M3&1885. 五、新型說明： 【新型所屬之技術領域】 本創作是關於一種按鍵結構，特別是關於一種具有隔絕外界 空氣或溼氣之功能的密封式按鍵結構。 【先前技術】 IW著科技日新月異的進展’電子產品的使用也越來越多元， 越來越廣泛。大到飛機、火箭，小到電視、收音機、廳，都必 /員使用Ba>；、電路這些電子元件。而，在眾多電子树之中，按 鍵結構可說是關鍵而不可獲缺的。按鍵結構通常作為人機的介 面’用以讓人們㈣電子產品。藉由按繼構的使用，人們可以 方便地用手按壓、操作電子訊號的輸出輸人，進而控制相關軟體 程序的執行、指令的下達；藉此，所有的科技、電子產品均可輕 易的接雙使用者的意願而被操控。 ㈣請參閱圖1，圖1所繪示為習知按鍵結構在按>1前的示意圖。 =所不’-按鍵結構9包括有—本體95、—健體96、一菩 二、:第-接腳91、一第二接腳92、一接觸塊94及一導電塊 容置二Γ:體96包括有一推柄部961，咖 ==99_置該推柄_'_、 結構物。導_97竭讀成之可換性 伸出該本㈣之外。％過=導電塊93與該簧片97相接，且延 4一接腳92與該接觸塊94相接而延伸出 3 M381885 之外接下來晴參閱圖2 ’當使用者以手指壓下該按壓 體％時’該推柄部961會壓迫該簧片97，使該簧片97變形而與 接觸塊94相接，藉以使該第-接腳91、導電塊93、簧片97、 ^觸塊^弟二接腳％依序電性導通。當使用者鬆開該按壓體 /時，該簧片97會藉由撓性而彈回，因此與該接觸塊94分離， ^達到第-接腳91與第二接腳92斷路的目的。藉此，該按鍵 、、、。冓9可簡單地利用該簧片97的彈性而達到斷路、通路之操控目 標。 然而，如圖2的放大騎示，f知的按鍵結構9在該按壓體 /與該本體95之間容易產生一小小的縫隙951，因此外界的空 容易透過該縫隙951進入該按鍵結構9的内部，進而侵 接觸Γ該以97、該接觸塊94或該導電塊％，造成該簧片I 導電塊93受潮、生銹，導致上升、接觸不良； 甚至，使雜壓體96卡住而無法順利地壓下或彈回非常不理相。 因此，如何防趙氣、空氣進人該按鍵結構9内部，避辆 片97、該接觸塊94或該導電塊93受潮 接夷m U又，朝生銹，導致電阻上升、 $不良，甚至使雜频96卡細無法彻_下或_ 疋本領域具有通常知識者努力的目標。 乂 【新型内容】 本創作主要目的在改善習知按鍵結構的内部， 化、座氣人浸而導致按鍵結構受潮、生錢、電阻上升、接觸= M381885. 戒功能失效的缺點β 本創作另-目的在改善習知按鍵結構的 下或彈_缺‘I卜 u順利地屢 為了達成上述目的，本創作提供一種 括有-本體、—按壓體、，、—第一接腳、包 接觸塊。射，卿= 該縫朗賴該榻相接而密合，使該本體触 按圍㈣成-。該簧料置於該朗空間内且 為金屬材質製成之可繞性結構物。該第-接腳與該簧片相接而延 伸出該本體之外。該 雜閉空㈣而與該簀片相 鄰。該紅接腳與該接觸塊相接而延伸出該本體之外。藉此，去 壓下該按壓體的推柄部時，會壓迫該簧片，使該菩片_而= 接觸塊相接，當鬆開該推柄部時，該簣片會藉由驗而彈回3 與該接觸塊分離。 如上所述的密封式按鍵結構，更包括有一推抵塊，該推抵塊 没置於該推柄部與該簧片之間，且位於該本體的中心、部位；告壓 下該按壓體的推柄騎，婦抵塊會壓迫該簧片，使該簧^形 而與該接觸塊相接。 如上所述的密封式按鍵結構，更包括有一密封板，該密封板 δ又置於_壓體與該本體相接之處肋加強該韻空間的密封 效果。 如上所述的山封式按鍵結構，其中，該推柄部位於該按壓體 5 的中心部位。 如上所述的密封式按鍵結 正下方。 "青片位於該推柄部的 如上所述的密封式按鍵結構， 的正下方。 接觸塊位於該推柄部 如上所述的密封式按鍵結構，其中，= 形筒、六邊形筒或八邊形筒之纟士構 5本體為圓琦狀、四方 如上所述的也、封式按鍵結構其中，上 一體成型之結構。 忒推柄部與該按壓體為 如上所述的密封式按鍵結構，其： 藉由黏合膠而與該本體相接且密合Ρ，該按壓體在周邊之處係 如上所述的密封式按鍵結構，其 ▲ > 電塊而與料；i紐树接。 4第—接腳係透過-導 藉此，本娜所述㈣封式按_財用以防止 進入，進㈣免該密封式魏結翻部的轉受潮、生錄:: 電阻上升、接觸不良，甚至結構卡 守 卞住而無去順利地壓下或彈回的 缺點。 為使熟悉綱技藝人士瞭解本創作之目的、特徵及功效，兹 藉由下述频實_，’並配麵社圖式，對糊作詳加說明如 後0 【實施方式】 請參閱圖3,圖3所终 構在按騎的示相。彳第—魏例之密封式按鍵結 有—本體15、,體二二了_鍵結構1，其包括 腳U、-第二接腳12 :、-密封板18、一第—接 體15係構成該密封式按鍵=及—導電塊13。其中，該本 _體16、該簧片17 的主要架構’用以結合並固定該 塊Η及該導電塊！ 腳11、該第二接腳12、該接觸 有一具有撓性祕^ 設置於該本體15上方，且包括 15相接而密合，故。_壓體16以其周邊之處與該本體 閉空間⑴該密與該麵體16即可合圍而形成1 Μ及該導電塊13之外，.、了伽容置該簧片】7、該接觸塊 及該導電塊13與外界隔確保該糾17、該接觸塊14 柄部161料置於处/ 氧化或_所侵襲°該推 〜置於該域體16的中心之處而向下延伸至該筹 =Γ菁片17為—設置於該密閉空間19内的金屬結構物， J用金屬材質之可撓性f，可多次反覆地料或伸直；在此實 ㈣中，該菁片17位於該推柄部⑹的正下方，且當該簧片17 不又力^•會呈現弓曲的狀態。該第一接腳^透過該導電塊13 而與該簧片π隨時保持電性相連接，且該第一接腳u延伸出該 本體15之外而與其他電子元件相接。該接觸塊14設置於該密閉 空間19内且位於該推柄部161的正下方，且與該菁片17上下相 鄰。該第二接腳12與該接觸塊14相接而延伸出該本體15之外。 該密封板18設置於該_體16與該本體15相接之處用以加強 M381885 “役閉工間19的密封效果。如圖3所示，因為該簧片口呈現彎 ^的狀態’因此該簧片17與該接觸塊14並未接觸使該密封式 按鍵結構1的第一接腳11及第二接腳12呈現斷路的狀態。 接下來請參_ 4，圖4所繪4本創作第—實施例之密封式 按鍵結構在按壓後的示意圖。如圖4所示，因為該推柄部⑹具 有f性，當使用者以手指壓下該按壓體16的推柄部161時，該推 柄部⑹上端會微微·彎曲，下端會向下推擠該菁片^ ;當該脊片 17受力後，會被壓迫而變形呈一直線狀，使該簧片η的=之 5接觸塊Η電性相接。此時，該第—接腳u、該導電塊13、 ^片17、該接觸塊14、該第二接腳12依序相連接，使該密封 形綱，可轉她㈣品。而當使用者 柄部⑹時，該菁片17即可藉由挽性而彈回，並與該接 爆辦，賺咖_】便物彡錢路。藉此， Ϊ 纖構1可觸她5與該咖丨6、密封 ^卿成之密封的結構，用以防止或空氣進人該密封式按 進峨剛17、鱗動娜觸塊 卡住而無法順利地壓下或彈回。 如圖3及圖4所示，在太麻/点丨山 駚α达 本貝細例中，該推柄部161與該按壓 职的雔屮成型之結構。⑽，本領域具靖知識者可利用塑 ⑽雙料射出成型之方法’使該推柄部⑹ ^ 有軟性之材質的塑膠，而該按 I、有撓性或具 座體16則成型為堅固質硬的塑谬，· M381885 如此，當成型之後，即可使該推柄部161便於彎曲，該按壓體16 則可牢牢地與該本體15接合、密封。此外，該按壓體16在周邊 之處可藉由黏合膠而與該本體15相接且密合；當然，在其他實施 例之中，該按壓體16的周邊之處也可藉由嵌合、卡合、螺絲鎖合 等方式而與該本體15相接。還有，該本體15為係為圓筒狀，所 •以該按㈣16的俯姻(树示)也會成為而本領域具有通 .4知識者當然也可將該本體15設計成為四方形筒、六邊形筒或八 #邊形筒之結構，再將相對應的按壓體16設計成為四邊形、六邊形 或八邊形。另外，該第一接腳u、第二接腳12、接觸塊14、導電 塊13的設置位置都是可以視需求而改變的幻目對應地該第一 接腳1卜第二接腳12的連接、延伸方式也會隨不同。