M410918 五、新型說明： * 【新型所屬之技術領域】 本創作關於一種輸入裝置，尤指一種利用殼體與連桿以及鍵盤組 之枢接設計以進行展開及收合操作之輸入裝置。 - 【先前技術】 近年來’可攜式電子裝置，如個人數位助理（Personal Digital Assistant，PDA)、手機等，已經廣泛地應用於曰常生活中，而在可 籲 攜帶性之考量下，可攜式電子裝置通常會省略鍵盤之配置或是採用 縮減鍵盤體積（如減少按鍵數量等）之設計，但在實際使用上，上 述鍵盤省略或縮減設計往往會為使用者在文書輪入操作上帶來許多 的不便’因此，折疊式鍵盤之設計遂因應而生。 吊見之折豐式鍵盤的結構设计係採用以級鍵枢接於鍵盤之折愚 區I又之間以供鍵盤進彳于折豐，然而，此一I交鏈樞接設計往往合產生 鲁 結構设計複雜以及用於折疊鍵盤之鉸鏈位置會影響鍵盤外觀以及輸 入操作等問題。 【新型内容】 . 因此，本創作的目的之一在於提供一種利用殼體與連桿以及鍵盤 . 組之枢接設計以進行展開及收合操作之輸入裝置，藉以解決上述之 . 問題。 4 M41〇9i8 条之方式連接且連接於該第二殼 第置，其包含―第—殼體、1:殼體、一 對翻轉!方且：一二鍵盤組。該第二殼體與該第-殼_ 降之第:鍵盤組與該第一 選擇性 體。該第二鍵盤組設置於該第二殼 展開位置翻轉時，該第 體内。當該第二殼體相對於該第一殼體往一 本創作另提供-種輸人打，其包含―第―殼體、—第二 :=鍵盤組一第-連桿，以及—第二鍵盤組。該第二^體又^ 第體。邮r_組以選擇性土升或下降之方式設置於該 -又盈上。或第-連桿分別框接於該第一鍵盤組以及該第二殼M410918 V. New description: * [New technical field] This creation relates to an input device, especially an input device that utilizes a pivotal design of a housing and a connecting rod and a keyboard set for deployment and folding operations. - [Prior Art] In recent years, portable electronic devices, such as Personal Digital Assistant (PDA), mobile phones, etc., have been widely used in everyday life, and under the consideration of portability, Portable electronic devices usually omit the configuration of the keyboard or reduce the size of the keyboard (such as reducing the number of buttons, etc.), but in actual use, the keyboard omitted or reduced design will often be used for the user in the paper wheel operation There are many inconveniences. Therefore, the design of the folding keyboard was born. The structural design of the folding keyboard is swayed by the level key to the keyboard and the I and the keyboard for the keyboard. However, this I cross-link design is often combined with the production of the keyboard. Complex structural design and hinge position for folding the keyboard can affect keyboard appearance and input operations. [New content] Therefore, one of the purposes of the present invention is to provide an input device that utilizes a pivotal design of a housing and a connecting rod and a keyboard to perform an unfolding and folding operation, thereby solving the above problems. 4 M41〇9i8 is connected and connected to the second shell. It includes a “first housing”, a “first housing”, a pair of flipping sides, and a pair of keyboard groups. The second housing and the first-shell are: a keyboard set and the first selective body. The second keyboard set is disposed in the first body when the second housing deployment position is reversed. When the second housing is provided with a type of input to the first housing, it includes a "first" housing, a second: = a keyboard group - a first link, and - a second Keyboard group. The second body is further a body. The postal r_ group is set to be in the form of selective soil rise or fall. Or the first link is respectively connected to the first keyboard group and the second shell
