flat connector 210 is inserted into the pair of spring elements 21, by shortening the pair of elaps of the side of the _ edge element #23, the distance between the two is thin, and ' The side-to-side spring 23 can be extended, and the distance D1 is shorter than the distance D2 between the merging elements of the face-to-face component. The pair of elastic phthalocyanine elements 21 have good contact with the flat connection page 210, and the contact reliability is thus improved. The figure shown in Figure 10 accepts the magazine 2, the connecting member 26 and the connecting plate. When the connector receives the magazine 2 and the wiring element, 3 is formed by the metal plate of the embodiment, the number of components can be reduced by the fact that the connector is formed by a different metal plate. The cost is low and the assembly process is easy. If the metal plate is in the domain of the =^, it is preferably in the metal plate-shaped port (4) as indicated by the field H in the tenth figure. With these slits, it is possible to increase the design of the metal mold and the Aching Strength and to extend the life of the metal mold. The structure of the connection element 26 and the connection element 3 is not structured. For example, it can be a structure of the tenth-® display. The frame 22 has a generally dome-shaped structure in which the pair of side edge members 24 are connected to each other. Vehicle components Du? ^a is connected to the wiring member 3 by the diaper member 26, and the other side of the pair of side members 系 is a free end and is bent inward. In this case, the connection receiving spring 2, the connecting member 26 and the lining member 3 are formed by a bending pr〇cess as shown in Fig. 12. Compared with the 15 1287328 metal plate, the metal plate of the twelfth figure substantially eliminates the metal plate. However, it is complicated to do with the chain branch 4, and the figure 忒 and the hybrid spring 4 can be formed by elements. As shown in the thirteenth main body diagram, when the flat joint 210 is inserted into the outer casing 1, the applied force is received by the joint receiving the elastic crest 2, and the rib 28 can be attached to the front surface of the field ω. Alternatively, f f shows that the body ig has the rib 15 on the front surface and the rim rib 28 on the outer casing 1 . When the connector receiving spring 2 is inserted, the +4R 闽 and the rib 15 with respect to the rib 28 are in contact with each other.
=5 Γ日=的情形中’凹槽16係較佳形成在主體1〇的凸 圖所顧- ^^件24的凸肋28係插入凹槽16，如第十五A 28 如第十五B圖所顯示，減元件24的凸肋 ϋίϋ凹槽29而且主體1G的凸肋15係插人凹槽29。 向向移I防止連接頭接受彈菁2以垂直於外殼1的縱 ㈣H彈^元件21在此實施例中具有細槽27以實施雙接 元件21可不具有細槽。如第十六圖所顯示， 二^疋件23❸自由端侧邊的該對彈簧元件21間的距離 D卜係乍於輕合元件側邊的該對彈簣元件間的距離D2。 雖然本實施例的插座是-壁式插座，但是本發明的插座 不侷限於-默插座。例如’本發_麵可使麟插座排 (outlet strip)(換言之，電源插排）。 · 第十七圖係本發明的連接頭接受彈箬2的另一形式。在 此形式的連接頭接受彈簧2中，框架22的該對側邊元件23係 回折的(foldedback)，以至於該對側邊元件23與該對彈簧元件 16 1287328 耦接元件:ay)排列。該對侧邊元件23係藉由 元件23 21的辟下恤連接。該對側邊 接受彈菩2相賴向連接，此形式的連接頭 箬开杜如弟十八圖所顯示，因為框架22與該對彈 2^0盥遠接ίί?歹!ί式側向(SideWay)排列’介於平坦連接頭 + /、接文彈黃2間的接觸點係向後移動。因此，具有 頭f受彈簣2之插座也可預防不經意觸電，而^ 而要降低連接難受彈簧2的夾持力量以及接觸壓力。 (弟二實施例） 本實施例的基本組成與第—實施例相同，所以兩個實施 例的相似7L件將以相同元件符絲袖且不魏重複的敛述。 在本實施例中，當平坦連接頭21〇未插入外殼j時，插 座具有數個遮板60可遮蔽連接頭插槽12，而且當平坦連接頭 210插入外殼1時，連接頭插槽12係經由平坦連接頭21打開。' 如弟十九圖所喊示，本實施例的插座具有一安裝在主體 10與外蓋11間的中間框架70,而且每個遮板60係可滑動由 中間框木70所支撐。如弟十九圖、2〇α與20Β所顯示，當平 坦連接頭210未插入外殼1時，每個遮板6〇係受到單一片狀 彈簧71(leafspring)接近連接頭插槽12的方向偏離。再者，如 第二十一 A圖與21B所顯示，當平坦連接頭21〇由連接頭插 槽12插入外殼1時，遮板60受到平坦連接頭21〇推擠並且側 向滑動對抗開啟連接頭插槽12的單一片狀彈簧71之彈力。 如第一實施例所描述，本發明的插座可降低外殼的厚 .度，因此可實現一插座，具有厚度小於習知遮板的遮板'6〇。 ^如第二十二圖所示，實施例的遮板60在下表面的縱向中 心具有三角形的突出61，而且突出61可沿著中間框架7〇的 縱向方向受到横樑72滑動支撐。如第二十一 a圖與第二十— 17 1287328 B圖所顯示，當平坦連接瓸？1Λ么 殼i ’每健板㈣横向地在橫樑72滑入= 声第一十二B ®觸示，假軸-十-A圖 槽U之-，遮板60係環繞橫樑7勿二==連接， 6〇不使連接_槽12暴露。因此，假而且， 頭插槽12之一孩童不會觸電。 h里將異物插入連接 垃-賴所顯示，本發明的連接職受彈笪2在遠 ϊΐ 而且如第二十五圖所顯，本發明 連接藤接MW Am,母個凸肋Μ接_轉8G以便將 當移除平坦連接頭-時， 70且Π架^的形狀不舰於上述形狀。