M410917 五、新型說明： 【新型所屬之技術領域】 本創作關於-種輸人裝置’尤指—種具有支樓功能之輸入裝置。 【先前技術】 奴著科技的進步與發展，各式各樣的可攜式電子裝置，例如行動 電話、個人數位助理、平板電腦、電子書等，已被廣泛地應用於每 個人的日常生活巾。由於上述可攜式電子裝置之體積小，故於實際 應用上’多在可攜式電子裝置上設置—外接埠，用以連接鍵盤供使 用者外接使用。》使用者欲長時間使用可搞式電子裝置時，習慣上 會將可攜式電子裝置設置於-支縣上，藉时可攜式電子裝置與 使用者之卿彡成-合適之操作纽’再外接鍵盤⑽使用者能舒適 地長時間使用攜式電子似。細，於先前技射，鍵盤以及支 撐架皆為獨立分開之裝置，故當使用者不使用可搞式電子裝置時， 需要額外之收納空間以分魏納馳與支射。如此—來，鍵盤與 支撐架不僅容易遺失且會造成空間上的浪費。 【新型内容】 因此’本創作的目的之一在於提供一種具有支撐功能之輸入裝 置’以解決上述問題。 本創作提供一種具有支撐功能之輸入裝置，用以支撐一可攜式電 子裳置°亥輸入裝置包含-鍵盤機槿 包含-殼體、一第一鍵盤組，以支撐機構。該鍵盤機構 該殼體以可相對滑動之方式連接且二盤組。该弟—鍵盤組與 與該殼體以可相對斜向严 f有—第一滑槽。該第二鍵盤組 滑動之方式連接，#該=連接J'與該第—_組以可相對 收合位置滑_，該第對於該殼體往—顧位置或— 向滑動，而使得該第二鍵盤組相 /目對^又體斜 動。該支職構設置__鶴1 Γ 或向下滑 板、一第—支撐架，以及該支·構包含一滑動 —支撐架共同支樓該可攜式電子裝置。當該組用來条亥第 體往該展開位置或該收合位置滑動時，該第一：::： 端部抵接，用以帶動該滑動板。 弟抵接 綜上所述，本創作係利用支標機構枢接於鍵盤機構之一側的設 計’以及_滑動板與第-鍵餘之抵接連動設計，以允許使用^ 在收合或制㈣機構時，可經由滑動板帶動支撐機構移動至可愈 鍵盤機構疊合收納或是可支射攜式電子裝置於鍵盤機構之一側的 位置。如此-來’本創作所提供之輸人裝置不僅可職先前技術需 分別收納鍵健支縣所產生的鍵盤與支撐架容㈣失以及浪費收 納空間之問題，除此之外，其亦可讓使用者在完成輸入裝置之展開 M4IU917 提昇輸入裝置在操作使用上的便和Jj生。M410917 V. New description: [New technical field] This creation refers to the type of input device, especially the input device with the function of the branch building. [Prior Art] With the advancement and development of slave technology, a variety of portable electronic devices, such as mobile phones, personal digital assistants, tablets, e-books, etc., have been widely used in everyday life for everyone. . Since the portable electronic device is small in size, it is disposed on the portable electronic device in an actual application, and is connected to the keyboard for external use by the user. 》When users want to use the portable electronic device for a long time, it is customary to set the portable electronic device in the branch county. When the portable electronic device and the user are used, the appropriate operation button Then, the external keyboard (10) can comfortably use the portable electronic device for a long time. Fine, in the previous technology, the keyboard and the support frame are separate devices, so when the user does not use the portable electronic device, additional storage space is required to divide Weiner and the support. In this way, the keyboard and the support frame are not only easy to lose but also cause space waste. [New content] Therefore, one of the objects of the present invention is to provide an input device having a supporting function to solve the above problem. The present invention provides an input device having a supporting function for supporting a portable electronic device, a keyboard device, a housing, and a first keyboard group for supporting the mechanism. The keyboard mechanism is connected to the housing in a relatively slidable manner. The brother-keyboard and the housing are slanted to each other with a first chute. The second keyboard group is connected in a sliding manner, and the connection between the J- and the first-group is slidable relative to the folded position, and the first slides toward the housing or the direction, so that the first The second keyboard group phase / eye pair ^ body tilting. The support structure __鹤1 Γ or the slide plate, a first support frame, and the