體。該第二鍵盤組設置於該第二殼體上。當該第二殼體相對於該第 —殼體往—展開位置翻轉時，該第二殼體經由該第-連桿驅動該第 ^鍵盤組相對於該第—殼體上升。當該第二殼體相對於該第一殼體 在-收合位置翻轉時’該第二殼體經由該第嘯旱驅動該第一鍵般 組相對於該第一殼體下降。 1 、”’τ、上所述’本創作係利用殼體之間的相互樞接設計、殼體經由連 才干而與鍵盤組雛之設計，以及鍵餘可㈣於殼體上升或下降之 連接设叶’藉以於殼體翻轉時，產生帶動鍵盤組上升至相互接合且 5 ，或是下降至可相互疊合且共同容置於殼體内之位置 來’透過上述之連動設計，本創作所提供之輸 、不僅可解錢_舰_馳接 =及影響鍵盤外觀以及輸入操作等問題，同時也可允= 大之間單操作’即可輕易地展開或收合輸入裝置，從而 大大咏讀4置在操作伽上的便利性。 幽述及所附圖式 【實施方式】 ^閱第1 @，其為根據本創作—較佳實施例所提出之—輸入裝 第二於展開狀態之示意圖。輪入裝置1 2 3 4 5 6 7 8 9包含一第一殼體12、〆 =14第—鍵盤組16、一第二鍵盤組18、一第一連桿20, 1 °第二殼體14係枢接於第—殼體12，藉以可相 2 έ α體12於收合位置以及展開位置之間進行翻轉。第-鍵盤 3 、，且纽選雜上升或下降之方式設置於第—殼體12上，而第二 4 鍵盤、，且18係以選擇性上升或下降之方式^置於第二殼體14上。第 5 一連桿20係分驢接於第—鍵盤組16以及第二殼體Μ，而第二連 6 桿22係分別樞接於第二鍵盤組18以及第η。如此一來，當 7 ^殼體Μ相對第—殼體12往制位置翻轉時，第—殼體η以及 8 弟-威體14分別經由第二連桿22以及第—連桿如，拉動第二鍵盤 9 組18以及第—鍵盤組16上升至相接合且共平面之位置；反之，當 M410918 第二殼體Μ純合位置翻轉時，第—殼體i2以及第二殼體μ分別 ’二由第一連#22以及第-連桿2Q，推動第二鍵盤組π以及第一鍵 盤組下降至㈣合且朗容置於第—殼體12以及第二殼體μ 之間的位置。body. The second keyboard set is disposed on the second housing. When the second housing is reversed relative to the first housing toward the deployed position, the second housing drives the keyboard assembly to rise relative to the first housing via the first link. When the second housing is turned over with respect to the first housing in the retracted position, the second housing drives the first key group to descend relative to the first housing via the twilight. 1 , "'τ, the above description" This creation uses the mutual pivotal design between the shells, the design of the shell through the connector and the keyboard set, and the connection of the key (4) the rise or fall of the shell When the shell is turned over, the keyboard group is raised to be joined to each other and 5, or lowered to a position that can be superposed on each other and accommodated in the housing together to 'pass through the above-mentioned interlocking design. Providing the loss, not only can solve the problem _ ship _ _ _ = and affect the appearance of the keyboard and input operations, but also can be allowed to = single operation - can easily expand or close the input device, thus greatly read 4 The convenience of placing the gamma on the operation. The narration and the drawing [Embodiment] [Reading 1 @, which is proposed according to the present invention - the preferred embodiment - the input device is second in the unfolded state The wheeling device 1 2 3 4 5 6 7 8 9 includes a first housing 12, a 〆=14 first keyboard group 16, a second keyboard group 18, a first link 20, and a second housing The 14th body is pivotally connected to the first housing 12, whereby the phase 2 έ α body 12 is at the folding position and the unfolding position. Flip between the first and third keyboards, and the second four keyboards, and the 18 series are selectively raised or lowered. The second connecting rod 20 is connected to the first keyboard group 16 and the second housing Μ, and the second connecting rod 22 is pivotally connected to the second keyboard group 18 and the second η. In this way, when the 7^ housing 翻转 is turned over relative to the first housing 12, the first housing η and the 8-body-wei body 14 are respectively connected via the second link 22 and the first link. Pulling the second keyboard 9 group 18 and the first keyboard group 16 to rise to the position of the joint and coplanar; otherwise, when the M410918 second housing Μ homozygous position is reversed, the first housing i2 and the second housing μ respectively 'Two by the first connection #22 and the first link 2Q, pushing the second keyboard group π and the first keyboard group down to (four) and the position between the first housing 12 and the second housing μ .
