M351434 八、新型說明： 【新型所屬之技術領域】 尤其是有關結合發光按鍵 本創作係有關工業控制用的操作面板， 模組的操作面板。 【先前技術】 有各種卫業控制用的面板按鍵模組的專利技術，例如台灣專 1239227號揭示的-種工業控制用操作面板之模組化構造，包含 籲 按鍵之内表面 面板，其板面上設有複數孔洞；按鍵可置入孔洞中，按鍵的凸緣可卡 擋於操作面板之孔_周緣邊；框體内間緣的表面上，形成壓合 槽，以及在内部表面上分別設有複數的防撞框，任一防撞框具有一導 孔電路板的；ft面上叹有魏之觸動關，每—驗開關中具有 觸動桿減合於_之邮卩；密娜祕—表面上設有複數凸 趙’當密導錢合於鋪之表辦，制賴合於壓合槽上，凸體 可延伸入導正孔中’其内端對應於觸轉之外端，凸體之外端對應於 鍵之内矣而。 ' X如專利第1253892號揭示的一種工業控制用操作面板其内框 架的組口裝置，包含至少二個以上的框架，任一框架的外周邊表面 上，均財複數凸部及凹部，_上的凸部可卡接於相鄰框架的凹部 中，以及框架的凹部可卡接於相鄰框架的凸部中，以可擴充成一組合 框架組旧板的背面設有複數螺栓；固定塊設有穿孔，其側邊設有缺 口，缺口可對應;^電路板之侧緣邊上；固定塊之穿孔穿人螺检；螺帽 螺接入螺栓中’框架組、防水膠墊、按鍵及電路板觀定於面板上。 5 M351434 上述結合按鍵模組的操作面板中某些較常被按壓使用的按鍵較 容易損壞’當有-個按鍵操壞時，無法僅拆解及更換損壞的按鍵，而 必需拆卸整個面板更換整片包含多數個按鍵的按鍵模組，較為浪費維 修的時間及成本。 、 【新型内容】 為了改良已知結合按鍵模組的操作面板結構’讓使用者方便拆解 -及更換損壞的按鍵，而提出本新型。 • 搞獅主要目的，在提供—種可獨立卸換之面板按鍵模組，使 每-個按鍵模組以獨立方式安裝於面板及電路板之間，可單獨更換損 壞的按鍵而無需更換整片電路板，以節省維修作業的時間及成本。 本新型的另-目的，在提供—種可獨立卸換之面板按鍵模組，可 以雙色發光方式顯示按鍵之狀態。 本新型的其他目的、功效，請參閱圖式及實施例，詳細說明如下。 【實施方式】 擎請參閱圖1所示。本新型可獨立卸換之面板按鍵模ω，係用以安 裝於鏤空面板20及電路板30之間者。 請參閱圖2、3、4所示。本新型的面按鍵模組包括底則、殼體 12、開關組13及蓋體14所組成。 如圖2、3所示，底座11設有：多數個例如兩個第一螺絲孔11〇、多 數個例如兩個結合槽孔11卜錄_如五個第—穿透孔112、多數個 例如兩個定位柱113、及-個第-定位孔114。第—螺絲孔11〇與電路板 30的螺職31相對應，可藉_絲41將底座於桃板3()。第一 M351434 穿透孔112與電路板_焊接孔32相對應，可分別容__的電氣 連接用的導電插腳（pln) 131，並進—步使導電插腳131焊接於電路板 30。亦可無須另外費力的在電路板3〇設置供螺栓41鎖固底座11與電路 板30的第螺絲孔31。但藉由螺絲μ鎖固底座η及電路板％可提供更 大的結合力。向下方突出的定位柱113可插入電路板30相對應的第二定 位孔33内，使底座^正確的定位於電路板3〇上，可防止錯置位置而使 ，導電插腳131無法插入電路板3〇的焊接孔32内，並可方便進行導電插腳 _ 131與電路板3G之間的焊接作業。底座11的周圍設有乡數個向上方突出 的頂夾柱115。 如圖1、2、3、4所示，殼體12的底壁121設有分別與底座丨丨的結合 槽孔m、第-穿透孔112及第一定位孔114相對應的第二穿透孔122、 第三穿透孔123及第一定位柱127。第二穿透孔122，第三穿透孔123分 別容置螺帽42及導電插腳131。藉由螺帽42及螺栓43使殼體12鎖固於底 座11。向下方突出的第一定位柱127可插入第一定位孔114内，使殼體 爭12正確的結合底座11 ’可防止錯置位置而使導電插腳131無法插入底座 11的第一穿透孔112内。殼體12設有容置槽124以容置開關組13。殼體 12的内壁125設有多數個導槽126。殼體12的上端周邊設有向外突出的 凸緣128。殼體12對應於鏤空面板20上的孔洞’殼體12可置入孔洞中， 頂夾柱115及凸緣128可分別卡撞於鏤空面板2〇的内側面及外側面，使 殼體12被固定於鏤孔面板2〇上，如圖1所示。 如圖2所示，開關組13設有多數個導電插腳13卜一上電路板132、 一下電路板133、多數個導電柱134、一按壓式的開關135、多數個例如 M351434 四個光源136及多數個例如四個彈性件137。本新型可設有四顆led(發 光二極體）的光源136 ’其中兩顆LED可發出第一種顏色光，另外兩顆led 可發出第二種顏色光。彈性件137可為螺旋彈簧。多數個導電柱134分 別結合及電性連接上電路板132及下電路板133;多數個導電柱134的底 端分別結合多數個導電插腳131。上電路板132設有一穿透孔138以容置 開關135 ;開關135的底端結合及電性連接下電路板133以增加蓋體14 ，下壓的行程。光源136結合上電路板132置於其上方，較接近蓋體μ以 _增加透光亮度。上電路板132及下電路板133的四角隅分別設有定位槽 1321、1331 ;彈性件137被定位於殼體内壁125及定位槽132卜1331之 間。 如圖2所示’蓋體14設有一本體141及一板件142皆是透光材料製成 者。本體141的上端設有一凹槽1410，凹槽141〇套接板件142。本體141 設有與殼體12的内壁125相對應的外壁143,外壁143可活動式的套接於 内壁125内《外壁143設有向其下方突出的卡筍144。當卡筍144被容置 ,於導槽126㈣’卡荀144即被限於導槽126内，使蓋體14活動式的結合 -殼體12，除非施以較大的外力才能使卡筍144脫出導槽126，進而使蓋 體14脫離殼體12。本體141設有與開關135及上電路板132的穿透孔138 相對應的按壓部145。外壁143設有圍繞其周面的環槽146，環槽丨46套 接一 “0”型環147，使水氣不會滲入本體141及殼體12組合後的内部 空間。板件142是由透光材料製成，其底面可黏貼一遮光膜。該遮 光膜148可_雷射燒歧光字型，使不同的板件142可透$不同字型 的光。彈性件137置於蓋體14與殼體12的底壁121之間，藉由彈性件137 8 M351434 使蓋體14可被彈性按壓，使用者必須增加按壓力道以增加按壓開關的 確認感。按壓蓋體14可使按壓部145碰觸開關135而產生開或關的電氣 訊號，並可使不同顏色的光源136分別發出不同顏色的光，使蓋體14 的周邊及中間顯示出不同顏色的光環及字型，以提醒使用者確認面板 按鍵模組1目前處於開或關的狀態’避免誤觸開關而造成危害。 本新型的某一面板按鍵模組1的開關135或光源136損壞時，不需拆 、開及更換全部的面板按鍵模組1，亦不需拆開鏤空面板20，只需施力拆 •開蓋體14，即能取出及更換損壞的開關135或光源136，然後再使蓋體 14插入殼體12内即完成更換作業，十分方便維修作業及節省維修時間 及成本。 本新型可獨立卸換之面板按鍵模組，可改良已知結合按鍵模組的 操作面板結構不方便拆解及更換損壞的按鍵的缺點，使每一個按鍵模 組以獨立方式安裝於面板及電路板之間，可單獨更換損壞的按鍵而無 需更換整片電路板，以節省維修作業的時間及成本，並可以雙色發光 •方式顯示按鍵之狀態，以提醒使用者，避免誤觸開_而造成危害。 以上所記載，僅為利用本新型技術内容之實施例，任何熟悉本項 技藝者運用本創作所為之修飾、變化，皆屬本新型主張之專利範圍， 而不限於實施例所揭示者。 M351434 【圖式簡單說明】 圖1為本創作面板按鍵模組安裝於鏤空面板及電路板之間的示意圖 圖2為本創作面板按鍵模組的爆炸示意圖。 圖3為本創作底座的示意圖。 圖4為本創作殼體的示意圖。 