support structure include a slide-support frame common support for the portable electronic device. When the group is used to slide the body to the deployed position or the folded position, the first:::: end abuts to drive the sliding plate. In the above, the creation is based on the design of the pivoting mechanism on one side of the keyboard mechanism and the design of the _ sliding plate and the first-key balance to allow the use of ^ in the folding or system (4) When the mechanism is used, the support mechanism can be moved to the position where the keyboard mechanism can be stacked or the movable electronic device can be mounted on one side of the keyboard mechanism. In this way, the input device provided by this creation not only has the ability to separately store the keyboard and support frame (4) lost and waste storage space generated by Key Jianzhi County, but also allows The user completes the expansion of the input device M4IU917 to enhance the input device in operation and Jjsheng.
關於本創作之優點婦神可以藉由町補作詳述及 得到進一步的暸解。 A 【實施方式】 請參閱第i目，其為本創作一實施例之一輸入褒置10處 狀態之示意圖。由第1圖可知，輸入裝置10包含一鍵盤機構 及-支撐機構14，其中鍵盤機構12包含—殼體16、—第—鍵盤組 18 ’以及一第二鍵舰2〇，而支撐機構14包含—滑動板u、—第 支撐架24、-第二支料26，以及—支撐底座28。支撐機構μ 係設置於鍵盤機構12之—側，其_來於展開時，描—可攜式電 子裝置（如平板電腦、個人數位助理、電子書等），藉以使該可攜式 電子裝置可斜立擺放於鍵盤機構12之—側，以供使用者利用鍵盤機 構12針對該可攜式電子裝置進行文書輪入等操作。 於此分別針對鍵盤機構12以及支撐機構14之機構設計進行描 述士。首先’請參閱第2圖、第3圖’以及第4圖，第2圖為第^圖 之j體16之放大示意圖，第3圖為第1圖之第一鍵盤組18之玫大 不思圖，第4圖為第！圖之第二鍵盤組2〇之放大示意圖。由第2 圖第3圖及第4圖可知，至少一斜向導轨3〇(於第2圖之殼體π M410917 左右側各配置三個）形成於殼體16之一内側壁32上，第一鍵盤組 18(於第3圖中僅以框架簡示之）之一内側表面34具有相互連通之 至少-第-橫向導執36 (於第3圖之第-鍵盤組18之左右側各配 置一個）以及相對應之縱向導軌38，第二鍵盤組2〇包含至少一第 -滑動件40 (於第4 W之第二鍵盤組2〇之左右侧各配置一個）以 及與=向導軌30相對應之第二滑動件42，第一滑動件如係可沿著 第一橫向導軌36以及縱向導執38滑動，用以使第二鍵盤組2〇盘第 一鍵盤組18財相對滑動之方式連接，而第二滑動件42係可滑動 地設置於斜向導軌3G内，用以使第二鍵盤組2G與殼體16以可相對 動之方式連接。此外，殼體16上另形成有與斜向導軌川延 軌30^之第二橫向導轨44 ’藉此，第二滑動件42可於通過斜向導 繼續沿著第二橫向導執44橫向滑動。 -導引^第2圖以及第3圖可知，殼體16之内側壁32具有至少 於導㈣46之^之^又體16之左右側各配置一個）以及設置 形成有相對庫之第、卡止部48 ’第—鍵盤組18之外側表面50上 合，藉以使第^滑槽52’導引部46係用來與第四滑槽52相配 上另形成^Μ可沿著殼體16左右滑動。第—鍵盤組18 定位結構54 1 σΜ8之定位結構54 ’卡止部48係用來卡合於 ，蜡以固定住第一鍵盤組18與殼體16之相對位置。 支樓機構14之機構設計 請參 圖以及第6圖，第5 觉 阅弟2圖、第3圖、第5 圖第5圖為第i圖之輸入裝置10於另一視角之示意圖， 7 M410917 第6圖為第5圖之滑動板22之放大示意圖。滑動板22具有一第一 抵接端部56以及一第二抵接端部58，而第一鍵盤組18以及殼體16 則是分別具有相對應之-第—滑槽6Q以及—第二滑槽62，第一抵 接端部56係可滑動地設置於第一滑槽6〇巾，用以使滑動板22與第 -鍵盤組18可相對滑動’第二抵接端部％係可滑動地設置於第二 滑槽62中’用以於第一鍵盤故18相對於殼體…骨動至展開位置 時’抵接住第二滑槽62 ’藉以與第一抵接端部％共同定位支撐機 構14與鍵麵構12之相對位置。糾，由第5圖可知，第一支撐 :24係枢接於滑動板22上’第二支料％之第—端？!係柩接於 支撐木24上’支撐底座28係樞接於滑動板22上且具有至少一 第三滑槽64 (於第5圖中顯示二個），第二支樓架％ 地設置於第三滑槽64中，藉以於第二支料^著第1 第一^胃24向外樞轉時，與支魏座28共同支樓 If或者是相_—支_4向喃 弟一输24之-容置空間66内且與·㈣相疊合收口於 在1G认合贿開進研蚊朗。首先， 態之示意圖，，人^圖’其為第1圖之輸人裝置1G處於收合狀 鍵盤㈣‘Γ；。第7圖所示之收合狀態時，第一 合於殼體16 二口 ^第—鍵盤組20之上方且與第二鍵盤組2〇此同收 藉此，即可转Γ卜’支撐機構14係4合於鍵盤機構η之上方， 方便使用者將其收納或是隨身攜帶。 Μ4109Π 在輸入裝置10之展開方面，請參閱第7圖至第1〇圖，第8圖為 第7圖之鍵盤機構12於第-鍵盤組】8位於收合位置時之側視簡示 圖，第9圖為第8圖之第-鍵盤組18滑動至縱向導轨 二 鍵盤組20之第-滑動件40之側視簡示圖，第圖為第9圖之鍵盤 機構在第-鍵盤組㈣動至展開位置時之側視簡示圖。當使用 者想要展開輸人裝置Η)以進行文書輸人等操作時，僅須拉動第7 圖之第-鍵盤組18，以使第一鍵盤組18從如第8圖所示之收合位 體16向外滑動至如第9騎示之位置，此時，由於縱向導 抵接住^在第^餘2()之第—_件4_第—横向導軌36後， 抵接住第—滑動件40 ,再加上如第 接端部56也會在如第3円所贫斤丁之/月動板22之第一抵 後，抵接住第-_心第7VP—鍵盤組18之第—滑槽60滑動 第—鍵盤k心 1 ’因此’若是制者繼續拉動 ’、’ 相對殼體16向夕卜滑動，筮_ #船。^ 22就會開始隨著第__㈣二動/一鍵盤組20以及滑動板 動至如第丨 _ 起滑動，直到第一鍵盤組18被拉 2〇隨著第"之展開位置為止。