五、新型說明： 【新型所屬之技術領域】 本新型是有關於—種插頭助拔器，特狀指-種利用槓 桿原理使插頭容易拔出的插頭助拔器。 【先前技術】 目前插座内簧片大都設計使插頭能緊實固定，避免產生 火花，相對地也f費力才能拔出插頭，加上插頭使用一段時 間後’表面產生氧化物會增加摩擦力，更不易拔出；此外， 也*有人以拉扯電線和搖晃的方式來拔插頭，導致電線容易 斷裂或鬆脫，產生損壞和危險。 【新型内容】 口此搞型之目的’即在提供—種利用槓桿原理使插 頭容易拔出的插頭助拔器。 ;是本新里插頭助拔器固定於一具有一連接電線的端 部、一位於該端部旁側而供手部接觸的周緣及一供接觸插座 的周壁的插頭β 該插頭助拔器包含—施力部、二推抵臂及-枢轉部，施 力Ρ朝向汶周緣5又置推抵臂與該施力部呈一預定角度且 * 1隔也朝向該周壁—側設置；該枢轉部連接該施力部及該 等推抵#之間’用以將該插頭助拔器可枢轉地固定於插頭， 且於插頭連接插座時該等推抵臂的自由端貼近該周壁，及施 力於該知力部時令植轉部旋轉帶動該等推抵臂的自由端推 抵插座使插頭拔出。 本新型插頭助拔n之功效在於：湘插頭助拔器的二推 抵臂可輕易單手拔出插頭’避免現有插頭不易拔除的問題， 更可增加使用者使用完電器後拔除插頭的意願，進而達到節 能的效果。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在以 下配合參考圖式之二個較佳實施例的詳細說明中，將可清楚 的呈見在本新型被詳細描述之前，要注意的是，在以下的 說明内容中’類似的元件是以相㈣編號來表示。 本新型插頭助拔器設計可配合為一般常見的直式插頭 及橫式插頭，分別介紹如下： I·直式插頭 閱圖1至圖3，本新型之第-較佳實施例中，插頭助 拔%是固^於-直式插頭3,直式插頭3具有—連接電線 一的端# 31、-位於端部31旁側供手部接觸的周緣u及 -相對於端部31而供接觸插座5的周壁”。 插頭助拔器1包含一施力部u、二推抵臂i2i、及 —_部13’施力部U朝向周緣32設置；二推抵臂⑵、 22相間隔地朝向周壁33設置且與該施力部u呈—預定角 L本實施例中該預定角度是135度；各推抵臂⑵、122 「有一連接端⑵〇、1220及一自由端1211、1221;插轉部 隸可:地固定於直式插頭3的旁側，並連接施力部11及 連接該4推抵臂⑵、122的連接端121()、122〇。 :閱圖1及圖2 ’直式插頭3連接插座5時，也就是當 '頭3插進插座5時，利用樞轉部13的旋轉帶動該等 推抵臂⑵、m的自由端1211、助是貼近周壁〜 參閱圖3 ’將直式插頭3拔離插座5時，主要是藉由施 力在施力部u並利用抱轉部13的旋轉帶動該等推抵臂 、⑵的自由端1211、1221推抵插座5，進而使直式插 頭3拔離插座5。 II·橫式插頭 。。參閱圖4至圖6’本新型之第：較佳實施例中，插頭助 技益1’是固定於-橫式插頭4’橫式插頭4具有—連接電線 40的端部41 '一位於端部41旁側而供手部接觸的周緣u 及一供接觸插座5(如圖7)的周壁43。 插頭助拔器r包含-施力部u，、二推抵们21，、122, 及二樞轉部131、132，施力部"，朝向周緣42設置，且在 本較佳實施例中，該施力部U，是_橫跨插頭4的頭端部Μ 的门型環，η型環頂部距離頭端部45有__空間以方便 使用者的手指穿過並拉動施力部u，。 —推抵# 121、122’與施力部u，的门型環二側概呈平 行（二者方向呈I80度）且相間隔地朝向周壁43設置，各推 抵# 121、122具有一連接端121〇，、122〇,及一自由端 1211’、1221’ ；各樞轉部131、132可樞轉地固定於橫式插 頭4的兩側’並連接施力部丨丨，及連接該等推抵臂κι，、丨22， 的連接端1210,、1220,。 以下配合圖4說明插頭助拔器丨，的使用方式： 參閱圖7，當使用者將橫式插頭4插進插座5時該等 推抵臂121，、122’的自由端1211，、1221，是貼近周壁43， [74691 & &力°卩11 ’的^型環二側是貼近周壁43的相反側44。 參閱圖8,當使用者欲將橫式插頭4拔離插座5時，施 力於施力部U’的方式是藉由使用者的手指穿過端部45上 的二間11 〇(如圖4) ’然後利用樞轉部131、132的旋轉帶 動該等推抵臂121’、122’的自由端1211，、1221，推抵插座 5，使橫式插頭4拔離插座5。 w上所述，本新型插頭助拔器1、Γ利用施力部11、i j， 配合樞轉的方式帶動二推抵臂⑵、122、i2i,、i22，可輕易 單手拔出直式插頭3或橫式插頭4,避免現有插頭不易拔離 的問題’更可增加使用者使用完電器後拔除插頭的意願，進 而達到節能的效果，故確實能達成本新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不能 以此限定本新型實施之範圍，即大凡依本新型申請專利 及新型說明内料狀簡單料效變化與㈣，皆仍屬本新 型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一側視示意圖，說明本新型插頭助拔器之第 佳實施例； 圖2是-狀態示意圖’說明第—較佳實施例的插頭助拔 器配合插頭插進插座内； 圖3是-狀態示意圖’說明第一較佳實施例施力於 助拔器而將插頭拔離插座； 圖4是一上視示意圖，說明本新型插頭助拔器之第二 佳實施例； —交 M374691 圖5是一侧視示意圖，說明第_ 較佳實施例具有施力 部 及推抵臂， 圖6是一前視示意圖，說明第二較佳實施例具有二樞轉 部； 圖7是-狀態示意圖’說明第二較佳實施例的插頭助拔 器配合插頭插進插座内；及 圖8疋一狀態示意圖’說明第二較佳實施例施力於插頭 助拔器而將插頭拔離插座。 M374691 【主要元件符號說明】 3 ..........直式插頭 30、 40 _·電線 31、 41 ··端部 32、 42 ··周緣 33、 43 ··周壁 44.........相反側 I、 1 ’ ·…插頭助拔器 II、 1 Γ ·施力部 110.......空間 121 、 122 、 121， 、 122， ............推抵臂 1210 、 1220 、 1210, 、 1220, ............連接端 45.........頭端部 1211 ' 1221、1211、1221’ 4 ..........橫式插頭 ............自由端 5 ..........插座 13、131、132 枢轉部V. New description: [New technical field] The new type is related to a plug-assisted puller, a special type of plug-type puller that uses the principle of the lever to make the plug easy to pull out. [Prior Art] At present, the inner reeds of the socket are mostly designed so that the plug can be tightly fixed to avoid sparks. Relatively, it is also difficult to pull out the plug. After the plug is used for a period of time, the surface oxide will increase the friction. It is not easy to pull out; in addition, some people pull the plug by pulling the wire and shaking, causing the wire to be easily broken or loose, causing damage and danger. [New content] The purpose of this type of mouth is to provide a plug-assisted device that uses the principle of leverage to make the plug easy to pull out. The new plug connector is fixed to an end having a connecting wire, a periphery on the side of the end for contact with the hand, and a plug for the peripheral wall of the contact