TWI287379B

TWI287379B - Sliding mechanism for mobile apparatus, and portable telephone set

Info

Publication number: TWI287379B
Application number: TW094127929A
Authority: TW
Inventors: Hideo Katoh
Original assignee: Kato Electric & Machinary Co
Priority date: 2004-09-13
Filing date: 2005-08-16
Publication date: 2007-09-21
Also published as: CN100477680C; JP2006081107A; KR20060050470A; TW200611536A; CN1750553A; KR100679006B1

Abstract

The objective of the invention is to provide a sliding mechanism for a mobile apparatus in which the width of a base member and a slider can be made narrow. The present invention also provides a mobile phone equipped with such a sliding mechanism. The invented sliding mechanism includes a base member mounted on any one of a first frame and a second frame, a slider mounted on the other and engaged into corresponding to the base member, an elongating/contracting sliding energizing means of which one terminal portion is mounted to any one of a base member and a slider so as to be turned and another terminal portion is mounted to the other so as to be turned and which energizes both the terminal portions separately from each other, and a sliding mechanism enabling the first frame and the second frame to slide linearly corresponding to each other. Both the terminal portions of the sliding mechanism are disposed, respectively in the base member and the slider so as to minimize the length between both the terminal portions in the middle of sliding of the base member and the slider, any one of both the terminal portions is mounted to the base member and the slider so as to move orthogonally to a linear direction, and a second energizing means is provided for energizing one terminal portion of the sliding energizing means to another terminal side of the sliding energizing means in an orthogonal direction.

Description

1287379 九、發明說明：【發明所屬之技術領域】1287379 IX. Description of the invention: [Technical field to which the invention pertains]

本發明係有關於—種「行動機ϋ之肋機構及行動電話機」’尤指構成行動電話機等行動機器之第一框體與第二框體可往直線方向相騎動時所使用之適當的行動機器之滑動機構以及具備此行動機器之滑動機構的行動電話機。【先前技術】在屬於-種行動機騎行動電話機中，市場上出現具有將鍵盤部及麥克風料設於其切作為送話部㈣—框體，及將顯不部或揚聲器部等設於其上以作為受話部的第二框體，同時可創造出令此第-框體與第二框體完全重合之第二框體覆蓋 =-框體上方陳態，及令第二框體可相對於第—框體往縱叙滑動，以使第-框體的上面露出的狀態之裝有滑動機構的行 ^電話機。此種具有㈣機構之彳爾話機，w知已有曰本國特開2003-125052號公開特許公報中所記載者。人此公開特許公報中所記載者，係藉由將滑動蓋與鎖定板重 ==的滑動盒安裝於第二框體下方，同時將裝收於滑動盒體 =為可滑動之滑件安姆-框體的上方，使得第二框體可鮮於第-框體滑動之構造，若採用此種構造，則第—框_ 〜框體之相對的操作，亦即滑動操作將必須全部以手動進 1287379 仃，在祕性上有翻難，目此本發a种請人先前已提出可進行半自動之滑動操作的滑動機構。此滑動機構’係纟絲料-鋪上狀基部構材，以及卡口至此料構材上柄可魏之滑件，以及設祕部構材與月件之間可使^件相對於基部構材自固定的滑動位置往閉方向或開方向滑_近之雜觀所顧，_f件可以相對於基部構材自ϋ定的滑動位置侧方向或财向滑動趨近，因此第-框體與第二框體得以相對地自_的滑動位置開始自動此滑動機射使用了—録力_轉為雜構造，此扭力彈箐的-端係被安裝至基部構材的上面成為可轉動，另一端則被安裝至滑件下面成為可轉動，其動作方式為，紅滑件的起點位置時，可令滑件往起點位置的方向滑動缝，在滑件的終齡置時，可令滑雜終雜置的杨物推壓，即扭力彈簧撕件位於起馳置時，另位置trr—謂動趨近，㈣令滑件自起點位置朝 —端將補於1移·終點位置侧，並使α件朝終點位置的方向趨近。 2上述-般’扭力彈簧係—在使滑件滑動之時，若由一端側來看’將以-端為軸轉動且另—端的位置將相對於一反，猎此令购___她⑽㈣向糊 1287379 近之構件’藉由扭力彈簧可以決定基部構材及滑件的寬度，意即扭力彈簧顧擇使科令磐具有向起齡置及終點位置趨近之推壓力者，因此基部構材及滑件之寬度的決定，需滿足當具有此祕力之扭力彈簧的—端與另—端_隔為最小之時’線圈部將抵抗推壓力而得以改變位置的條件，因此，基部構材及滑件的寬度不可比此更為狹窄。緣是，有鑑於上述習用品所衍生的各項缺點，本案之發明人遂竭其心智，以從事該行業多年之經驗，潛心研究加以創新改良，終於成功研發完成本件「行話機」案’實為一具功效增進之發明。【發明内容】為解決上权蘭，本㈣之目触供—種將基部構材及滑件之寬度變窄之行動機器的滑動機構，及具備該行動機器之滑動機構的行動電話機。為達成前述目的，有關本發明之行動機器之滑動機構，包含，—具備-安裝於第-框體及第二框體任一方之及一安裝於第-麵及第二框_餘之另—方，且卡合成為可相=於前縣部構材義之滑件，及1安胁前述基部構材 j前述滑件之任-域射觸，同時它·絲於剩餘之另一方成為可轉動，並且可往_互姆開之方向趨近之可伸縮 1287379 之一滑動推壓構造，以使前述第一框體與第二框體可朝直線方向相對滑動的滑動機構，而前述滑動推壓構造的兩端，係分別配置於前述基部構材與前述滑件上，以便前述滑動的途中該兩端之間的長度可為最小長度，該兩端之任一端，係安裝於朝相對於前述直線方向直交之直線方向移動之前述基部構材或前述滑件上，而該滑動推壓構造之一端，則設置可往前述直交方 Φ 向之前述滑動推壓構造之另一端侧趨近之一第二推壓構造。根據本發明所述，滑動推壓構造的兩端，藉由將在滑動途 •中兩端間的間隔配置成最小，當令基部構材及滑件在互相滑動之時，滑動推壓構造的兩端間的長度在減至最小之後，藉由滑動推壓構之推壓力，基部構材及滑件將得以自動地滑動。此外，滑動推壓構造之一端，係安裝成可往與滑件之滑動之直線方向直交之方向移動，並藉由設置可往此滑動推壓構造之一端 • 趨近之第—推壓構造，滑動推壓構造之-端將可藉由第二推壓構造之推壓力而趨近滑動推壓構造之一端侧，使滑動推壓構造之兩端之間的長度比未使用第二推壓構造來推壓之場合更狹窄。故，可以使用推壓力較小的滑動推壓構造，得以將基部構材與滑件的寬度縮小。在有關本發明之行動機器的滑動機構中，前述滑動涵構造及前述第二推壓構造中至少任一方，具有圓筒，及一部分收容於此圓筒城為可來回動作之桿件，及收容於前述圓筒内， 1287379 並可推屢以令前述桿件之露出長度增長之壓縮彈簧為佳。在有關本發明之行動機器的滑動機構中，前述壓縮彈簧需 1前述圓筒内並列兩個以上為佳。根縣發明戶斤述，壓縮彈菁將可並列，並且提供推壓力。此外’有關本發明之行動電話的滑動機構，包含，具有一安裝於第-麵及第二框體任—方之—基部猶，及—安裝於第-框體及第二框陶餘之另—方上，且卡合成為可相對於前述基部構㈣動之滑件，及—端絲於前職娜材或前述滑件之任一城為可轉動，而它端安裝至嶋之另-方成為可轉動之滑動托架等部分’以使前料—鋪與第二框體可朝直線方向相對滑動的滑動機構，而前述滑動托架之兩端，係分別配置於前述基部構材與前述滑件上，以便前述滑賴途中該兩端可位於與相對贿述直線方向直交之直線上，而該兩端之任一端，係安裝於前述基部構材或前述滑件上，成為可往與相對於前述直線方向直交之方向移動，而該滑動托架—方之端，並設置-可往前述直交方向之前述_絲之另—義趨近之托架推壓構造。此外’有關本發明之行動電話的滑動機構，包含，具有一女裝於第-框航第二輔任_方之基部構材，及—安裝於第 -框體及第二健剩餘另-方上，且卡合成材蝴於前述基部構材滑狀滑件’及-絲胁前職簡财前述滑件之 1287379 任一方成柯_，时纖之$ 之滑動健_部分，以細第—框體與第線方向相對滑動的滑動機構，而前述滑動推兩 ==靖織驗观== 、又可成為最小，而該滑動推壓構造，I 端往互相賴之方_近之可伸轉—細==The present invention relates to a "rib mechanism for a mobile phone and a mobile phone", and is particularly suitable for use when a first frame and a second frame that constitute an action device such as a mobile phone are capable of riding in a straight line direction. A sliding mechanism of the mobile machine and a mobile phone having a sliding mechanism of the mobile machine. [Prior Art] In the mobile phone that belongs to the mobile phone, there is a case in which the keyboard portion and the microphone material are set as the transmitting portion (four)-frame, and the display portion or the speaker portion is provided in the market. As the second frame of the receiving part, the second frame covering the first frame and the second frame can be created to cover the upper frame, and the second frame can be opposite. A telephone set with a sliding mechanism in a state in which the first frame is slid in a state in which the upper surface of the first frame is exposed. Such a Muir telephone having the (4) mechanism is known as the one disclosed in the Official Gazette No. 2003-125052. According to the person disclosed in the published patent publication, the slide box having the sliding cover and the lock plate weight == is attached to the lower side of the second frame body, and is attached to the slide case body = the slide member is slidable - above the frame, so that the second frame can be fresher than the structure in which the first frame is slid. If such a configuration is adopted, the relative operation of the first frame _~ frame, that is, the sliding operation, must all be manually entered. 