M358501 八、新型說明： 【新型所屬之技術領域】 本創作係有關於-種機殼構造，特別是—種具有按鍵的機殼 構造。 【先前技術】 隨著電子產業的發展與進步，電子產品在曰常生活中已受到 .廣泛的制。而為了更加符合消費大眾的需求與產品對於消費者 •的吸引力，這些電子產品除了要具有多樣化的功能外，同時也必 需具備質感與美感的整體外觀設計，並且符合輕、薄、短、小的 設計趨勢，以供使用者方便攜帶與使用。 在電子產品的操作上，按鍵為其中最常被使用的—項裝置。 按鍵為制者與電子產品之間的溝通介面，㈣控制電子產品的 操控作動Hi在按鍵結構的設置上大多採用—種硬質塑膠按叙 裝設於軟質橡膠墊_膠_橡膠按鍵結構，或是使用塑勝臂連接按 ^鍵的方式設置於電子裝置的機殼上。 、-、+纟於塑膠-橡务按鍵結構中的橡膠塾材質為軟質橡朦所 .組成ϋ此，為了加強按鍵結構在組裝於機殼上的整體強度。而 2於2雜上麟-些定魏，並且於電子產品的機殼上設置 疋位孔她配賴定柱。然後以硬質歸餘套設於機殼 =戈鍵孔t ’啊令固定柱穿設過位於轉墊上的定位孔，以使 ―一構JE確U於機殼上。此時按纟难按鍵孔邊緣之間存在 有一間隙，此間隙係提供按紐在操作過程尹避免與機殼間產生不 必要的磨擦。雜的發生料導致聽或機殼受損，缝讓使用 M358501 者因按_物_物恤W的觀感。 就塑膠-橡膠按鍵結構而古， " 上，因此在組I時必恭古° '，、祕鈕係設置於軟質橡膠墊 ' 尚克服按趣與按鍵孔之間的工萁戸弓日5 , 差問題極易造成瓣·橡顯鍵 、一。此工 孔之間的間隙不均勻而於按孔°7機殼後，因按倾按鍵 的情形。倘若電子產品梯生此偏移或抵靠於按鍵孔邊緣 除了會影塑電子…挪 於按鍵孔中偏移的情形， 就看二 外觀的美感外，也極容易卿者-眼 就看出並認定為瑕疲品，進而造成品牌信譽的損失。 ^輪偏蝴題，目㈣侧 ==帽構，但由於橡卿軟強度差，此一方式^ 按鍵孔與按鍵結構之間精#二二7猎由生產過程中提高 造生以馆早度的方法來克服工差問題，將使得製 額外的結構^件再^或^他的方式係於按鍵結構或機殼上增加 些方式均合造成額外和/"人工_、重工的方式處理，惟這 曰k成的·使用與成本的增加。 臂相^用轉^接按鍵的方式，係於每一個按紐之間以塑膠 •同护此方式亦必需克服按备與按鍵孔之間工差的問題。 薄^化二S = t在操作時的按壓觸感，以及符合電子裝置 造成麵Z 致使塑踢臂的寬度與厚度不能太大，而 連接接Μ的結構強度不足。塑膠臂強度不足的問題，使塑膠臂 她峨姆蝴觸形發生。 、乂上的問題’本創作提供—種具有按鍵之機殼構造，藉 6 M358501 以改良習知按鍵結構中按鈕因工差問題，而容易於按鍵孔中產生 偏移(無法置中）的問題。 本創作為一種具有按鍵之機殼構造，其包括有一殼體及一按 鍵。殼體上開設有一按鍵孔，並於按鍵孔上設置一校正面。而按 鍵至少具有一鍵帽，鍵帽係穿設過按鍵孔，且鍵帽上設置有與校 正面相對應的抵靠面。當抵靠面抵制於校正面時，令鍵帽受到抵 靠面與校正面相互作用的影響而被置於按鍵孔的中央位置。 • 本創作所揭露之具有按鍵之機殼構造，係於殼體上之按鍵孔 設有=校正面，並於按鍵上之鍵帽設有與此校正面相對應且匹配 的抵罪面，當抵靠面抵概校正面時，令難常態的置於按鍵孔 中央。因此’不需要於殼體或按鍵上另外設置额外的零件或加強 結構，即可有效解決按鍵結構與按鍵孔因工差產生的偏移問題。 、一以上之關於本創_容之綱及以下之實施方式之說明係用 、示範與轉梢作之顧，並且提供辅作之專辦請範圍更 進一步之解釋。 【實施方式】 上 本創作所揭露之具有按鍵之機殼構造，係可應用於電子裂置 此電子裝置可為齡!!(__、相機、行動麵㈣沖_)、 ^ f t,(niobile ph〇ne). ^ A^^^(Pers〇ml ^ Ass.stot ^ 按鐽^王球星疋位系統⑹咖1細制哗，卿 二之、置。以上僅為用以舉例說明，並不以此為限。 之立體分如意®。域本創作之第 凊參閱「第1A圖」和「第1B圖」所示為本創作第一實施例 實施例所揭示之具有按鍵 7 M358501 之機殼構造’其包括—殼體1G及—按鍵2G。殼體1G具有一按鍵 孔110及複數個固定柱120，且按鍵孔⑽上具有-校正面13〇， 校正面130為-猶於按鍵孔⑽之·斜面；曝 設於殼體K)具有校正㈣之—側。按鍵2q具有—鍵帽職 一固持件220 ’鍵帽210具有一按墨部加及-作動部212，於作 動部犯上並設有-抵靠面213’抵靠面213之形式為匹配於校正 面130之另一環形斜面；固持件22〇連接於鍵帽則之作動部 犯，並具有複數個定位孔221，用以將按鍵％固定於殼龍上， 此固持件咖可為彈性墊(如橡膠墊或善塾等)的形式連接於作 動。P 212底側(如「第1A圖」所示），或是以彈性臂(如塑膠臂或金 屬彈片等)的形式連接於作動部212兩側(如「第m圖」所示）。以 下將以固持件220為彈性塾做為本創作第一實施例之說明。 請同時參閱「第2圖」和「第3圖」所示，本創作第一實施 例之具有按鍵之機殼構造’其中固持件22()之雜孔221套設於 成體10之固定柱120 ’令按鍵2〇固定於殼體上。此時，按鍵 〇之鍵巾目21〇係牙過按鍵孔11G，並以設於作動部以2的抵靠面 213抵制於按鍵孔i〇之校正面跡使得鍵帽別上的按壓部2 η 與按鍵孔110之間具有一等距離的等距間隙5〇，而令鍵帽21〇被 置於按鍵孔11〇的中央位置。 此外，在按鍵與殼體的生產製造上，按鍵的固持件上所設有 之定位孔’與位於殼體上的固定柱之間，時常因為工差問題而致 使定位孔為了能棚套設餘，而使麟件的結構產生變 开y例如兩固定柱之間的距離大於兩定位孔之間的距離，並帶動 M358501 鍵帽於按鍵孔巾歸，使鍵帽於按巾偏移—_無法於按鍵 孔置中。 、止$而’如「第4圖」所示，依據本創作之具有按鍵之機殼構 田口持件22〇的結構因玉差問題而產生變形時，由於按鍵孔 110上之k正面13〇與鍵帽210上之抵靠面犯的設置，係為相互 ，聽匹配的環形斜面’因此抵靠面213因固持件220變形而施以 .一作用力於校正® 130,此作用力因抵靠面213與校正面13〇的相 _ _而獲得了平衡’進而使得鍵帽21〇之按壓部211與按鍵孔 no之間仍維持於一等距間隙5〇，並令鍵帽21〇置於按鍵孔⑽ 的中央。 清參閱「第5圖」所示為本創作第二實施例之立體分解示意 圖三依據本創作之第二實施例係應用於相機上。相機3〇的殼體ι〇 上設有複數個按鍵孔110及複數個固定柱12〇，且每一按鍵孔 均具有-校正面130。按鍵20具有一固持件220與複數個鍵帽 • 210 ’固持件220設有複數個對應固定柱120的定位孔221，且固 .持件220依按鍵20設置於殼體1〇上的位置，可選擇使用彈性臂 或彈性墊的型式將複數個鍵帽210連接在一起，鍵帽21〇具有一 按壓部211與一作動部212，並於作動部212上設有一抵靠面 且相機30上設置有電路板40 ’此電路板40上具有複數個對應按 鍵20的電性開關41。 凊參閱「第6圖」至「第8圖」所示，於相機3〇組裝完成時， 固持件220上之定位孔221穿設於殼體10之固定柱12〇，令按鍵 2〇固定於殼體10上，使鍵帽210穿設過按鍵孔11〇，並以作動部 9 M358501 » 212上之抵靠面213貼合且抵制於按鍵孔11〇之校正面13〇，藉由 抵靠面213與校正面130之間相互作用力的平衡，而使每一^帽 210之按屢部2 η皆與按鍵孔]】0具有一等距間隙5〇，令鍵帽加 置於每一按鍵孔110的中央。即使當固持件22〇上之定位孔 與;Λ體10之固定柱120㈤存在的工差問題而使固持件產生結 構變形，藉由抵靠面213與校正面13〇呈相互對應匹配之環形: 面，而使抵靠面213與校正面130間的作用力維持一互相抵制平 •衡的狀態，進而讓鍵帽210之按壓部211與按鍵孔11〇保持一等 距間隙，因此讓鍵帽21〇仍置於按鍵孔丨的中央。 、 -般而言，在-裝置的組裝上，其殼體上的按鍵孔與按鍵上 相對應按鍵孔的鍵帽愈乡時，觀孔無蝴目為殼體轉 作尺寸誤差所引起的工差問題會更加的明顯，也更加的不^ 服。而本創作之具有按鍵之殼體構造，於殼體上之按鍵孔設置— 校正面，並於按鍵之鍵帽上設置—抵靠面，_校正面與抵靠面 鲁之間的相互作用力’即能達成令鍵帽維持於按鍵孔中央的目的， 亚且有效的解決按鍵偏移的問題。同時，不需增加额外其他結構、 零件或以轉、重卫的處理方式，*僅能降低產品的製造成本， 且一併地提昇產品的外觀良率。 