M432124 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關一種指撥開關，尤指一種具有改良構 造之指撥開關。 【先前技術】 [0002] 如第8圖所示，為習用之指撥開關，其結構在於一 本體90相對的兩側分別嵌設二接腳91，以二推鈕9 2容置於本體90中且以一上蓋板9 3蓋合，各推鈕9 2設一導電彈片92 0與二對應之接腳9 1分別選擇性 地連接，意即藉由導電彈片920可令與二對應之接腳 9 1間呈通路或斷路，各推鈕9 2於上蓋板9 3中凸出 一撥塊9 2 1，於二撥塊921的頂端套上一帽蓋92 2，帽蓋9 2 2與撥塊9 2 1間並以環氧樹酯黏固，藉 由該帽蓋9 2 2而使二撥塊9 2 1可同時被撥動。 [0003] 上述習用之指撥開關，主要是應用在直流電路，特 別是在直流之正/負電極須要同時切換為通路或斷路之 情形下使用，通常此述指撥開關的體積相當小（例如6 mmx5mmx 3mm規格），在直流電路上的使用量 相當厭大。 [0004] 所述帽蓋9 2 2與撥塊9 2 1以環氧樹酯黏固時， 實務上必須在烤箱中以1 2 (TC的高溫烘烤一個小時， 且在烘烤之前，必須由人員將指撥開關一一排列在烤盤 上，然後再將烤盤送入烤箱之中進行烘烤。由此可見， 為使二撥塊9 2 1能同時撥動，而使正/負電極須要同 時切換為通路或斷路，必須藉由上述之工序勞心費力的 1012007495-0 1()12()242#單編號A0101 第3頁/共20頁 [0005]M432124 [0006] [0007] [0008] [0009] [0010] 10120242^^^^ 將帽蓋9 2 2與撥塊9 2 1結合，造成構件及組裝工時 等成本的增加。 此外，習用之指撥開關如第9圖所示，其各個推鈕 9 2分別設有二定位部9 2 3，以此二定位部9 2 3與 位在上蓋板9 3之阻擋部9 3 0配合擋止，使推鈕9 2 在撥動之後能夠定位。然而，當二推鈕9 2之撥塊9 2 1以前述之帽蓋9 2 2黏固時，欲推動二撥塊9 2 1使 二推鈕9 2滑動則須克服四阻擋部9 3 0對四定位部9 3的擋止，始能克服阻擋部9 3 0的擋止而推動二推 鈕9 2，故而造成推鈕9 2撥動時費力的問題。 因此，如何解決上述習用指撥開關之問題者，即為 本創作之重點所在。 【新型内容】 本創作目的之一，在於解決上述的問題而提供一種 指撥開關之改良構造，藉其推鈕一體成型而以滑塊與至 少二導電彈片結合，透過推鈕上之撥塊的撥動，而令該 滑塊滑動，至少二導電彈片隨滑塊而同步位移，令至少 兩對的接腳同步被導通，藉此節省指撥開關在構件及組 裝工時等成本。 本創作目的之二，在於該推钮之滑塊不論結合多少 個導電彈片，在滑塊兩側僅以二定位部即可達到滑塊的 定位，因此可達到撥動推鈕時相對較為省力之功效。 為達前述之目的，本創作係包括： 一本體，中空而形成一容室，且容室以一開口裸露 A0101 第4頁/共20頁 1012007495-0 M432124 ，此本體具有二相對的第一側，以及二相對之第二側； [0011] 複數接腳，兩兩相對地嵌設在該本體的第一側，各 接腳具有一導電部於該容室中裸露，複數導電部亦於該 容室中兩兩相對； [0012] 至少一推鈕，各推鈕以一滑塊及一撥塊一體成型構 成，所述滑塊可滑動地容置於該容室中，且滑塊於容室 中滑動後可被定位，撥塊由該滑塊朝開口凸出容室外， 至少一滑塊於底部結合至少二導電彈片，各導電彈片分 別對應二於容室中相對之導電部而選擇性地電性連接； [0013] 一上蓋板，蓋合於所述本體之開口而限制該推鈕之 滑塊於容室内，此上蓋板中具有一穿孔，該推鈕之撥塊 由此穿孔伸出容室外而可撥動。 [0014] 所述至少一滑塊分別朝該本體之第二侧的兩侧各具 有一定位部，且二定位部位在相異的兩端，各定位部在 其所屬之滑塊於滑動定位時以一對應之阻擋部擋止定位 。該二阻擋部位在上蓋板而於本體之第二侧方向與各定 位部相對。 [0015] 本創作之上述及其他目的與優點，不難從下述所選 用實施例之詳細說明與附圖中，獲得深入了解。 [0016] 當然，本創作在某些另件上，或另件之安排上容許 有所不同，但所選用之實施例，則於本說明書中，予以 詳細說明，並於附圖中展示其構造。 【實施方式】 [0017] 請參閱第1圖至第7圖，圖中所示者為本創作所選 1()12()242#單编號A0101 第5頁/共20頁 1012007495-0 M432124 用之實施例結構，此僅供說明之用，在專利申請上並不 受此種結構之限制。 本實施例提供一種指撥開關之改良構造，其如第1 圖所示’係由一本體1、複數接腳2、至少一推鈕3以 及一上盘板4所組合而成，其中： 如第1至2圖所示，本實施例之本體1中空，而在 此本體1内形成一容室1 〇，此容室1 〇以一開口 1 〇 0裸露，此本體1具有二相對的第一側丄i，以及二相 對之第二側1 2。於本實施例中，此本體1為一接近正 方形之矩形體。 如第1至2圖所示，本實施例之接腳2數量為四個 ，係兩兩相對地嵌設在該本體i的第一側i丄，意即在 各第一側1 1分別嵌設二接腳2，其中之一第一側工工 之二接腳2為直流電之輸入端，另一第一側之二接腳2 為直流電之輸出端，且以二接腳2構成一對，各接腳2 具有一導電部2 0於該容室1 〇中裸露，複數導電部2 0亦於δ玄谷室1 〇中兩兩相對。 如第1至2圖所示，本實施例中僅設一推鈕3，此 推鈕3以一滑塊3 0及一撥塊3 1—體成型構成，所述 滑塊3 0可滑動地容置於該容室1 〇中，且撥塊3 1由 該滑塊3 0朝開π ! 〇〇凸出容室1()外，該滑塊3 〇 於底部結合二導電彈片32，各導電彈片32分別對應 二於容室1 0中相對之導電部2 〇，此述二導電部2 〇 透過各導電彈片3 2選擇性地電性連接，本創作中有關 二導電部2 0藉由導電 1012007495-0 選擇性地電性連接，意指可使該 1〇12〇242产單編號A01〇l 第6頁/共2〇頁 M432124 彈片3 2電性連接而選擇為導通或為斷路；又如第2至 3圖所示，該滑塊3 0分別朝該本體1之第二側1 2的 兩側各具有一定位部33，本實施例之二定位部33位 在相異的兩端，且呈半圓狀凸出，且各定位部3 3於該 滑塊3 0的鄰側凹入一溝槽3 4，此溝槽3 4可供定位 部3 3具有彈性而朝滑塊3 〇内偏移。 [0022] 如第1至2圖所示’本實施例之上蓋板4蓋合於所 述本體1之開口1 〇 〇，以此上蓋板4限制該推鈕3之 滑塊3 0於容室1 〇内，此上蓋板4中具有一穿孔4 〇 ，該推鈕3之撥塊3 1由此穿孔4 0伸出容室1 〇外而 可撥動，且上蓋板4分別於該本體丄之第二側i 2的兩 側各具有一阻擋部4 1，各定位部3 3在該滑塊3 〇滑 動定位時以對應之阻擋部4 擋止定位。於本實施例中 ’該阻擒部4 1亦呈半圓狀凸出。_ [0023] 如第1圖所示，係當指撥開關設定在斷路狀態時， 該撥塊31位在該上蓋板4顯示在圖中的〇ff端，此 時二導電彈片3 2便如第4圖所示分別以一端與一為直 流電之輸入端的接腳2接觸，且另一端與另一為直流電 之輸出端的接腳2分離，此時輸入端的接腳2與輸出端 之接腳2間為斷路。如第5至6圖所示，當指撥開關欲 設定至開路狀態時，操作者僅須利用手指頭撥動該撥塊 3 1，使撥塊3 1藉由定位部3 3及阻擂部4 1之擋止 而疋位於上蓋板4顯示在圖中的〇n端，此時如第7圖 所不，該二導電彈片32的兩端分別與為直流電之輸入 端的接腳2及為直流電之輸出端的接腳2接觸，此時輸 10120242产單编號 A〇101 第7頁/共20頁 1012007495-0 M432124 入端的接腳2與輸出端之接腳2間為通路而導通。 [0024] [0025] 由上述之說明不難發現本創作之優點，在於：M432124 V. New description: [New technical field] [0001] This creation relates to a dip switch, especially a dip switch with an improved structure. [Prior Art] [0002] As shown in FIG. 8, the conventional dip switch is configured such that two opposite legs 91 are respectively embedded on opposite sides of a body 90, and two push buttons 9 2 are accommodated in the body 90. And the upper cover 9 3 is covered, and each push button 9 2 is provided with a conductive elastic piece 92 0 and two corresponding pins 9 1 respectively selectively connected, that is, the conductive elastic piece 920 can make the corresponding connection with the second There is a passage or an open circuit between the legs 9 1 , and a push button 9 2 protrudes from the upper cover 9 3 , and a cap 92 2 is placed on the top end of the double block 921. The cap 9 2 2 Between the dial block 92 and the epoxy resin, the two blocks 92 are simultaneously plucked by the cap 9 2 2 . [0003] The above-mentioned conventional dip switch is mainly applied to a DC circuit, especially when the positive/negative electrodes of the DC need to be switched to a path or an open circuit at the same time. Generally, the size of the dip switch is relatively small (for example, 6 mm x 5 mmx). 3mm size), the amount of use on the DC circuit is quite large. [0004] When the cap 92 2 and the dial block 92 are adhered with epoxy resin, it is practically necessary to bake in the oven at a high temperature of 1 2 (TC for one hour, and before baking, must be The person arranges the dip switches one by one on the baking tray, and then sends the baking tray into the oven for baking. It can be seen that the positive/negative electrodes are made so that the two dial blocks 9 2 1 can be simultaneously dialed. It is necessary to switch to a path or an open circuit at the same time. 1012007495-0 1()12() 242# single number A0101 page 3/20 pages [0005] M432124 [0006] [0007] [0008] [0009] [0010] 10120242^^^^ The cap 9 2 2 is combined with the dial 9 2 1 , resulting in an increase in cost of components and assembly man-hours. Further, the conventional dip switch is as shown in FIG. Each of the push buttons 9 2 is respectively provided with two positioning portions 9 2 3 , so that the two positioning portions 9 2 3 are engaged with the blocking portion 9 3 0 of the upper cover 9 3 , so that the push button 9 2 is toggled. After that, it can be positioned. However, when the dial 9 2 1 of the push button 9 2 is stuck with the aforementioned cap 9 2 2, it is necessary to overcome the four block when the two push blocks 9 2 1 are to be pushed to slide the two push buttons 9 2 . Department 9 3 0 to four The blocking of the position portion 9 3 can overcome the blocking of the blocking portion 930 and push the second push button 9 2, thus causing a problem of difficulty when the push button 9 2 is slid. Therefore, how to solve the problem of the above-mentioned conventional finger switch It is the focus of this creation. [New content] One of the purposes of this creation is to solve the above problems and provide an improved structure of the dip switch, which is combined with at least two conductive elastic sheets by means of a push button integrally formed by the slider. By sliding the slider on the push button, the slider is slid, and at least two conductive elastic pieces are synchronously displaced with the slider, so that at least two pairs of pins are synchronously turned on, thereby saving the finger switch in the component and