1287379 Hey, there is a difficulty in the secret, so I have previously proposed a sliding mechanism that can perform a semi-automatic sliding operation. The sliding mechanism is a crepe-sand-like base member, and a slider to the upper member of the material member, and a member between the member and the moon member can be configured relative to the base member. The sliding position of the material from the fixed sliding position to the closing direction or the opening direction is close to the circumstance, and the _f member can be slid toward the sliding direction side or the financial direction relative to the base member, so the first frame and the The second frame is automatically rotated from the sliding position of the sliding frame. The recording force is turned into a hybrid structure, and the end of the torsion magazine is mounted to the top of the base member to be rotatable. One end is mounted to the underside of the slider to be rotatable, and the action mode is that when the red slider is at the starting position, the sliding member can be slid in the direction of the starting position, and the sliding member can be slipped at the end of the sliding member. The final misplaced Yang object pushes, that is, when the torsion spring tearing member is located at the hoisting position, the other position trr-presence moves closer, and (4) the sliding member is complemented at the 1st shift end point side from the starting point position, and Approach the α piece toward the end position. 2 The above-mentioned 'torsion spring system' - when the sliding member is slid, if viewed from one end side, 'the end will be rotated with the end and the other end will be opposite to the opposite. Hunting this order ___ she (10) (4) to the paste 1287379 The near member 'The torsion spring can determine the width of the base member and the sliding member, which means that the torsion spring can make the commander have the pressure to approach the starting and ending positions, so the base The width of the member and the slider are determined to meet the condition that the coil portion will change its position against the pressing force when the end of the torsion spring having the same force is minimized. Therefore, the base portion is changed. The width of the members and sliders should not be narrower than this. The reason is that in view of the shortcomings arising from the above-mentioned goods, the inventor of this case exhausted his mind, engaged in the industry's many years of experience, and devoted himself to research and innovation, and finally successfully completed the development of this "speaker" case. It is an invention that enhances efficiency. SUMMARY OF THE INVENTION In order to solve the problem of Shang Quanlan, the sliding mechanism of the mobile machine that narrows the width of the base member and the slider, and the mobile phone equipped with the sliding mechanism of the mobile machine are provided. In order to achieve the above object, the sliding mechanism of the mobile machine of the present invention comprises: - mounted on either one of the first frame and the second frame, and one mounted on the first side and the second frame - Square, and the card is synthesized as a phase-sliding member of the former prefecture, and the first base member of the aforementioned base member j, and the wire is turned on the other side of the remaining portion. And a sliding mechanism that can be moved toward the direction of the _ 姆开 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The two ends of the structure are respectively disposed on the base member and the sliding member, so that the length between the two ends in the middle of the sliding may be a minimum length, and either end of the two ends are mounted opposite to the foregoing One of the base members or the slider that moves in a straight line direction in a straight line direction, and one end of the sliding pressing structure is provided to be closer to the other end side of the sliding pressing structure of the orthogonal direction Φ direction The second push structure. According to the present invention, both ends of the sliding pressing structure are arranged to minimize the interval between the ends of the sliding path, and when the base member and the slider are slid to each other, the two sliding pressing structures are After the length between the ends is minimized, the base member and the slider will automatically slide by the pushing force of the sliding push. Further, one end of the sliding pressing structure is mounted to be movable in a direction orthogonal to the linear direction of the sliding of the slider, and by providing one of the sliding pressing structures to the end, the approaching-pushing structure is The end of the sliding pressing structure can be brought closer to one end side of the sliding pressing structure by the pressing force of the second pressing structure, so that the length between the both ends of the sliding pressing structure is smaller than the unused second pressing structure The occasion to push is even narrower. Therefore, it is possible to reduce the width of the base member and the slider by using a sliding pressing structure having a small pressing force. In the sliding mechanism of the mobile device according to the present invention, at least one of the sliding culvert structure and the second pressing structure has a cylinder, and a part of the rod that is accommodated in the cylinder is movable back and forth, and is housed in In the aforementioned cylinder, 1287379 can be used to push the compression spring which increases the exposed length of the rod. In the sliding mechanism of the mobile