socket. The plug puller includes - a force applying portion, a second pushing arm and a pivoting portion, the biasing force is directed toward the peripheral edge 5 and the pushing arm is at a predetermined angle with the force applying portion and the *1 partition is also disposed toward the peripheral wall side; the pivoting a portion connecting the force applying portion and the pushing between the buttons to pivotally fix the plug puller to the plug, and the free end of the pushing arm is close to the peripheral wall when the plug is connected to the socket, and The force is applied to the timing of the rotation of the planting portion to push the free end of the pushing arm to the socket to pull out the plug. The function of the new plug for assisting n is that the two push-pull arms of the Xiang plug puller can easily pull out the plug with one hand to avoid the problem that the existing plug is difficult to be removed, and the user's willingness to remove the plug after using the electric appliance is increased. In turn, the effect of energy saving is achieved. [Embodiment] The foregoing and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the accompanying drawings. It is to be noted that in the following description, 'similar elements are denoted by phase (four) numbers. The new plug-assisted device design can be matched with the common common straight plugs and horizontal plugs, respectively, as follows: I. Straight plugs Referring to Figures 1 to 3, in the first preferred embodiment of the present invention, the plug assist The pull-out % is a solid-type plug 3, and the straight plug 3 has an end #31 for connecting the electric wires one, a peripheral edge u for the hand contact on the side of the end portion 31, and a contact with respect to the end portion 31. The peripheral wall of the socket 5". The plug puller 1 includes a biasing portion u, two pushing arms i2i, and a portion 13' of the biasing portion U disposed toward the peripheral edge 32; the two pushing arms (2), 22 are spaced apart toward each other The peripheral wall 33 is disposed at a predetermined angle L with the urging portion u. The predetermined angle is 135 degrees in the embodiment; each of the pushing arms (2), 122 has a connecting end (2) 〇, 1220 and a free end 1211, 1221; The part is fixed to the side of the straight plug 3, and is connected to the urging portion 11 and the connecting ends 121() and 122 连接 connecting the four pushing arms (2) and 122. See Figure 1 and Figure 2 When the plug 3 is connected to the socket 5, that is, when the head 3 is inserted into the socket 5, the rotation of the pivoting portion 13 drives the free ends 1211 of the pushing arms (2), m. Wall ~ Referring to Fig. 3 'When the straight plug 3 is pulled out of the socket 5, the pushing end of the pushing arm, (2) is mainly driven by the force applied to the urging portion u by the rotation of the cocking portion 13, and the free ends 1211 and 1221 of the (2) Pushing the socket 5, and then pulling the straight plug 3 out of the socket 5. II. Horizontal plug. Referring to Figure 4 to Figure 6 - In the preferred embodiment, the plug assisting technology 1' is fixed to The horizontal plug 4' horizontal plug 4 has an end portion 41' connecting the electric wires 40, a peripheral edge u on the side of the end portion 41 for contact with the hand, and a peripheral wall 43 for contacting the socket 5 (Fig. 7). The plug puller r includes a urging portion u, two pushers 21, 122, and two pivoting portions 131, 132, and a urging portion is disposed toward the peripheral edge 42, and in the preferred embodiment The urging portion U is a door-shaped ring that spans the head end portion 插头 of the plug 