assembly. The second purpose of this creation is that no matter how many conductive elastic pieces are combined with the slider of the push button, the positioning of the slider can be achieved by only two positioning portions on both sides of the slider, so that the push button can be reached. For the purpose of the foregoing, the creation system includes: a body, hollow to form a chamber, and the chamber is exposed with an opening A0101 page 4 / total 20 pages 1012007495-0 M432124, this The body has two opposite first sides, and two opposite second sides; [0011] a plurality of pins are oppositely embedded on the first side of the body, each pin having a conductive portion in the chamber Exposed, the plurality of conductive portions are also opposite to each other in the chamber; [0012] at least one push button, each push button is integrally formed by a slider and a dial, the slider is slidably received in the capacity In the chamber, the slider can be positioned after sliding in the chamber, the dial block protrudes from the slider toward the opening, and at least one slider is combined with at least two conductive elastic sheets at the bottom, and each of the conductive elastic pieces respectively corresponds to the chamber The upper cover plate is selectively electrically connected to the conductive portion; [0013] an upper cover plate covers the opening of the body to limit the slider of the push button in the chamber, and the upper cover has a through hole therein The dial of the push button is thereby pierced out of the outside of the room and can be toggled. [0014] the at least one slider has a positioning portion on each side of the second side of the body, and the two positioning portions are at different ends, and each positioning portion is in sliding positioning when the slider to which the positioning portion belongs The positioning is blocked by a corresponding blocking portion. The two blocking portions are opposed to the respective positioning portions in the second cover side of the upper cover. The above and other objects and advantages of the present invention will become more apparent from the detailed description and the accompanying drawings. [0016] Of course, the present invention is allowed to differ in some of the parts, or the arrangement of the parts, but the selected embodiments are described in detail in the present specification, and the construction thereof is shown in the drawings. . [Embodiment] [0017] Please refer to Fig. 1 to Fig. 7. The figure shown in the figure is 1 () 12 () 242 # single number A0101 page 5 / total 20 pages 1012007495-0 M432124 The structure of the embodiment is used for illustrative purposes only and is not limited by such structure in the patent application. The embodiment provides an improved structure of the dip switch, which is composed of a body 1, a plurality of pins 2, at least one push button 3 and an upper plate 4 as shown in FIG. 1 , wherein: As shown in FIG. 1 to FIG. 2, the body 1 of the present embodiment is hollow, and a chamber 1 is formed in the body 1, and the chamber 1 is exposed by an opening 1 〇0. The body 1 has two opposite firsts. Side 丄 i, and two opposite second side 1 2 . In this embodiment, the body 1 is a rectangular body that is close to a square. As shown in the first to second embodiments, the number of the pins 2 of the present embodiment is four, and the