M420813 --五、新型說明： 【新型所屬之技術領域】 本創作關於一種鍵盤，尤指一種底板向下延伸形成有容置滑轨結 構以容置電控模組之鍵盤。 【先前技術】 φ 就目前個人電腦的使用習慣而言，鍵盤為不可或缺的輸入設備之 一，用以輸入文字、符號或數字。不僅如此，舉凡日常生活所接觸 的消費性電子產品或是工業界使用的大型加工設備，皆需設有按鍵 結構作為輸入裝置，以操作上述之電子產品與加工設備。 請參閱第1圖，其為先前技術之鍵盤1之示意圖。如第丨圖所示， 鍵盤1包含一底板3、複數個按鍵5，以及一電控模組7。複數個按 鍵5以及電控模組7皆設置於底板3上。電控模組7包含鍵盤1内 ®與電子控制有關之元件，如電路板或背光裝置等，而按鍵5用以供 使用者按壓’進而執行使用者所欲輸入之功能。 然而，在組裝鍵盤1時，電控模組7通常需要使用多顆螺絲以完 成與底板3之鎖固，因此往往會造成費時費工的組裝流程。此外， 在電控模組7包含有背光裝置以使鍵盤1具有發光功能的設計下， 上述方式也會造成背光裝置上會出現過多的螺絲孔洞，從而導致鍵 盤1漏光的問題。 3 M42U813 【新型内容】 因此本作之目的之—在於提供—種底板向下延伸形成有容置 滑軌結構以容置電鋪組之鍵盤，贿決上述之問題。 本創作提供麵盤，其包含一底板、複數個按鍵，以及—電控 模組。該底板向下延伸形成有—容置滑軌結構且具有相對應之一ς 口該複數個按鍵设置於該底板上，每一按鍵包含一鍵帽以及一升 降支樓裝|料降支料置連接於雜帽以及該底板之間，用以 使該鍵帽相對於該底板上下㈣。対控模組經由該開口沿著該容 置滑軌結構向内固定於該底板下。 "τ'上所述’本創作侧職板向下延伸形成有容置滑軌結構以容 置電控她之以’以達雜驗用單麵絲細或是利用其他結 構卡固之方式即可快速地完絲板與電控模組之組裝。如此一來， 本創作所提供之鍵财僅可省略繁複_絲_流程，以大幅地降 低鍵盤在組裝底板與電域組上所需耗_時間，並且由於不需使 用多顆螺絲_之方絲進行電控馳與底板之織，也就是說， 在鍵盤裝設㈣林置的斯下，本卿所提叙鍵财會在背光 =置上形成過多的_，因此即可解決先術巾所提及之鍵 盤漏光問題。 關於本創作之優點與精神可以藉由以下的創作詳述及所附圖式 M42U813 上述月光裝置50係用來發射光線至鍵帽22，藉以使按鍵14具有發 光功效’至於背光裝置5Q之設計，其係常見於先前技術中 ，故不再 贅述。 在貝際應用中，為了加強鍵盤10之整體結構強度，鍵盤1〇可另 包3加強板件54，其設置於容置滑槽結構18内，加強板件54係 用來/、谷置滑槽結構18共同形成一容置空間％以容置電控模組M420813 -- Five, new description: [New technical field] This creation relates to a keyboard, especially a keyboard that extends downward to form a keyboard that accommodates an electronic control module. [Prior Art] φ In terms of the current usage habits of personal computers, the keyboard is one of the indispensable input devices for inputting characters, symbols or numbers. Moreover, the consumer electronics products that are in contact with everyday life or the large-scale processing equipment used in the industry need to have a button structure as an input device to operate the above-mentioned electronic products and processing equipment. Please refer to FIG. 1, which is a schematic diagram of the keyboard 1 of the prior art. As shown in the figure, the keyboard 1 includes a bottom plate 3, a plurality of buttons 5, and an electronic control module 7. A plurality of button 5s and an electronic control module 7 are disposed on the bottom plate 3. The electronic control module 7 includes components in the keyboard 1 that are related to electronic control, such as a circuit board or a backlight device, and the button 5 is used for the user to press 'and thereby perform the function that the user desires to input. However, when assembling the keyboard 1, the electronic control module 7 usually needs to use a plurality of screws to complete the locking with the bottom plate 3, which often results in a time-consuming and labor-intensive assembly process. In addition, in the design that the electronic control module 7 includes a backlight device to enable the keyboard 1 to have a light-emitting function, the above-mentioned manner may also cause excessive screw holes in the backlight device, thereby causing a problem of light leakage of the keyboard 1. 