諸如此類的 變化，只要在本創作之申請專利範圍内，其相關的結構、位置變 化句可達到本案預躺功效’故均應被本創作所述之密封式按鍵 結構的申請專利範圍所保護。 ‘再來介紹其他實關。請同時參_ 5細6，圖$所緣示為 本創作第二實施例之密封式按鍵結構在按壓前的示意圖，圖S所 繪示為本創作第二實施例之密封式按鍵結構在按壓後的示意圖。 如圖5及圖6所示，該密封式按鍵結構2包括有-本體25、一按 壓體26、-簧片27、—密封板28、—第一接腳、一第二接腳 22、—接觸塊24、一導電塊23、一推抵塊20及-密閉空間29。 其中，本實施例的本體25、簧片27、密封板以、第一接腳I 第二接腳22、接觸塊24、導電塊23及密閉空間29均與圖3、圖 9 M381885 4之第-實施例的結構、功能相似，故不再贅述。在本實施例中， 該推抵塊2〇設置於該按塵體％的推柄部加與該菁片^之間， 且位於該本體25的中心部位。此外，該按壓體26的推柄部261 亦為撓性可彎軸結構，當制者料下該賴體26的推柄 部加時，該推柄部261會推擠該推抵塊20，使該推抵⑽壓迫 該簧片27，進而使該簧片27變形而與該接觸塊24電性相連接， 因此，可達到第一接腳21與第二接腳22電性導通的目的；此時， =導通的狀態即如圖5所示，當使用者的手指鬆開時，藉由該 簧片27的回復彈力，該推柄部261及該推抵塊2〇會回復原位， 使該第-接腳21與該第二接腳22再次戦斷路，此時，其斷路 的狀態即如圖6所示。 /综上所述，本創作所述的密封式按鍵結構可用以防止澄氣或 空氣進入’義避免該㈣式按__部的零件受潮、生鎮， 導致電阻上升、接觸不良，甚至結構卡住而無法糊地壓下或彈 回的缺點。 雖然本創作已以越魏_露如上，财所聽的具體實 施例並非用嫌定本創作，任何熟悉此技藝者，在不脫離本創作 之精神和範圍内，當可作各種之更動與潤飾，其所作之更動盘潤 飾皆屬於本創作之_，摘作之保護範时視後附之”專利 範圍所界定者為準。 【圖式簡單說明】 M3S1885 圖1所繪示為習知按鍵結構在按壓前的示意圖。 圖2所繪示為習知按鍵結構在按壓後的示意圖。 圖3所緣示為本創作第—實施例之密封式按鍵結構在按壓前 的乔意圖。 圖4所繪示為本創作第一實施例之密封式按鍵結構在按壓後 的汴意圖。 圖5所繪示為本創作第二實施例之密封式按鍵結構在按壓前 的承意圖。 圖6所繪示為本創作第二實施例之密封式按鍵結構在按壓後 的乔意圖。 【主要元件符號說明】 <習知> 9:按鍵結構 91 :第一接腳 92 :第二接腳 93 :導電塊 94 :接觸塊 95 :本體 951 :縫隙 96 :按壓體 %1 :推柄部 97 :簧片 99 :容置空間 2〇 :推抵塊 密封式按鍵結構 M381885 11、21 :第一接腳 16、26 :按壓體 12、22 :第二接腳 161、261 :推柄部 13、23 :導電塊 17、27 :簧片 14、24 :接觸塊 18、28 :密封板 15、25 :本體 19、29 :密閉空間 12M3&1885. V. New description: [New technical field] This creation is about a button structure, especially a sealed button structure with the function of isolating outside air or moisture. [Prior Art] IW is advancing with technology. The use of electronic products is becoming more diverse and more widespread. As large as airplanes, rockets, as small as televisions, radios, and halls, they must use Ba>; circuits and these electronic components. However, among the many electronic trees, the key structure can be said to be the key and not available. The button structure is often used as a human-machine interface to allow people to (4) electronic products. By using the relay, people can conveniently press and manipulate the output of the electronic signal to control the execution of the relevant software program and the release of the instructions. All the technologies and electronic products can be easily connected. It is manipulated by the will of the two users. (4) Please refer to FIG. 1. FIG. 1 is a schematic diagram of a conventional button structure before pressing >1. The key structure 9 includes a body 95, a body 96, a bodhisattva, a first pin 91, a second pin 92, a contact block 94, and a conductive block. The body 96 includes a push handle portion 961, and the coffee maker has a push handle _'_, a structure. The _97 is read as a changeability. Out of this (4). % over = conductive block 93 is in contact with the reed 97, and the extension 4 is connected to the contact block 94 and extends out of the M M38885. Next, see FIG. 2 'When the user presses the finger with a finger When the body is %, the push handle portion 961 presses the spring piece 97 to deform the spring piece 97 to be in contact with the contact block 94, so that the first pin 91, the conductive block 93, the reed 97, and the contact block ^ Brother 2 pin % is electrically connected in sequence. When the user releases the pressing body /, the reed 97 will spring back by the flexibility, so that it is separated from the contact