two sides are oppositely embedded on the first side i of the body i, that is, the first side 1 1 is respectively embedded. Two pins 2 are provided, one of which is the input end of the direct current, and the second pin 2 of the other first side is the output end of the direct current, and the two pins 2 form a pair. Each pin 2 has a conductive portion 20 exposed in the chamber 1 ,, and the plurality of conductive portions 20 are also opposite to each other in the δ 玄谷室 1 。. As shown in the first embodiment, in the embodiment, only one push button 3 is provided. The push button 3 is formed by a slider 30 and a dial 31. The slider 30 is slidably It is placed in the chamber 1 ,, and the dial 31 is protruded from the slider 30 toward the opening π ! 〇〇 outside the chamber 1 (), and the slider 3 is coupled to the bottom of the second conductive elastic piece 32, each The conductive elastic pieces 32 respectively correspond to the opposite conductive portions 2 中 of the chamber 10, and the two conductive portions 2 选择性 are selectively electrically connected through the conductive elastic sheets 3 2 , and the two conductive portions 20 are used in the present invention. Conductive 1012007495-0 is selectively electrically connected, which means that the 1〇12〇242 production order number A01〇l page 6 / total 2 page M432124 shrapnel 3 2 is electrically connected and selected to be conductive or open; As shown in the second to third embodiments, the sliders 30 respectively have a positioning portion 33 on both sides of the second side 12 of the body 1. The two positioning portions 33 of the embodiment are located in two different positions. The end portion is convexly formed in a semicircular shape, and each of the positioning portions 3 3 is recessed into a groove 3 4 on the adjacent side of the slider 30, and the groove 3 4 is provided for the positioning portion 3 3 to have elasticity toward the slider 3 Offset within the 。. [0022] As shown in FIGS. 1 to 2, the upper cover 4 of the present embodiment covers the opening 1 所述 of the body 1, and the upper cover 4 limits the slider 3 of the push button 3 to In the chamber 1 , the upper cover 4 has a through hole 4 〇, and the dial 3 1 of the push button 3 extends from the through hole 40 to the outside of the chamber 1 and can be toggled, and the upper cover 4 respectively Each of the two sides i 2 of the main body has a blocking portion 4 1 on each side of the second side i 2 , and each positioning portion 3 3 is blocked by the corresponding blocking portion 4 when the slider 3 is slidably positioned. In the present embodiment, the dam portion 4 1 also protrudes in a semicircular shape. _ [0023] As shown in FIG. 1 , when the dip switch is set in the open state, the dial 31 is displayed on the upper cover 4 at the end of the 〇 ff, and the two conductive elastic pieces 3 2 are as follows. As shown in Fig. 4, one end is in contact with a pin 2 which is an input terminal of direct current, and the other end is separated from the pin 2 which is another output terminal of direct current. At this time, the pin 2 of the input end and the pin 2 of the output end are respectively The road is broken. As shown in the fifth to sixth figures, when the dip switch is to be set to the open state, the operator only has to use the finger to move the dial 3 1, so that the dial 3 1 is provided by the positioning portion 3 3 