M377634 j 五、新型說明： 【新型所屬之技術領域】 本創作是有關於-種多方向指示按鍵結構，尤指一種 破定位於該電子裝置，供使用者可用以對電子褒置輸入指令之 按鍵結構。 7 . 【先則技術】 • 如第卜及忙圖所示，制第5504502號專利揭露一種 • 彳控制電腦螢幕顯示游標之按鍵裝置，其主要是以-彈性元件 PU、一半球形元件P12、一絕緣殼體Pl3、一按鍵pi6、一電 路板P17、-雜元件P18及一外殼體pi9所組成。該彈性元 件P11係由一彈性材質例如橡膠形成，該彈性元件P11和該半 球形元件P12可結合在-起成為一滑動件p1〇，該磁性元件 係埋入在賴動件PH)下端巾央部位，該電路板m上設有複 數個磁場隔離元件P14及一開關P15，該按鍵P16與-主機板 馨 侧定方式是藉由該外殼體P19與該絕緣㈣pi3的定位柱或 DIP腳與該主機板焊接與定位。 由於生產線在組裝各部零件時會有允許公差，使該習知的 按鍵裝置組裝完成後不見得被精確定位於理想位置，且當該按 鍵裝置被組裝在電子裝置外殼體pi9時又被允許有一定的公 差裕度，則當各部公差不斷累積之後可能使該按鍵裝置的磁場 隔離元件P14及開關P15在該電子裝置外殼體pig上產生相對 較大範圍的偏位，故習知技術需要被改良。 3 M377634 ； 【新型内容】 本創作之主要目的在於提供一種多方向指示按鍵結構，該 多方向指示按鍵結構係被裝置於一電子裝置之機殼範圍内，且 該多方向指示按鍵結構主要是由—輸人·、—位移感測模組 及-框架組裝喊。該輸人餘是—種鱗制者在一定範圍 内操作並產生姆應反應賴組，該輸人模組可以是任何習知 的多方向指示按鍵機構。該位移感測模組至少包括—感測元件 及-電子電路m彳元㈣職輸人模組之變麵對該電子 電路發出電子峨，紐減賴組之電子電路可峨配置於 "玄電子裝置的主電路板或任何其他被電性連接至該主電路板 的附屬子電路板，其中該子電路板設有一穿置孔供該絕緣殼體 之一第一固定機構穿越。 本創作之該框架是用以將該輸入模組固定於該電子裝置 之機殼’該輸入模組係由一鍵帽、一彈性體及一絕緣殼體所組 成，在習知設計上，該鍵帽、該彈性體及該絕緣殼體有多種成 型的型式，包括將該鍵帽及該彈性體一體成型，或該彈性體跟 該絕緣殼體模製成一體等多種方式，該位移感測模組之該子電 路板可以是被裝置於該輪入模組之絕緣殼體與該框架之間。該 鍵帽是指該多方向指示按鍵結構突出於該機殼而可供使用者 操作的部份，該彈性體是指有彈性地將該鍵帽定位於該多方向 指示按鍵結構一定位的部份，且該彈性體是被限制於該絕緣殼 體之一定位，其可以是塑膠、橡膠或金屬材料，該絕緣殼體係 4 固定該鍵帽及該彈性體之相對位置，該絕緣殼體設有一可收容 δ亥彈性體之第-收容空間，該輸人模組之絕緣殼體是透過該第 一固定機構而被定位於該框架，該框架是由一第二固定機構直 接疋位於忒電子裝置機殼之特定位置，且該框架設有一可收容 該感測元件之第二收容空間。 本創作之該第一固定機構係用以定位該絕緣殼體與該框 架，該第-固定機構可以是由該絕緣殼體之至少一凸塊及該框 架相對應之穿孔所組成，請參照實施例及其均等實施方法，該 絕緣殼體之凸塊及雜架之穿孔組t配合後，兩者之一被施以 塑性變形’其中塑性變形包括熱炫、鉚接、螺絲或其他強迫變 形方法，使兩者無法輕S分離，且魏緣殼體之凸塊及該框架 之穿孔變形後之外形均為非圓形之多邊形。 本創作之鮮二H]定機構侧以定㈣絲及該電子裝 置機殼’該第二U定機構可以是由該框架之i定孔及該電子 裝置機殼上之導輯組成’請參照實補及其解實施方法， 藉該蚊孔與該導柱之配合而定健框架及該機殼，該固定孔 及該導柱喊配合完錢，朗定孔及料柱之—被施以塑性 變形，其中雜變形包括_、鉚接、螺絲或其他強迫變形方 法’使兩者無法㈣分離’且軸定減該導柱變形後之外形 均為非圓形之多邊形。 本創作之該輸讀組之絕緣殼體與該電子裝置之機殼間 設有輔較健置’該猶定位裝肋粒觀緣殼體與 該電子裝置餘，簡較位妓可岐由魏緣殼體延伸至 少-定位柱及該f子裝置機处之至少—粒凹撕組成，請 參照實施例及其均等實施方法，藉該定位柱與該定位凹槽之配 合，以將該絕緣殼體精確定位於該電子裝置之機殼上。 其他關於本創作的應用可以藉由本創作說明書的揭露而 變得顯而易知，然而，本創作說明書的揭露是利用該框架與該 機殼定位’藉以改善定位問題，習於此項技藝者若是利用其他 执5十疋位方式，包括但不限於，仍屬本創作所揭露之技術範圍。 M377634 【實施方式】M377634 j V. New description: [New technical field] This creation is about a multi-directional indicator button structure, especially a button that is broken and positioned on the electronic device for the user to input an instruction to the electronic device. structure. 7. [First-hand technology] • As shown in the diagram and the busy diagram, the patent No. 5,504,502 discloses a key device for controlling a computer screen display cursor, which is mainly an elastic element PU, a hemispherical element P12, and a The insulating housing P13, a button pi6, a circuit board P17, a miscellaneous component P18 and an outer casing pi9 are formed. The elastic member P11 is formed of an elastic material such as rubber, and the elastic member P11 and the hemispherical member P12 can be combined to form a sliding member p1〇, and the magnetic member is embedded in the lower end of the sliding member PH) The circuit board m is provided with a plurality of magnetic field isolating components P14 and a switch P15. The button P16 and the motherboard are laterally defined by the outer casing P19 and the insulating (four) pi3 positioning post or DIP pin. Motherboard welding and positioning. Since the production line has tolerances when assembling the various parts, the conventional button