200849740 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種連接器結構，尤指—種 及本體構成’不需设置权性訊號線’不僅結構件單 ' 容易、成本低，同時接觸腳高度精度控制容易，且t製作 與電子裝置快速連接與分離之雙頭連接器。 Ο 【先前技術】 請參閱圖一所示，習知用以傳輸電話、網踗每^ %寻電訊號 之傳輸線組90，其係包括一具有一定長度之敕料〜上a r生吼號線 91，於該訊號線91兩端分別設有一連接器92，該連接器 92係由一殼體921及複數導電晶片922構成，該傳輸線組 9 0之組裝方式係先將訊號線91之&線911插入該殼體 921，再將導電晶片922嵌入該殼體921，藉由該導電晶片 922與該殼體921成緊配合，且由該導電晶片922頂緣頂 Cj 抵於该導線911，藉此使該訊號線91兩端之連接器g2構 成電性連接狀態。 惟該類傳輸線組90所存在之缺失在於該複數導電晶 片922之組裝深度難以精確掌控，常造成高低不一之情 形’因此造成與導線911接觸不良’或與所插接之裝置接 觸腳接觸不良等狀況；再者，該類該類傳輸線纽90必須藉 助治具方能進行組裝，組裝困難；其次’由於訊號線91具 有柔軟性，其優點雖在於可撓性調整以適應不同方向之插 接座，然而卻不適用於必須機動插接及分離之電子裝置檢 5 200849740 測製程，換言之，當其中一端連接器92固定連接於裝置 時，另一端連接器92係呈自然下垂狀態，欲插接電子裝置 時，操作者必須將下垂之連接器92拾起，方能插接於電子 裝置，耗費時間且操作不便，且該訊號線91容易受到拉扯 產生鬆脫而與導電晶片922接觸不良。 【發明内容】 有鑑於習知技術之缺失，本發明之目的在於提出一種 連接器結構，利於與電子裝置快速連接與分離。 為達到上述目的，本發明提出一種連接器結構，其包 含： 一本體，其具有複數之插槽； 複數接觸腳，係設置於該本體，且該接觸腳之兩端係 分別插置於該本體對應之插槽内。 其中該本體係延伸一定長度，於該本體兩端對稱各設 有複數插槽。 其中該本體兩端係具有相同數量之插槽，且該插槽具 有相互平行之插入方向。 其中該插槽之插入方向係垂直於該本體之長度延伸方 向。 其中該複數接觸腳係與該本體一體成型。 其中該複數接觸腳係以鉚合方式結合於該本體。 其中該複數接觸腳係設置於一定位件，由該複數接觸 腳與該定位件構成一接觸腳組件，該接觸腳之兩端係突出 200849740 於該定位件外，該定位件可與該本體相連結。 其中該複數接觸腳係與該定位件一體成型。 其中該本體之約中央部位具有一凹槽，該凹槽係可容 置該定位件。 其中該凹槽與該定位件之間設有卡勾與卡槽，藉由卡 勾勾設於卡槽，使該定位件定位於該凹槽内。 其中該接觸腳包括： ^ 一中央段，係延伸一定長度； Ο 兩插置段，係分別設置於該中央段兩端且相互平行， 係用以插設於該本體之插槽。 其中該複數接觸腳係與該定位件一體成型。 其中該本體設有一彈性片，該彈性片具有一朝向該本 體及與該本體分離之彈性按壓方向。 其中該彈性片係與該本體一體成型。 其中該本體及定位件係工程塑膠（ABS)、聚氣乙烯 〇 (PVC)、聚碳酸酯（PC)或聚丙烯（PP)等塑膠材料其中之 一或其組合。 其中該接觸腳係具有導電性之金屬材質。 為使貴審查委員對於本發明之結構目的和功效有更 進一步之了解與認同，茲配合圖示詳細說明如后。 【實施方式】 以下將參照隨附之圖式來描述本發明為達成目的所使 用的技術手段與功效，而以下圖式所列舉之實施例僅為輔 200849740 以利t審查委員瞭解’但本案之技術手 於所列舉圖式。 个丨艮 ίο，圖：及圖三所示，本發明所提供之連接器結構 一本體11及一接觸腳組件12構成。 W ΐ本體11係由具有一定剛性之塑膠材料構成，例如工 Γρρίί lS)'(PC) :、塑膠材料其中之—或其組合，該本體u係沿延伸方 0 =伸長度L ’該本體11其卜端—體成型設 於二L 該彈性片114係設置於該本體11之相對 =又置__組件12之側面上，係與該本體11 -體成 古’物性片114具有—彈性方向B，該彈性方向B係垂 有m11之延伸方向a ;於該本體11兩端對稱各設 =目相同之複數插槽⑴（如圖三所示），該複數插槽⑴ 2相互平行’且該複數插槽lu具有垂直於 度延伸方向A之插入方向C。 之長 Ο 、—該接觸腳組件12係由一定位件122以及呈，，门” =接觸腳121構成’該定位件122係由具有一定剛性之 j膠材料構成’例如工程塑膠(ABS)、聚氯乙烯（pvc)、聚 兔酸酉旨（PC)或聚丙烯（pp)等塑谬材料其中之一或其組合Λ; =接觸腳121係為導電性之金屬材質，其係對應二亥 =11之數量與該定位件122 一體成型，該複數接觸腳 —糸由—中央段1211與垂直於該t央段1211且相互平 仃=置段1212構成呈’，π”型，該_央段1211係穿設 ^亥疋位件122，該兩插置段1212係分別設置於該中央段 1兩端且相互平行，該兩插置段1212突出於該定位件 8 200849740 122外，係用以插設於該本體u 體U之约中央部位具有一凹槽於前述該本 該定位件122,於該凹槽112*位9 112係可谷f 勾⑴與卡槽123,藉由卡勾^亥勾疋之間設有卡 定位件m定位於該凹槽112内，槽⑶，可使該 置段⑵2可插置於該插槽lu内;如：接㈣⑵之兩插 組件12與該本體11連结為_、纟 P可使該接觸腳200849740 IX. Description of the invention: [Technical field of the invention] The present invention relates to a connector structure, in particular, a type and a body structure 'do not need to set a weight signal line', which is not only easy to construct, but also low in cost. The height accuracy of the contact foot is easy to control, and the double-head connector that is quickly connected and separated from the electronic device is fabricated. Ο 【Prior Art】 Please refer to the transmission line group 90 used to transmit the telephone and the network every % 寻 , , , , , , 〜 〜 〜 〜 〜 〜 〜 91 91 91 91 91 91 91 91 91 A connector 92 is disposed at each end of the signal line 91. The connector 92 is composed of a housing 921 and a plurality of conductive wafers 922. The transmission line assembly 90 is assembled by first connecting the signal line 91 and the line. The 911 is inserted into the housing 921, and the conductive wafer 922 is embedded in the housing 921. The conductive wafer 922 is tightly coupled to the housing 921, and the top edge Cj of the conductive wafer 922 is pressed against the wire 911. This causes the connector g2 at both ends of the signal line 91 to be electrically connected. However, the lack of such a transmission line group 90 is that the assembly depth of the plurality of conductive wafers 922 is difficult to accurately control, often causing high and low conditions, thus causing poor contact with the wires 911 