【主要元件符號說明】 、1面板按鍵模組 _ 110螺絲孔 112第一穿透孔 114第一定位孔 12殼體 121底壁 123第三穿透孔 125内壁 127第一定位柱 ，13開關組 132上電路板 133下電路板 135開關 137彈性件 14蓋體 142板件 144卡筍 11底座 111結合槽孔 113定位柱 115頂夾柱 122第二穿透孔 124容置槽 126導槽 128凸緣 131導電插腳 1321、1331定位槽 134導電柱 136光源 138穿透孔 141本體 1410凹槽 143外壁 145按壓部 M351434 146環槽 147 0型環 148遮光膜 20鏤孔面板 30電路板 31螺絲孔 32焊接孔 33第二定位孔 41螺絲 42螺帽 43螺栓 11M351434 VIII. New description: [New technical field] In particular, it is related to the combination of the illuminated button. The author is the operation panel for industrial control and the operation panel of the module. [Prior Art] There are various patented technologies for panel buttons for industrial control, such as the modular construction of the industrial control panel disclosed in Taiwan No. 1239227, including the inner surface panel of the button, the surface of the panel A plurality of holes are arranged on the button; the button can be inserted into the hole, and the flange of the button can be locked on the hole _ circumference edge of the operation panel; the surface of the frame body surface is formed with a pressing groove, and the inner surface is separately provided There are a plurality of anti-collision frames, and any anti-collision frame has a guide hole circuit board; the ft surface has a touch of Wei's touch, and each of the check switches has a touch rod reduced to the post of _; On the surface, there is a complex convex Zhao 'When the dense guide money is combined with the paving table, the system is attached to the pressing groove, and the convex body can extend into the guiding hole. The inner end corresponds to the outer end of the touch, and the convex end The outer end of the body corresponds to the inner rim of the key. 'X, as disclosed in Patent No. 1,258,892, an operation panel for industrial control, the assembly device of the inner frame, comprising at least two or more frames, on the outer peripheral surface of any frame, the plurality of convex portions and concave portions, The convex portion can be engaged in the concave portion of the adjacent frame, and the concave portion of the frame can be engaged in the convex portion of the adjacent frame so as to be expandable into a plurality of bolts on the back surface of the old frame of the combined frame group; the fixing block is provided Perforation, the side is provided with a notch, the notch can correspond; ^ the side edge of the circuit board; the perforation of the fixed block is worn by the thread; the nut is inserted into the bolt 'frame group, waterproof pad, button and circuit board It is fixed on the panel. 5 M351434 Some of the more commonly used buttons in the operation panel combined with the button module are more likely to be damaged. When there is a button operation, it is not possible to disassemble and replace the damaged button, and it is necessary to disassemble the entire panel. A button module containing a large number of buttons is a waste of time and cost of maintenance. [New Content] This new model has been proposed in order to improve the structure of the operation panel known to be combined with the button module, which allows the user to easily disassemble and replace the damaged button. • The main purpose of the lion is to provide a panel switch module that can be independently replaced, so that each button module is installed independently between the panel and the circuit board, and the damaged button can be replaced