device is not necessarily accurately positioned in an ideal position after assembly, and is allowed to be fixed when the button device is assembled in the outer casing pi9 of the electronic device. The tolerance margin is such that the magnetic field isolating element P14 and the switch P15 of the button device may cause a relatively large range of misalignment on the outer casing of the electronic device after the tolerances of the various parts are accumulated, so the prior art needs to be improved. 3 M377634 ; [New content] The main purpose of the present invention is to provide a multi-directional indicating button structure, which is installed in the casing of an electronic device, and the multi-directional indicating button structure is mainly - Input, · Displacement Sensing Module and - Frame Assembly Shout. The input is that the scaly operator operates within a certain range and generates a response group, which can be any conventional multi-directional indicating button mechanism. The displacement sensing module includes at least a sensing component and an electronic circuit, and the electronic circuit of the electronic circuit can be configured to be electronically configured. The main circuit board of the electronic device or any other auxiliary sub-board electrically connected to the main circuit board, wherein the sub-circuit board is provided with a through hole for the first fixing mechanism of the insulating housing to pass through. The frame of the present invention is for fixing the input module to the casing of the electronic device. The input module is composed of a key cap, an elastic body and an insulating shell. In a conventional design, the frame is The key cap, the elastic body and the insulating shell have various molding forms, including integrally forming the key cap and the elastic body, or integrally molding the elastic body with the insulating shell, and the displacement sensing The sub-board of the module may be disposed between the insulative housing of the wheel-in module and the frame. The key cap refers to a portion of the multi-directional indicating button structure that protrudes from the casing and is operable by a user. The elastic body refers to a portion that elastically positions the keycap to the positioning of the multi-directional indicating button structure. And the elastic body is limited to one of the insulative housings, which may be a plastic, rubber or metal material, the insulating housing 4 fixing the relative position of the keycap and the elastic body, the insulating housing is provided There is a first accommodating space for accommodating the δHelastomer. The insulating case of the input module is positioned on the frame through the first fixing mechanism, and the frame is directly squatted by the second fixing mechanism. a specific position of the device casing, and the frame is provided with a second receiving space for receiving the sensing component. The first fixing mechanism of the present invention is for positioning the insulating housing and the frame. The first fixing mechanism may be composed of at least one protrusion of the insulating housing and a