machine according to the present invention, it is preferable that the compression springs have two or more juxtaposed in the cylinder. According to the invention of the county, the compressed bombs will be juxtaposed and provide pressure. Further, the sliding mechanism of the mobile phone according to the present invention includes: a base portion mounted on the first side and the second frame, and a base portion mounted on the first frame and the second frame. - the square, and the card is synthesized as a sliding member that can be moved relative to the base structure (four), and the end wire is rotatable in any of the predecessor Na Na or the aforementioned sliding member, and the end is mounted to the other one - The side becomes a sliding portion such as a rotatable sliding bracket, so that the front material-laying and the second frame body can slide relative to each other in a linear direction, and both ends of the sliding bracket are respectively disposed on the base member and the base member The sliding member is arranged such that the two ends of the sliding line are located on a straight line orthogonal to the direction of the horizontal direction of the bribe, and either end of the two ends are attached to the base member or the sliding member to become Moving in a direction orthogonal to the straight line direction, and the end of the sliding bracket-side is provided with a bracket pressing structure that can approach the aforementioned _ wire in the orthogonal direction. Further, the sliding mechanism relating to the mobile phone of the present invention comprises: a base member having a second side of the first armor of the first frame, and a second frame remaining in the second frame. On, and the card composite material is slid in the aforementioned base member sliding slider 'and the silk stalk predecessor, the former sliding piece of the 1287379 one of the square ke _, the time of the sneakers of the _ part, to the fine - a sliding mechanism in which the frame body slides relative to the first line direction, and the sliding push two == Jingzhi inspection view ==, and can be minimized, and the sliding pressing structure, the I end is adjacent to each other Turn-fine==

7= 籌造連結成可轉動’且被第-推壓構造牵動成屈曲狀的 =架^將_第—論高呈直線狀趨 ^之第:推壓構造。在有關本發明之行動機器的滑動機構中，則述第二賴構造，係為f曲壓縮彈簧或彎曲延展彈菁為佳。在有關本發明之行動機器的滑動機構中在前述基部構材與前述-方之第-或第二框體之間，或者前述滑件與前述它方之第-或第二鋪之虹少任—方，财滾雜承為佳，根據本發明所速，“部構材及滑纽撕動之時施加於框體的雜力將藉由滾珠軸承而得以減輕，因此可以減少基部構材或滑件以及框體的磨耗。此外，有關本發日月之行動電話機，其特徵為具備前述有關本發明之行動機器的滑動機構。根據本發賴述，與前述相同，得以使滑動推壓構造之一端藉由第二推壓構造的推壓力來往滑動推麵奴-端側趨近，並可使_祕構造之兩端間的長度比未㈣第二推壓構造來推壓之場合更窄，故，可以使 !287379 用推勤較小__造，得㈣輔的寬度縮小。如以上說明所述，根據有關本發明之行動機器的滑動機構以及行動電域，_祕触之—猶可钱絲可移動之外’並可藉由第二推壓構造而往滑動推m造的一端趨近，因此可以使用減力較傾滑動顧構造，並使基部構材或滑件以及框體的寬度縮小。本發明之上述目献其結顯魏上㈣性，將依據所附圖式之較佳實施例予以說明。【實施方式】本發明係提供一種「行動機器之滑動機構及行動電話機」、’圖示係為本發明較佳實施例，以下將根據添附圖面來詳細說明本發明之滑動機構。第一 *圖至.圖係圖示有關本發明之第—較佳實施之行動終端的滑動機構之—例，有關本發明之行向相=動的機構。可使用之行動機器並未特別…^ 有灯動電賴、Zaurus_紐__ 袋型電腦、行動電動玩且十异機口另外，有關㈣細贿動電話機。狀行動_，其他亦包含財缸、各蓋等構造。忍即只要能讓兩個框體互相滑動之物即可，並:特別 1287379 限定。、此外，本實施型態，僅以行動電話機作為行動機器來進行說明，然並不僅限於此型態。7= The structure is made to be rotatable and is deflected by the first-pushing structure. The frame is the first to be linear. In the sliding mechanism of the mobile machine according to the present invention, it is preferable that the second structure is a f-curved spring or a curved extended elastic. In the sliding mechanism of the mobile machine according to the present invention, between the aforementioned base member and the first- or second-frame of the aforementioned side, or the aforementioned sliding member and the aforementioned first or second paving In the light of the speed of the present invention, the force applied to the frame at the time of the tearing of the part member and the slider will be alleviated by the ball bearing, so that the base member or the base member can be reduced. Further, the mobile phone of the present invention is characterized in that it includes the above-described sliding mechanism for the mobile device according to the present invention. According to the present invention, the sliding pressing structure is formed in the same manner as described above. One end is approached by the pushing force of the second pressing structure to approach the sliding slave-end side, and the length between the ends of the _ secret structure can be narrower than the case where the (four) second pressing structure is pressed. Therefore, it is possible to make the width of the !287379 with a small amount of tween, and the width of the (four) auxiliary is reduced. As described above, according to the sliding mechanism and the mobile electric field of the mobile machine according to the present invention, Money can be moved outside' and can be used by the second The end of the pressing structure is made closer to the sliding push, so that the force can be reduced and the sliding structure can be reduced, and the width of the base member or the slider and the frame can be reduced. The present invention is directed to a preferred embodiment of the present invention. The sliding mechanism of the present invention will be described in detail based on the drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT A diagram showing a sliding mechanism of a driving terminal according to a first preferred embodiment of the present invention is an embodiment relating to the traveling phase of the present invention. The mobile machine that can be used is not special...^ There is a light electric power, Zaurus_New__ bag type computer, mobile electric play and ten different machine mouth. In addition, (4) a small bribe telephone. Acting _, other also includes the structure of the fuel tank, each cover and so on. Forbearance, as long as the two frames can slide each other, and: special 1287379 limit. Further, in the present embodiment, only the mobile phone is used as the mobile device, but the present invention is not limited to this type.