例如，中間㈣ H-顯不於弟二十六圖的形狀，其中移除環 的 ，:並^這與遮板60的移動無關。或者，中間=架、7〇具有 -如於第二十七圖的形狀，其中移除環繞橫樑Μ的框架'。 梓、-tf述:本發明料嶋而且廣泛♦施綱不偏離其 申請專利範環 j中。/ P 、、、: 疋疋義在 【圖式簡單說明】 一第一圖係本發明的第一實施例之截面圖，其中插入插 碩，直到平坦連接頭的尖端接觸到連接頭接受彈簧為止； 第二圖係第一圖的插座之分解圖； * 第三圖係第一圖的連接頭接受彈簧與接線元件之立體 圖； ’ 第四圖係第一圖的插座的主體之立體圖，其中連接頭接 受彈簧已插入； 、 18 1287328 第五圖係一視圖用於比較第一圖的插座與習知插座，其 中插入插頭，直到平坦連接頭的尖端接觸到連接頭接受彈簧為 止； … 第六圖係一視圖，用於比較第一圖的連接頭接受彈箬與 習知連接頭接受彈簧之高度； 第七圖係第一圖的插座的該對彈簧元件之放大圖； 弟八圖係弟一圖的插座的該對彈簧元件之視圖而且由後 方觀察而得； 第九A圖係一視圖，用於說明該對彈簧元件與平坦連接 頭間之接觸狀況； ^ 第九B圖係一視圖，用於說明介於該對彈簧元件與平土曰 連接頭間之接觸狀況； ^ 元件之 線元件 第十圖係第一圖的插座的連接頭接受彈簧與接線 展開圖； 、’、" 第十一圖係第一圖的插座的連接頭接受彈箬與接 的改良型態之立體圖； 第十二 開圖； 圖係弟十一圖的連接頭接受彈簧與接線元件之屉 第十三圖係第一圖的插座的連接頭接受彈簧與 的另一改良型態之立體圖； ” 體的改良型 第十四A圖係第一圖的插座的耦合元件與主 態之立體圖； ^ 圖係第_圖的插座雜合元件與主趙的另一改 之視圖 &第十五Α圖係第十四Β圖的耦合元件與主體的改良型態 體的另一改良 弟十五Β圖係第十四Β圖的搞合元件與主 型態之視圖； 19 1287328 第十六_第—_插座的該對彈簧元件的改良型態之 祝園， ^十七圖係第—圖的插座的連接頭接受彈簧的改 之祝圖， ㈣岡第十二圖/轉十七圖而且具有連接頭接受彈簀的插座之 ί:箬il插頭，直到平坦連接頭的尖端接觸到連接頭 弟十九圖係本發明第二實施例的插座之分解圖； 第二十A圖係第十九圖的插座之平面圖； 第二十B圖係第十九圖的插座之截面圖； 第一十一 A圖係第十九圖的插座之部分截面圖，其 入插頭，直到平坦連接頭的尖端接觸到遮板為止； 第一十一 B圖係第十九圖的插座之部分截面圖，其中插 香碩，直到平坦連接頭的尖端接觸到插座為止； 第二十二圖係第十九圖的插座的遮板之後視圖； 第二十三A圖係第十九圖的插座之部分截面圖，並中里 物係由一連接頭插槽插入； ’、^ 第二十三B圖係第十九圖的插座之部分截面圖，i中昱 物係由另一連接頭插槽插入； 第二十四圖係第十九圖的插座的連接頭接受彈箬的立體 圖； … 第一十五圖係第十九圖的插座的中間框架後表面之立體 第一十六圖係第十九圖的插座的改良形式之分解圖； 第一十七圖係第十九圖的插座的另一改良形式之分解· 苐二十八圖係習知連接頭接受彈簧的立體圖； 第二十九圖係習知插座的截面圖，其中插入插頭，直到 20 1287328 平坦接頭的尖端接觸到連接頭接受彈簧為止，·以及 第二十圖係第二十九圖的插座的改良形式之視圖。 【主要元件符號說明】 110 連接頭接受彈簧 120 121 導引元件 130 200 插座 210 1 外殼 2 3 接線元件 4 5 片狀彈簧 6 7 接腳接受彈簧 10 11 外蓋 ^ 12 13 接地溝槽 14 15 凸肋 16 21 一對彈簧元件 22 23 一對侧邊元件 23a 23b 側邊 24 25 結合件 26 27 細槽 28 29 凹槽 30 50 組合框架 60 61 突出 70 71 單一片狀彈簧 72 73 凸肋 80 500 #習知插座 彈簧元件 框架 平坦連接頭 連接頭接受彈簧 鏈狀彈簧 釋放鈕 本體 一對連接頭插槽 儲存凹槽 凹槽 框架 側邊 耦接元件 連接元件 凸肋 擠壓元件 遮板 中間框架 橫樑 階梯 21In the case of =5 Γ日 = 'the groove 16 is preferably formed in the convex view of the main body 1 - - the rib 28 of the member 24 is inserted into the groove 16, as in the fifteenth A 28 as the fifteenth As shown in the figure B, the ribs of the member 24 are recessed and the ribs 15 of the body 1G are inserted into the recesses 29. The directionwise shift I prevents the connector from accepting the elastic crest 2 to be perpendicular to the longitudinal (four) H-elastic element 21 of the outer casing 1 in this embodiment having the thin groove 27 to implement the double-jointed member 21 without the fine groove. As shown in Fig. 16, the distance D between the pair of spring elements 21 on the side of the free end of the second member 23 is the distance D2 between the pair of magazine elements on the side of the light engaging member. Although the socket of the present embodiment is a wall socket, the socket of the present invention is not limited to the - socket. For example, 'this hair _ face can make an outlet strip (in other words, a power strip). • Figure 17 is another form of the connector of the present invention that accepts the magazine 2. In this form of connector receiving spring 2, the pair of side members 23 of the frame 22 are folded back such that the pair of side members 23 and the pair of spring members 16 1287328 are coupled to the element: ay). The pair of side members 23 are connected by the pull-down shirt of the member 2321. The pair of sides accepts the connection of the Boss 2, and the connector of this form is displayed as shown in Figure 18 of the Duru, because the frame 22 is connected to the pair of 2^0盥 ίί?歹!