4, and the top of the n-type ring has a __ space from the head end portion 45 to facilitate the user's finger to pass through and pull the urging portion u. - Pushing # 121, 122' and the force applying portion u, the two sides of the door ring are substantially parallel (the two directions are I80 degrees) and are spaced apart toward the peripheral wall 43, each of the pushes #121, 122 has Connecting ends 121〇, 122〇, and a free end 1211', 1221'; each pivoting portion 131, 132 is pivotally fixed to both sides of the horizontal plug 4 and connected to the force applying portion, and connected The pushing ends of the arms κι, 丨22, 1212, 1220. The following describes the use of the plug ejector 配合 with reference to Figure 4: Referring to Figure 7, when the user inserts the horizontal plug 4 into the socket At 5 o'clock, the free ends 1211, 1221 of the pushing arms 121, 122' are close to the peripheral wall 43, and the two sides of the ring of the [74691 && force 卩11' are adjacent to the opposite side 44 of the peripheral wall 43. . Referring to FIG. 8, when the user wants to pull the horizontal plug 4 out of the socket 5, the manner of applying the force to the urging portion U' is performed by the user's finger passing through the two 11 〇 on the end portion 45 (as shown in the figure). 4) 'The free ends 1211, 1221 of the pushing arms 121', 122' are then driven by the rotation of the pivoting portions 131, 132, and pushed against the socket 5 to pull the horizontal plug 4 away from the socket 5. As described above, the plug driver 1 of the present invention utilizes the force applying portions 11 and ij to drive the two push arms (2), 122, i2i, and i22 in a pivoting manner, and the straight plug can be easily pulled out by one hand. 3 or the horizontal plug 4, to avoid the problem that the existing plug is not easy to pull out' more can increase the user's willingness to remove the plug after using the electric appliance, thereby achieving the effect of energy saving, so the purpose of the present invention can be achieved. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple material effect change and (4) of the new patent application and the new description are still It is within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side elevational view showing a preferred embodiment of the plug driver of the present invention; FIG. 2 is a schematic view showing the plug driver of the first preferred embodiment inserted into the plug FIG. 3 is a schematic view showing the first preferred embodiment for applying the force to the puller to pull the plug away from the socket; FIG. 4 is a schematic top view showing the second best implementation of the plug driver of the present invention Figure 5 is a side elevational view showing the first embodiment having a force applying portion and a pushing arm, and Figure 6 is a front perspective view showing the second preferred embodiment having two pivoting portions; Figure 7 is a -state diagram of the second preferred embodiment of the plug-assisted connector with the plug inserted into the socket; and Figure 8 is a schematic view of the second preferred embodiment of the force applied to the plug-assisted device Pull the plug out of the socket. M374691 [Description of main component symbols] 3 .......... Straight plugs 30, 40 _· Wires 31, 41 · Ends 32, 42 · · Peripherals 33, 43 · · Walls 44... ...opposite side I, 1 '... plug helper II, 1 Γ urging unit 110....... space 121, 122, 121, 122, ...... ... pushes the arms 1210, 1220, 1210, 1220, ......... the connection ends 45......... the head ends 1211 ' 1221, 1211 , 1221' 4 .......... horizontal plug ......... free end 5 .......... socket 13, 131, 132 pivot unit