separately without replacing the whole piece. Circuit board to save time and cost of maintenance work. Another object of the present invention is to provide a panel switch module that can be independently replaced, and the state of the button can be displayed in two-color illumination. For other purposes and functions of the present invention, please refer to the drawings and embodiments, which are described in detail below. [Embodiment] Please refer to Figure 1 for the engine. The panel switch ω, which can be independently replaced, is used for mounting between the hollow panel 20 and the circuit board 30. Please refer to Figures 2, 3 and 4. The surface button module of the present invention comprises a bottom, a housing 12, a switch group 13 and a cover 14. As shown in FIGS. 2 and 3, the base 11 is provided with a plurality of, for example, two first screw holes 11 〇, a plurality of, for example, two coupling slots 11 _ such as five first through holes 112, and a plurality of Two positioning posts 113 and a first positioning hole 114. The first screw hole 11〇 corresponds to the screw 31 of the circuit board 30, and can be attached to the peach board 3() by the wire 41. The first M351434 penetration hole 112 corresponds to the circuit board_welding hole 32, and can respectively receive the conductive pin (pln) 131 for electrical connection, and further solder the conductive pin 131 to the circuit board 30. It is also possible to provide the screw hole 31 for locking the base 11 and the circuit board 30 with the bolts 41 on the circuit board 3 without additional effort. However, the screw μ is used to lock the base η and the board % to provide greater bonding force. The positioning post 113 protruding downward can be inserted into the corresponding second positioning hole 33 of the circuit board 30, so that the base is correctly positioned on the circuit board 3, and the misplaced position can be prevented, and the conductive pin 131 cannot be inserted into the circuit board. The welding hole 32 of the 3 turns can facilitate the welding work between the conductive pin _131 and the circuit board 3G. A plurality of top pillars 115 projecting upward are provided in the periphery of the base 11. As shown in FIG. 1, 2, 3, and 4, the bottom wall 121 of the casing 12 is provided with a second through hole corresponding to the coupling slot m, the first through hole 112 and the first positioning hole 114 of the base raft. The through hole 122, the third through hole 123 and the first positioning post 127. The second through hole 122 and the third through hole 123 respectively receive the nut 42 and the conductive pin 131. The housing 12 is locked to the base 11 by a nut 42 and a bolt 43. The first positioning post 127 protruding downward can be inserted into the first positioning hole 114, so that the correct engagement base 11' of the housing can prevent the misalignment position from being inserted into the first penetration hole 112 of the base 11. Inside. The housing 12 is provided with a receiving slot 124 for receiving the switch group 13. The inner wall 125 of the housing 12 is provided with a plurality of guide grooves 126. The periphery of the upper end of the housing 12 is provided with an outwardly projecting flange 128. The housing 12 corresponds to the hole in the hollow panel 20, and the