and the blocking portion 4 The stop of the first cover 4 is shown at the 〇n end of the figure. At this time, as shown in FIG. 7, the two ends of the two conductive elastic pieces 32 are respectively connected to the pin 2 which is the input end of the direct current and the direct current. The pin 2 of the output terminal is in contact. At this time, the input is 10120242. The order number is A〇101. Page 7/20 pages 1012007495-0 M432124 The pin 2 of the input terminal and the pin 2 of the output terminal are turned on for the path. [0025] From the above description, it is not difficult to find the advantages of the present creation, namely:
1、本創作之指撥開關，其推鈕3之滑塊3 0 —體 成型而同時與二導電彈片32結合，故二導電彈片32 將隨該滑塊3 0的滑動而同步的位移，而使直流電之輸 入端及輸出端之接腳2同步接通或同步切斷，故不須要 再利用習用之指撥開關以帽蓋將二撥塊黏固使用，相形 之下可節省將帽蓋及二撥塊黏固之材料及施工成本，且 組裝工時相對能較為快速，藉以達到節省構件及工時等 成本之功效。 [0026] 2、本創作之指撥開關，藉其推鈕3之滑塊3 0 — 體成型，而在滑塊3 0兩側僅具有二定位部3 3，仍可 達到令滑塊3 0在滑動後定位之效果，相較於習用之指 撥開關為二推鈕而具有四定位部，必須克服四阻擋部的 擋止而言，本創作之撥塊3 1在被撥動時，僅須克服二 阻擋部41，相較於習用推鈕之撥動僅施以一半的力量 即可令該滑塊3 0撥動，故本創作之推鈕相對而言，在 撥動時具有較為省力之效果。 [0027] 值得一提的是，本實施例中係於本體1中設置單一 推鈕3為例，惟本創作中所述推鈕3並不侷限在僅以一 個設於指撥開關内，而可將本創作之構造類推適用至各 種形態之指撥開關，例如在同一本體（圖中未示）中設 置複數個如上述實施例中之推鈕3，亦或者將上述實施 例之推鈕3與習知之推鈕9 2同時設於本體（圖中未示 )中而搭配使用，端看指撥開.關之設計取向而決定其推 10120242^^^11 A0101 第8頁/共20頁 1012007495-0 M432124 鈕之開關型態。 [0028] 以上所述實施例之揭示係用以說明本創作，並非用 以限制本創作，故舉凡數值之變更或等效元件之置換仍 應隸屬本創作之範疇。 [0029] 由以上詳細說明，可使熟知本項技藝者明瞭本創作 的確可達成前述目的，實已符合專利法之規定，爰提出 專利申請。 【圖式簡單說明】 [0030] 第1圖係本創作之立體組合外觀圖，其推鈕之撥塊設定 在Ο F F位置。 [0031] 第2圖係本創作之立體分解配置圖。 [0032] 第3圖係本創作之推鈕以定位部與上蓋板之阻擋部相互 阻擋之定位示意圖。 [0033] 第4圖係本創作之導電彈片僅與一接腳之導電部接觸之 剖視示意圖。 [0034] 第5圖係本創作之推鈕的撥塊被撥動至Ο N位置之示意 圖。 [0035] 第6圖係本創作之推鈕於第5圖的ON位置時，以定位 部與上蓋板之阻擋部相互阻擋之定位示意圖。 [0036] 第7圖係本創作之導電彈片與二接腳之導電部接觸導通 之剖視示意圖。 [0037] 第8圖係習用指撥開關加裝帽蓋之立體外觀示意圖。 10120242产單編謂01 第9頁/共20頁 1012007495-0 M432124 [0038] 第9圖係習用之推鈕以定位部與上蓋板之阻擋部相互阻 [0039] 擋之定位示意圖。 【主要元件符號說明】 (習用部分） [0040] 本體9 0 接腳9 1 [0041] 推 la 9 2 導電彈片9 2 0 [0042] 撥塊9 2 1 帽蓋9 2 2 [0043] 定位部9 2 3 上蓋板9 3 [0044] 阻擋部9 3 0 [0045] (本創作部分） [0046] 本體1 容室1 0 [0047] 開口 1 0 0 第一側1 1 [0048] 第二側1 2 接腳2 [0049] 導電部2 0 推紐3 [0050] 滑塊3 0 撥塊3 1 [0051] 導電彈片3 2 定位部3 3 [0052] 溝槽3 4 上蓋板4 [0053] 穿孔4 0 阻擋部4 11. The dip switch of the present invention, the slider 3 of the push button 3 is integrally formed and combined with the two conductive elastic pieces 32, so that the two conductive elastic pieces 32 will be synchronously displaced with the sliding of the slider 30, so that The input terminal of the direct current and the pin 2 of the output terminal are synchronously switched on or off synchronously, so that it is not necessary to use the conventional finger switch to stick the two blocks with the cap, thereby saving the cap and the second dial. The material and construction cost of the block are fixed, and the assembly time is relatively fast, so as to save the cost of components and working hours. [0026] 2. The dip switch of the present invention is formed by the slider 3 0 of the push button 3, and only has two positioning portions 3 3 on both sides of the slider 30, and the slider 30 can still be achieved. The effect of the positioning after sliding is compared with the conventional dip switch having two positioning buttons and having four positioning portions, and in order to overcome the blocking of the four blocking portions, the dial 3 1 of the present creation only has to be overcome when being dialed. The two blocking portions 41 can only make the slider 30 move when half