M3 03 523 八、新型說明： 【新型所屬之技術領域】 本創作係一種易拔轉接插頭，一種用作電源連接之電源插 碩’能輕祕財手贿戦速、省力與插座分離之插頭結構。 【先前技術】 就傳統家用電||_設計而言，#_插人插糾，插頭突 伸之兩極必織插座之彈片緊密密合，才不會有脫落現象，電路 連接才能糊，而插頭之用意為取f，就環保節能與安全考量而 吕’當不使用電器時，插頭最好能拔離插座。所以，當插頭與插 座密合過緊時，就必須施力才能分開，或是以許多便攜性電哭產 =之插頭取電為例’許多情況下多會使關延長線電源插座提供 ^原讓便攜電n_取電，所以，要將插頭拔離延長線電源插座 時必須以雙手分別施力於插頭與插座才能將其分離。 因此’相關業者及先進已有些研發成果，如以”電線插頭之易 拔起結構，，(案號：00358595)、，，插頭助拔器結構，，(案號』職7) 為Ο 〃兩案於插頭底部設計扳動板，利用槓桿原理設計，其扳 動板佔的二間車父大，結構組成較複雜。以，，電易插拔插頭，，(案號： 51346)為例，基本概念也是湘槓桿原理設計，其結構組成也 較為複雜。以，，單手插拔之安全插頭，，(案號：M264702)為例，其將 插頭加入頂桿的設計，使插頭容錄拔，但施力點或許較不易掌 振。 本創作以斜面為設計原理，有別於先前的槓桿原理構的易 M303523 拔轉接插頭’俾利使用者有更簡易的操作便利性。 【新型内容】 本創作之主要目的’在於可提供—種易拔哺接插頭設計， 讓使用者安全、快速地拔除插頭，將插頭脫離插座。M3 03 523 VIII. New description: [New technical field] This creation is an easy-to-pull adapter plug, which is used as a power connection for plugging in the power. It can be used for brisk speed, labor saving and socket separation. structure. [Prior Art] As far as the traditional household electricity||_ design is concerned, #_ insertion and correction, the shrapnel of the two poles of the plug protruding tightly close together, there will be no falling off, the circuit connection can be paste, and the plug In order to take f, it is environmentally friendly, energy-saving and safety considerations. When the appliance is not used, the plug is preferably pulled out of the socket. Therefore, when the plug and the socket are tightly closed, it is necessary to apply force to separate, or take a lot of portable power crying = plug power taking as an example. In many cases, the extension cord power socket will be provided. Let the portable power n_ take power, so to pull the plug away from the extension cord power outlet, you must use both hands to force the plug and socket separately to separate it. Therefore, 'the relevant industry and advanced have some research and development results, such as the easy-to-pull structure of the wire plug, (case number: 00358595),, the plug puller structure, (the case number) job 7) In the case of the bottom of the plug, the design of the pulling plate is designed by the principle of the lever. The two plates of the driver's board are large, and the structure is more complicated. For example, the electric easy-plug plug, (Case No.: 51346), for example. The basic concept is also the principle of Xiang leverage, and its structure is also more complicated. Take, one-handed plug safety plug, (case number: M264702) as an example, the plug is added to the ejector design, so that the plug is recorded However, the point of force may be less likely to be shaken. This design is based on the design principle of the bevel, which is different from the previous lever principle. The M303523 pull-out plug is convenient for users to have easier operation convenience. The main purpose of this creation is to provide an easy-to-pull connector design that allows the user to safely and quickly remove the plug and disconnect the plug from the socket.
為達成上述目的’本創作包括有—本體及—推塊所組成，本 體上緣對應各國插頭規格之三孔插座（正㉟、負極與_)，下緣 為兩突伸之插極，分別為正極與負極。本體中央下緣切有一斜面 溝槽’本體側邊鑽有-穿孔，穿孔貫穿通過斜輯槽，其可提供 定位銷定位使用；-斜面推塊設有—長型導槽，其長型導槽與推 塊之斜面平行’驗減順稱動，減裝配於本體斜面溝槽内； -壓縮彈簧或彈性體，裝配於推塊導槽内，以提供斜面推塊復位 的能量；-定位銷，裝配定位本體之穿孔’通過推塊之導槽與導 槽内彈性體(彈簧）。藉壓按推塊，利用斜面原理將水平之力量轉 換為垂直力1，推塊底端產生一推抵插座的力，即可幫助插頭本 體脫離電源插座’受到彈性體的作用，推塊在不受力時，會恢復 到原先裝配的位置。藉此便能組成—紐轉接插頭，便於讓插頭 與電源插座分離。 、 【實施方式】 一請參見第-圖、第二圖及第三圖，本案之易拔轉接插頭係由 -本體η ’ -推塊2卜-定位銷3卜及一彈性體(彈菁)32所紐合 裝配而成。 。 6 M303523 本創作其本體u可對應各種插頭規格，其上 叩G g —正極插 孔16、一負極插孔17、一地極插孔18。在本體11之 心卜緣設有一 凹槽，此槽為斜面溝槽14，本體之側邊設有一鑽穿之定位孔π 此定位孔15為鑽穿本體11並通過斜面溝槽14之通孔，一推塊21 裝配於本體11之斜面溝槽14内，推塊21上切有一斜面A四，與 斜面溝槽14上之斜面貼合，兩者成滑動關係，推塊上設有一導槽 22 ’導槽22與斜面a 23為平行關係，導槽22内裝配有—彈㈣ 32 ’其祕體32可提供推塊21在受力以後恢復到原本裝配位置 的能量，-定位銷31穿過本體u之定位孔15並通過導槽泣。 如第四目、第五圖，當使用者做拔取插頭動作日寺，用食指與 姆指扣住本體1丨時，施於減2卜水平力量，透過斜^烈曰與 斜面溝槽14之斜面滑細係，使得推塊21產生-垂直之力量， 推塊底面24得以推抵插座，幫助使用者將插頭拔除，已達到單手 拔除插頭之目的。 准本案上述之實施例尚不足以涵蓋本案所欲保護之專利範 圍，因此，提出申請專利範圍如附。 【圖式簡單說明】 案得藉由下列圖示與詳細說明，俾得一更深入之瞭解： 第圖：為本案插頭之立體系統圖。 第二圖：為本案插頭之立體剖面組合示意圖。 第三圖：為本案插頭之立體組合圖。 第四圖：為本案插頭插於插座之示意圖。 7 M303523 第五圖：為本案插頭脫離插座之不意圖。 