五、新型說明： 【新型所屬之技術領域】 本創作涉及一種排插，尤其涉及一種開關排插。 【先前技術】 現有插座插上電器插頭後若電器不再使用，皆需將 插頭拔離插座或將插座上開關關閉才能達到省電功效。 雖拔出插頭可達省電功效，但是卻不甚方便且插座易積 累灰塵，而有導電不良等其他安全隱憂。 為解決上述問題，一種開關式排插包括複數插座以 及複數分別對應一插座的啟閉開關，透過按壓一啟閉開 關以控制插座上電器插頭的通電與斷電電路，方便達到 省電的功效。 惟，上述習知的開關式排插因每個插座皆須設置一 個開關，因而成本較高。 【新型内容】 本創作之目的是針對上述習知技術存在的不足提供 一種可方便關閉電源的開關排插。 為達成上述目的，本創作提供一種開關排插，包括： 一殼體、複數插座、複數定位件及複數導電架。該殼體 於其上表面凹設形成有複數與其内部連通的容槽；複數 插座可前後滑動地裝設於該殼體之容槽内，每一插座具 有複數導電端子，該等導電端子分別裝設有一導電塊； 複數定位件係分別地插置於該殼體上，每一定位件的上 端可彈性向上地容置於殼體之容槽内；複數導電架，卡 置於殼體内，所述導電塊可選擇性地與該等導電架接觸 或分開。 綜上所述，本創作開關排插可將上述插座滑動地設 於該殼體之容槽内，當向後地滑動一插座時，上述導電 塊與導電架形成通路；當向前地滑動該插座時，上述導 電塊與導電架形成斷路，從而達到無需外加開關即可方 便關閉電源的要求。 【實施方式】 為了詳細說明本創作之技術内容、構造特徽、所達 成目的及功效，以下茲舉例並配合圖式詳予說明。 請參閱第一圖和第二圖，為本創作一較佳實施例之 相關圖式，本創作開關排插1包括一殼體10、複數插座 20、複數定位件30、一固定板40及複數導電架50。其 中，該殼體10包括相互蓋合在一起的一上殼體11及一 下殼體12。 請參閱第二圖和第三圖，該上殼體11以塑膠材料製 成，從該上殼體11的頂板上向下設有複數延伸至該上殼 體11前側板的容槽111，每一容槽111的後部貫穿至該 上殼體11内部，每一容槽111前部的底壁開設有一定位 孔112,且該容槽111的底壁内側於該定位孔112周緣向 下延伸形成一環柱狀的定位筒113，該上殼體11的後側 板内部凸伸出複數延伸至該上殼體11頂板上的上卡板 114,每一上卡板114上開設有一上下延伸的上卡槽115。 該上殼體11蓋合於該下殼體12上，該下殼體12以 塑膠材料製成，該下殼體12具有一底板124,該底板124 上垂直向上延伸有複數滑板121，該下殼體12之後板内 部凸伸出複數延伸至該下殼體12的底板124上之下卡板 122，該等下卡板122與該上殼體11之上卡板114相互 對接，每一下卡板122上開設有一上下延伸的下卡槽 123。藉以當該下殼體12對應地蓋合於該上殼體11，該 等上卡板114與該等下卡板122相對應組成多數卡板， 該等上卡槽115與該等下卡槽123相對應組成多數卡槽。 請參閱第二圖、第四圖和第五圖，所述複數插座20 可前後滑動地裝設於該上殼體11之容槽111内，在本實 施例中顯示，有三個插座20裝設於三個容槽111内。每 一插座20具有一插座上蓋21、一插座本體22、一插座 下蓋23、複數導電端子24及複數導電塊25。 該插座本體22上部向左右兩側及後側可凸伸地形成 一卡接部228，該插座本體22頂壁中部開設有一容置槽 221，該插座本體22於該容置槽221中部向下開設有一 對貫穿該插座本體22的端子槽227,該插座本體22前壁 中部向上地凸伸有一按壓部222,該按壓部222的中部設 有一圓形凹部223。該插座本體22於該容置槽221兩側 及該插座本體22兩側壁的下部皆開設有卡持槽224，該 插座本體22底壁的前部向上開設有一第一定位槽225及 一第二定位槽226(如第四圖所示）。 該插座上蓋21中部開設有一組對應於該等端子槽 227之穿槽211，該插座上蓋21左右兩側皆凸伸形成有 一卡塊212，該插座上蓋21卡置於該容置槽221内，該 等卡塊212與該等卡持槽224相卡合，從而將該插座上 蓋21固定於該插座本體22頂部的容置槽221内。 該插座下蓋23可前後滑動地設置於該下殼體12之 滑板121上，該插座下蓋23兩側壁的上部向上地延伸形 成一倒勾塊231，該倒勾塊231卡持於該插座本體22兩 側壁之卡持槽224内，使該插座下蓋23卡固於該插座本 體22上。該導電端子24插置於該插座本體22之端子槽 227内。該等導電塊25固定連接於該等導電端子24的後 部，透過上述插座20於上述上殼體11之容槽111内的 前後移動，使得該等導電塊25可前後滑動地與該等導電 架50接觸或分開。 請參閱第二圖、第三圖和第六圖，所述複數定位件 30穿過定位孔112插置於該上殼體11之定位筒113内， 每一定位件30的上端可彈性地向上容置於該上殼體11 之容槽111内，該定位件30具有一空心柱301、一彈性 元件302及一球體303,該彈性元件302可卡置於該空心 柱301内，該球體303設置於該彈性元件302上部且部 分凸出於該空心枉301外。 該固定板40卡置於由該上卡槽115與該下卡槽123 相對應組成的卡槽内，如第二圖所示，在本實施例中， 該固定板40以垂直方式卡置於該上卡槽115與該下卡槽 123之間，該固定板40之一表面上設有複數固定柱401 及複數對平行延伸的組裝板402。 複數導電架50組裝於該固定板40之一表面上，每 一導電架50設有複數組裝孔501，該等組裝孔501可套 設於該等固定柱401上。該等組裝板402卡持於相應之 上卡板114、下卡板122的兩側，從而將該等導電架50 固定組裝於該殼體10後部。 本創作開關排插1組裝時，首先，將該等導電架50 組裝於該固定板40之一表面上；接著將該等導電架50 與該固定板40卡置於該上殼體11及該下殼體12之卡槽 内；接著，再將複數組裝完成的插座20由該上殼體11 内部對應的複數容槽111處，並向前地滑設於該上殼體 11的容槽111内，藉由該容槽111的後部貫穿至該上殼 體11内部，該插座本體22頂部的卡接部228從該容槽 111的後部伸入至該上殼體11内部並可前後滑動地的卡 抵於該容槽111側壁的後端，以使該插座本體22不能脫 離該上殼體11 ;然後，將複數定位件30穿過定位孔112 嵌合於該上殼體11之定位筒113内，同時定位件30之球 體303可選擇性地卡合於該插座本體22之底部前側的第 一定位槽225或第二定位槽226内；最後將該上殼體11 蓋合於下殼體12，使得上述插座20之導電塊25可對應 於上述導電架50。 請參照第七圖，本創作開關排插使用時，將一插頭 (圖中未示）插接於上述任一插座20上（如第一圖所 示），則該插頭與上述導電端子24接觸導通，再向後地 滑動該插座20,上述定位件30之球體303可部分地卡固 於上述插座本體22之第一定位槽225内，使上述導電塊 25與上述導電架50接觸而導通通電；當插頭需要斷電 時，向前地滑動該插座20，上述定位件30之球體303 可部分地卡固於上述第二定位槽226内，使上述導電塊 25與上述導電架50分離而斷路。 M393894 如上所述，本創作開關排插1藉由上述插座20前後 滑動方式，使上述導電塊25與導電架50斷開或導通， 形成電路的開關，從而達到無需外加開關即可方便關閉 電源的要求。 【圖式簡單說明】 第一圖為本創作開關排插之立體組合圖。 第二圖為第一圖所示開關排插之立體分解圖。 第三圖為第二圖所示開關排插的上殼體之立體圖。 第四圖為第二圖所示開關排插的插座之仰視圖。 第五圖為第二圖所示開關排插的插座本體之立體 圖。 第六圖為第二圖所示開關排插的定位件之立體分解 圖。 第七圖為第一圖所示開關排插於使用狀態之底視 圖。 【主要元件符號說明】 開關排插 1 殼體 10 上殼體 11 容槽 111 定位孔 112 定位筒 113 上卡板 114 上卡槽 115 下殼體 12 滑板 121 下卡板 122 下卡槽 123 底板 124 插座 20 插座上蓋 21 穿槽 211 卡塊 212 插座本體 22 8 容置槽 221 按壓部 凹部 223 卡持槽 第一定位槽 225 第二定位槽 端子槽 227 卡接部 插座下蓋 23 倒勾塊 導電端子 24 導電塊 定位件 30 球體 彈性元件 302 空心柱 固定板 40 固定柱 組裝板 402 導電架 組裝孔 501 9V. New description: [New technical field] This creation relates to a type of plug, especially to a switch socket. [Prior Art] If the appliance is not used after the plug is plugged in, the plug must be pulled out of the socket or the switch on the socket should be turned off to achieve power saving. Although the plug can be used to save