corresponding perforation of the frame. And an equal implementation method, the bump of the insulating shell and the perforation group t of the miscellaneous frame are matched, and one of the two is subjected to plastic deformation, wherein the plastic deformation includes heat squeezing, riveting, screwing or other forced deformation method, The two can not be lightly S separated, and the bumps of the Wei edge shell and the perforations of the frame are deformed to be non-circular polygons. The second part of the creation H] is to fix the (four) wire and the electronic device casing. The second U-fixing mechanism may be composed of the fixed hole of the frame and the guide on the casing of the electronic device. The method of solid solution and its solution, by the cooperation of the mosquito hole and the guide post, the frame and the casing are fixed, the fixing hole and the guide column are shouted to complete the money, and the hole and the column are applied Plastic deformation, in which the mis-deformation includes _, riveting, screwing or other forced deformation methods 'so that the two cannot be separated (four)' and the axis is reduced to be a non-circular polygon after the deformation of the guide post. The insulating case of the input group of the present invention and the casing of the electronic device are provided with a complementary health device, and the electronic device is located in the outer casing of the electronic device. The housing extends at least - the positioning post and the at least - concave and tear tearing portion of the f sub-device, please refer to the embodiment and its equal implementation method, by the positioning post and the positioning groove cooperate to the insulating housing It is precisely determined to be located on the casing of the electronic device. Other applications related to the present invention can be made apparent by the disclosure of the present specification. However, the disclosure of the present specification is to use the framework and the casing to locate 'to improve the positioning problem, if the skilled person is skilled in the art. The use of other 50-digit methods, including but not limited to, is still within the scope of the technology disclosed in this work. M377634 [Embodiment]
如第一至三圖所子丄A 示按鍵_，該—實酬所揭露之多方向指 之機殼4，其適胁^按鍵結構係被裝置於—電子裝置 〜 行動電話、筆記型電腦、音樂播放 為訊豕電產品。該按鍵結構主要包括-輸墙A、As shown in the first to third figures, the button _ indicates the button _, which is the direction of the multi-directional disclosure of the case 4, and the appropriate button structure is installed in the electronic device ~ mobile phone, notebook computer, The music is played as a video product. The button structure mainly includes - the wall A,
一位移感賴組B及—购C，由於職人馳A已料多習 $的叹私職路’因此為使習於此項技藝者可以依本說明金 實施本創狀肋崎，以下僅關对式舉舰明本創作： 揭露技術與-種鮮的f知輸人模_朗，並非使用與本說 明書實施綱露不同之輸續組即麟本創作的專利範圍。A displacement sense of group B and - purchase C, because the staff of A has been expected to learn more than $ sighing job road 'so that in order to make this skill can be implemented according to this description of gold, this is only the off The creation of the ship to the Ming Dynasty: revealing the technology and the fresh-following of the _ lang, not using the patent scope of the continuation group that is different from the implementation of this specification.