有關本發明第—較佳實施之行動電話機的滑動機構，如第-圖至第_中所示’係具有安餅第—框體2及第二樞體3之任—方的基部構材4，及安裝於剩餘另-方的框體，並卡合成可姆於前述基部構材4滑動之滑件5，及—心裝於前述基部構材4及前述滑件5之任—方成為可轉動，I -端則安裝於基部構材4及前述滑件5 _彳餘另—方成為可轉動，且兩端可往互相離開之方向施力之可伸縮的滑動推堡構造6。有關本制之第—較佳實施之行動機器之滑動機構 1 -中w述滑動推壓構造6之兩端分別配置於前述義部材4及前述滑件5上，以令於前述滑動途中該兩端之=長度j為最小此兩端其中任—端，安裝至前述基部構材4 或前述滑件5上’且涵沿著與前述直線方向正交之正交直線方向移動，而該滑動推壓構造6之—端，則設有可沿^前述正交方向朝前述滑動推壓構造6之另—端施力之第二推= 才冓造7 〇如第-圖至第三圖及第十圖中所示第—框體2係構成動電話機之送話部，其上設有鍵盤部2a或麥克風部等。第一框體2係形成略矩形狀。第二框體3，係囉構成行動電話機之受話部之部分，上面設有LCD等顯示部％或揚聲器部 12 < S ) 1287379 等第一汇體3，係形成與第一框體2略同之略矩升》狀；另外，第-框體2及第二框體3’在第一圖至第三圖中皆以假想線來標示。在第一麵2的上面，安裝有基部構材4(即稱為主要基部構材）’絲部構材4，係安裝於第一框體2之上面，並藉由螺絲等零件安裝於鍵盤部上方的上面。基部構材4，如第 • :圖至第五圖中所示’其下方侧(鍵盤部侧)有矩形的切缺部，然除此之外’亦可成略矩形狀。基部構材4的兩側4卜 41上方係呈現略直角之彎曲，即基部構材4係將不錢鋼製的金屬板以壓力加工成如略反〔字之形狀，此外，基部構材* 亦可為合成樹脂之成型品，此外，第五圖中，符號你所示係用來將基部構材4安裝至第一麵2之安裝孔，該安裝孔你之内壁設有螺絲溝。 • 糾，在基部構材4之一侧邊附近，設有用來安裝滑動推壓構造6之-端的第一安裝孔45，該第一安裝孔必内裝有第-旋轉軸11，該第—旋轉軸u ’具有直徑大於第一安裝孔45之直徑尺寸的圓柱狀旋轉軸部出，及與該旋轉袖部瓜同軸且設於其-端面上，被***第一安裝孔必内，且直徑尺寸比旋轉軸部lla更小的突部llb，及在旋轉轴部他之另一端面上且同軸地設有直徑尺寸比旋轉軸部11a更大之止動部 lie 0 13 (S ) ^87379 在基。P構材4的兩側41的内面(即分別相對的表面），分別設有互她對之卡合凸部43，料卡合凸部43，亦可全部在基邛構材4之兩側的縱向處形成，亦可在其中一部分設置間隔來形成為數個。另外，在基部構材4的安裝面(未直立設置兩侧部之表面(即稱為背面))的兩側附近，裝設有數個可收容滾珠軸承Π之滚柿承收容部47，料料轴承收容部 47之收容滾珠軸承17的安裝面，係透過滾珠軸承17被安裝於第一框體2的上面。在第二框體3的下面，裝有滑件5(即稱為LCD基部構材）’該滑件5係藉由螺絲被安裝在第二框體3的下表面上方附近到下方附近。如第一圖至第四圖及第六圖中所示，滑件 5的下方侧設有矩形的切缺部，然除此之外，亦可形成略矩形狀’該滑件5的兩侧51、51的下方係呈略直角彎曲之形狀。即滑件5係將不銹鋼製的金屬板以壓力加工成為如略反匸字之形狀，此外，滑件5亦可為合成樹脂之成型品，且滑件5 之兩侧的外表面(與分別相對的表面相反一侧的表面)之間的長度，小於基部構材4之兩側41的内表面之間的長度，最好為稍微小一些的尺寸所形成。另外，第六圖中，符號58所示係用來將滑件5安裝至第二框體3之安裝孔，該安裝孔58之内壁設有螺絲溝。沿著滑件5之兩側51的外表面，縱向分別設有卡合凹部 14 1287379 53。該等卡合凹部53分別與基部構材4之卡合凸部43卡合，藉由基部構材4與滑件5，第一框體2及第二框體3得以°沿著其縱向互相進行直線滑動。即基部構材4之兩侧4i、41的内面與滑件5之兩側5卜51滑動卡合，基部構材4與滑件5 係形成略矩形狀。且卡合凹部53，除一端(例如上側的一端) 形成-閉塞的閉塞部54外，另一端(下侧的一端5b(即切成矩形-侧的-端))絲職’辭合凸部43得自賴放的一端與卡合凹部53滑動卡合。在滑件5之下側的一端5b(切缺成矩形一侧的一端)附近’設有止動構材安裝孔56，該止動構材安裝孔56内安裝有在滑件5的表面豎立設置之止動構材15。所述之止動構材 15係由直徑尺寸大於止動構材安裝孔允之直徑之圓柱狀止動部15a;以及在該止動部15a之一端面上且與其在同一軸線上，並被***止動構材安裝孔56内，且其直徑尺寸比止動部 15a之直徑尺寸更小的突部15b所構成。在卡合凸部43卡合至卡合凹部53内的狀態下，即基部構材4及滑件5滑動卡合的狀態下，藉由將止動構材15安裝至止動構材安裝孔56内，基部構材4之相對於滑件5之下侧的移動範圍受到止動構材15之限制。亦即，基部構材4只能在從卡合凸部43與卡合凹部53之閉塞部54抵接狀態到基部構材4與止動構材15抵接狀態的此一範圍内，滑動移動。 15 1287379 卡合凸部43射合凹部53之聰部M減離態，即為第框體2與第二框體3呈重合狀態之閉合狀態(第一圖、第八圖ω、第九_、第十三圖⑻)。另外，第人圖及第九圖，係將基部構材、滑件、滑齡顯造以及第二減構造的位 Μ係‘示成a月確易懂之圖，滑動推愿構造以及第二推麼構造僅以絲線來標示。另外，基部構材4抵接在止動構材15 上的狀態為打開狀態(第三圖、第人_、第九_)、第十三圖(C));在閉合狀態與打開狀態之間的狀態係為中立狀態(第 -圖第八圖(1))、第九圖(b)、第十王圖⑽。另外，基部構材4係安裝於第一框體2之上，而滑件5係安裝於第二框體 3之上，然而亦可將基部構材4安裝於第二框體3之上，將滑件5安裝於第一框體2之上。另外’在滑件5縱向的略中央部，設有往橫向(與縱向正交之方向)延伸直線形的導溝21。當基部構材4相對於滑件5 於打開狀態朗合狀態之間滑動時，較佳將導溝2ι設置在第 -安裝孔45的移動範圍(裝有滑動推壓構造6之一端處的移動範圍)之中央(包含略中央)。導溝21係形成在滑件5之兩側部51附近。在基部構材4與滑件5滑動卡合時，該導溝a 之-端(即滑件5之-侧(與基部構材4之—側&相對的— 侧)51的一端）’位於滑件5之一侧51比距第一安裝孔奶更遠的位置。導溝21内安裝有可沿著導溝21來回移動的導弓1 1287379 轉幸13及導引旋轉轴13具有：***導溝21内之圓柱狀的旋轉軸部l3a;及與該旋轉轴部说同轴且設於其一端面上被31内，且直徑尺寸比旋轉軸13a之尺寸更小的突部13b ;及在旋轉軸部❿之另—端面上_轴且直控尺寸比旋轉轴部13a更大，且比導溝21之孔更部13c所構成。 _此外’在滑件5之另一側51，且靠近下方的-端附近， j用來安裝第二推壓構造7之一端的第二安裝孔％，該第 :裝孔55内裝有第二旋轉軸12。該第二旋轉軸η具有：直徑大於第二安裝孔55之直徑尺寸·狀職轉軸部. 及在該旋轉轴部12a之一端面上設有同轴，且被***第二安裝孔55内’同時餘尺寸比旋難部12a更小的突部12b ; 及在旋轉轴部12a之另一端面上，且設於同軸上，同時直徑尺寸比旋轉轴部12a更大之止動部必。滑動推壓構造6 ’其一端被安裝至基部構件4上成為可轉動’而另-端則被安裝於滑件5上成為可轉動，且兩端可朝互相離開之方向伸縮之構造。所述滑動推屢構造6之構成並無特別限定，雖然可僅用例如壓縮彈簧等推屢構材來構成{最好為圓才干之構造，此圓桿構造之滑動推麗構造6，如第一圖至第四圖以及第七圖中所示，亦可彻圓筒61，及一部分收容於此關61中成為可來_作的桿件62，及收The sliding mechanism of the mobile phone according to the first preferred embodiment of the present invention, as shown in the drawings - to _, is a base member 4 having any of the cake-frame 2 and the second body 3. And the frame that is attached to the remaining other side, and the slider 5 that slides on the base member 4, and the heart is mounted on the base member 4 and the slider 5 Rotating, the I-end is attached to the base member 4 and the slider 5 _ 彳另成为成为成为成为可可可可。。。。。。。。。。。。。。。。。。。。。。。。。。。。 The sliding mechanism 1 of the mobile machine according to the first preferred embodiment of the present invention is disposed on the right side member 4 and the sliding member 5, respectively, so as to be arranged on the middle of the sliding portion. The end = the length j is the smallest of the two ends of the two ends, mounted to the base member 4 or the slider 5' and the culvert moves in an orthogonal straight line orthogonal to the straight line direction, and the sliding push The end of the pressing structure 6 is provided with a second pushing force that can be applied to the other end of the sliding pressing structure 6 along the orthogonal direction, such as the first to third figures and the first The first frame 2 shown in Fig. 10 constitutes a transmitting portion of the mobile phone, and a keyboard portion 2a, a microphone portion, and the like are provided thereon. The first frame 2 is formed in a substantially rectangular shape. The second housing 3 is a part of the receiving portion of the mobile phone, and is provided with a display unit % such as an LCD or a first unit 3 such as a speaker unit 12 < S ) 1287379, which is formed slightly from the first housing 2 Similarly, the first frame 2 and the second frame 3' are indicated by imaginary lines in the first to third figures. On the upper surface of the first surface 2, a base member 4 (that is, referred to as a main base member) is attached, and the wire member 4 is attached to the upper surface of the first frame 2, and is mounted on the keyboard by screws or the like. Above the top. The base member 4 has a rectangular cutout portion on the lower