M330615 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種電連接器’特別是一種排線連接器。 【先前技術】 p遺著科技的迅速發展，各種資訊產品的功能日趨多樣化且體 積漸形迷你，使得電子元件需往輕薄方向發展；其中，一種排線 連接器因其所接合之可撓式排線(Flexible Flat CaWe，ffc)具備 有可任意曲撓、高減傳輸能力之優點，與—連接器母座配ς而 廣泛應用在電子產品中。 【新型内容】 因此，本創作係提出一種排線連接器之結構改良，利用斑上下 殼體一體成型的上下卡固部使扣持元件能做扇形位移，達到縮小 排線連接器尺寸之優點。 本創作目的之一係提供一種排線連接器，分別具有上下卡固 部之上下殼體，具有組裝容易、製作簡單、節省成本之優點。 為了達到上述目的，本創作一實施例之排線連接器，包括： 一底座，具有一第一表面及一第二表面相對設置；二支臂，分別設置於 底座之相對二側，每一支臂上形成一第一卡槽；二扣持元件，每一^持元 件包括一按壓部，其上方延設一扣持部，扣持部上設置有一第一軸孔；一 排線，設置於底座之第一表面上；一上殼體，其兩側分別包含一上卡固部 往底座方向延伸，上卡固部遠離上殼體之一端包含一第一溝槽，且上卡固 邻係牙過支臂之第一卡槽及扣持元件之第一軸孔；以及一下殼體，其兩 側分別包含一下卡固部往底座方向延伸，下卡固部遠離下殼體之一端包含 M330615 固部162係穿設支臂20之第一卡槽202及扣持元件22之第一轴孔级， 利用第-溝槽144及第二溝槽164互相配合卡固上卡固部142及下卡固部 162，關定扣持元件22與支臂20使之呈一定位，且藉由按壓 : 22之按壓部224得使扣持部222形成扇形位移。 夺件 如第la圖及第lb圖中所示，當扣持部222嵌設於支臂2〇 之嵌槽206時，第一軸孔226係與第一卡槽202對應重疊，並利 用上卡固部142及下卡固部162穿設過第一卡槽2〇2、第一軸孔 226而使扣持元件22及支臂20呈一定位。 排線連接器組裝完成如第2a圖所示，當欲將排線連接器與 連接器母座（圖中未示）對接時，請同時參考第2a圖及第2b圖， 其係按壓扣持元件22之按壓部224,使扣持元件22之扣持部222 以上下卡固部為支點作扇形位移，以扣入連接器母座内；之後， 放開按壓部224，藉由位於容置空間（如第ib圖中所示之容置空 間209)内之彈臂228所形成之彈性恢復力，進而使扣持部222 與連接母座形成穩固的對接。 另外’請再次參閱第lb圖，上述支臂20之播板208與容置 空間209係呈反向設置，即其中一側支臂20的擋板208位於容 置空間209上方，而另一側支臂20的擋板208則位於容置空間 209下方，此種反向設置的設計使扣持元件22裝設於二支臂20 上時，可使用同一模具所構成之尺寸形狀相同之扣持元件22，且 二扣持元件22間可交替使用，進而可快速大量生產製造且減少 模具製作成本，以達到降低加工及組裝成本之功效。 綜合上述，本創作排線連接器底座利用呈十字狀結合之上下 卡固部相互卡固’可有效防止扣持元件與支臂分離，且得以上下 卡固部為軸心使扣持元件做扇形位移，此具有組裝容易、製作簡 易、價袼便宜之優點；同時擋板與容置空間的反向設置更進一步 7 M330615 減少扣持元件的模具製作成本， 畺生產製造及成本降低之優點。 使整個排線連接器具有可快速大 目的述之實施例僅係為說明本創作之技術思想及特點，发 施，此項技狀人士能_解本創作之㈣並據以實 之精神所作之妁笙_外十後故 卩大凡依本創作所揭示 内。t之均#⑽修飾’仍應涵蓋在本創作之專利範圍 【圖式簡單說明】 第la圖所示為根據本創作一實施例排線連接器之立體分解示意圖。 第lb圖所示為根據本創作一實施例排線連接器之上下殼體及支臂結構 示意圖。 第lc圖所示為根據本創作一實施例排線連接器之上殼體右視示意圖。 第2 a圖所示為根據本創作一實施例排線連接器組裝完成之正視圖。 第2b圖所示為根據本創作一實施例排線連接器之扣持元件按壓示 圖。 【主要元件符號說明】 12 排線 14 上殼體 142 上卡固部 144 第一溝槽 146 上扣合部 147 凸部 M330615M330615 VIII. New Description: [New Technology Field] This creation is about an electrical connector', especially a cable connector. [Prior Art] With the rapid development of p-technical technology, the functions of various information products are increasingly diversified and the shape is miniaturized, so that electronic components need to be developed in a thin and light direction. Among them, a kind of cable connector is flexible due to its connection. Flexible Flat CaWe (ffc) has the advantages of arbitrarily flexible and high transmission capacity, and is widely used in electronic products with the connector mating. [New content] Therefore, the author proposes a structural improvement of the cable connector, which utilizes the upper and lower fixing portions integrally formed by the upper and lower casings to enable the holding member to be fan-shaped displacement, thereby achieving the advantage of reducing the size of the cable connector. One of the purposes of the present invention is to provide a cable connector having upper and lower casings above and below, which has the advantages of easy assembly, simple manufacture, and cost saving. In order to achieve the above object, a cable connector according to an embodiment of the present invention includes: a base having a first surface and a second surface disposed oppositely; and two arms disposed on opposite sides of the base, each of the two Forming a first card slot on the arm; two holding members, each of the holding members includes a pressing portion, a latching portion is disposed above the latching portion, and a first shaft hole is disposed on the latching portion; a first surface of the base; an upper casing, each of which has an upper fastening portion extending toward the base, and the upper fastening portion includes a first groove away from the one end of the upper housing, and the upper adjacent system a first slot of the over-arm and a first shaft hole of the fastening component; and a lower housing, wherein the two sides of the lower arm respectively comprise a lower fastening portion extending toward the base, and the lower fastening portion is away from the lower end of the lower housing, the M330615 The solid portion 162 is configured to pass through the first slot 202 of the arm 20 and the first shaft hole of the latching member 22, and the first groove 144 and the second groove 164 cooperate with each other to fix the upper portion 142 and the lower portion. The locking portion 162 is configured to position the holding member 22 and the arm 20 to be positioned