需說明的是，在第二鍵盤組 動件42係會一起滑動的過程中，第二鍵盤組2〇之第二滑 撗向滑動'，认香'向導軌3〇斜上滑動並接著沿第二橫向導執44 一鍵盤也18、此同時’第二鍵盤組2〇之第一滑動件40也會沿著第 螌、且18之縱向導轨38向上滑動。 時，第_ 帛鍵盤，、且18被拉動至如第！〇圖所示之展開位置 平面之:^ 即可斜上滑動至與第一鍵盤組18相互接合且共 如第1圖所示）’於此同時，滑動板22也會移動至實 9 M410917 貝上對應鍵盤機構12之一中心轴A之位置。接下來，只要再將支 撑機構14相對鍵盤機構12向外翻轉，並如第1圖所示地分別展開 弟支撐架24、第一支撐架26以及支撐底座28，如此即可利用第 一支擇架26以及支撐底座28 ’以支撲第一支樓架24與鍵盤機構12 之間形成一夾角0，藉以完成展開操作而使輸入裝置1〇處於如第j 圖所示之展開狀態，從而產生第一支撐架24可支撐置放於其上之可 攜式電子裝置的功效。最後，處於展開狀態之輸入裝置1〇可利用有 線或無線方式電連接於擺放於第一支撐架24上之可攜式電子裝置 (如平板電腦等），以供使用者可便利地使用輪入裝置1〇進行可才崔 式電子裝置之相關操作，如文書輸入、游標控制等，從而帶給使用 者有如使用桌上型電腦或筆記型電腦般的操作感。 值得注意的是’當第一鍵盤組18移動至如第1〇圖所示之展開位 置以使滑動板22位於對應中心軸A之位置時，除了第一抵接端部 56會抵接住第一滑槽6〇之第一端Pl之外，滑動板22之第二抵接端 部58也會同時抵接住殼體16之第二滑槽62之第一端&，藉此， 滑動板22即可穩固地被定位在如第1圖所示之位置上，從而避免在 使用者進行輸入操作時，出現支撐機構14相對鍵盤機構12滑移的 問題。另外，由第2郾以及第3圖可進一步地得知，在第一鍵盤組 18相對於殼體丨6向外滑動的過程中，導引部46係可與第四滑槽52 相配合，藉以使第一鍵盤組18相對於殼體16之滑動可更加地;穆 順暢。除此之外，當第一鍵盤組18位於如第1〇圖所示之展開位置 時，卡止部48就會同時卡合住相對應之定位結構54，藉以使第— M410917 鍵盤組18可更加穩固地定位於展開位置上 則僅須先將可攜式電子裝置 從第—支#架24上卸下，並推動如第iRegarding the merits of this creation, the goddess can be detailed and further understood by the town. A [Embodiment] Please refer to the item i, which is a schematic diagram of the state of the input device 10 in one embodiment of the creation. As can be seen from FIG. 1, the input device 10 includes a keyboard mechanism and a support mechanism 14, wherein the keyboard mechanism 12 includes a housing 16, a first keyboard group 18', and a second key carrier 2, and the support mechanism 14 includes - a sliding plate u, a first support frame 24, a second support material 26, and a support base 28. The supporting mechanism μ is disposed on the side of the keyboard mechanism 12, and when the card is deployed, the portable electronic device (such as a tablet computer, a personal digital assistant, an e-book, etc.) is used to make the portable electronic device The device is placed obliquely on the side of the keyboard mechanism 12 for the user to perform a document wheeling operation or the like for the portable electronic device by using the keyboard mechanism 12. Here, the description of the mechanism design of the keyboard mechanism 12 and the support mechanism 14 is performed separately. First, please refer to Fig. 2, Fig. 3 and Fig. 4, Fig. 2 is an enlarged view of the body 16 of Fig. 1, and Fig. 3 is the first keyboard group 18 of Fig. 1. Figure, Figure 4 is the first! An enlarged schematic view of the second keyboard group 2 of the figure. 2, FIG. 3 and FIG. 4, at least one oblique guide rail 3 (three in each of the left and right sides of the housing π M410917 in FIG. 2) is formed on one inner side wall 32 of the housing 16, One of the inner side surfaces 34 of a keyboard set 18 (shown only in the form of a frame in Fig. 3) has at least a first-lateral guide 36 that communicates with each other (on the left and right sides of the keyboard group 18 of Fig. 3). And a corresponding longitudinal rail 38, the second keyboard group 2 includes at least one first-sliding member 40 (one on each of the left and right sides of the second keyboard group 2〇 of the fourth W) and the opposite direction to the guide rail 30 Corresponding to the second sliding