接者清參閱第2圖，其為策1国+ M 、马第1圖之輸入裝置10於移除第一殼體 以及紅殼體14後之示意圖。由第2圖可知，輸人裝置 紅少-第三連桿24(於第2圖中顯示二個）以及至少 =第2議^@)。_桿24係細 = :及第二細，用以_二鍵盤㈣相對心^ =或下降’而第四連桿26係分別樞接於第—鍵盤組 =12;用以引導第-鍵盤崎對於第-殼體心 :=::如第2圖所示，第二鍵盤組Μ對應第三_之 it 之容置槽28，⑽ -喊體14下降時容置第三連桿 和騎弟 四連桿26之位置上亦形成有:對二 組16相對於第-殼體12下降時容置第四連桿】以於弟一鍵盤 在第二殼體Μ往彳____ =，即可避免 合之情況射。 h轉叫致無法收 之收合从展5^ 在輸人裝置之收合方面，請參閱第及第4圖’第3 7 M410918 圖為第1圖之輸人裝置1G處於收合狀態之示意圖，第4圖為第3 圖=輸入裝置1G於移除第—殼體12以及第二殼體Μ後之示意圖， 如第3圖以及第4圖所示’當輸入袋置⑴處於收合狀態時，第二鍵 盤組心及第-趣組16_互疊合且制容置於第—殼體η 以及第—殼體14之間，藉此，即可方便賴者將魏納或是隨 帶。 在輪入裝置1G之展開操作方面，請參閱第i圖至第㈣，第$ 圖為第1圖之輸入裝置1()於移除第一殼體12後之示意圖，當使用 者想要展開輸人裝置H)簡行文書輸人等操作時，僅須拉動如第3 圖所不之第二殼體14相對於第—殼體12往逆時鐘方向翻轉，在此 過=由於第二殼體Μ係可經由第—連桿2G拉動第—鍵盤組Μ 而弟-设體12也會連動地經由第二連桿22拉動第二鍵盤㈣，因 此’隨著第二殼體14之翻轉，第—鍵盤組16就可被第—連㈣ 拉動’並經由第四連桿26之連動引導而相對於第-殼體12逐漸斜 向^升，同樣地，第二鍵盤組18也會被第：連桿22拉動，並經由 ^三連桿24之連動引導而相對於第二殼體14逐漸斜向上升，直到 第二殼體14翻轉至如第1圖所示之展開位置為止，此時，第一鍵盤 組16與第二鍵盤組18以及第二殼體14之間的相對位置係可如第5 圖所不。換句話說’就第—鍵盤組16與第二鍵盤組18之間的相對 位置關係而言，第-鍵盤組16與第二鍵盤组18即可從原本相互最 合之狀W如第4圖所示），變更為相互水平接合之狀態（如第2 此來，透過第二殼體14、第一殼體12、第一連桿20、第一 鍵盤組16以及第四連桿26之間的樞接連動，以及第-殼體12、第 =體M、第二連桿22、第二鍵盤組18以及第三連桿％之間的插 一、動（其均可視為五連桿設計），在使用者完成如上所述之拉動第 二殼體14以姆於第—殼體12翻轉至展開位置之操作後，輸入裳 置10就可以細地處於如第1圖所示之展離態，並可進-步地利 用有線或無線方式電連胁相對應之電子裝置（如個人數位助理、 手機等）’以便使用者按轉—鍵盤組π以及第二鍵盤組U上之按 鍵而進行相關之輸入操作。 =兒明的疋’由第5圖可知，在此實施例中，第二殼體14具有 ^部32 ’ .當第二殼體14翻轉至如第5圖所示之展開位置時， 承罪。P 32以及第四連桿％即可共同支樓住第一鍵盤組％。同理， 在第-殼體12相對應之位置上亦可選擇性地配置有承靠部％，藉 以達到第二鍵盤組1S亦可被承靠部η以及第三連桿％共同支撐之 目的。藉此’當輸入裝置1〇處於如第丨圖所示之展開狀態時，第一 鍵盤組16以及第二鍵盤組18所能獲得之底部支射即可進一步地 強化’藉以改善按鍵浮_題，從而提升使用者在操作上的舒適度。 另-方面’請參閱第1圖、第2圖、第3圖、第4圖，以及第6 圖’第6圖為第5圖之輸入震i 1〇於第二殼體14翻轉至收合位置 時之不意圖’ ^是使用者想要收合處於展開狀態之輸入裝置1〇，則 M410918 僅須推動如第α圖所示之苐二殼體14相對於第一殼體12往 =翻轉’在此過程中，由於第二殼體14係可經由第一連捍2〇: 動第鍵盤組16而第一殼體u也會連動地經由第二連桿^推動第 二鍵盤組，因此，隨著第二殼體14之翻轉，第一鍵盤組Μ就可 被第—連桿20推動，並經由第四連桿26之連動引導而相對於第一 威體12、逐漸斜向下降’同樣地，第二鍵盤組18也會被第二連桿u 2動並經由第三連桿24之連動引導而相對於第二殼體Μ逐漸斜 。下降，直到第二殼體14翻轉至如第3 _示之收合位置為止，此 m盤組16與第：鍵盤組18以及第：殼體14之間的相對位 第6圖所示。換句話說，就第一鍵盤組16與第二鍵盤組 之間的相對位置關係而言，第一鍵盤組16與第二鍵盤組18即可 =才目互水平接合之狀態（如第2圖所示）變更為相互疊合之狀 弟4圖所示）。如此-來，第-鍵盤㈣以及第二鍵盤組Μ就可以 ^同收合於第-殼體12以及第二殼體14之間，從而使輸入裝置比 處於如第3圖所示之收合狀態，以便使用者將其收納或是隨身攜帶。 值得-提的是’在第-_組Μ以及第二趣組1§分別 二设體殼體12選擇性上升或下降之設計上，料可= 祕上述實施例所提及之利用第三連桿24樞接於第二殼體μ以及 弟-鍵盤㈣之間與第四連桿26樞接於第—殼體叫 組；6之瞧1 其也可改採用其他可產生相似連動引導= 之結構糾’如利用滑動件與斜向導執之配合等。舉例來說 鍵盤組16與第二鍵盤組18之外側表面可分別具有滑動件，第—殼 10 M410918 體12以及第二殼體14之_壁上可分卿 執，滑動件係可滑動地設置於斜向導軌；:斜向導 二殼體Μ相對於第—殼體12翻轉時 =即可在第 第-鍵盤組如及第二鍵盤組18可分別相從， 二殼體14上升或下降。 '弟蚁體12以及第 除此之外’上着_所提及之五雜Referring to Fig. 2, it is a schematic diagram of the input device 10 of the state 1 + M and the horse 1 after removing the first casing and the red casing 14. As can be seen from Fig. 2, the input device is red-lower-third link 24 (two are shown in Fig. 2) and at least = second discussion ^@). _ rod 24 series fine =: and second thin, for _ two keyboard (four) relative to the heart ^ = or drop 'and the fourth link 26 is respectively pivoted to the first - keyboard group = 12; used to guide the first - keyboard For the first-shell core: =:: as shown in Fig. 2, the second keyboard group Μ corresponds to the accommodating slot 28 of the third _it, (10) - the screaming body 14 is lowered to accommodate the third link and the rider The position of the four-bar linkage 26 is also formed: when the two groups 16 are lowered relative to the first housing 12, the fourth link is accommodated. Avoid shooting