power, it is not convenient and the socket is easy to accumulate dust, and there are other safety concerns such as poor conduction. In order to solve the above problem, a switch type plug includes a plurality of sockets and a plurality of opening and closing switches respectively corresponding to a socket, and the power-on and power-off circuits of the electrical plugs on the socket are controlled by pressing an opening and closing switch to conveniently achieve power saving effect. However, the conventional switch type plugs require a switch for each socket, which is costly. [New content] The purpose of this creation is to provide a switch socket that can easily turn off the power supply in view of the above-mentioned shortcomings of the prior art. In order to achieve the above object, the present invention provides a switch socket, comprising: a casing, a plurality of sockets, a plurality of positioning members and a plurality of conductive frames. The housing is recessed on the upper surface thereof to form a plurality of receptacles communicating with the interior thereof; the plurality of sockets are slidably mounted in the housing of the housing, each socket having a plurality of conductive terminals, and the conductive terminals are respectively mounted a plurality of conductive members are respectively inserted into the housing, and the upper end of each positioning member is elastically received upwardly in the housing of the housing; the plurality of conductive frames are inserted into the housing. The conductive blocks are selectively contactable or separate from the conductive posts. In summary, the creative switch socket can slidably set the socket in the housing of the housing. When sliding a socket backward, the conductive block forms a passage with the conductive frame; when the socket is slid forward When the conductive block and the conductive frame form an open circuit, the requirement of conveniently turning off the power without an external switch is achieved. [Embodiment] In order to explain in detail the technical contents, structural emblems, goals and effects of the present invention, the following is a detailed description with reference to the drawings. Please refer to the first figure and the second figure, which are related diagrams of a preferred embodiment of the present invention. The switch socket 1 includes a housing 10, a plurality of sockets 20, a plurality of positioning members 30, a fixing plate 40, and a plurality of Conductive frame 50. The housing 10 includes an upper housing 11 and a lower housing 12 that are closed to each other. Referring to the second and third figures, the upper casing 11 is made of a plastic material, and a plurality of slots 111 extending from the top plate of the upper casing 11 to the front side plate of the upper casing 11 are provided. A rear end of the recess 111 has a positioning hole 112 defined in the bottom wall of the recess 111, and a bottom wall of the recess 111 extends downwardly from the periphery of the positioning hole 112. a ring-shaped positioning cylinder 113, the inner side of the rear side plate of the upper casing 11 protrudes from the upper card 114 extending to the top plate of the upper casing 11, and each upper plate 114 defines an upper and lower extension card Slot 115. The upper casing 11 is closed on the lower casing 12. The lower casing 12 is made of a plastic material. The lower casing 12 has a bottom plate 124. The bottom plate 124 has a plurality of sliding plates 121 extending vertically upward. After the housing 12 is protruded from the rear of the housing 12, the card board 122 extends to the bottom plate 124 of the lower housing 12, and the lower card board 122 and the upper board 11 are opposite to each other. A lower card slot 123 extending upward and downward is defined in the plate 122. The upper card 12 and the lower card 122 correspond to the plurality of card plates, the upper card slots 115 and the lower card slots. 