member 42, the first sliding member can be slid along the first lateral guiding rail 36 and the longitudinal guide 38 for connecting the second keyboard group 2 to the first keyboard group 18 The second sliding member 42 is slidably disposed in the diagonal guiding rail 3G for connecting the second keyboard group 2G and the housing 16 in a movable manner. In addition, the housing 16 is further formed with a second lateral rail 44' of the oblique guide rail 30. Thereby, the second slider 42 can continue to slide laterally along the second lateral guide 44 through the oblique guide. . - Guide 2 and FIG. 3, the inner side wall 32 of the casing 16 has at least one of the left and right sides of the body (four) 46 and the body 16 and the opposite side of the body. The outer side surface 50 of the portion 48'-the keyboard group 18 is closed, so that the guiding portion 46 of the second sliding groove 52' is used to match the fourth sliding groove 52, and can be formed to slide left and right along the housing 16. . The first-keyboard group 18 positioning structure 54 1 σ Μ 8 positioning structure 54 ‘the locking portion 48 is used to engage the wax to fix the relative position of the first keyboard set 18 and the housing 16 . The mechanism design of the branch building mechanism 14 is shown in Fig. 6 and Fig. 5, the fifth drawing, the second drawing, the fifth drawing, the fifth drawing, and the fifth drawing are the schematic diagrams of the input device 10 of the i-th view in another view, 7 M410917 Fig. 6 is an enlarged schematic view of the slide plate 22 of Fig. 5. The sliding plate 22 has a first abutting end portion 56 and a second abutting end portion 58, and the first keyboard group 18 and the housing 16 respectively have corresponding-the first chute 6Q and the second sliding portion. The groove 62, the first abutting end portion 56 is slidably disposed on the first chute 6 for sliding the sliding plate 22 and the first-keyboard group 18 to be slidable, and the second abutting end portion is slidable The second chute 62 is disposed in the second chute 62 for abutting the second chute 62 with respect to the first keyboard 18 relative to the housing ... when the bone is moved to the deployed position, thereby co-locating with the first abutting end % The relative position of the support mechanism 14 to the key surface structure 12. Correction, as can be seen from Figure 5, the first support: 24 is pivotally connected to the sliding plate 22, the second end of the second material? The support base 28 is pivotally connected to the slide plate 22 and has at least one third chute 64 (two shown in FIG. 5), and the second stud is disposed at % In the third chute 64, when the second branch is pivoted outwardly by the first first stomach 24, the joint branch with the Weiwei 28 is used, or the phase _-branch _4 is lost to the buddy. 