in a situation. hTransfer to the uncollected collapse from the exhibition 5^ In the collection of the input device, please refer to the fourth and fourth figure '3rd 7 M410918 The picture shows the input device 1G in the collapsed state 4 is a diagram of the input device 1G after the removal of the first housing 12 and the second housing, as shown in FIG. 3 and FIG. 4 'When the input pocket (1) is in the collapsed state When the second keyboard group and the first group 16_ are superimposed and the contents are placed between the first housing η and the first housing 14, thereby facilitating the Weiner or the accompanying . For the unfolding operation of the wheeling device 1G, please refer to FIGS. i to (4), and FIG. 1 is a schematic view of the input device 1 () of FIG. 1 after the first housing 12 is removed, when the user wants to expand When the input device H) is operated by a simple document input or the like, it is only necessary to pull the second casing 14 as shown in FIG. 3 to be reversed in the counterclockwise direction with respect to the first casing 12, where the second casing is The body tether can pull the first keyboard group via the first link 2G, and the body 12 also pulls the second keyboard (4) through the second link 22, so that 'with the second housing 14 flipping, The first keyboard group 16 can be pulled by the first (fourth) and guided by the linkage of the fourth link 26 to gradually tilt toward the first housing 12. Similarly, the second keyboard group 18 is also The link 22 is pulled and gradually inclined upward relative to the second housing 14 via the interlocking of the three links 24 until the second housing 14 is turned over to the deployed position as shown in FIG. 1 . The relative position between the first keyboard set 16 and the second keyboard set 18 and the second housing 14 can be as shown in FIG. In other words, in terms of the relative positional relationship between the first keyboard group 16 and the second keyboard group 18, the first keyboard group 16 and the second keyboard group 18 can be mutually optimally shaped as shown in FIG. (shown) changed to a state of being horizontally joined to each other (e.g., through the second housing 14, the first housing 12, the first link 20, the first keyboard group 16, and the fourth link 26) The pivotal linkage, and the insertion and movement between the first housing 12, the body M, the second link 22, the second keyboard group 18, and the third link % (which can be regarded as a five-link design) After the user completes the operation of pulling the second casing 14 as described above to flip the first casing 12 to the deployed position, the input skirt 10 can be finely stretched as shown in FIG. State, and can use the wired or wireless way to connect the corresponding electronic device (such as personal digital assistant, mobile phone, etc.) to enable the user to press the keyboard-key group π and the button on the second keyboard group U. The relevant input operation is performed. 