ί式侧向 (SideWay ) The arrangement of the contact points between the flat connector + / and the connector spring 2 moves backwards. Therefore, the socket having the head f by the magazine 2 can also prevent inadvertent electric shock, and the connection force and the contact pressure of the spring 2 can be reduced. (Second Embodiment) The basic configuration of the present embodiment is the same as that of the first embodiment, so that similar 7L members of the two embodiments will be described with the same components as the sleeves. In the present embodiment, when the flat connector 21 is not inserted into the housing j, the socket has a plurality of shutters 60 to shield the connector slot 12, and when the flat connector 210 is inserted into the housing 1, the connector slot 12 is It is opened via the flat connector 21. As indicated by the nineteenth figure, the socket of this embodiment has an intermediate frame 70 mounted between the main body 10 and the outer cover 11, and each of the shutters 60 is slidably supported by the intermediate frame 70. As shown in FIG. 19, 2〇α and 20Β, when the flat connector 210 is not inserted into the housing 1, each shutter 6 is deflected by a single leaf spring 71 close to the connector slot 12. . Furthermore, as shown in FIG. 21A and FIG. 21B, when the flat connector 21 is inserted into the housing 1 by the connector slot 12, the shutter 60 is pushed by the flat connector 21 and laterally slid against the open connection. The elastic force of the single leaf spring 71 of the head slot 12. As described in the first embodiment, the socket of the present invention can reduce the thickness of the outer casing, so that a socket can be realized having a shutter of a thickness smaller than that of the conventional shutter. As shown in the twenty-second diagram, the shutter 60 of the embodiment has a triangular projection 61 at the longitudinal center of the lower surface, and the projection 61 is slidably supported by the beam 72 in the longitudinal direction of the intermediate frame 7〇. As shown in the figure 21 and the twentieth - 17 1287328 B, when the flat connection is 瓸? 1Λ壳壳i 'Every healthy board (four) slides horizontally across the beam 72 = sound first twelve B ® touch, false axis - ten-A groove U -, shutter 60 series around the beam 7 do not == Connection, 6〇 does not expose the connection_slot 12. Therefore, falsely, one of the head slots 12 does not get an electric shock. In the h, the foreign matter is inserted into the connection, and the connection of the present invention is shown in the distance. As shown in the twenty-fifth figure, the present invention connects the vine to the MW Am, and the female rib is connected. 8G so that when the flat connector is removed, 70 and the shape of the truss is not in the above shape. For example, the middle (four) H- is not in the shape of the twenty-sixth figure, in which the ring is removed, and this is independent of the movement of the shutter 60. Alternatively, the middle = frame, 7 〇 has - as in the shape of the twenty-seventh figure, in which the frame surrounding the beam Μ is removed.梓, -tf 述: The invention is well-known and widely exemplified without deviating from its patent application. / P , , , : 简单 简单 简单 简单 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一 一The second figure is an exploded view of the socket of the first figure; * The third figure is a perspective view of the connector of the first figure receiving the spring and the wiring element; 'The fourth figure is a perspective view of the main body of the socket of the first figure, wherein the connection The head receiving spring has been inserted; 18 1887328 The fifth drawing is a view for comparing the socket of the first figure with the conventional socket, wherein the plug is inserted until the tip of the flat connector contacts the connector to receive the spring; ... A view for comparing the connector of the first figure to accept the height of the spring and the conventional connector receiving spring; the seventh figure is an enlarged view of the pair of spring elements of the socket of the first figure; A view of the pair of spring elements of the socket of the figure and viewed from the rear; ninth A is a view for explaining the contact state between the pair of spring elements and the flat connector; ^ IX B is a view It is used to explain the contact condition