24 - in the accommodating space 66 and overlap with (4) to close the mouth in the 1G. First, the schematic diagram of the state, the person's figure 1 is the input device 1G of the first figure is in the collapsed keyboard (four) ‘Γ;. In the collapsed state shown in FIG. 7, the first fits over the two-portion-keyboard group 20 of the housing 16 and is received by the second keyboard group 2, so that the support mechanism can be transferred. The 14 Series 4 is placed above the keyboard mechanism η, which is convenient for the user to store or carry around. Μ4109Π In the development of the input device 10, please refer to FIG. 7 to FIG. 1 , and FIG. 8 is a side view of the keyboard mechanism 12 of FIG. 7 when the first keyboard group 8 is in the folding position. Figure 9 is a side elevational view of the first slide member 40 of the first keyboard-group 18 of the first slide-down keyboard group 20, and the keyboard mechanism of the figure 9 is in the first-keyboard group (four) A side view of the diagram as it moves to the expanded position. When the user wants to expand the input device to perform an operation such as a document input, the keyboard-group 18 of FIG. 7 only needs to be pulled to cause the first keyboard group 18 to be folded as shown in FIG. The position body 16 slides outward to the position as shown in the ninth riding position. At this time, since the longitudinal guide is caught by the first to the fourth member of the second () - the slider 40, plus the first end portion 56, after the first arrival of the shackle/moon plate 22 as in the third, the seventh VP-keyboard group 18 The first - the chute 60 slides - the keyboard k heart 1 'so 'if the manufacturer continues to pull ', ' relative to the housing 16 to slide, 筮 _ # boat. ^ 22 will start to slide with the __(four) two-action/one keyboard group 20 and the sliding plate until the first keyboard group 18 is pulled until the first keyboard group 18 is pulled 2〇 with the expanded position of the ". It should be noted that, during the process in which the second keyboard assembly 42 is slid together, the second slider of the second keyboard group 2 slides to the side of the guide rail 3, and then slides along the guide rail 3 The second lateral guide 44 is also a keyboard 18. At the same time, the first slider 40 of the second keyboard group 2 is also slid upward along the longitudinal guides 38 of the second and the 18th. When the _ 帛 keyboard, and 18 is pulled to the first! The unfolded position plane shown in the figure: ^ can slide up to the first keyboard group 18 and as shown in Fig. 1). At the same time, the sliding plate 22 will also move to the real 9 M410917. The upper portion corresponds to the position of the central axis A of the keyboard mechanism 12. Next, as long as the support mechanism 14 is turned outward relative to the keyboard mechanism 12, and the child support frame 24, the first support frame 26, and the support base 28 are respectively expanded as shown in FIG. 1, the first choice can be utilized. The frame 26 and the support base 28' form an angle 0 between the first frame 24 and the keyboard mechanism 12, thereby completing the unfolding operation and causing the input device 1 to be in the unfolded state as shown in FIG. The first support frame 24 can support the efficacy of the portable electronic device placed thereon. Finally, the