如第一―、七及七-1圖所示，本創作第一實施例 所揭露之多方向麵按鍵結射，職人歡A係由一磁性元 件10、一鍵帽1、一彈性體2、一絕緣殼體3、一塾片5及一 罩體6所組成，該罩體6係用以覆蓋該磁性元件1〇，該磁性 元件10至少有一部分是被裝置於該鍵帽丨内，該鍵帽i及該 彈性體2之間有-墊片5，該墊片5中央具有一收容孔51可 供該磁性元件10穿越。該彈性體2的外形中心是被定位於該 鍵帽1，該鍵帽1及該磁性元件10容許活動範圍受限於該彈 性體2，該彈性體2是一種自該彈性體2中央區域朝外漸開的 螺旋結構，且該彈性體2的螺旋結構區域大部分被該塾片5遮 蔽，該絕緣殼體3設有一可收容該彈性體2之第一收容空間 31，該輸入模組A之絕緣殼體3是透過一第一固定機構7而被 7 定位於該框架Ο該框架C是^—第二固定機構8直接定位於 該電子裝置機殼4之特定位置。 本創作第-實施觸揭露之分触示按_射，該位 =感測模組B至少具有-感測元件u及一電子電路（圖示中未 標示）’該位移感測模組B的感測元件lu貞測該磁性元件ι〇 之磁場變化可職電子電路翻轩减，該電子電路是配置 於-子電路板D ’該子電路糾储電性連接至該電子裝置之 -主電路板E(圖示中未標示）。該子電路板D是被裝置於該輸 入模組A之絕緣殼體3與該框架c之間，且該子電路板d設有 兩個牙置孔12供該絕緣殼體3之該第一固定機構7穿越，該 框架C設有-可收容該感測元件n之第二收容空間犯。本實 施例用兩個_穿置孔12的目的在_錄架c與該子電路 板D之間可以精讀定位’因此習於此項技藝者可以使用單一多 邊形的穿置孔替代本實施例的兩個_穿置孔。 本創作第-實__露之衫向指報繼射，該第 一固定機構7是由該絕緣殼體3之至少-凸額及該框架C相對 心穿72所、’且成’其中該穿孔72及該位移感測模組b之該穿 置孔12係位於相互重疊的位置，該絕賴觀之凸觀、該位 移感雜組B之穿置孔12及該框架c之穿孔72組裝配合後，係利 =熱熔方歧施以難變形，使其無法_分離，且該絕緣殼 72!^塊71、該位移_編之穿置孔12及該罐之穿孔 ’交 > 後之外形均為非圓形之多邊形。 M377634 本創作第一實施例所揭露之多方向指示按鍵結構中，該第 -固定機構8是由該框架c之-ϋ定孔81及該電子裝置機殼 4上之導柱83所組成’藉該固定孔81與該導柱83之配合而 疋位該框架c及該機殼4，翻定孔81及該導柱83組裝配合 4後’該固定孔81及該導柱83之-發生塑性變形使兩者無 法輕易分離，且定孔81及該導柱83變職之外形均為非 圓形之多邊形。該框架c相互_之兩邊分別向上延伸有至少 一延伸臂16，該延伸臂16係呈L型片體之金屬材料該固定 孔81係位於該延伸臂16朝外之一端。當然，在其它實施例中， 錢伸臂16亦可以是由其它適#之職組成，糊作在此並 不作任何限制。 本創作第一實施例所揭露之多方向指示按鍵結構中，該輸 入模組Α之絕緣殼體3與該電子裝置之機殼4間対輔助定位 裝置9，該辅助定位裝置9是由該絕緣殼體3延伸至少一定位 桂91及該電子裝置機殼4上之複數個定位凹槽92所組成，該 塾片5及該彈性體2二者周邊之四角皆為L型缺角，因此可使 5亥塾片5及該彈性體2能被重疊在該定位柱9卜藉該定位柱 91與該定位凹槽92之配合，以將該絕緣殼體3定位於該電子 裝置之機殼4。其中該墊片5之相互對應之兩邊分別向下延伸 有複數L型片體’該l型片體係為—金屬材料，該[型片體之 :端與該位移感測模組Β接觸為一連接部52，該連接部Μ使 件。亥塾片5及該彈性體2於收容在該定姉91時更為穩固。 9 mp / /oj^f 當然，在其他實施例中，該金屬片體亦可以是由其它適當之形 狀組成，本創作在此並不作任何限制。 在本創作第-實施例的揭露中，該機殼4設有一可允許該 鍵巾目1的部分穿越之開口 4卜藉以限制該鍵帽工之位移範 圍以綱口 41之中心為圓心，該導柱们與該開口 41之距 • 離至少大於該定位凹槽92與該開口 41之距離，藉由該定位凹 # 92及該導柱83能將該按鍵準確定位於該機殼4 ，降低該按 • 鍵與該機般4於定位時所產生累積公差之裕度。 在本創作第一實施例的揭露中，該位移感測模組B的該 感測疋件11疋因該輸入模組A的該磁性元件ι〇之磁場反應 而產生電子訊號，習於此項技藝者可以輕易地將感測元件的磁 場侧感應功缺縣其他_感應方式，贿_元件可以 感應偵測使用者對該輸入模組八操作指令。 • 如細”圖聯’本創作第二實施例所揭露之多 ' °彳日示按鍵、，’。構中’ 4第二實施例與第-實施例不同的是該 位移感測模組B之該感測元件u係設於該電子裝置之一主電 ^板E上，該麵_模㈣之該電子電路（圖示巾未標示) 是佈線在該主電路板E。 雖然在本實施例圖示中該子電路板D上仍可以配置有其 的電子零件或與該位移感職組B不直接相關的電子電 ，’但是這些子電路㈣上的電子零件或電子電歧可以全部 疋被配置㈣主電職上’職子電路板D便不減需要。該 10 省略子電路板的設計方式可使雜架G延伸们6的長度縮短 而降低該按鍵結構整體高度。 如第五、九及九-1圖所示，本創作第三實施例所揭露之多 方向^示按鍵結構與第二實施例不同的是該主電路板e上加 接至少-發光模組13，該發光模組13係設於—導光襄置14 之兩邊’該發光模組13係由複數個發光二極體組成，該發光 杈組13具有效率南、壽命長且不易破損之優點，該導光襄置 14可以係由-種透明之油性聚合物（例如樹脂）形成之薄 膜’其可將該發光模組13所發射之絲均勻分布在該鍵帽卜 令使用者在夜間或光線不足之處可啸容㈣識該指示按鍵 之位置進而，其巾該導光裝置14可以侧定在該辅助定 位裝置9之該定位柱91上，其周邊之四角皆為L型缺角，其 係重疊在轉性體2之上端，該導絲置14中央留有一至少 大於該鍵帽1周長之圓孔，亦即該鍵帽丨與該導光裝置Μ之 間至少有-f猶，使用者在操控該指示按㈣有—可滑動該鍵 中目1之空間。當然，在其它實施例中，該導光裝置14之四角 亦可以疋其b適切狀之缺角，本創作在此並不作任何限制。 如第/、、十及十-1圖所示，本創作第四實施例所揭露之多 方向指示按鍵結構中，與第三實施例不_是，該發光模組 13係由複數個表面黏著型（_封裝方式之發光二極體組成， 該發光模組13係錄妍電路板D上，喊導找置u係位 於该發光模組13之側邊，此設計方式可使該發光模組13之光 M377634 # 源分佈在料絲置14之密錢更高且亮度更亮，該框架c 中央設有-U _板15，該U賴板15係由金屬材質組成， 形薄板15可使該框架c之屏蔽效果更好^雜，在其它 實施例中’該金屬薄板亦可以是由其 、匕 作在此並不軸何_卜 《械域，本創 雖然本創作較佳實施例揭露如上 作專利範圍，任命俗屈4+〜、 、並非用以限定本創As shown in the first, seventh, and seventh diagrams, the multi-directional surface button exposure disclosed in the first embodiment of the present invention is composed of a magnetic component 10, a keycap 1, and