housing 12 can be inserted into the hole. The top clamp 115 and the flange 128 can respectively collide with the inner side surface and the outer side surface of the hollow panel 2〇, so that the housing 12 is It is fixed on the pupil panel 2〇, as shown in Figure 1. As shown in FIG. 2, the switch group 13 is provided with a plurality of conductive pins 13 , an upper circuit board 132 , a lower circuit board 133 , a plurality of conductive columns 134 , a push switch 135 , a plurality of four light sources 136 such as M351434 and A plurality of, for example, four elastic members 137. The present invention can be provided with four led (light-emitting diode) light sources 136 'two of which can emit the first color light, and the other two LEDs can emit the second color light. The elastic member 137 may be a coil spring. A plurality of conductive pillars 134 are electrically and electrically connected to the upper circuit board 132 and the lower circuit board 133; the bottom ends of the plurality of conductive pillars 134 are respectively coupled with a plurality of conductive pins 131. The upper circuit board 132 is provided with a through hole 138 for receiving the switch 135. The bottom end of the switch 135 is coupled and electrically connected to the lower circuit board 133 to increase the stroke of the cover body 14 and the pressing force. The light source 136 is placed above the upper circuit board 132, and is closer to the cover body μ to increase the light transmission brightness. The four corners of the upper circuit board 132 and the lower circuit board 133 are respectively provided with positioning grooves 1321 and 1331; the elastic member 137 is positioned between the inner wall 125 of the housing and the positioning groove 132 and 1331. As shown in Fig. 2, the cover body 14 is provided with a body 141 and a plate member 142 which are all made of a light transmissive material. The upper end of the body 141 is provided with a recess 1410 for receiving the plate member 142. The body 141 is provided with an outer wall 143 corresponding to the inner wall 125 of the casing 12, and the outer wall 143 is movably sleeved in the inner wall 125. The outer wall 143 is provided with a card shoot 144 protruding downward. When the card shoot 144 is accommodated, the guide groove 126 (four) 'click 144 is limited to the guide groove 126, so that the cover 14 can be movably combined - the casing 12, unless a large external force is applied to make the card shoot 144 off The guide groove 126 is provided to further disengage the lid body 14 from the casing 12. The body 141 is provided with a pressing portion 145 corresponding to the opening 138 of the switch 135 and the upper circuit board 132. The outer wall 143 is provided with a ring groove 146 around its circumferential surface, and the ring groove 46 is sleeved with a "0" ring 147 so that moisture does not penetrate into the inner space of the body 141 and the casing 12 combined. The plate member 142 is made of a light transmissive material, and a bottom surface thereof can be adhered to a light shielding film. The light-shielding film 148 can be laser-fired to make different panels 142 transparent to different types of light. The elastic member 137 is disposed between the cover body 14 and the bottom wall 121 of the housing 12, and the cover member 14 