M436248 五、新型說明： 【新型所屬之技術領域】 本創作有關一種連接器構造，尤指一種用以連接電池 之探針式電池連接器。 【先前技術】 電池連接器常見於目·前的行動裳置上，如行動電話， 經由電池連接器與電池的電性導通，以提供行動裝置必要 的電源。 常見的電池連接器多數是利用一種活動式探針來與電 池進行壓接導通，包括我國公開第201117483號專利申請 案所揭露的一種電池連接器就是此種類型。如第1圖所 示，為該項先前技術的結構剖面示意參考圖，其提供的解 決方案是在鑄膜成型後的絕緣性殼體6内具有用以安裝探 針60及螺旋彈簧61用的缸孔62，並於該缸孔62内的螺 旋彈簧61朝著突出方向彈推的狀態將探針60組裝，而其 -籲後端部的突緣部63抵接在殼體6前面的缸孔62開口部内 - 側防止脫落，最後在殼體上6具有和突出於缸孔62内，且 經常性壓接在上述探針60的接觸彈簧片64與連接端子部 65形成一體地接觸固定。 此種電池連接器的結構可解決以往加工成本較高的問 題，在結構上也較容易獲得低背化，且因為探針60與後段 的連接端子部65經常性的接觸，使不易產生瞬時中斷電力 導通等缺失。惟，該項先前技術的缺陷包括： 一、該螺旋彈簧61與連接端子部65亦相互接觸形成 M436248 ¥通迴路，由於螺旋彈菁具一定的阻抗 且造成電池供電的負擔而消耗電力易，成溫升效應， 或設備造成不良影變。 、、、將對所連接的裝置 二、這種内部維持常態導通的連接哭# 裳置或設備連結後隨即與該裝置或設備’與對應的 保護作用.；假設提供的電池規格盘、=連通而沒有 符、卻仍然被強迫載入電池的安裂處所需不 =過向，㈣錢造級裝置錢—部機組或電路= 才貝害，是該種電池連接器設計未溱完善之處。 、 【新型内容】 針對上述之缺失，本創作之主要目的在於提供一種電 池連接器，將探針與導電月設計成為常開式狀態，使該探 針受電池壓迫後才與導電片導通，以提升其連接之置 設備的安全性。 一 為達成上述之目的’本創作主要提供一種電池連接 裔，包括有一殼體，於該殼體内具有複數穿槽，該些穿槽 係貫穿該殼體之兩端面，於各該穿槽内分別設有一彈性元 件，並於該穿槽内裝設有一探針組件；其中，該探針組件 具有一片體，該片體一端係具有一探針，該探針呈U形， 其探針之尾端具有一抵掣端’係用以抵掣該彈性元件。再 於該穿槽内設有一導電片，該導電片係設於穿槽内、且與 該探針組件之片體的空間位置相重疊，並保持一適當間^ 而不接觸’導電片之兩侧分別延伸至少一凸刺，又於該導 電片上具有一向下彎折之導電端，該導電端係用以與該片 體相貼抵以完成導通狀態，導電片之尾端則向外延伸出一 M436248 連接端子，係用以與外部裝置或設備端之電路連接導通； 最後，該殼體之後端面係與一隔板對應連接，該隔板上係 具有複數溝槽，致使該導電片之連接端子外露於殼體外。 為讓本創作之上述和其他目的、特徵和優點能更明顯 易懂，下文特舉較佳實施例，並配合所附圖式詳細說明如 後。 【實施方式】 ® 首請參閱第2及第3圖，分別為本創作之結構分解上 視及下視參考圖。如圖所示，本創作之電池連接器包括一 殼體1 ’該殼體1係由絕緣材質所構成’如絕緣性合成樹 脂。殼體1之兩侧邊分別設有至少一焊片11 (如第3圖所 示），該些焊片11係用以焊接固定該殼體1於外接的裝置 上。於殼體1上還包括有複數穿槽12，該些穿槽12係貫 穿殼體1之兩端面，於各該穿槽12内分別設有一彈性元件 2，於本實施例中該些彈性元件2係為螺旋彈簧。另於該穿 _槽12内裝設有一由導電材質所構成之探針組件3，其中該 探針組件3具有一片體31，係容設於各穿槽12内且位於 該彈性元件2之上方，於該片體31上具有一開槽311，該 片體31 —端連接有一探針32，其露出於該殼體1之前端 面外，該探針32概呈U形，係用以抵觸一外部電池之導 電接點，另，探針32之尾端具有一抵掣端321，該抵掣端 321略對應於該開槽311位置，係用以抵掣所述之彈性元 件2的一端。 穿槽12内容設有一導電片4，該導電片4係設於穿槽 M436248 12内、且位於該探針組件3之片體31的上方，並保持有 一適當的間隔，該導電片4之兩側分別延伸至少一凸刺 41，用以固定該導電片4於穿槽12内部的相對位置；又於 該導電片4上具有一向下彎折之導電端42，該導電端42 係用以與該片體31在接觸時相貼抵才完成導通狀態。導電 片4之尾端則向外延伸出一連接端子43，係用以與外部裝 置或設備電性連接以與其内部的電路導通。最後，該殼體 1之後端面係與一隔板5對應連接，其為一種絕緣物質， 抵掣彈性元件2的它端，隔板5上係具有複數溝槽51，致 使該導電片4之連接端子43自此露於殼體1之外；其組合 完成即如第4及第5圖所示。 續請參閱第6圖及第7圖，係為本創作之操作示意之 連續圖式。如第6圖所示，本創作之電池連接器係焊接於 一外部裝置或設備端之電路板上，該電池連接器之探針32 尚未與電池1〇〇接觸時，該探針組件3之片體31係與導電 片4保持一段距離而未接觸的狀態；當電池100載入於外 部裝置或設備端後，其接點接觸並壓掣該探針32同時帶動 抵掣端321壓縮該彈性元件2，致使探針組件3往穿槽12 内部移動，同時該探針組件3之片體31恰移動到導電片4 之導電端42位置，致使該導電端42與片體31相連接以形 成電性導通，如第7圖所示，電池100經由該片體31與導 電片4所形成之通路，即可將其電力傳送至該連接端子43 所連接之外部電路上；反之，該電池100若被移除，彈性 元件2利用其回復形狀的彈力將探針組件3推回原位，使 該片體31與導電片4之導電端42脫離並形成開路狀態， 該電池連接器之探針32便不會因誤觸外物而直接與裝置 或設備端的電路導通。. 以上所述之實施方式 例，自當不能用此限定本創作之容'於 t較佳實施實 作申請專利範圍及說明書内容只作^」j^凡若依本創 飾，應仍為本創作下述之專利範圍所含蓋：寻效變化或修 【圖式簡單說明】 主 先前技術中、台灣公開第2。1117483號專利之 第2圖為本創作之結構分解上視參考圖。 第3圖為本創作之結構分解下視參考圖。 第4圖為本創作之組合完成圖（―）。 第5圖為本創作之組合完成圖（二）。 第6圖為本創作之操作示意圖（_)。 第7圖為本創作之操作示意圖（二）。 【主要元件符號說明】 穿槽12 開槽311 抵掣端321 殼體1 焊片11 彈性元件2 探針組件3 片體31 探針32 M436248 導電端42 導電片4 凸刺41 連接端子43 隔板5 溝槽51 電池100 8M436248 V. New description: [New technical field] This creation relates to a connector structure, especially a probe type battery connector for connecting a battery. [Prior Art] Battery connectors are commonly used in mobile devices such as mobile phones, which are electrically connected to the battery via a battery connector to provide the necessary power for the mobile device. Most of the common battery connectors utilize a movable probe for crimping and conducting with the battery, and a battery connector disclosed in the Japanese Patent Application No. 201117483 is of this type. As shown in FIG. 1 , a schematic sectional view of the structure of the prior art, which provides a solution for mounting the probe 60 and the coil spring 61 in the insulating casing 6 after the cast film molding. The cylinder bore 62 is assembled in a state in which the coil spring 61 in the cylinder bore 62 is pushed toward the protruding direction, and the flange portion 63 of the rear end portion abuts against the cylinder in front of the housing 6. The inner side of the opening of the hole 62 is prevented from falling off, and finally, the housing 6 has and protrudes into the cylinder hole 62, and the contact