or poor contact with the inserted device contacts. In addition, such transmission line 90 must be assembled by means of a jig, and assembly is difficult; secondly, because the signal line 91 has flexibility, the advantage is that the flexibility is adjusted to accommodate different directions of insertion. The seat, however, is not suitable for the electronic device that must be manually inserted and disconnected. In the case of one of the connectors 92, when the one end connector 92 is fixedly connected to the device, the other end connector 92 is naturally drooping. In the case of an electronic device, the operator must pick up the drooping connector 92 to be plugged into the electronic device, which is time consuming and inconvenient to operate, and the signal line 91 is easily pulled loose to cause poor contact with the conductive wafer 922. SUMMARY OF THE INVENTION In view of the deficiencies of the prior art, it is an object of the present invention to provide a connector structure that facilitates rapid connection and separation with electronic devices. In order to achieve the above object, the present invention provides a connector structure, comprising: a body having a plurality of slots; a plurality of contact legs disposed on the body, and the two ends of the contact pins are respectively inserted into the body Corresponding to the slot. The system extends a certain length, and a plurality of slots are symmetrically disposed at two ends of the body. The two ends of the body have the same number of slots, and the slots have parallel insertion directions. The insertion direction of the slot is perpendicular to the length of the body. Wherein the plurality of contact foot systems are integrally formed with the body. Wherein the plurality of contact feet are coupled to the body in a riveted manner. Wherein the plurality of contact legs are disposed on a positioning member, and the plurality of contact legs and the positioning member form a contact leg assembly, and the two ends of the contact leg protrude from the positioning member of the 200849740, and the positioning member can be opposite to the body link. Wherein the plurality of contact foot systems are integrally formed with the positioning member. The central portion of the body has a recess for receiving the positioning member. A hook and a slot are disposed between the recess and the positioning component, and the hook is hooked on the slot to position the positioning component in the recess. The contact leg comprises: a central segment extending a certain length; Ο two interposed segments respectively disposed at two ends of the central segment and parallel to each other for inserting into the slot of the body. Wherein the plurality of contact foot systems are integrally formed with the positioning member. The body is provided with an elastic piece having an elastic pressing direction facing the body and separated from the body. Wherein the elastic sheet is integrally formed with the body. The body and the positioning component are one or a combination of plastic materials such as engineering plastics (ABS), polystyrene (PVC), polycarbonate (PC) or polypropylene (PP). The contact foot is made of a conductive metal material. In order to enable the reviewing committee to have a better understanding and approval of the structural purpose and efficacy of the present invention, the detailed description is as follows. [Embodiment] Hereinafter, the technical means and effects of the present invention for achieving the object will be described with reference to the accompanying drawings, and the embodiments listed in the following drawings are only for the supplement of 200849740. The technical hand is listed in