【主要元件符號說明】 [本創作] 21 :推塊 31 22 :導槽 32 23 :斜面A 24 :推塊底面 :定位鎖 :彈性體 11 :本體 12 :正極插極 13 :負極插極 14 :斜面溝槽 15 :定位孔 16 :正極插孔 17 :負極插孔 18 :地極插孔In order to achieve the above objectives, the creation consists of a body and a push block. The upper edge of the body corresponds to the three-hole socket (positive 35, negative and _) of the plug specifications of the countries, and the lower edge is the two protruding poles, respectively With the negative electrode. The lower edge of the central portion of the body is cut with a beveled groove. The side of the body is drilled with a perforation. The perforation passes through the oblique groove, which can be used for positioning pin positioning. The beveled push block is provided with a long guide groove and a long guide groove. Parallel to the slope of the push block, 'compensate and reduce the smoothness, reduce the fit in the groove of the body slope; - compress the spring or elastomer, fit in the push block guide groove to provide the energy of the slope push block reset; - positioning pin, The perforation of the positioning body is assembled by the guide groove of the push block and the elastic body (spring) in the guide groove. By pressing the push block, the horizontal force is converted into the vertical force 1 by the slope principle, and the bottom end of the push block generates a force pushing against the socket, which can help the plug body to be separated from the power socket' by the elastic body, and the push block is not When stressed, it will return to the original assembly position. This makes it possible to form a button adapter that separates the plug from the power outlet. [Embodiment] Please refer to the first, second and third figures. The easy-to-pull adapter plug of this case is composed of - body η ' - push block 2 - locating pin 3 and an elastic body ) 32 joints assembled. . 6 M303523 The main body u of this creation can correspond to various plug specifications, and its upper gG g — positive insertion hole 16 , one negative insertion hole 17 and one ground insertion hole 18 . A groove is formed in the center of the body 11 , and the groove is a grooved groove 14 . The side of the body is provided with a drilling hole π. The positioning hole 15 is a through hole penetrating the body 11 and passing through the inclined groove 14 . The push block 21 is mounted in the inclined groove 14 of the body 11. The push block 21 is cut with a slope A 4, and is matched with the inclined surface of the inclined groove 14, and the two are in a sliding relationship, and a guide groove is arranged on the push block. 22' The guide groove 22 is in parallel relationship with the inclined surface a 23, and the guide groove 22 is equipped with a bomb (four) 32'. The secret body 32 can provide the energy of the push block 21 to return to the original assembly position after the force is applied, and the positioning pin 31 wears Pass through the positioning hole 15 of the body u and pass through the guide groove. For example, in the fourth and fifth figures, when the user pulls the plug and moves the temple, and uses the index finger and the thumb to hold the body 1丨, the force is reduced by 2, and the oblique groove and the inclined groove 14 are applied. The inclined surface is smoothed, so that the push block 21 generates a vertical force, and the bottom surface 24 of the push block can be pushed to the socket to help the user remove the plug, and the plug is removed by one hand. The above-mentioned examples in this case are not sufficient to cover the scope of patents to be protected in this case. Therefore, the scope of application for patent application is attached. [Simple description of the diagram] The case can be further explained by the following illustrations and detailed explanations: Figure: The three-dimensional system diagram of the plug of this case. The second picture: a schematic diagram of the three-dimensional cross-section of the plug of the present case. The third picture: the three-dimensional combination of the plug of this case. The fourth picture: the schematic diagram of the plug of the case inserted in the socket. 7 M303523 Figure 5: The plug of this case is not intended to be disconnected from the socket. [Main component symbol description] [This creation] 21: Push block 31 22 : Guide groove 32 23 : Bevel A 24 : Push block bottom surface: Positioning lock: Elastomer 11: Body 12: Positive pole 13: Negative pole 14: Bevel groove 15 : positioning hole 16 : positive terminal 17 : negative terminal 18 : ground socket