3 M42U813 [New content] Therefore, the purpose of this is to provide a type of bottom plate extending downward to form a keyboard for accommodating the slide rail structure to accommodate the electric panel, and to overcome the above problems. The creation provides a face plate comprising a bottom plate, a plurality of buttons, and an electronic control module. The bottom plate is extended downwardly to form a receiving slide rail structure and has a corresponding one of the plurality of buttons disposed on the bottom plate, each button comprises a key cap and an elevating tower loading and lowering material Connected between the miscellaneous cap and the bottom plate to make the key cap up and down (four) relative to the bottom plate. The tamper control module is fixed inwardly below the bottom plate along the accommodating slide rail structure via the opening. "τ' on the 'the creative side of the board extends downwards to form a slidable rail structure to accommodate the electronic control of her to use a single-sided silk or to use other structures to secure The assembly of the wire board and the electronic control module can be quickly completed. In this way, the key provided by this creation can only omit the complicated _ wire _ process, to greatly reduce the time required for the keyboard to assemble the base plate and the electrical domain group, and because no need to use multiple screws _ The wire is electrically controlled and woven by the bottom plate. That is to say, under the keyboard installation (4), the key that the secretary mentions will form too much _ in the backlight=set, so that the first towel can be solved. The keyboard leakage problem mentioned. The advantages and spirit of the present invention can be as follows: M42U813 The above-mentioned moonlight device 50 is used to emit light to the keycap 22, so that the button 14 has a luminous effect as for the design of the backlight device 5Q. The system is commonly used in the prior art and will not be described again. In the Beck application, in order to strengthen the overall structural strength of the keyboard 10, the keyboard 1 can be additionally provided with a reinforcing plate member 54, which is disposed in the accommodating chute structure 18, and the reinforcing plate member 54 is used for /, valley sliding The slot structure 18 together form an accommodating space % for accommodating the electronic control module
如此來，由第2圖以及第3圖可知，在組裝底板12與電控模 組16時，僅需將電控模組丨6以及加強板件54經由開口 20沿著容 置滑軌結構18向内推人’直職賴組16以及加強餅54完全疊 合於谷置_結構18内為止，此時，電控模組16以及加強板件54 相對於底板12往如第2圖所示之_χ軸方向、土γ軸方向，以及±z 軸方向之位移就會被容置滑軌結構18所限制住，接著只要使用單顆 螺絲將電控模組16以及加強板件54細在容置雜結構18的其中 之一折邊（如容置滑軌結構18之底端折邊）上，藉此，即可進一步 地限制住電控模組16以及加強板件54相對於底板12往如第2圖所 示之+x車由方向之位移，以達到將電控模組16以及加強板件54穩固 地裝於底板12下方之目的。如此一來，透過將加強板件％與已 組裝凡成之電控模組16容置並隨後鎖固於容置滑執結構18内之方 式，組裝人員即可快速地完成底板U與電控模組W之組裝，而不 需先前技術所提及之需使料觀絲_之方式，因此即可省略繁 7 M420813 複的螺絲鎖@1流程’從而大幅地降碰盤⑴在組裝底板η與電控 模組16上所需耗費的時間。 值得-提的是’電控模組16以及加強板件54之鎖固定位係可 不限於上述實施例所提及之利用螺絲以將加強板件％與電控模组 16 _於容置驗結構18内之方式，其亦可改_其他具有相似 固定功效之結構設計。舉例來說，容置滑執結構18之底端可具有一 限位結，（未顯示於圖示中），而電控模組16上（如在電路板仙 W則是可形成有相對應之一卡合結構（未顯示於圖示中）。如此一 來’在組裝底板12與電控模組16時，僅需將電控模組16以及加強 牛！由開σ 20沿著容置滑執結構18向内推入，直到該卡合么士 構與該限位結構姊合為止，此時，透過容置滑執結構Μ之容= =以及該卡合結構與舰織構之扣合設計，電概㈣以及加強 ^54相對於底板12往这軸方向、±γ轴方向，以及这軸方向之 ^==2^住，⑽電控模組16以及加強板件54 _ 、- 下方，錯以進一步地達到無螺絲鎖固的效果、 固先前技術需要使用多顆螺絲以完成電控模組與底板之鎖 级之奶係'利用底板向下延伸形成有容置滑軌結構以容置電控模 方式二他以達到僅須使用單顆螺絲鎖固或是利用其他結構卡固之 触之鍵盤逮地完成底板與電控模組之_。