input device 1 in the unfolded state can be electrically connected to the portable electronic device (such as a tablet computer or the like) placed on the first support frame 24 by wire or wirelessly, so that the user can conveniently use the wheel. The device 1 is used to perform operations related to the Cui-type electronic device, such as document input, cursor control, etc., thereby giving the user a sense of operation like using a desktop computer or a notebook computer. It should be noted that when the first keyboard group 18 is moved to the deployed position as shown in FIG. 1 so that the sliding plate 22 is located at the position corresponding to the central axis A, the first abutting end portion 56 will abut the first In addition to the first end P1 of the chute 6 ,, the second abutting end 58 of the sliding plate 22 also abuts against the first end & of the second chute 62 of the housing 16, thereby sliding The plate 22 can be securely positioned in the position shown in Fig. 1 to avoid the problem of the support mechanism 14 slipping relative to the keyboard mechanism 12 when the user performs an input operation. In addition, it can be further seen from the second and third figures that the guiding portion 46 can cooperate with the fourth sliding slot 52 during the sliding of the first keyboard group 18 relative to the housing cymbal 6. Therefore, the sliding of the first keyboard group 18 relative to the housing 16 can be made more smooth; In addition, when the first keyboard group 18 is in the deployed position as shown in FIG. 1 , the locking portion 48 simultaneously engages the corresponding positioning structure 54 , so that the first M410917 keyboard group 18 can be More securely positioned in the deployed position, the portable electronic device only needs to be removed from the first support frame 24 and pushed as i
盤組20就會隨著第一鍵盤組18 一 另-方面’若是使用者想要收合處於展·態之輸人裝置1〇， …膺動，此時，由於縱向導 如第10圖所示），因此，第二鍵 起滑動，而第二滑動件42會沿著 第二橫向導軌44橫向滑動並接著沿著斜向導軌3()斜下滑動，以及 第-滑動件40也會沿著縱向導軌38向下滑動，藉以使第二鍵盤組 20斜下滑動至如第9圖所示之位置。接著，使用者可繼續推動第一 鍵盤組18相對殼體16向内滑動，在此過程中，由於滑動板22之第 抵接ί1而部56會在如第；3圖所示之第一鍵盤組μ之第一滑押6〇 内滑動後，抵接住第一滑槽60之第二端卩2，因此，若是使用者繼 “推動第一鍵盤組18相對殼體16向内滑動，滑動板22就會開始隨 著第一鍵盤組18 —起向内滑動，直到第一鍵盤組μ滑動至如第8 隹圖所示之收合位置為止，此時，輸入裝置10係處於如第u圖所示 之半收合狀態，其中第二鍵盤組20位於第一鍵盤組18之下方的位 置。最後’只要再將第二支撐架26沿著第三滑槽64相對於第—支 撐架24向内樞轉，以收合於第一支撐架24之容置空間66内且與支 樓底座28相疊合，並接著翻轉支撐機構14重合於殼體16之面積所 涵蓋之範圍中，如此即可完成收合操作而使輸入裝置1〇處於如第7 圖所示之收合狀態，以便使用者將其收納或是隨身攜帶。 11 M410917 同理’由第2圖以及第3圖可知，當第一鍵盤組18位於如第7 圖所示之收合位置時，卡止部48也會同時卡合住相對應之定位結構 54 ’藉以使第一鍵盤組18可更加穩固地定位於收合位置上。 上述第二橫向導軌44、第四滑槽52以及定位結構54與導引部 46以及卡止部48之配合，以及第二抵接端部58與第二滑槽62之 抵接設計均選擇性為可省略之設計，藉以達到簡化輸入裝置丨〇之機 構設計的目的。另外，支撐底座28，亦可為一可省略之元件，也就是 說，支撐機構14可僅利用第一支撐架24以及第二支撐架％之間的 籲 樞接摩擦力來產生支撐定位的功效。 相較於先前技術於使用外接支撐架支撐可攜式電子裝置後再外 接鍵盤之料’本__祕支賴_接於鍵麵構之一側的 設計’以及_滑動板與第—鍵餘之抵接連動設計，以允許使用 者在收合或展_盤機構時，可經由滑動板帶動支撐機構移動至可 與鍵盤機砸諸喊是可支撐可赋電子打於鍵麵構之一側 W置彡此來’本創作所提供之輸入裝置不僅可解決先前技術 需分別收_盤與讀架職生_盤與支縣容㈣失以及浪費 :納空間之問題，同時亦可讓使用者在完成輸人裝置之展開操作 P即可直接使用輸人裝置進行針對可攜式電子裝置之輸入操作， 設外接支縣之動作，觀，即可大大地提昇 輸入裝置在操作使用上的便利性。 12 M410917 以上所述僅為本創作之較佳實施例，凡依本創作申請專利範圍 所做之均等變化與修飾，皆應屬本創作之涵蓋範圍。 【圖式簡單說明】 第1圖為本創作一實施例之輸入裝置處於展開狀態之示意圖。 第2圖為第1圖之殼體之放大示意圖。 第3圖為第1圖之第一鍵盤組之放大示意圖。 