side (the keyboard portion side) as shown in Fig. 5 to Fig. 5, but may be slightly rectangular in other respects. The upper sides of the base member 4 are slightly bent at a right angle, that is, the base member 4 is formed by pressing a metal plate made of steel without pressure into a shape such as a shape of a word, and a base member* It can also be a molded product of synthetic resin. In addition, in the fifth figure, the symbol is shown to be used to mount the base member 4 to the mounting hole of the first face 2, which has a screw groove on the inner wall. • Correction, in the vicinity of one side of the base member 4, a first mounting hole 45 for mounting the end of the sliding pressing structure 6 is provided, and the first mounting hole must have a first-rotating shaft 11 therein, the first The rotating shaft u' has a cylindrical rotating shaft portion having a diameter larger than the diameter of the first mounting hole 45, and is coaxial with the rotating sleeve portion and disposed on the end surface thereof, and is inserted into the first mounting hole, and has a diameter a projection 11b having a smaller size than the rotating shaft portion 11a, and a stopper portion lie 0 13 (S) ^87379 having a larger diameter than the rotating shaft portion 11a coaxially on the other end surface of the rotating shaft portion At the base. The inner faces (ie, the opposite surfaces) of the two sides 41 of the P member 4 are respectively provided with the engaging projections 43 and the material engaging projections 43, and may be entirely on both sides of the base member 4. The longitudinal direction is formed, and a part of them may be formed in a plurality of intervals. Further, in the vicinity of both sides of the mounting surface of the base member 4 (the surface on which the both side portions are not erected (that is, referred to as the back surface)), a plurality of rolled persimmon receiving portions 47 for accommodating the ball bearing cymbal are mounted. The mounting surface of the bearing housing portion 47 that houses the ball bearing 17 is attached to the upper surface of the first housing 2 via the ball bearing 17. On the lower surface of the second casing 3, a slider 5 (i.e., referred to as an LCD base member) is mounted. The slider 5 is attached to the vicinity of the lower surface of the second casing 3 by screws to the vicinity of the lower portion. As shown in the first to fourth and sixth figures, the lower side of the slider 5 is provided with a rectangular cutout, and in addition, a slightly rectangular shape may be formed on both sides of the slider 5. The lower part of 51, 51 is slightly curved at right angles. That is, the slider 5 is formed by pressing a stainless steel metal plate into a shape such as a reverse embossed shape. Further, the sliding member 5 may be a molded product of a synthetic resin, and the outer surfaces of the both sides of the slider 5 (and the respective The length between the surfaces on the opposite side of the opposite surface is smaller than the length between the inner surfaces of the sides 41 of the base member 4, preferably formed to a slightly smaller size. Further, in the sixth drawing, reference numeral 58 is for attaching the slider 5 to the mounting hole of the second frame 3, and the inner wall of the mounting hole 58 is provided with a screw groove. Along the outer surfaces of the two sides 51 of the slider 5, engaging recesses 14 1287379 53 are respectively provided in the longitudinal direction. The engaging recesses 53 are respectively engaged with the engaging convex portions 43 of the base member 4, and by the base member 4 and the slider 5, the first frame 2 and the second frame 3 are mutually mutually along the longitudinal direction thereof. Slide in a straight line. That is, the inner faces of the both sides 4i, 41 of the base member 4 are slidably engaged with the both sides 51 of the slider 5, and the base member 4 and the slider 5 are formed in a substantially rectangular shape. And the engaging recessed portion 53 has the other end (the lower end 1b (ie, cut into a rectangular-side end)) except the one end (for example, the upper end) is formed and the closed portion 54 is closed. The end of the self-retaining 43 is slidably engaged with the engaging recess 53. A stopper member mounting hole 56 is provided in the vicinity of the one end 5b on the lower side of the slider 5 (the end which is cut into a rectangular side), and the stopper member mounting hole 56 is mounted to be erected on the surface of the slider 5. Set the stop member 15. The stopper member 15 is a cylindrical stopper 15a having a diameter larger than a diameter of the stopper member mounting hole; and is on one end surface of the stopper portion 15a and is on the same axis, and is inserted The moving member mounting hole 56 is formed of a projection 15b having a smaller diameter than the diameter of the stopper portion 15a. In a state in which the engagement convex portion 43 is engaged with the engagement concave portion 53, that is, in a state where the base member 4 and the slider 5 are slidably engaged, the stopper member 15 is attached to the stopper member mounting hole. Within 56, the range of movement of the base member 4 relative to the underside of the slider 5 is limited by the stop member 15. In other words, the base member 4 can only slide in a state in which the engaging convex portion 43 abuts against the closing portion 54 of the engaging concave portion 53 to a state in which the base member 4 abuts against the stopper member 15 . . 