block 94, and the purpose of the first pin 91 and the second pin 92 is broken. Thereby, the button, ,,. The 冓9 can easily utilize the elasticity of the reed 97 to achieve the control of the open circuit and the passage. However, as shown in the enlarged ride of FIG. 2, the button structure 9 is known to easily generate a small gap 951 between the pressing body and the body 95, so that the outside air easily enters the button structure through the slit 951. The internal portion, and then the contact with the contact block 94 or the conductive block %, causes the reed I conductive block 93 to be wetted and rusted, causing rise and poor contact; even, the miscellaneous body 96 is stuck. Can't smoothly press or bounce back very disregarded. Therefore, how to prevent the Zhao gas and the air from entering the inside of the button structure 9, avoiding the piece 97, the contact block 94 or the conductive block 93 being wetted, and facing the rust, causing the resistance to rise, the defect, or even the miscellaneous Frequency 96 card can not be _ _ or _ 疋 疋 领域 具有 。 。 。 。 。 。 。 。 。 。 。 。乂[New content] The main purpose of this creation is to improve the internal structure of the known button structure, resulting in the dampness of the button structure, resulting in moisture in the button structure, rising money, resistance rise, contact = M381885. OBJECTIVE: To improve the conventional button structure or to perform the above-mentioned purpose, the present invention provides a body, a body, a pressing body, a first pin, and a bag contact block.射,卿= The slats are close to each other and make the body touch (4) into -. The spring material is placed in the ridge space and is a wrapable structure made of a metal material. The first leg is coupled to the reed to extend beyond the body. The hybrid is closed (4) and is adjacent to the cymbal. The red pin is in contact with the contact block and extends out of the body. Thereby, when the push handle portion of the pressing body is pressed, the spring piece is pressed, so that the contact piece is connected, and when the push handle portion is released, the piece is tested by The bounce back 3 is separated from the contact block. The sealed button structure as described above further includes a pushing block, the pushing block is not disposed between the push handle portion and the spring piece, and is located at a center and a portion of the body; When the handle is pulled, the female resisting block presses the reed so that the spring is in contact with the contact block. The sealed button structure as described above further includes a sealing plate which is placed at a position where the rib is in contact with the body to enhance the sealing effect of the space. The mountain-sealed button structure as described above, wherein the push handle portion is located at a central portion of the pressing body 5. The sealed button knot as described above is just below. "The green sheet is located directly below the sealed button structure of the push handle portion as described above. The contact block is located in the push button structure as described above, wherein the body of the gentleman, the hexagonal cylinder or the octagonal cylinder is in the shape of a circle, and the square is also as described above. The button structure is a structure in which the upper body is integrally formed. The push handle portion and the pressing body are the sealed button structure as described above, which is connected to the body by an adhesive and is tightly sealed, and the pressing body is a sealed button as described above at the periphery. Structure, its ▲ > electric block and material; i new tree connection. 