can be elastically pressed by the elastic member 137 8 M351434, and the user must increase the pressing pressure path to increase the confirmation feeling of the push switch. Pressing the cover 14 causes the pressing portion 145 to touch the switch 135 to generate an electrical signal that is turned on or off, and the light sources 136 of different colors respectively emit light of different colors, so that the periphery and the middle of the cover 14 display different colors. Aura and font to remind the user to confirm that the panel button module 1 is currently in the on or off state to avoid the danger of touching the switch. When the switch 135 or the light source 136 of one of the panel button modules 1 of the present invention is damaged, it is not necessary to disassemble, open and replace all the panel button modules 1, and it is not necessary to disassemble the hollow panel 20, and only needs to be dismantled and opened. The cover 14 can remove and replace the damaged switch 135 or the light source 136, and then insert the cover 14 into the housing 12 to complete the replacement operation, which is convenient for maintenance work and saves maintenance time and cost. The novel panel switch module can be independently replaced, which can improve the disadvantages of the structure of the operation panel which is known to be combined with the button module, which is inconvenient to disassemble and replace the damaged button, so that each button module is installed in the panel and the circuit in an independent manner. Between the boards, the damaged buttons can be replaced separately without replacing the entire circuit board, so as to save time and cost of maintenance work, and the status of the buttons can be displayed in two-color illumination mode to remind the user to avoid accidental touch. harm. The above description is only for the embodiments of the present invention, and any modifications and variations made by those skilled in the art using the present invention are within the scope of the patent claims, and are not limited to the embodiments disclosed. M351434 [Simple description of the diagram] Figure 1 is a schematic diagram of the creation of the button module of the creation panel between the hollow panel and the circuit board. Figure 2 is a schematic diagram of the explosion of the button module of the creation panel. Figure 3 is a schematic view of the creation base. Figure 4 is a schematic view of the creation housing. [Main component symbol description], 1 panel button module _ 110 screw hole 112 first penetration hole 114 first positioning hole 12 housing 121 bottom wall 123 third penetration hole 125 inner wall 127 first positioning post, 13 switch group 132 upper circuit board 133 lower circuit board 135 switch 137 elastic member 14 cover body 142 plate member 144 card shoot 11 base 111 combined slot 113 positioning column 115 top clamp column 122 second penetration hole 124 receiving groove 126 guide groove 128 convex Edge 131 conductive pin 1321, 1331 positioning groove 134 conductive column 136 light source 138 penetration hole 141 body 1410 groove 143 outer wall 145 pressing portion M351434 146 ring groove 147 0 type ring 148 light shielding film 20 boring panel 30 circuit board 31 screw hole 32 Welding hole 33 second positioning hole 41 screw 42 nut 43 bolt 11