15 1287379 The convex portion M of the engaging convex portion 43 of the shooting concave portion 53 is in a closed state in which the first frame body 2 and the second frame body 3 are in a state of being overlapped (first figure, eighth figure ω, ninth _ Thirteenth figure (8)). In addition, the first person figure and the ninth figure show the figure of the base member, the sliding member, the slippery age, and the second subtractive structure as a map that is easy to understand in a month, a sliding push structure and a second The push structure is only indicated by the thread. In addition, the state in which the base member 4 abuts on the stopper member 15 is an open state (third diagram, first person, ninth _th, thirteenth diagram (C)); in the closed state and the open state The state between the states is a neutral state (Fig. 8 (1)), ninth (b), and tenth (10). In addition, the base member 4 is mounted on the first frame 2, and the slider 5 is mounted on the second frame 3. However, the base member 4 may be mounted on the second frame 3. The slider 5 is mounted on the first frame 2. Further, in a slightly central portion of the longitudinal direction of the slider 5, a guide groove 21 extending linearly in the lateral direction (the direction orthogonal to the longitudinal direction) is provided. When the base member 4 is slid with respect to the slider 5 in the open state, the guide groove 2 is preferably disposed in the movement range of the first mounting hole 45 (movement at one end of the sliding pressing structure 6) The center of the range (including the center). The guide groove 21 is formed in the vicinity of the both side portions 51 of the slider 5. When the base member 4 is slidably engaged with the slider 5, the end of the guide groove a (i.e., the side of the slider 5 (the end of the side opposite to the side of the base member 4) 51' Located on one side 51 of the slider 5 is located further from the milk of the first mounting hole. A guide bow 1 1287379 which is movable back and forth along the guide groove 21 is mounted in the guide groove 21, and the guide rotary shaft 13 has a cylindrical rotary shaft portion 13a inserted into the guide groove 21; and the rotary shaft portion a projection 13b coaxially disposed on one end surface thereof and having a smaller diameter than the size of the rotation shaft 13a; and an _axis on the other end surface of the rotation shaft portion and a direct control ratio rotation axis The portion 13a is larger and is constituted by the hole 13c of the guide groove 21. In addition, 'on the other side 51 of the slider 5, and near the lower end, j is used to mount the second mounting hole % of one end of the second pressing structure 7, which is filled with the first mounting hole 55 Two rotating shafts 12. The second rotating shaft η has a diameter larger than the diameter of the second mounting hole 55, a shaft portion, and a coaxial portion on one end surface of the rotating shaft portion 12a, and is inserted into the second mounting hole 55. At the same time, the projection 12b having a smaller remaining size than the caulking portion 12a; and the stopper portion provided on the other end surface of the rotating shaft portion 12a and coaxially larger than the rotating shaft portion 12a are required. The sliding pressing structure 6' has a structure in which one end is attached to the base member 4 so as to be rotatable, and the other end is attached to the slider 5 so as to be rotatable, and both ends can be expanded and contracted in directions away from each other. The configuration of the sliding squeezing structure 6 is not particularly limited, and it is possible to form a structure that is preferably a round shape by using only a pressing member such as a compression spring, and the sliding embossing structure 6 of the round bar structure is as As shown in the first to fourth and seventh figures, the cylinder 61 and a part of the rod 62 which is accommodated in the closing 61 can be used as the lever member 62.

17 1287379 且可推壓以令前述桿件62之露出長度之推壓構材來構成。容於前述圓筒61内，增長之如壓縮彈簧63 ® _係具有··用以絲至基部構材4或滑件5之上方 ^為可齡之環狀的絲部⑽；以及收容桿件㈤之一部 =’並可切桿件62往直線方向移__之_本體之導向部仙，該導向部⑽係具有截面呈略矩形狀之孔，以便並列=置及收容兩健縮彈簧63以作為推壓構材。桿件62係-部分收容於_ &之導向部_内成為可滑動，同時前端係自導向部61b露出，即桿件位係被收容至 ®筒61内’使自圓筒61露出之桿件62的長細筒61之安裝部61a與桿件62的前端(安裝部㈣的間隔)成為可變動，在桿件62的前端，設有用來將基部構材4及滑件5等安裝成為可轉動之環狀的安裝部62a，此外，桿件62之後端，設有兩個突部62b，以便令收容於_ &之導向部_内之兩個壓縮彈簧63、63的位置不會偏移’圓筒61之長度及桿件62 之長度，需為當基部構材4及滑件5互相滑動時，桿件纪不會自圓筒61脫落之尺寸為佳。推壓構材，係可將桿件62自圓筒61往突出的方向施力者’即將滑動推㈣造6之兩端朝向互相離開之方向施力之構件’且係為-壓縮彈簧63，該壓縮彈簧63係有兩個且被 ***收容於關61之導向部61b内。另外，壓縮彈簧雖設置 1287379 了兩個，但是並未特舰定，亦可以使用一個或三個以上。 <⑺動推壓構造6之-端的桿件62的安裝部6七係安裝於 ;基4構材4之一侧附近之第一安裝孔45内的第一旋轉軸 ^上成為可轉動。