雖d本創作之貫施例揭露如上所述，然並非用以限定本創 作’任何熟習相關技藝者，在不脫離本創作之精神和範圍内，舉 凡絲創作申請範圍所述之形狀、構造、特徵及精神當可做些許 之變更’因此翔作之專利㈣範_視本說明書 利範圍所界定者為準。 10 M358501 【圖式簡單說明】 第1A圖為本創作第一實施例之立體分解示意圖； 第1B圖為本創作第一實施例之立體分解示意圖； 第2圖為本創作第一實施例之立體组合示意圖； 第3圖為本創作第一實施例之剖面示意圖； 第4圖為本創作第一實施例之剖面示意圖； 第5圖為本創作第二實施例之立體分解示意圖； ^ 第6圖為本創作第二實施例之立體組合示意圖； 第7圖為本創作第二實施例之局部剖面示意圖；以及 第8圖為本創作第二實施例之局部剖面示意圖。 【主要元件符號說明】 10 殼體 110 按鍵孔 120 固定柱 130 校正面 20 按鍵 210 鍵帽 211 按壓部 212 作動部 213 抵靠面 220 固持件 221 定位孔 30 相機 π M358501 40 電路板 41 電性開關 50 間隙M358501 VIII. New description: [New technical field] This creation is about a kind of casing structure, especially a kind of casing structure with buttons. [Prior Art] With the development and advancement of the electronics industry, electronic products have been subjected to a wide range of systems. In order to better meet the needs of the consumer and the appeal of the products to consumers, in addition to the diverse functions, these electronic products must also have a texture and aesthetic overall design, and meet the light, thin, short, Small design trends for users to carry and use. In the operation of electronic products, the buttons are the most frequently used devices. The button is the communication interface between the manufacturer and the electronic product. (4) Controlling the operation of the electronic product Hi is mostly used in the setting of the button structure - the hard plastic is installed on the soft rubber pad _ glue _ rubber button structure, or Use the plastic winch arm to connect to the casing of the electronic device by pressing the ^ button. The rubber 塾 material in the plastic-rubber button structure is a soft rubber plaque. The composition is to strengthen the overall strength of the button structure on the casing. And 2 in 2 miscellaneous Lin - some Wei, and set the hole in the casing of the electronic product, she is equipped with a fixed column. Then, the hard remnant sleeve is set on the casing = the keyhole t', so that the fixing post is passed through the positioning hole on the rotating pad, so that the "JE" is U on the casing. At this time, there is a gap between the edges of the pressing button holes, which provides a button to prevent unnecessary friction between the casing and the casing during operation. The occurrence of miscellaneous materials causes damage to the hearing or the casing, and the seams allow the use of M358501 because of the perception of the object_objective. As far as the plastic-rubber button structure is concerned, "," therefore, in the group I, it must be greeted by the ancient '°, and the secret button is set on the soft rubber pad', which still overcomes the work between the button and the button hole. The problem of the difference is very easy to cause the flap and the rubber display key. The gap between the holes is not uniform, and after pressing the hole of the case, the button is pressed. If the electronic product steps out of this offset or against the edge of the button hole, in addition to the shadow of the electronic...moving in the button hole, it is easy to see the beauty of the two appearances. It is identified as a stagnation of the product, which in turn leads to the loss of brand reputation. ^Spinning problem, the head (four) side == cap structure, but due to the soft strength of the oak, this way ^ between the button hole and the button structure fine #二二7 hunting by the production process to improve the creation of the museum early The method to overcome the work difference problem