第4圖為第1圖之第二鍵盤組之放大示意圖。 第5圖為第1圖之輸入裝置於另一視角之示意圖b 第6圖為第5圖之滑動板之放大示意圖。 第7圖為第1圖之輸人裝置處於收合狀態之示意圖。 第8圖為第7圖之鍵盤機構於第一鍵盤組位於收合位置時之側視 簡示圖。 第9圖為第8圖之第—鍵盤組滑動至縱料執抵接第二鍵盤組之 第一滑動件之側視簡示圖。 第〇圖為第9圖之鍵盤機構在第一鍵盤組滑動至展開位置時之 側視簡示圖。 第11圖為第7圖之輸人I置處於半收合狀態之示意圖。 【主要元件符號說明】 10 輸入裝置 14 支撐機構 18 第一鍵盤組 12 鍵盤機構 16 殼體 20 第二鍵盤組 13 M410917 22 滑動板 24 第一支撐架 26 第二支撐架 28 支撐底座 30 斜向導軌 32 内側壁 34 内側表面 36 第一橫向導軌 38 縱向導軌 40 第一滑動件 42 第二滑動件 44 第二橫向導轨 46 導引部 48 卡止部 50 外側表面 52 第四滑槽 54 定位結構 56 第一抵接端部 58 第二抵接端部 60 第一滑槽 62 第二滑槽 64 第三滑槽 66 容置空間The disk set 20 will follow the first keyboard group 18, if the user wants to fold the input device in the display state, ..., at this time, because the vertical direction is as shown in FIG. Thus, the second key slides, and the second slider 42 slides laterally along the second lateral rail 44 and then slides down the diagonal rail 3 (), and the first slider 40 also The longitudinal rail 38 slides downwardly, thereby causing the second keyboard group 20 to slide down to the position as shown in FIG. Then, the user can continue to push the first keyboard group 18 to slide inwardly relative to the housing 16. In the process, the portion 56 will be in the first keyboard as shown in FIG. 3 due to the first contact of the sliding plate 22. After the first slip of the group μ is slid within 6 inches, it abuts against the second end 卩 2 of the first chute 60. Therefore, if the user continues to push the first keyboard group 18 to slide inward relative to the housing 16, sliding The board 22 will begin to slide inwardly with the first keyboard set 18 until the first keyboard set μ slides to the collapsed position as shown in Fig. 8, at which time the input device 10 is in the u The half-closed state shown in the figure, wherein the second keyboard set 20 is located below the first keyboard set 18. Finally, the second support frame 26 is again positioned along the third chute 64 relative to the first support frame 24. Pivoting inwardly to fit within the accommodating space 66 of the first support frame 24 and overlapping the pedestal base 28, and then flipping the support mechanism 14 to coincide with the area covered by the housing 16, such The folding operation can be completed and the input device 1 is in the collapsed state as shown in Fig. 7, so that the user will It is stored or carried around. 11 M410917 Similarly, as can be seen from Fig. 2 and Fig. 3, when the first keyboard group 18 is in the folded position as shown in Fig. 7, the locking portion 48 is also engaged at the same time. The corresponding positioning structure 54' is used to enable the first keyboard group 18 to be more stably positioned in the folding position. The second lateral rail 44, the fourth sliding slot 52, and the positioning structure 54 and the guiding portion 46 and the locking portion The cooperation of the portion 48 and the abutting design of the second abutting end portion 58 and the second sliding slot 62 are both optional and can be omitted, so as to simplify the mechanism design of the input device. In addition, the support base 28 It can also be an omitting element, that is, the support mechanism 14 can utilize only the pivotal