4th - the pin is transmitted through - guide, Benna said (four) sealed type according to _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Even the shortcomings of the structure card are kept without being smoothly pressed or bounced back. In order to familiarize the skilled artisans with the purpose, characteristics and effects of this creation, we will explain the paste in detail by the following _, 'and the matching social schema. [Embodiment] Please refer to Figure 3. Figure 3 shows the final phase of the ride.密封第—Wei's sealed button has a body 15, a body 22, a key structure 1, which includes a foot U, a second pin 12, a sealing plate 18, and a first body 15 The sealed button = and - the conductive block 13 is formed. Wherein, the main body of the body 16 and the reed 17 is used to bond and fix the block and the conductive block! The foot 11, the second pin 12, the contact has a flexible structure disposed above the body 15, and the cover 15 is in close contact with each other. The embossed body 16 is formed at a periphery thereof and the body closed space (1) so as to be close to the surface body 16 to form a ridge and the conductive block 13, and the garnish is placed on the reed. The contact block and the conductive block 13 are separated from the outside to ensure that the correction block 17, the handle block 14 is placed at the shank portion 161, and the oxidized or _ invaded portion is placed at the center of the domain body 16 and extends downward. The phthalocyanine sheet 17 is a metal structure disposed in the sealed space 19, and J is made of a flexible material f of a metal material, and can be repeatedly grounded or straightened; in this (4), the phthalocyanine The sheet 17 is located directly below the push handle portion (6), and when the reed 17 does not force again, it will assume a bowed state. The first pin ^ is electrically connected to the reed π through the conductive block 13 , and the first pin u extends out of the body 15 to be in contact with other electronic components. The contact block 14 is disposed in the sealed space 19 and directly under the push handle portion 161, and is adjacent to the crest sheet 17 in the upper and lower directions. The second pin 12 is in contact with the contact block 14 and extends out of the body 15 . The sealing plate 18 is disposed at a position where the body 16 is in contact with the body 15 to reinforce the sealing effect of the M381885 "closed work chamber 19. As shown in FIG. 3, because the reed port is in a bent state" The reed 17 and the contact block 14 are not in contact with each other so that the first pin 11 and the second pin 12 of the sealed button structure 1 are in an open state. Next, please refer to _ 4, and the four creations in FIG. - Schematic diagram of the sealed button structure of the embodiment after pressing. As shown in Fig. 4, since the push handle portion (6) has a f-type, when the user presses the push handle portion 161 of the pressing body 16 with a finger, the push The upper end of the handle (6) will be slightly curved, and the lower end will push the crest sheet downward; when the ridge piece 17 is stressed, it will be pressed and deformed in a straight line shape, so that the reed η=5 contacts the block Η Electrically connected. At this time, the first pin u, the conductive block 13, the ^17, the contact block 14, and the second pin 12 are sequentially connected, so that the sealing shape can be transferred to her (4) When the user's handle (6) is used, the crest 17 can be bounced back by the temperament, and with the exploding, the coffee can be used to make money. Structure 1 can touch her 5 and the curry 6, sealed ^ Qingcheng sealed structure, to prevent or air into the seal type press into the 峨 just 17, the scales of the touch block stuck and can not be successfully pressed Or bounce back. As shown in Fig. 3 and Fig. 4, in the case of the tae/dot 丨 达 达 贝 贝 , , , , 推 推 推 推 161 161 161 161 161 161 161 161 161 161 161 161 161 161 161 161 161 161 The knowledgeable person can use the plastic (10) two-shot injection molding method to make the push handle (6) ^ a plastic material with a soft material, and the I, flexible or seated body 16 is formed into a solid and hard plastic. · M381885 In this way, after the molding, the push handle portion 161 can be easily bent, and the pressing body 16 can be firmly engaged and sealed with the body 15. In addition, the pressing body 16 can be bonded at the periphery. The glue is in contact with the body 15 and is in close contact with each other; of course, in other embodiments, the periphery of the pressing body 16 can also be engaged with the body 15 by means of fitting, snapping, screwing, and the like. In addition, the body 15 is cylindrical, and the depression (tree) of the (four) 16 is also available in the art. 4 The knowledgeer can of course design the body 15 into a quadrangular cylinder, a hexagonal cylinder or an eight-sided cylinder, and then design the corresponding pressing body 16 into a quadrilateral, a hexagonal or an octagonal shape. The positions of the first pin u, the second pin 12, the contact block 14, and the conductive block 13 are all connected by the first pin 1 and the second pin 12 corresponding to the phantom which can be changed according to requirements. The extension method will also vary. Such changes, as long as within the scope of the patent application of this creation, the relevant structure, position change sentence can reach the pre-lying effect of the case, so it should be the sealed button structure described in this creation. The scope of the application for patent protection is protected. 'Recommended to introduce other real customs. Please refer to _ 5 fine 6, please refer to the schematic diagram of the sealed button structure of the second embodiment of the present invention before pressing, Figure S It is a schematic view showing the sealed key structure of the second embodiment of the present invention after being pressed. As shown in FIG. 5 and FIG. 6 , the sealed button structure 2 includes a body 25 , a pressing body 26 , a reed 27 , a sealing plate 28 , a first pin and a second pin 22 , The contact block 