spring piece 64 which is frequently crimped to the probe 60 is integrally contacted and fixed with the connection terminal portion 65. The structure of the battery connector can solve the problem of high processing cost in the past, and it is also easy to obtain low-profile in structure, and since the probe 60 is in constant contact with the connection terminal portion 65 of the rear stage, it is difficult to instantaneously interrupt. Power conduction and other missing. However, the defects of the prior art include: 1. The coil spring 61 and the connecting terminal portion 65 are also in contact with each other to form a M436248. The loop circuit has a certain impedance and causes a burden on the battery to supply power. The temperature rise effect, or the device causes a bad change. , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , However, there is no sign, but it is still forced to load the battery's cracks. It is not necessary to go over the corner. (4) Money builds the device - the unit or the circuit = the shell, which is the perfection of the battery connector design. . [New content] In view of the above-mentioned shortcomings, the main purpose of the present invention is to provide a battery connector, which is designed to be a normally open state, and the probe is electrically connected to the conductive sheet after being pressed by the battery. Improve the security of the connected devices. In order to achieve the above objectives, the present invention mainly provides a battery connection, comprising a casing having a plurality of slots in the casing, the through slots extending through the end faces of the casing, in each of the slots An elastic component is respectively disposed, and a probe component is disposed in the through slot; wherein the probe component has a body, the probe has a probe at one end, and the probe has a U shape, and the probe is The end has an abutting end for resisting the resilient element. Further, a conductive sheet is disposed in the through slot, and the conductive sheet is disposed in the through slot and overlaps with the spatial position of the sheet of the probe assembly, and maintains a proper space without contacting the two conductive sheets. The side extends at least one spur, and has a downwardly bent conductive end on the conductive sheet, the conductive end is used to abut the sheet to complete the conduction state, and the tail end of the conductive sheet extends outward. An M436248 connecting terminal is connected to the circuit of the external device or the device end; finally, the rear end face of the housing is correspondingly connected with a partition having a plurality of grooves on the partition, so that the conductive sheet is connected The terminal is exposed outside the housing. The above and other objects, features, and advantages of the present invention will become more apparent from the description of the appended claims. [Embodiment] ® Please refer to Figures 2 and 3 for the first, and the following is a breakdown of the structure and the lower reference. As shown, the battery connector of the present invention includes a housing 1 ' which is made of an insulating material such as an insulating synthetic resin. The two sides of the casing 1 are respectively provided with at least one soldering piece 11 (shown in Fig. 3) for soldering and fixing the casing 1 to the external device. The housing 1 further includes a plurality of through slots 12 extending through the end faces of the housing 1. Each of the slots 12 is provided with an elastic member 2, which is in the embodiment. 