an elastic body 2. An insulating housing 3, a cymbal 5 and a cover 6 for covering the magnetic component 1 , at least a portion of the magnetic component 10 being mounted in the keycap There is a spacer 5 between the keycap i and the elastic body 2, and a receiving hole 51 is formed in the center of the spacer 5 for the magnetic component 10 to pass through. The center of the outer shape of the elastic body 2 is positioned on the keycap 1. The allowable range of the keycap 1 and the magnetic element 10 is limited to the elastic body 2, and the elastic body 2 is a central region from the elastic body 2. The spiral structure of the outer surface of the elastic body 2 is mostly covered by the cymbal 5. The insulating housing 3 is provided with a first accommodating space 31 for accommodating the elastic body 2. The input module A The insulating housing 3 is positioned at the frame by a first fixing mechanism 7, and the frame C is positioned at a specific position of the electronic device casing 4 by the second fixing mechanism 8. The first embodiment of the present invention is characterized in that the sensing module B has at least a sensing element u and an electronic circuit (not shown) 'the displacement sensing module B The sensing component lu measures the magnetic field change of the magnetic component ι〇, and the electronic circuit is disposed on the sub-board D'. The sub-circuit is electrically connected to the electronic device-main circuit Board E (not shown in the illustration). The sub-board D is disposed between the insulative housing 3 of the input module A and the frame c, and the sub-board d is provided with two dental holes 12 for the first of the insulating housing 3 The fixing mechanism 7 is traversed, and the frame C is provided with a second receiving space for accommodating the sensing element n. In this embodiment, the purpose of the two through holes 12 can be intensively positioned between the _c frame c and the sub-board D. Therefore, those skilled in the art can use a single polygonal through hole instead of the embodiment. Two _ through holes. The first-stage fixing mechanism 7 is formed by at least a convex portion of the insulating housing 3 and a relative center of the frame C, and is formed. The through hole 72 and the through hole 12 of the displacement sensing module b are located at positions overlapping each other, and the convex view, the through hole 12 of the displacement sensing group B, and the through hole 72 of the frame c are assembled. After the fitting, the heat-melting square is difficult to deform, so that it cannot be separated, and the insulating shell 72!^ block 71, the displacement_machining hole 12 and the perforation of the can are 'crossed> The outer shape is a non-circular polygon. M377634 In the multi-directional indicating button structure disclosed in the first embodiment of the present invention, the first fixing mechanism 8 is composed of a fixing hole 81 of the frame c and a guide post 83 on the casing 4 of the electronic device. The fixing hole 81 cooperates with the guiding post 83 to clamp the frame c and the casing 4, and the folding hole 81 and the