by pressing The pressing portion 224 of 22 has a sectoral displacement of the holding portion 222. As shown in FIG. 1 and FIG. 1B, when the latching portion 222 is embedded in the slot 206 of the arm 2, the first shaft hole 226 is overlapped with the first slot 202, and the upper slot 226 is used. The fastening portion 142 and the lower fastening portion 162 pass through the first slot 2 2 and the first shaft hole 226 to position the latching member 22 and the arm 20 in a position. As shown in Figure 2a, when the cable connector is to be connected to the connector socket (not shown), please refer to the 2a and 2b drawings, which are pressed and held. The pressing portion 224 of the component 22 causes the latching portion 222 of the latching member 22 to be scalloped as a fulcrum to be buckled into the connector socket; after that, the pressing portion 224 is released, by being placed The elastic restoring force of the elastic arm 228 in the space (such as the accommodating space 209 shown in FIG. ib) forms a stable abutment between the fastening portion 222 and the connecting base. In addition, please refer to FIG. 1b again, the playing board 208 of the arm 20 and the accommodating space 209 are arranged in opposite directions, that is, the baffle 208 of one side arm 20 is located above the accommodating space 209, and the other side. The baffle 208 of the arm 20 is located under the accommodating space 209. The reverse arrangement is such that when the bucking member 22 is mounted on the two arms 20, the same mold can be used to hold the same shape and shape. The component 22 and the two fastening components 22 can be used interchangeably, thereby enabling rapid mass production and reducing mold manufacturing costs, thereby reducing the processing and assembly costs. In summary, the base of the presently spliced cable connector is fixed by a cross-shaped combination of the upper and lower fastening portions to effectively prevent the fastening member from being separated from the support arm, and the upper and lower fastening portions are pivoted to shape the fastening member. Displacement, which has the advantages of easy assembly, easy fabrication, and low price; at the same time, the reverse setting of the baffle and the accommodating space further 7 M330615 reduces the mold manufacturing cost of the holding component, and the advantages of manufacturing and cost reduction. The embodiment in which the entire cable connector has a quick and sizable purpose is merely for explaining the technical idea and characteristics of the present invention, and the person skilled in the art can solve the creation (4) and make it according to the spirit of the present invention.妁笙 _ _ outside the ten after the 卩 卩 大 大 according to the creation of the creation.至均均#(10)Modifications should still be covered by the patent scope of the present invention. [Simplified illustration of the drawings] Fig. la is a perspective exploded view of the cable connector according to an embodiment of the present invention. Figure lb is a schematic view showing the structure of the lower casing and the arm above the cable connector according to an embodiment of the present invention. Figure lc is a right side view of the upper housing of the cable connector according to an embodiment of the present invention. Fig. 2a is a front elevational view showing the assembly of the cable connector according to an embodiment of the present invention. Fig. 2b is a view showing the pressing member pressing force of the cable connector according to the embodiment of the present invention. [Main component symbol description] 12 cable 14 upper casing 142 upper fastening portion 144 first groove 146 upper fastening portion 147 convex portion M330615
148 下扣合部 149 凸部 16 下殼體 162 下卡固部 164 第二溝槽 166 上扣合部 168 下扣合部 169 開口 18 底座 182 第一表面 184 第二表面 20 支臂 202 第一卡槽 204、204， 第二卡槽 206 嵌槽 208 擋板 209 容置空間 22 扣持元件 222 扣持部 224 按壓部 226 第一軸孔 228 彈臂148 lower fastening portion 149 convex portion 16 lower housing 162 lower fastening portion 164 second groove 166 upper fastening portion 168 lower fastening portion 169 opening 18 base 182 first surface 184 second surface 20 arm 202 first Card slot 204, 204, second card slot 206 slot 208 baffle 209 accommodating space 22 latching member 222 latching portion 224 pressing portion 226 first shaft hole 228