the diagram. As shown in FIG. 3 and FIG. 3, the connector structure provided by the present invention comprises a body 11 and a contact leg assembly 12. The W ΐ body 11 is made of a plastic material having a certain rigidity, such as a workpiece Γρρίί lS) '(PC):, a plastic material thereof, or a combination thereof, the body u is extended along the side 0 = elongation L 'the body 11 The elastic piece 114 is disposed on the side of the opposite body of the body 11 and is disposed on the side of the body 11 and has an elastic direction. B, the elastic direction B is perpendicular to the extending direction a of the m11; the plurality of slots (1) having the same purpose are arranged symmetrically at opposite ends of the body 11 (as shown in FIG. 3), and the plurality of slots (1) 2 are parallel to each other' The plurality of slots lu have an insertion direction C perpendicular to the direction of extension A. The contact leg assembly 12 is composed of a positioning member 122 and a door, a "contact" 121. The positioning member 122 is made of a material having a certain rigidity, such as engineering plastics (ABS). One of or a combination of plastic materials such as polyvinyl chloride (PVC), poly(rhobate) (PC) or polypropylene (pp); = contact foot 121 is a conductive metal material, which corresponds to Erhai The number of =11 is integrally formed with the positioning member 122, and the plurality of contact legs - the central portion 1211 is perpendicular to the central portion 1211 and is mutually flat = the segment 1212 is formed in a ', π" type. The segment 1211 is provided with a plurality of clamping members 122. The two insertion segments 1212 are respectively disposed at two ends of the central segment 1 and are parallel to each other. The two insertion segments 1212 protrude from the positioning member 8 200849740 122, and are used. The locating member 122 is inserted into the central portion of the body U, and has a groove in the positioning member 122. The groove 112*9112 is a valley hook (1) and a card slot 123. Between the hooks and the hooks, a card positioning member m is positioned in the groove 112, and the slot (3) can be inserted into the slot lu; for example, (4) The two plugs of (2) are connected to the body 11 as _, 纟 P to make the contact foot
υ 。逆口為連接器結構10,如圖四所示。 請麥閱圖五所示，將該連接哭钍 α四所丁 之-端插設於固定之電子裝置^之有彈性片出 不且右强枓Η 、 禪态、，，口構10另—端（亦即 训H 之一則用以插設於機動之電子裝置 哭〇=妾孔31内’該插接孔31内具有導電腳32，該連接 :: 之接觸腳121之兩端可分別與 4觸卡;二子， 裝置2G之插接孔21，可使該連接器結構 …疋位於5玄-4子裝置20 Θ，除非壓制該彈性c 热法使該連接器結構10脫離該電子裝置20之插接孔21、’ 而該連接器結構1G連接該機動之電子裝置3G之— 不具有該彈性片114，因此操作者可機動地將該電子裝置 0插接忒連接益結構丨〇，且能快速地 該連接器結構10分離。 衣置30與 inn二茶閱圖六所示本發明另—實施例，該連接器結構 ^之寸點在於係由一本體11〇及複數接觸腳12〇構成， =本體UG與該接_ 12G之材質及其職達成之功效血 回二所不實施例相同，在此不再予以贅述，與圖二實施例 200849740 相互對照，該連接器結構100之結構更為精簡，於圖上每 施例中，該本體110|受有複數平行插槽1110，該接觸腳2 則利用鉚合方式結合於該插槽丨丨丨〇内，另如相關技術 人士所熟知，該接觸腳12〇可於該本體u〇射出成型栌 -併成型於該本體now另必須說明的是，圖二及^ 10、110係直線延伸而具有-定長度，然亦； 依4所茜將該本體10、110設置為其他形狀，如” l，，二 Ο Ο 等等，至於所搭配之定位件122或接觸腳121、120之料 則依所搭配之本體外型此外，該 = 圖五)之設置位置亦無限定，可依實 1 (=: 而定。綜上所述，本發明提供之連接隸構ϋ形狀 r ^ rr成’不需設置軟性訊^不僅^·_ 製作容易、成本低，同時 +僅、、、口構件早、 利於與電子裝置快速連接二〜精度控制容易，且有 發明之最佳實施例而f妾=;惟以上所述者，僅為本 範圍。即大凡依本發明巾:_之限定本發明所實施之 飾，皆應仍屬於本發㈣=專利範圍所作之均等變化與修 委員明鑑，並祈惠准，^所^之範圍内’謹請貴審查 【圓式簡單說明】 圖-係習知連接線組之結 圖二係本發明—實/、思圖。 圖三係本發_二=分解結構立體圖。 圖四係本發明圖二：:列之分解結構剖視圖。 紅合結構立體圖。 10 200849740 圖六係本發明另一實施例之組合結構立體圖。 