guiding post 83 are assembled and fitted with the plasticity of the fixing hole 81 and the guiding post 83. The deformation makes it impossible for the two to be easily separated, and the fixed hole 81 and the guide post 83 are all non-circular polygons. The frame c extends upwardly from each other with at least one extension arm 16 which is a metal material of an L-shaped body. The fixing hole 81 is located at one end of the extension arm 16 facing outward. Of course, in other embodiments, the money arm 16 may also be composed of other functions, and the paste is not limited herein. In the multi-directional indicating button structure disclosed in the first embodiment of the present invention, the insulating housing 3 of the input module and the casing 4 of the electronic device are provided with an auxiliary positioning device 9, and the auxiliary positioning device 9 is insulated by the insulating device The housing 3 is formed by extending at least one positioning groove 91 and a plurality of positioning grooves 92 on the casing 4 of the electronic device. The four corners of the periphery of the cymbal 5 and the elastic body 2 are L-shaped corners, so The 5 塾 塾 5 and the elastic body 2 can be overlapped on the positioning post 9 by the positioning post 91 and the positioning groove 92 to position the insulating housing 3 to the casing 4 of the electronic device. . The two sides of the spacer 5 respectively extend downwardly with a plurality of L-shaped sheets. The l-type sheet system is a metal material, and the end of the [type sheet body is in contact with the displacement sensing module. A connecting portion 52 that is a connecting member. The slab 5 and the elastic body 2 are more stable when accommodated in the sill 91. 9 mp / /oj^f Of course, in other embodiments, the metal sheet may also be composed of other suitable shapes, and the present invention is not limited thereto. In the disclosure of the first embodiment of the present invention, the casing 4 is provided with an opening 4 for allowing the portion of the key towel 1 to pass through to limit the displacement range of the keycaper to the center of the core 41. The distance between the guide post and the opening 41 is at least greater than the distance between the positioning recess 92 and the opening 41. The positioning recess #92 and the guide post 83 can accurately position the button on the casing 4, thereby reducing The margin of the cumulative tolerance generated by pressing the • key with the machine. In the disclosure of the first embodiment of the present invention, the sensing element 11 of the displacement sensing module B generates an electronic signal due to the magnetic field reaction of the magnetic component ι of the input module A. The artist can easily detect the magnetic field side of the sensing component, and the bribe component can sense the user's eight operation commands to the input module. • As shown in the second embodiment of the second embodiment of the present invention, the second embodiment is different from the first embodiment in that the displacement sensing module B is different from the first embodiment. The