will make the additional structure and/or the method of attaching it to the button structure or the casing to add some ways to cause extra and /" manual_, heavy work. However, this is the use and cost increase. The arm phase ^ uses the rotary button to connect the plastic to each button. • This method also has to overcome the problem of the difference between the button and the button hole. The thinness of the second S = t is the tactile sensation during operation, and the surface Z caused by the electronic device does not cause the width and thickness of the plastic kick arm to be too large, and the structural strength of the connection joint is insufficient. The problem of insufficient strength of the plastic arm causes the plastic arm to touch her. The problem on the ' ' 'This creation provides a kind of shell structure with buttons, by 6 M358501 to improve the button difference in the conventional button structure, and easy to offset in the keyhole (unable to be centered) . The present invention is a casing structure with a button, which comprises a casing and a button. A keyhole is defined in the housing, and a correction surface is disposed on the keyhole. The button has at least one key cap, the key cap is threaded through the button hole, and the key cap is provided with an abutting surface corresponding to the front surface of the school. When the abutting surface resists the correcting surface, the keycap is placed in the center of the button hole by the interaction of the abutting surface and the correcting surface. • The shell structure with a button disclosed in the present invention is provided with a correction surface on the button hole of the housing, and the key cap on the button is provided with a matching surface corresponding to the correction surface, when abutting When the surface is pressed against the calibration surface, it is difficult to place it in the center of the button hole. Therefore, it is not necessary to additionally provide an additional part or a reinforcing structure on the casing or the button, so that the offset problem caused by the difference between the button structure and the button hole can be effectively solved. More than one description of the implementation of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ [Embodiment] The housing structure with the button disclosed in the above-mentioned creation can be applied to the electronic splicing. The electronic device can be aged!! (__, camera, action surface (four) rush _), ^ ft, (niobile ph 〇ne). ^ A^^^(Pers〇ml ^ Ass.stot ^ Press 鐽^王球星疋位系(6)咖1细哗,卿二之,置. The above is for illustrative purposes only, not The present invention is limited to the present invention. The third embodiment of the present invention is shown in FIG. 1A and FIG. 1B, and is a casing structure having a button 7 M358501 disclosed in the first embodiment of the present invention. 'It includes a housing 1G and a button 2G. The housing 1G has a button hole 110 and a plurality of fixing posts 120, and the button hole (10) has a correction surface 13A, and the correction surface 130 is - in the button hole (10) · Bevel; exposed to the housing K) with the correction (four) - side. The button 2q has a key cap holding member 220. The key cap 210 has an ink-pressing portion-actuating portion 212, which is provided on the actuating portion and is provided with an abutting surface 213' abutting surface 213 in the form of a match. Another annular bevel of the front surface 130; the