儿 疋 疋 ' As can be seen from Fig. 5, in this embodiment, the second housing 14 has a portion 32' When the second casing 14 is turned over to the unfolded position as shown in Fig. 5, it is sinned. P 32 and the fourth link % can jointly support the first keyboard group %. Similarly, in the first shell The corresponding position of the body 12 can also be selectively arranged with the bearing part %, so that the second keyboard group 1S can also be supported by the bearing part η and the third link % together. When the 〇 is in the unfolded state as shown in the figure, the bottom shots that the first keyboard group 16 and the second keyboard group 18 can obtain can be further enhanced to improve the key floating _ questions, thereby enhancing the user's Operational comfort. Another aspect - please refer to Figure 1, Figure 2, Figure 3, Figure 4, and Figure 6 'Figure 6 for the input vibration of Figure 5 on the second shell When the body 14 is flipped to the collapsed position, the intention is that the user wants to fold the input device 1 in the unfolded state, then the M410918 only needs to push the second housing 14 as shown in FIG. The housing 12 is turned over = in the process, since the second housing 14 is connectable via the first port 2: the first keyboard The body u also pushes the second keyboard group through the second link ^, so that as the second housing 14 is turned over, the first keyboard group can be pushed by the first link 20 and via the fourth link The linkage of the levers 26 is gradually decreased relative to the first core 12. Similarly, the second keyboard group 18 is also moved by the second link u 2 and guided by the linkage of the third link 24 relative to The second casing Μ is gradually inclined. It is lowered until the second casing 14 is turned over to the folded position as shown in FIG. 3, and the relative relationship between the m disk group 16 and the first: the keyboard group 18 and the first: the casing 14. As shown in Fig. 6. In other words, in terms of the relative positional relationship between the first keyboard group 16 and the second keyboard group, the first keyboard group 16 and the second keyboard group 18 can be horizontally joined to each other. The state (as shown in Fig. 2) is changed to be superimposed on each other. In this way, the first keyboard (four) and the second keyboard group can be folded together between the first housing 12 and the second housing 14, so that the input device is folded as shown in FIG. Status so that users can store it or carry it with them. It is worth mentioning that in the design of the first-group and the second interest group 1 § respectively, the body casing 12 is selectively raised or lowered, and it is possible to use the third connection mentioned in the above embodiment. The lever 24 is pivotally connected between the second housing (μ) and the keyboard (4) and the fourth link 26 is pivotally connected to the first housing; the 瞧1 can also be used to generate similar linkage guidance= The structure is corrected by the use of a sliding member and a diagonal guide. For example, the outer surface of the keyboard group 16 and the second keyboard group 18 may respectively have a sliding member, and the wall of the first housing 10 M410918 and the second housing 14 may be separated, and the sliding member is slidably disposed. In the oblique guide rail; when the oblique guide two housings are turned over with respect to the first housing 12, the first and second keyboard groups 18 and the second keyboard group 18 can be respectively raised or lowered. 'The ant body 12 and the other than the above'