【主要元件符號說明】 本發明： 10、 100-連接器結構 11、 110-本體 111、1110-插槽 f 112 -凹槽 113- 卡勾 114- 彈性片 12-接觸腳組件 121、120-接觸腳 1211- 中央段 1212- 插置段 122- 定位件 123- 卡槽 20、 30-電子裝置 21、 31-插接孔 22、 32-導電腳 Α-本體延伸方向 Β-彈性片彈性方向 C-插槽插入方向 本體延伸長度 200849740 先前技術： 90-傳輸線組 91 -訊號線 911-導線 92-連接器 921- 殼體 922- 導電晶片 L: 12Oh. The reverse port is the connector structure 10, as shown in FIG. Please see the picture shown in Figure 5, the connection of the chopping 钍α四丁丁-end is inserted in the fixed electronic device ^The elastic piece is not right and the right is strong, the zen state, the mouth structure 10 another - The end (that is, one of the training H is inserted into the electronic device of the motor, crying = inside the hole 31). The insertion hole 31 has a conductive leg 32. The connection: the two ends of the contact pin 121 can be respectively 4 contact card; two sub-devices 2G insertion holes 21, the connector structure can be placed in the 5 my-4 sub-device 20 Θ unless the elastic c thermal method is pressed to disengage the connector structure 10 from the electronic device 20 The connector hole 21, 'and the connector structure 1G is connected to the motorized electronic device 3G' - does not have the elastic piece 114, so the operator can mechanically insert the electronic device 0 into the connection structure, and The connector structure 10 can be quickly separated. The garment 30 and the inn two tea are shown in Fig. 6. According to another embodiment of the invention, the connector structure is composed of a body 11 〇 and a plurality of contact pins 12 〇 Composition, = the body UG and the material of the connection _ 12G and the effect of the job reached the same as the bloodless two, not here To be described in detail, in contrast to the embodiment of FIG. 2, 200849740, the structure of the connector structure 100 is more compact. In each of the embodiments, the body 110| receives a plurality of parallel slots 1110, and the contact pins 2 utilize riveting. The combination is integrated into the slot, and as is well known to those skilled in the relevant art, the contact pin 12 can be formed on the body u and molded on the body. The other must be illustrated, Figure 2 And the 10, 110 series extend in a straight line and have a fixed length, and the body 10, 110 is set to other shapes, such as "l,, Ο, 等等, etc., as the locating member 122 is matched. Or the materials of the contact pins 121 and 120 are in accordance with the external body type to be matched. In addition, the setting position of the figure=Fig. 5) is not limited, and can be determined according to the actual 1 (=:. In summary, the connection provided by the present invention is provided.隶 ϋ shape r ^ rr into 'do not need to set soft information ^ not only ^ · _ easy to make, low cost, at the same time + only,,, port components early, easy to connect with electronic devices quickly ~ precision control is easy, and there are inventions The best embodiment and f妾=; but the above is only for this model That is, the decoration of the invention according to the invention: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Please review [round simple description] Figure - The connection diagram of the conventional connection line group is the invention - real / thinking. Figure 3 is the perspective of the present invention _ two = decomposition structure. Figure 4 is the second diagram of the present invention Sectional view of the exploded structure of the column. Fig. 6 is a perspective view of a combined structure of another embodiment of the present invention. [Description of main components] The present invention: 10, 100-connector structure 11, 110-body 111, 1110-slot f 112 - groove 113 - hook 114 - elastic piece 12 - contact leg assembly 121, 120 - contact leg 1211 - central section 1212 - insertion section 122 - positioning piece 123 - card slot 20, 30 - Electronic device 21, 31 - Connector hole 22, 32 - Conductive pedal - Body extension direction - Elastic sheet elastic direction C - Slot insertion direction Body extension length 200849740 Prior art: 90 - Transmission line group 91 - Signal line 911 - Wire 92 - Connector 921 - Housing 922 - Conductive Wafer L: 12