24, a conductive block 23, a push block 20 and a confined space 29 are provided. The body 25, the reed 27, the sealing plate, the first pin I, the second pin 22, the contact block 24, the conductive block 23 and the confined space 29 of the present embodiment are the same as those of FIG. 3 and FIG. - The structure and function of the embodiment are similar, and therefore will not be described again. In this embodiment, the pushing block 2 is disposed between the push handle portion of the dust body and the crest sheet, and is located at a central portion of the body 25. In addition, the push handle portion 261 of the pressing body 26 is also a flexible bendable shaft structure. When the push handle portion of the pull body 26 is added, the push handle portion 261 pushes the push block 20, Pressing the reed (27) to press the reed 27, and further deforming the reed 27 to be electrically connected to the contact block 24, thereby achieving the purpose of electrically connecting the first pin 21 and the second pin 22; At this time, the state of being turned on is as shown in FIG. 5. When the user's finger is released, the push handle portion 261 and the push-up block 2 are restored to the original position by the return elastic force of the reed 27. The first pin 21 and the second pin 22 are again broken, and the state of the disconnection is as shown in FIG. 6. In summary, the sealed button structure described in the present invention can be used to prevent the air or air from entering the 'sense' to avoid the moisture of the parts of the __ part, resulting in resistance rise, poor contact, and even structural cards. The disadvantage of living and not being able to press or bounce back. Although this creation has been based on the above-mentioned Wei _ 露, the specific embodiment of the financial office is not intended to be used in this creation. Anyone who is familiar with this art can make various changes and refinements without departing from the spirit and scope of this creation. The changes made by the editors are all in this creation. The protection of the model is based on the definition of the patent scope. [Simplified illustration] M3S1885 Figure 1 shows the conventional button structure. Fig. 2 is a schematic view of a conventional button structure after being pressed. Fig. 3 is a view showing the intent of the sealed button structure of the first embodiment of the present invention before pressing. It is the intention of the sealed key structure of the first embodiment of the present invention after pressing. FIG. 5 is a schematic view of the sealed key structure of the second embodiment of the present invention before being pressed. The original intention of the sealed key structure of the second embodiment after the pressing is created. [Main component symbol description] <General knowledge> 9: Key structure 91: First pin 92: Second pin 93: Conductive block 94 : Contact Block 95: Body 951: Seam 96: Pressing body %1: Pushing handle portion 97: Reed 99: accommodating space 2〇: Pushing block-sealed button structure M381885 11, 21: First pin 16, 26: Pressing body 12, 22: Second Pins 161, 261: push handle portions 13, 23: conductive blocks 17, 27: reeds 14, 24: contact blocks 18, 28: sealing plates 15, 25: bodies 19, 29: confined space 12