sensing element u is disposed on one of the main boards E of the electronic device, and the electronic circuit (not shown) of the surface (four) is wired on the main circuit board E. Although in the present embodiment In the illustration, the sub-board D can still be configured with its electronic components or electronic components that are not directly related to the displacement sensor group B, but the electronic components or electronic components on these sub-circuits (4) can all be used. It is configured (4) the main electric service on the job board D will not be reduced. The design of the 10 omission sub-board can shorten the length of the miscellaneous G extension 6 and reduce the overall height of the button structure. 9 and 9-1, the multi-directional display button structure disclosed in the third embodiment of the present invention is different from the second embodiment in that at least the light-emitting module 13 is added to the main circuit board e. Group 13 is disposed on both sides of the light guiding device 14'. The light emitting module 13 is composed of a plurality of light emitting diodes The illuminating cymbal group 13 has the advantages of high efficiency, long life and is not easy to be broken. The light guiding device 14 can be a film formed of a transparent oily polymer (for example, a resin), which can be used for the illuminating module. 13 the emitted wire is evenly distributed in the keycap so that the user can squeak at night or when the light is insufficient (4) to recognize the position of the indicator button, and the light guiding device 14 can be sideways on the auxiliary positioning device 9 The positioning post 91 has an L-shaped corner at the periphery of the guiding post 91, and is overlapped at the upper end of the rotating body 2. The center of the guiding wire 14 has a circular hole at least larger than the circumference of the keycap 1, that is, At least -f between the keycap 丨 and the light guiding device ,, the user controls the indication according to (4) - the space of the head 1 of the key can be slid. Of course, in other embodiments, the light guiding device 14 The four corners of the present invention can also be used to define the multi-directional indicator button structure disclosed in the fourth embodiment of the present invention as shown in the figures of the fourth, tenth, and tenth. In the third embodiment, the illumination module 13 is A plurality of surface-adhesive type (the light-emitting diode of the package type is formed, the light-emitting module 13 is recorded on the circuit board D, and the shouting and searching system is located on the side of the light-emitting module 13, the design method can be The light source M377634# of the light-emitting module 13 is distributed in the wire set 14 and has a higher density and brighter brightness. The frame c is provided with a -U _ plate 15 at the center, and the U-plate 15 is made of a metal material. The thin plate 15 can make the shielding effect of the frame c better and better. In other embodiments, the metal thin plate can also be made by the cymbal, and the 匕 在 并不 _ _ _ _ 械 械The preferred embodiment discloses the above patent scope, and the appointment is not limited to the original