holding member 22 is connected to the keycap and is actuated by the actuating portion, and has a plurality of positioning holes 221 for fixing the button % to the shell dragon. The holding member can be an elastic mat ( In the form of a rubber mat or a good scorpion, etc., it is connected to the action. The bottom side of P 212 (as shown in Figure 1A) is attached to both sides of the actuator 212 in the form of a resilient arm (such as a plastic arm or a metal dome) (as shown in Figure m). Hereinafter, the holder 220 will be used as the elastic 塾 as the description of the first embodiment of the creation. Please also refer to the "Fig. 2" and "Fig. 3", the casing structure of the first embodiment of the present invention, in which the stud hole 221 of the holding member 22 is placed on the fixed column of the adult body 10. 120 'The button 2 is fixed to the housing. At this time, the button 〇 巾 〇 〇 〇 〇 过 过 过 过 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 There is an equidistant gap 5 之间 between the η and the button hole 110, and the key cap 21 is placed at the center of the button hole 11〇. In addition, in the production of the button and the casing, the positioning hole provided on the holding member of the button is arranged between the positioning hole and the fixing column located on the casing, and the positioning hole is often provided for the shed. And the structure of the lining is changed. For example, the distance between the two fixing columns is greater than the distance between the two positioning holes, and the M358501 key cap is driven on the button hole to make the key cap offset in the towel-_ Set in the button hole. As shown in the "Fig. 4", the structure of the case with the button body of the present invention is deformed due to the problem of the difference, due to the k front surface of the button hole 110. The arrangement with the abutting surface on the keycap 210 is such that the matching annular bevel is 'interacting, so the abutting surface 213 is deformed by the retaining member 220. A force is applied to the correction ® 130. The balance 213 and the phase _ of the correction surface 13 获得 are balanced, so that the pressing portion 211 of the keycap 21 与 and the button hole no are maintained at an equidistance gap 5 〇, and the key cap 21 is placed. In the center of the button hole (10). 3 is a perspective exploded view showing a second embodiment of the present invention. FIG. 3 is a second embodiment of the present invention applied to a camera. A plurality of keyholes 110 and a plurality of fixing posts 12A are provided on the housing 〇 of the camera 3, and each of the keyholes has a correction surface 130. The button 20 has a holding member 220 and a plurality of key caps. The 210' holding member 220 is provided with a plurality of positioning holes 221 corresponding to the fixing posts 120, and the holding member 220 is disposed on the housing 1 by the button 20. The plurality of keycaps 210 can be connected together by using a resilient arm or a resilient pad. The keycap 21 has a pressing portion 211 and an actuating portion 212, and an abutting surface is disposed on the actuating portion 212 and on the camera 30. A circuit board 40' is provided with an electrical switch 41 on the circuit board 40 having a plurality of corresponding buttons 20.