frictional force between the first support frame 24 and the second support frame to generate the support positioning effect. The technology uses an external support frame to support the portable electronic device, and then the external keyboard material 'this design is attached to one side of the key surface structure' and the sliding plate and the first key are connected with each other. Designed to allow users to fold or display When the structure is configured, the supporting mechanism can be moved to the side of the key surface by means of the sliding plate, and the input device provided by the present invention can not only solve the previous The technology needs to be separately received _ disk and reading frame students _ disk and branch county capacity (four) loss and waste: the problem of the space, but also allows the user to complete the operation of the input device P can be directly used to enter the device For the input operation of the portable electronic device, the action of the external branch county can be greatly improved, and the convenience of the input device can be greatly improved. 12 M410917 The above is only a preferred embodiment of the present invention. Equivalent changes and modifications made in accordance with the scope of the patent application for this creation shall fall within the scope of this creation. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing an input device in an unfolded state according to an embodiment of the present invention. Figure 2 is an enlarged schematic view of the housing of Figure 1. Figure 3 is an enlarged schematic view of the first keyboard set of Figure 1. Figure 4 is an enlarged schematic view of the second keyboard group of Figure 1. Fig. 5 is a schematic view of the input device of Fig. 1 in another view. Fig. 6 is an enlarged schematic view of the slide plate of Fig. 5. Fig. 7 is a schematic view showing the input device of Fig. 1 in a collapsed state. Figure 8 is a side elevational view of the keyboard mechanism of Figure 7 when the first keyboard set is in the collapsed position. Figure 9 is a side elevational view of the first slider of the second keyboard group in which the keyboard group is slid to the longitudinal direction of the second keyboard group. The figure is a side view of the keyboard mechanism of Figure 9 when the first keyboard set is slid to the deployed position. Figure 11 is a schematic diagram of the input I of the Figure 7 in a half-closed state. [Main component symbol description] 10 Input device 14 Support mechanism 18 First keyboard group 12 Keyboard mechanism 16 Housing 20 Second keyboard group 13 M410917 22 Sliding plate 24 First support frame 26 Second support frame 28 Support base 30 Oblique guide 32 Inner side wall 34 Inner side surface 36 First transverse rail 38 Longitudinal guide rail 40 First slide member 42 Second slide member 44 Second transverse guide rail 46 Guide portion 48 Locking portion 50 Outside surface 52 Fourth chute 54 Positioning structure 56 First abutting end 58 second abutting end 60 first chute 62 second chute 64 third chute 66 accommodating space