2 is a coil spring. A probe assembly 3 made of a conductive material is disposed in the through-hole 12, wherein the probe assembly 3 has a body 31 that is received in each of the slots 12 and above the elastic member 2 The lens body 31 has a slot 311 at the end of the body 31. The probe body 32 is connected to the front end surface of the housing 1. The probe 32 is U-shaped and is used to resist one. The end of the probe 32 has an abutting end 321 corresponding to the position of the slot 311 for abutting against one end of the elastic member 2. The through-hole 12 is provided with a conductive sheet 4 which is disposed in the slot M436248 12 and located above the sheet 31 of the probe assembly 3 and maintained at an appropriate interval. The side extends at least one spur 41 to fix the relative position of the conductive sheet 4 inside the slot 12; and the conductive strip 4 has a downwardly bent conductive end 42. The conductive end 42 is used for The sheet body 31 is brought into contact with each other to complete the conduction state. The tail end of the conductive sheet 4 extends outwardly from a connecting terminal 43 for electrically connecting with an external device or device to be electrically connected to a circuit therewith. Finally, the rear end surface of the casing 1 is connected to a partition plate 5, which is an insulating material, which is opposite to the end of the elastic member 2, and the partition plate 5 has a plurality of grooves 51, so that the conductive sheet 4 is connected. The terminal 43 is exposed from the outside of the casing 1 from now on; the combination is completed as shown in Figs. 4 and 5. Continued See Figure 6 and Figure 7 for a continuous diagram of the operation of this creation. As shown in FIG. 6, the battery connector of the present invention is soldered to a circuit board of an external device or device, and the probe assembly 3 of the battery connector is not yet in contact with the battery 1 The sheet body 31 is in a state of being kept away from the conductive sheet 4 without being in contact; when the battery 100 is loaded on the external device or the device end, the contact contacts and presses the probe 32 while driving the abutting end 321 to compress the elasticity. The element 2 causes the probe assembly 3 to move inside the slot 12 while the sheet 31 of the probe assembly 3 just moves to the position of the conductive end 42 of the conductive strip 4, causing the conductive end 42 to be connected to the sheet 31 to form Electrically conductive, as shown in FIG. 7, the battery 100 can transmit its power to the external circuit to which the connection terminal 43 is connected via the path formed by the sheet 31 and the conductive sheet 4; otherwise, the battery 100 If removed, the elastic member 2 pushes the probe assembly 3 back to its original position by the elastic force of the restored shape, and the sheet 31 is separated from the conductive end 42 of the conductive sheet 4 to form an open state. The probe of the battery connector 32 will not directly contact the device or set up due to accidental contact with foreign objects. Terminal of the circuit is turned on. The above-mentioned implementation examples, since this can not be used to limit the scope of this creation, the application scope and the content of the manual are only for the implementation of the "^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The scope of the following patents is created: change of effect or repair [simplified description of the drawings] The main prior art, Taiwan Public No. 2. The second figure of the 1117483 patent is the structural decomposition of the above-mentioned creation. Figure 3 is a cross-sectional view of the structure of the creation. Figure 4 is a combination of the creation of the creation (-). Figure 5 is a combination of the creation of the creation (2). Figure 6 is a schematic diagram of the operation of the creation (_). Figure 7 is a schematic diagram of the operation of the creation (2). [Description of main components] Groove 12 Slot 311 Relief end 321 Case 1 Solder piece 11 Elastic element 2 Probe assembly 3 Sheet 31 Probe 32 M436248 Conductive end 42 Conductive sheet 4 Spur 41 Connection terminal 43 Partition 5 Groove 51 Battery 100 8