如此一來，本創作所 妙底^可省略繁流程，以幅地降倾盤在 …與電控模組上職耗費的時間，並且由於不需使用多顆螺As can be seen from FIG. 2 and FIG. 3 , when assembling the bottom plate 12 and the electronic control module 16 , only the electronic control module 6 and the reinforcing plate 54 need to be along the receiving slide structure 18 via the opening 20 . Pushing inwardly, the straight-working group 16 and the reinforcing cake 54 are completely overlapped in the valley-structure 18, at this time, the electronic control module 16 and the reinforcing plate 54 are opposite to the bottom plate 12 as shown in FIG. The displacement of the χ axis direction, the soil γ axis direction, and the ±z axis direction is limited by the accommodating slide rail structure 18, and then the electronic control module 16 and the reinforcing plate member 54 are thinned by using a single screw. One of the flanges of the receiving structure 18 (such as the bottom end of the sliding rail structure 18) is received, thereby further limiting the electronic control module 16 and the reinforcing plate 54 relative to the bottom plate 12 The direction of the +x vehicle as shown in FIG. 2 is displaced by the direction to securely mount the electronic control module 16 and the reinforcing plate member 54 below the bottom plate 12. In this way, the assembly personnel can quickly complete the bottom plate U and the electronic control by accommodating the reinforcing plate member % with the assembled electronic control module 16 and then locking it in the accommodating sliding structure 18. The assembly of the module W, without the need of the prior art mentioned in the way of making the wire, so that the 7 M420813 complex screw lock @1 flow can be omitted, thereby greatly reducing the touch plate (1) in the assembled bottom plate η The time spent on the electronic control module 16 is required. It is worth mentioning that the lock fixing position of the electronic control module 16 and the reinforcing plate member 54 is not limited to the use of the screw to increase the reinforcing plate member % and the electronic control module 16 in the above-mentioned embodiment. In the way of 18, it can also be modified _ other structural design with similar fixed effect. For example, the bottom end of the accommodating sliding structure 18 can have a limiting junction (not shown), and the electronic control module 16 can be formed on the electronic control module 16 (for example, in the circuit board One of the engaging structures (not shown in the figure). In this way, when assembling the bottom plate 12 and the electronic control module 16, only the electronic control module 16 and the reinforcing cattle are required to be accommodated by the opening σ 20 . The sliding structure 18 is pushed inward until the engaging scorpion structure is engaged with the limiting structure. At this time, the capacity of the receiving sliding structure is == and the engaging structure and the buckle of the ship texture are buckled. Design, electric (4) and reinforcement ^54 relative to the bottom plate 12 to the axis direction, ± γ axis direction, and the direction of the axis ^ == 2 ^ live, (10) electronic control module 16 and reinforcing plate 54 _, - Below, wrong to further achieve the effect of no screw locking, solid prior art requires the use of multiple screws to complete the lock system of the electronic control module and the bottom plate. The bottom plate is extended downward to form a accommodating slide structure. The electronic control mode is used to achieve the use of a keyboard that only needs to be locked with a single screw or locked with other structures. Into the bottom plate and the electronic control module _. In this way, the creative system can omit the complicated process, to reduce the tilting of the disk and the time spent on the electronic control module, and because it does not need to use more Snail