該滑動推_造6之另-端的圓筒61之女裝4 61a係被安裝在導引旋轉轴13上成為可轉動，而該導17 1287379 can also be constructed by pressing a pressing member that exposes the length of the rod 62. Included in the cylinder 61, the growth of the compression spring 63 ® _ has a wire portion (10) for wire-to-base member 4 or the upper portion of the slider 5; (5) One part = 'can cut the rod member 62 in the direction of the straight line __ the guide portion of the body, the guide portion (10) has a hole having a slightly rectangular cross section, so as to juxtapose = set and accommodate the two shrink springs 63 as a pushing member. The rod 62 is partially housed in the guide portion of the _ & slidable, and the front end portion is exposed from the guide portion 61b, that is, the rod position is received into the inside of the tube 61 to make the rod exposed from the cylinder 61 The attachment portion 61a of the long thin tube 61 of the member 62 and the tip end of the rod member 62 (the distance between the attachment portions (4)) are variably changed, and the base member 4 and the slider 5 are attached to the front end of the rod member 62. The rotatable annular mounting portion 62a, and further, the rear end of the rod member 62 is provided with two projections 62b so that the positions of the two compression springs 63, 63 accommodated in the guide portion of the _ & The length of the offset 'cylinder 61 and the length of the rod member 62 are preferably such that the length of the rod member does not fall off the cylinder 61 when the base member 4 and the slider 5 slide each other. Pushing the member, the member 62 can be urged from the direction in which the rod member 62 protrudes from the cylinder 61, and the member which is to be urged toward the direction away from each other by the sliding member (4) is a compression spring 63. The compression spring 63 is provided in two and is inserted into the guide portion 61b housed in the closing 61. In addition, although the compression spring is set to two 1287379, it is not specified, and one or more may be used. < (7) The mounting portion 6 of the rod member 62 at the end of the movable pressing structure 6 is attached to the first rotating shaft in the first mounting hole 45 near one side of the base member 4 to be rotatable. The female pusher 4 61a of the other end-end cylinder 61 of the sliding pusher 6 is mounted on the guide rotary shaft 13 to be rotatable, and the guide

I走轉轴13财裝至滑件5之導溝21中並能沿著該導溝u 動4第一推壓構造7之一端係被安裝至此導引旋轉轴U 上成為可轉動。第二推_造7係可令滑動推壓構造6之-端往導溝21 ^一端推壓之魏，該第二顧觀7之構錢無特別限疋，雖然可翻例如壓縮彈簧雜顯材來構成，但最好為可伸縮之®桿之構造。作為此圓桿構造之第二推壓構造7 者’例如：可_與前顧桿構造之滑動雜構造6相同之裝置，即此第二推壓構造7，例如：可细圓筒& ;及一部分收容於此圓筒61中絲可來_作的桿件62 ;及推壓構材，例如收容於前述圓筒61内，並對前述桿件位施力，使其露出長度增長之壓縮彈簧63構成。該第二推壓構造7之一端’即桿件62之安裝部必碰安襄在導弓_轴13上成為可旋轉’而其另—端’即圓筒61之安襄部6la，係被安裝至第二旋轉軸12上成為可轉動。以下將使料四圖來綱滑動推壓構造6以及第二推麗 19 1287379 之基部構材4以及滑件5的組裝方式；另外為清楚树私滑滅舳贿财，料四目中的基部 s:r5之配置與第，第三圖中所記載之範例的如第四圖中所示，導引旋轉軸13，插人至滑件5的導溝 21内’該***動作將自滑件5之外侧將導引旋轉㈣之突部=及旋轉軸部以***導溝21内，使得導引旋轉㈣之大部13b及旋轉軸部13a可自導溝21突出，然後將此導引旋轉軸13之旋轉軸部13a***滑動推壓構造6 ㈣的安裝部㈣，祖彫_造7之一= 62之安裝部必内。***後，把導引旋轉㈣之突部13b插入到導引墊環31内，贿，將突部13b卡緊，藉此導引旋轉 ⑷3被安裝至滑件5上成為可沿著導溝21移動，滑動顧構造6之圓筒61之安裝部灿則將被安裝成為可在滑件5上轉動，並可沿著滑件5之縱向移動，_，第二推壓構造7 之桿件62之安裝部62a被安裝至導引旋轉轴13上成為可轉動0 將第二旋轉轴12自其突部i2b插人第二推顯造？之另一端’即圓筒61之安裝部61a中之後，再將突部既***滑件5的第二安裝孔55内。此時事先將_彈菁6 的-部分縣收容於圓筒61之導向部61b内。經由將第二旋The I-running shaft 13 is fitted into the guide groove 21 of the slider 5 and is rotatable along the guide groove 4. One end of the first pressing structure 7 is attached to the guide rotating shaft U. The second push_7 system can make the end of the sliding push structure 6 push the end of the guide groove 21^, and the second view 7 has no special limit, although it can be turned over, for example, a compression spring The material is constructed, but it is preferably constructed of a retractable® rod. The second pressing structure 7 as the structure of the round bar can be, for example, the same device as the sliding hybrid structure 6 of the preceding lever structure, that is, the second pressing structure 7, for example, a thin cylinder & And a part of the rod member 62 accommodated in the cylinder 61; and the pressing member, for example, is received in the cylinder 61, and the rod member is biased to expose the length of the compression. The spring 63 is constructed. One end of the second pressing structure 7, that is, the mounting portion of the rod 62, must be mounted on the guide bow_shaft 13 to be rotatable, and the other end thereof, that is, the ampoule portion 6la of the cylinder 61, is quilted. Mounted to the second rotating shaft 12 to be rotatable. In the following, the assembly of the base member 4 and the slider 5 of the second sliding guide pressing structure 6 and the second illuminating 19 1287379 will be made; in addition, the base of the four eyes will be sealed for the sake of clearing the tree. The arrangement of s:r5 and the example described in the third figure, as shown in the fourth figure, guides the rotating shaft 13 and inserts into the guide groove 21 of the slider 5'. The insertion action will be self-sliding 5, the outer side will guide the rotation (4) of the protrusion = and the rotating shaft portion to be inserted into the guide groove 21, so that the large portion 13b of the guiding rotation (4) and the rotating shaft portion 13a can protrude from the guiding groove 21, and then the guiding is rotated. The rotating shaft portion 13a of the shaft 13 is inserted into the mounting portion (four) of the sliding pressing structure 6 (four), and the mounting portion of one of the ancestors _ 7 is replaced by 62. After the insertion, the projection 13b of the guiding rotation (4) is inserted into the guide ring 31, bribing, and