between the pair of spring elements and the flat-belt joint; ^ The line element of the component is the connection diagram of the socket of the first figure receiving the spring and the wiring; ;, " The eleventh figure is a perspective view of the improved connection of the connector of the socket of the first figure; the twelfth open picture; the connection head of the eleventh figure of the system accepts the drawer of the spring and the wiring component. A perspective view of another modified version of the connector of the socket of the first figure; "A modified version of the body is a perspective view of the coupling element and the main state of the socket of the first figure; ^ _ Figure of the socket hybrid component and the other modified view of the main Zhao & 15th map of the fourteenth map of the coupling element and the modified version of the main body of the modified version of the fifteen map A view of the engaging element and the main type of the fourteen-inch diagram; 19 1287328 The modified form of the pair of spring elements of the sixteenth-first-_ socket, the connector of the socket of the figure of the seventeenth figure Accepting the reform of the spring, (4) the twelfth map of the Gang / turn to the seventeen figure and ί 插头 il plug with the connector receiving the magazine, until the tip of the flat connector contacts the connection diagram of the second embodiment of the present invention; FIG. 20A is the tenth Figure 21 is a plan view of the socket; Figure 20B is a cross-sectional view of the socket of the nineteenth figure; Figure 11A is a partial cross-sectional view of the socket of the nineteenth figure, which is inserted into the plug until the flat connector The tip end is in contact with the shutter; the first eleventh B is a partial cross-sectional view of the socket of the nineteenth figure, in which the scent is inserted until the tip of the flat connector contacts the socket; the twenty-second figure is the nineteenth Figure 23 is a rear view of the socket; Figure 23A is a partial cross-sectional view of the socket of the nineteenth figure, and the middle of the system is inserted by a connector slot; ', ^ Twenty-three B diagram is the tenth A partial cross-sectional view of the socket of the nine figure, wherein the object in the i is inserted by another connector slot; the twenty-fourth figure is a perspective view of the connector of the socket of the nineteenth view receiving the magazine; ... the fifteenth system The nineteenth figure of the socket of the middle frame of the rear surface of the first tenth Figure 6 is an exploded view of a modified version of the socket of the nineteenth embodiment; the seventeenth embodiment is an exploded view of another modified form of the socket of the nineteenth embodiment. Figure 28 is a perspective view of a conventional connector receiving spring Figure 29 is a cross-sectional view of a conventional socket in which the plug is inserted until the tip of the 20 1287328 flat connector contacts the connector receiving spring, and the modified form of the socket of the twenty-first figure twenty-ninth figure The view. [Main component symbol description] 110 connector receiving spring 120 121 guiding component 130 200 socket 210 1 housing 2 3 wiring component 4 5 leaf spring 6 7 pin receiving spring 10 11 outer cover ^ 12 13 grounding groove 14 15 convex Rib 16 21 a pair of spring elements 22 23 a pair of side elements 23a 23b side 24 25 joint 26 27 slot 28 29 groove 30 50 combination frame 60 61 protrusion 70 71 single piece spring 72 73 rib 80 500 # Conventional socket spring element frame flat connector connector accepts spring chain spring release button body pair of connector head slot storage groove groove frame side coupling element connection element rib extrusion element shutter intermediate frame beam step 21