123 corresponds to a majority of card slots. Referring to FIG. 2, FIG. 4 and FIG. 5, the plurality of sockets 20 are slidably mounted in the slot 111 of the upper casing 11, and in the embodiment, three sockets 20 are installed. In the three pockets 111. Each socket 20 has a socket upper cover 21, a socket body 22, a socket lower cover 23, a plurality of conductive terminals 24 and a plurality of conductive blocks 25. A latching portion 228 is formed in the upper part of the socket body 22, and a receiving slot 221 is defined in the middle of the top wall of the socket body 22, and the socket body 22 is downwardly located in the middle of the receiving slot 221 A pair of terminal slots 227 are formed in the middle of the front wall of the socket body 22. A pressing portion 222 is defined in the middle of the front wall of the socket body 22. The central portion of the pressing portion 222 is provided with a circular recess 223. A latching slot 224 is defined in the socket body 22 at a lower portion of the two sides of the socket body 22, and a first positioning slot 225 and a second portion are defined in a front portion of the bottom wall of the socket body 22. Positioning slot 226 (as shown in the fourth figure). A plurality of slots 211 corresponding to the terminal slots 227 are defined in the middle of the socket cover 21, and a latching block 212 is formed on the left and right sides of the socket cover 21, and the socket cover 21 is inserted into the receiving slot 221 The latching blocks 212 are engaged with the latching slots 224 to fix the socket upper cover 21 to the receiving slot 221 at the top of the socket body 22. The socket lower cover 23 is slidably disposed on the sliding plate 121 of the lower casing 12, and an upper portion of the two side walls of the socket lower cover 23 extends upward to form a barb block 231. The barb block 231 is clamped to the socket. The socket lower cover 23 is fastened to the socket body 22 in the holding groove 224 of the two side walls of the main body 22. The conductive terminal 24 is inserted into the terminal slot 227 of the socket body 22. The conductive blocks 25 are fixedly connected to the rear portions of the conductive terminals 24, and are moved back and forth through the sockets 20 in the slots 111 of the upper casing 11 so that the conductive blocks 25 can slide back and forth with the conductive frames. 50 contact or separate. Referring to the second, third and sixth figures, the plurality of positioning members 30 are inserted into the positioning cylinder 113 of the upper casing 11 through the positioning holes 112, and the upper end of each positioning member 30 is elastically upward. The locating member 30 has a hollow post 301, an elastic member 302 and a ball 303. The elastic member 302 can be inserted into the hollow post 301. The ball 303 is disposed. It is disposed on the upper portion of the elastic member 302 and partially protrudes outside the hollow bore 301. The fixing plate 40 is inserted into the card slot formed by the upper card slot 115 and the lower card slot 123. As shown in the second figure, in the embodiment, the fixing plate 40 is vertically inserted. Between the upper card slot 115 and the lower card slot 123, a plurality of fixing posts 401 and a plurality of pairs of parallel extending assembly plates 402 are disposed on one surface of the fixing plate 40. The plurality of conductive frames 50 are assembled on one surface of the fixing plate 40. Each of the conductive frames 50 is provided with a plurality of assembling holes 501, and the assembling holes 501 can be sleeved on the fixing posts 401. The assembly boards 402 are clamped on both sides of the corresponding upper and lower