本創作精神和範圍，:韻;巾具有財知識者，在不脫離 之保護範固當以申"可作些許之更動與潤飾，因此本創作 申明專利範圍所界定為準。 12 M377634 【圖式簡單說明】 第一圖，為本創作第一實施例第一視角立體外觀圖。 第二圖，為本創作第一實施例第二視角立體外觀圖。 第三圖，為本創作第一實施例立體爆炸圖。 第四圖，為本創作第二實施例立體爆炸圖。 第五圖，為本創作第三實施例立體爆炸圖。 第六圖，為本創作第四實施例立體爆炸圖。 第七圖，為本創作第一實施例正視圖。 第七-1圖，為本創作第一實施例A-A剖面，圖。 第八圖，為本創作第二實施例正視圖。 第八-1圖，為本創作第二實施例B-B剖面圖。 第九圖，為本創作第三實施例正視圖。 第九-1圖，為本創作第三實施例C-C剖面圖。 第十圖，為本創作第四實施例正視圖。 第十-1圖，為本創作第四實施例D-D剖面圖。 第十一圖，為美國第5504502號專利剖面圖。 第十二圖，為美國第5504502號專利立體爆炸圖。 13 M377634 【主要元件符號說明】The spirit and scope of this creation: rhyme; the person with financial knowledge, who can not make a difference from the protection of the stipulations of the application, can make some changes and refinements, so the definition of the patent scope of this creation shall prevail. 12 M377634 [Simple description of the drawings] The first figure is a first perspective stereoscopic view of the first embodiment of the present invention. The second figure is a second perspective stereoscopic view of the first embodiment of the creation. The third figure is a three-dimensional exploded view of the first embodiment of the creation. The fourth figure is a three-dimensional exploded view of the second embodiment of the present invention. The fifth figure is a three-dimensional exploded view of the third embodiment of the present invention. The sixth figure is a three-dimensional exploded view of the fourth embodiment of the present invention. The seventh figure is a front view of the first embodiment of the creation. Figure 7-1 is a cross-sectional view of the first embodiment A-A of the present invention. The eighth figure is a front view of the second embodiment of the creation. Figure 8-1 is a cross-sectional view of the second embodiment B-B of the present invention. The ninth drawing is a front view of the third embodiment of the creation. Figure IX-1 is a cross-sectional view taken along line C-C of the third embodiment of the present invention. The tenth figure is a front view of the fourth embodiment of the present creation. Figure 10-1 is a cross-sectional view taken along the line D-D of the fourth embodiment of the present invention. Figure 11 is a cross-sectional view of U.S. Patent No. 5,504,502. The twelfth figure is a three-dimensional explosion diagram of the US Patent No. 5504502. 13 M377634 [Main component symbol description]
輸入模組A 框架C 主電路板E 彈性體2 機殼4 罩體6 第二固定機構8 磁性元件10 穿置孔12 導光裝置14 開口 41 導柱83 凸塊71 第二收容空間32 固定孔81 連接部52 位移感測模組B 子電路板D 鍵帽1 絕緣殼體3 墊片5 第一固定機構7 輔助定位裝置9 感測元件11 發光模組13 U形薄板15 定位凹槽92 定位柱91 第一收容空間31 穿孔72 收容孔51 延伸臂16Input module A Frame C Main circuit board E Elastomer 2 Chassis 4 Cover 6 Second fixing mechanism 8 Magnetic element 10 Perforation hole 12 Light guide device 14 Opening 41 Guide post 83 Bump 71 Second receiving space 32 Fixing hole 81 Connection part 52 Displacement sensing module B Sub-board D key cap 1 Insulating housing 3 Shim 5 First fixing mechanism 7 Auxiliary positioning device 9 Sensing element 11 Light-emitting module 13 U-shaped thin plate 15 Positioning groove 92 Positioning Column 91 first receiving space 31 perforation 72 receiving hole 51 extending arm 16