of the force is applied to the toggle of the conventional push button. Therefore, the push button of the present invention has a relatively labor-saving effect when it is toggled. . [0027] It should be noted that, in this embodiment, a single push button 3 is disposed in the body 1 as an example, but the push button 3 in the present creation is not limited to being disposed in only one of the finger switches. The construction of the present invention is analogized to various types of dip switches, for example, a plurality of push buttons 3 as in the above embodiment are provided in the same body (not shown), or the push buttons 3 and the above embodiments are used. The push button 9 2 is also set in the main body (not shown) and used together. The end of the design refers to the design orientation of the opening and closing. It is determined that it pushes 10120242^^^11 A0101 Page 8 / Total 20 pages 1012007495-0 M432124 button switch type. The disclosure of the above-described embodiments is intended to be illustrative of the present invention and is not intended to limit the present invention, so that changes in numerical values or substitutions of equivalent elements are still within the scope of the present invention. [0029] From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the foregoing objectives and is in compliance with the provisions of the Patent Law. BRIEF DESCRIPTION OF THE DRAWINGS [0030] Fig. 1 is a perspective view of the three-dimensional combination of the present creation, and the dial of the push button is set at the Ο F F position. [0031] FIG. 2 is a perspective exploded configuration diagram of the present creation. [0032] Fig. 3 is a schematic view showing the positioning of the push button of the present invention with the blocking portion of the positioning portion and the upper cover. [0033] Fig. 4 is a schematic cross-sectional view showing the conductive elastic piece of the present invention in contact with only the conductive portion of a pin. [0034] Fig. 5 is a schematic diagram of the dial of the push button of the present creation being moved to the Ο N position. [0035] FIG. 6 is a schematic view showing the positioning of the positioning portion and the blocking portion of the upper cover when the push button of the present invention is in the ON position of FIG. [0036] FIG. 7 is a cross-sectional view showing the conductive elastic piece of the present invention in contact with the conductive portion of the two pins. [0037] FIG. 8 is a perspective view of a stereoscopic appearance of a conventional finger switch. 10120242Product Description 01 Page 9 of 20 1012007495-0 M432124 [0038] Figure 9 is a conventional push button to block the positioning of the positioning portion and the upper cover block [0039]. [Main component symbol description] (customized part) [0040] Main body 9 0 pin 9 1 [0041] Push la 9 2 Conductive elastic piece 9 2 0 [0042] Dial block 9 2 1 Cap 9 2 2 [0043] Positioning section 9 2 3 Upper cover 9 3 [0044] Block 9 3 0 [0045] (This authoring part) [0046] Body 1 chamber 1 0 [0047] Opening 1 0 0 First side 1 1 [0048] Second Side 1 2 pin 2 [0049] Conductive part 2 0 push button 3 [0050] slider 3 0 dial block 3 1 [0051] conductive spring piece 3 2 positioning portion 3 3 [0052] groove 3 4 upper cover 4 [ 0053] Perforation 4 0 Block 4 1
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