二鍵盤㈣上•產生簡化輸入== 上而第上述之五連桿設計可僅應用於第—鍵盤組16 崎高14上而不隨著第 相較於先前技術採用以鉸鏈樞接於鍵盤之折疊區段之間以供鍵 盤進行折疊的設計，本創作係彻殼體之間的相互枢接設計、殼體 經由連桿而與鍵盤組樞接之設計，以及_組可摘於殼體上升或 下降之連接料，藉赠殼體轉時，產生㈣鍵魅上升至相互 接合且共平面德置，或是τ降至可被疊合且制容置於殼體内 之位置的連動功效。如此-來，透過上述之連動設計，本創作所提 供之輸入裝置不僅可解決先前技術使__接設計時所產生之結 構。又《+複雜以及影響鍵盤外觀以及輸人操作等問題，同時也可允許 使用者透過翻轉破體之簡單操作，即可輕易地展開或收合輸入裝 置，從而大大地提昇輸入裝置在操作使用上的便利性。 M410918 以上所述僅為本創作之較佳實施例，凡依本創作申請專利纩圍 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圖為根據本創作一較佳實施例所提出之輸入裝置處於展開 狀態之示意圖。 第2圖為第1圖之輪入裝置於移除第一殼體以及第二殼體德之干 意圖。 第3圖為第1圖之輸入裝置處於收合狀態之示意圖。 第4圖為第3圖之輸人裝置於移除第一殼體以及第二殼體後之示 意圖。 ^ 5圖為第！圖之輸人裝置於移除第—殼體後之示意圖。 ^ _為第5圖之輸入裝置於第二殼體翻轉至收合位置時之示意 【主要元件符 號說明】 10 輪入裝置 14 第二殼體 18 第二鍵盤組 22 第二連桿 26 第四連桿 32 承靠部 12 第一殼體 16 第一鍵盤組 20 第一連桿 24 第三連桿 28 > 30 容置槽On the second keyboard (four), the simplified input is generated == and the above five-link design can be applied only to the first keyboard group 16 and not to the keyboard. The folding section is designed for folding the keyboard. The creation is a mutual pivotal design between the housings, the housing is pivotally connected to the keyboard set via the connecting rod, and the _ group can be picked up from the housing. Or the descending connecting material, when the shell is rotated, the (4) key charm is raised to the mutual joint and the coplanar deer, or the τ is reduced to the interlocking effect that can be superposed and placed in the housing. In this way, through the above-mentioned linkage design, the input device provided by the creation can not only solve the structure generated by the prior art when the design is made. "+ complicated and affects the appearance of the keyboard and the input operation, and also allows the user to easily expand or close the input device by simply turning over the broken body, thereby greatly improving the operation of the input device. Convenience. M410918 The above is only the preferred embodiment of this creation. All the changes and modifications made in accordance with the patent application scope of this creation should be covered by this creation. <Simplified illustration of the drawings> Fig. 1 is a schematic view showing the input device in an unfolded state according to a preferred embodiment of the present invention. Fig. 2 is a view showing the wheeling device of Fig. 1 for removing the first casing and the second casing. Fig. 3 is a schematic view showing the input device of Fig. 1 in a collapsed state. Figure 4 is a schematic illustration of the input device of Figure 3 after removal of the first housing and the second housing. ^ 5 picture is the first! The schematic diagram of the input device of the figure after removing the first casing. ^ _ is the indication of the input device of Fig. 5 when the second housing is turned to the collapsed position. [Main component symbol description] 10 Wheeling device 14 Second housing 18 Second keyboard group 22 Second link 26 Fourth Connecting rod 32 bearing portion 12 first housing 16 first keyboard group 20 first connecting rod 24 third connecting rod 28 > 30 receiving groove