card plates 114, 122, so that the conductive frames 50 are fixedly assembled to the rear of the housing 10. When the assembly switch 1 is assembled, first, the conductive frames 50 are assembled on one surface of the fixing plate 40; then the conductive frames 50 and the fixing plate 40 are placed on the upper casing 11 and the The socket 20 of the lower casing 12 is inserted into the corresponding plurality of slots 111 of the upper casing 11 and is slid forwardly disposed in the pocket 111 of the upper casing 11; The inner portion of the socket body 22 extends from the rear portion of the socket 111 into the upper portion of the upper housing 11 and can slide back and forth. The card is abutted against the rear end of the side wall of the housing 111 so that the socket body 22 cannot be disengaged from the upper housing 11; then, the plurality of positioning members 30 are inserted into the positioning cylinder of the upper housing 11 through the positioning holes 112. 113, the ball 303 of the positioning member 30 can be selectively engaged in the first positioning groove 225 or the second positioning groove 226 on the front side of the bottom of the socket body 22; finally, the upper casing 11 is closed to the lower casing. The body 12 is such that the conductive block 25 of the socket 20 can correspond to the conductive frame 50 described above. Referring to the seventh figure, when the plug connector is used, a plug (not shown) is plugged into any of the sockets 20 (as shown in the first figure), and the plug is in contact with the conductive terminal 24. And the ball 303 of the positioning member 30 is partially locked in the first positioning groove 225 of the socket body 22, so that the conductive block 25 is in contact with the conductive frame 50 to be electrically connected; When the plug needs to be powered off, the socket 20 is slid forward, and the ball 303 of the positioning member 30 can be partially locked in the second positioning groove 226 to separate the conductive block 25 from the conductive frame 50 and open the circuit. M393894 As described above, the above-mentioned socket block 1 is opened or closed by the above-mentioned socket 20, so that the above-mentioned conductive block 25 and the conductive frame 50 are disconnected or turned on, forming a switch of the circuit, thereby achieving convenient power-off without an external switch. Claim. [Simple description of the diagram] The first figure is a three-dimensional combination diagram of the creative switch socket. The second figure is an exploded perspective view of the switch socket shown in the first figure. The third figure is a perspective view of the upper casing of the switch block shown in the second figure. The fourth figure is a bottom view of the socket of the switch socket shown in the second figure. The fifth figure is a perspective view of the socket body of the switch socket shown in the second figure. The sixth figure is an exploded perspective view of the positioning member of the switch socket shown in the second figure. The seventh figure is the bottom view of the switch block shown in the first figure inserted in the use state. [Main component symbol description] Switch socket 1 Housing 10 Upper housing 11 Housing 111 Positioning hole 112 Positioning cylinder 113 Upper card 114 Upper slot 115 Lower housing 12 Slide 121 Lower card 122 Lower slot 123 Base plate 124 Socket 20 socket upper cover 21 through slot 211 block 212 socket body 22 8 receiving groove 221 pressing portion recess 223 holding groove first positioning groove 225 second positioning groove terminal groove 227 snap portion socket lower cover 23 barb block conductive terminal 24 Conductor block positioning member 30 Ball elastic member 302 Hollow column fixing plate 40 Fixed column assembly plate 402 Conducting frame assembly hole 501 9