凊Referred to Fig. 6 to Fig. 8 , when the camera 3 is assembled, the positioning hole 221 of the holding member 220 is inserted through the fixing post 12 of the housing 10, so that the button 2 is fixed to the button On the housing 10, the key cap 210 is passed through the button hole 11〇, and is abutted against the abutting surface 213 of the actuation portion 9 M358501 » 212 and resists the correction surface 13〇 of the button hole 11〇 by abutting The balance of the interaction force between the surface 213 and the correction surface 130 is such that the pressing portion 2 η of each of the caps 210 has an equidistance gap of 5 与 with the button hole 】 0, so that the key cap is placed on each The center of the button hole 110. Even if the positioning hole on the holding member 22 and the fixing post 120 (5) of the body 10 cause the structural deformation of the holding member, the abutting surface 213 and the correction surface 13 are matched to each other in a ring shape: And the force between the abutting surface 213 and the correction surface 130 is maintained to abut against each other, thereby allowing the pressing portion 211 of the keycap 210 to maintain an equidistance gap with the button hole 11〇, thereby allowing the key cap 21〇 is still placed in the center of the button hole 丨. In general, in the assembly of the device, when the button hole on the housing and the key cap corresponding to the button hole on the button are closer to the home, the hole is not turned into a work caused by the dimensional error of the casing. The problem of difference will be more obvious, and it will be even worse. The shell structure of the button with the button is set on the keyhole of the casing - the correction surface, and is arranged on the keycap of the button - the abutment surface, the interaction force between the _ correction surface and the abutment surface 'It can achieve the purpose of maintaining the keycap in the center of the button hole, and effectively solve the problem of button offset. At the same time, there is no need to add additional structures, parts or treatments for turning and re-defending. * Only reduce the manufacturing cost of the product and improve the appearance yield of the product. Although the application of this creation is as described above, it is not intended to limit the creation of any of the relevant artisans, without departing from the spirit and scope of this creation, the shape, structure, and Characteristics and spirits can be changed a little. 'Therefore, the patent (4) of Xiangxiang is subject to the definition of the scope of this manual. 10 M358501 [Simplified illustration of the drawings] FIG. 1A is a perspective exploded view of the first embodiment of the present invention; FIG. 1B is a perspective exploded view of the first embodiment of the creation; FIG. 2 is a perspective view of the first embodiment of the present invention 3 is a schematic cross-sectional view of the first embodiment of the present invention; FIG. 4 is a schematic cross-sectional view of the first embodiment of the present invention; FIG. 5 is a perspective exploded view of the second embodiment of the present invention; FIG. 7 is a partial cross-sectional view of the second embodiment of the present invention; and FIG. 8 is a partial cross-sectional view showing the second embodiment of the present invention. [Main component symbol description] 10 Housing 110 Key hole 120 Fixing post 130 Correction surface 20 Button 210 Key cap 211 Pressing portion 212 Actuating portion 213 Abutment surface 220 Holder 221 Positioning hole 30 Camera π M358501 40 Circuit board 41 Electrical switch 50 gap