the projection 13b is clamped, whereby the guiding rotation (4) 3 is attached to the slider 5 so as to be along the guide groove 21. The mounting portion of the cylinder 61 that moves and slides the structure 6 will be mounted to be rotatable on the slider 5 and movable along the longitudinal direction of the slider 5, _, the lever member 62 of the second pushing structure 7 The mounting portion 62a is mounted on the guiding rotary shaft 13 to be rotatable 0. The second rotating shaft 12 is inserted from the projection i2b to be secondarily displayed. After the other end, i.e., the mounting portion 61a of the cylinder 61, the projection is inserted into the second mounting hole 55 of the slider 5. At this time, a part of the county of the _elasto 6 is accommodated in the guide portion 61b of the cylinder 61 in advance. Via the second spin

20 1287379 轉軸12之突部12b轉緊，則第二旋轉軸12被安裝至滑件5 上，圓筒61之安裝部61a被安裝在滑件5上並可轉動。將第-旋轉軸li從其突部llb透過墊環32***到滑動 =壓構造6之-端，即桿件62的安裝部62a巾，然後，再將犬部lib從基部構材4之内面***基部構材4的第一安裝孔 45内，藉由將第一旋轉軸u之突部讪轉緊，則第一旋轉軸皮安裝在基部構材4上’桿件62之安裝部必被安裝至基部構材4上並可轉動。令卡合凸部43從滑件5之卡合凹部53開放之一端滑入。’使基部構材4卡合至滑件5上，同時，滑動推壓構造6 之圓筒61的導向部61b内除了預先收容了壓縮彈簧63之外，並使該導向部61b之開π部與滑動推壓構造6之桿件62的後端對接’藉此將基部構材4與滑件5互姆動卡合，該桿件 62之後端將可***至圓筒61之導向部_内，使收容於該導向部61b内的壓縮彈簧改變位置。而基部構材4在相對於滑件5自閉合狀態朝向打開狀態的侧滑動之後，藉由在安裝孔56 0安裝止動構材，使相對於基部構材4及滑件5之下方的移動範圍被止動構材15 限制。如此，就能把滑動推壓構材6及第二推壓構造7組在基部構材4與滑件5上。另外，將滑動推壓構造6及第二推壓構造7安裝在基部構材4及滑件5的方式，並不僅限於 1287379 前述記載者，只要能進行組裝即可，並無特別限制。20 1287379 The projection 12b of the rotary shaft 12 is tightened, and the second rotary shaft 12 is attached to the slider 5, and the mounting portion 61a of the cylinder 61 is mounted on the slider 5 and rotatable. The first rotating shaft li is inserted from the projection 11b thereof through the backing ring 32 to the end of the sliding=pressure structure 6, that is, the mounting portion 62a of the rod 62, and then the dog portion lib is placed from the inner surface of the base member 4. Inserted into the first mounting hole 45 of the base member 4, by tightening the protrusion of the first rotating shaft u, the first rotating shaft is mounted on the base member 4, and the mounting portion of the rod 62 is required to be It is mounted to the base member 4 and is rotatable. The engaging convex portion 43 is slid in from one end of the engaging recess 53 of the slider 5. 'The base member 4 is engaged with the slider 5, and at the same time, the guide portion 61b of the cylinder 61 of the sliding pressing structure 6 is provided with the compression spring 63 in advance, and the opening portion π of the guide portion 61b is opened. Abutting the rear end of the rod 62 of the sliding pressing structure 6 thereby the base member 4 and the slider 5 are interlocked, and the rear end of the rod 62 can be inserted into the guide portion of the cylinder 61 The compression spring housed in the guide portion 61b is changed in position. After the base member 4 is slid with respect to the side of the slider 5 from the closed state toward the open state, the movement of the base member 4 and the lower portion of the slider 5 is performed by attaching the stopper member to the mounting hole 56 0 . The range is limited by the stop member 15. Thus, the sliding pressing member 6 and the second pressing structure 7 can be assembled to the base member 4 and the slider 5. Further, the method of attaching the sliding pressing structure 6 and the second pressing structure 7 to the base member 4 and the slider 5 is not limited to the one described in the above, and is not particularly limited as long as it can be assembled.

如此組裝而成的基部構材4及滑件5，分別安裝至第一極體2及第二框體3。如第一圖及第八圖(a)中所示，在第一框體2及第二框體3為互相重合之閉合狀態下，利用滑動推壓構造6之壓縮彈簧的推壓力，基部構材4將被推壓至滑件 5的上方，即，使卡合凸部43與卡合凹部53之閉塞部％抵接，進而基部構材4及滑件5互相卡掣，故，第一框體2及第二框體3會維持在互相重合之閉合狀態下，另外，為更確實維持此閉合狀態，亦可設置鎖定機構。自此閉合狀H下，安裝於滑動推壓構造6之另—端的導引疑轉軸13上’裝有第二推壓構造7之—端，且該第二推壓構仏7 /口著導溝21 -端對導引旋轉軸13施力，該第二推壓構造7之另-端，移動至崎動推壓構造6之_端更靠近導溝21位置上，所以導引旋轉軸13藉由第二推麵造7的推壓力’處於從導溝21之另一端侧向一端侧離開的位置上，例如導溝21之略中央的位置上。若將第一框體2，或是第二拖體3，或是第-、二框體2 3從上述閉。狀絲打開方向作動，即卡合凸部c離開卡{ 凹部53賴塞部54的方向滑動，，麟動推壓構造6之运端轉動$時„亥兩端之間的長度變短，即其滑動時的力量衣加至壓祕頁63上’因而使壓轉簧&受到荷重抵抗此个 22 1287379 用力而收縮，同時該滑動推壓構造6之一端比第二推壓構造 7之另一端更接近導溝21，因此，導引旋轉軸13藉由滑動推壓構造6之推壓力，而向導溝21之另一端侧移動。即如第二圖及第八圖⑹中所示，滑動推壓構造6的兩端間的長度達到最小，亦即若滑動推壓構造6之兩端係位於導溝21所延伸之直線上，則滑動推壓構造6之壓縮彈簧纪被壓縮至最小，同時，導引旋轉軸13藉由此壓縮彈簧63之推壓力與導溝21之另一端侧接觸。當過了此狀態(即為中立狀悲）’滑動推壓構造6之一端從導溝21移動到滑件5之下方，使得滑動推壓構造6之兩端_長度變長，由於滑動推壓構造之壓縮彈簣63沿著滑雜壓構造6之輯互相離開之方向施力，因此第一、一框體2、3以及基部構材4、滑件5便自動地滑動移動，如第三圖及第八圖(c)中所示，基部構材4得接觸在止動構材15上成為打開狀態。在此打開狀態下，由於滑動推壓構造6之壓縮彈簧63沿兩端互相離開之方向施力，即基部構材4抵接在止動構材15 上’進而使第一框體2與第二框體3維持在打開狀態，俾令，。又於第一框體2上面之鍵盤部2a露出，以進行通話及鍵盤操作’另外’為更確實維持此打開狀態，亦可設置鎖定機構，因此，自閉合狀態往打開狀態滑動移動之時，可以半自動的方式進行滑動動作。 23 1287379 、在此打開狀態時’雖然第二推壓構造7之另-端位於比 =動推壓構造6之1距導溝21更遠的位置上，然而，因為 ”滑動推壓構造6之1轉溝21的長度差魏小，所以第 :推壓構造7還是_旋轉軸13向導溝21之-端侧施因此’導引旋轉轴13，亦即滑動推壓構造6的另-端，將位於從導溝21之另-端姻—端__立置，例如導溝The base member 4 and the slider 5 thus assembled are attached to the first pole body 2 and the second frame body 3, respectively. As shown in the first figure and the eighth figure (a), in the closed state in which the first frame body 2 and the second frame body 3 are overlapped with each other, the pressing force of the compression spring by the sliding pressing structure 6 is used. The material 4 is pushed up to the upper side of the slider 5, that is, the engaging convex portion 43 is brought into contact with the closing portion % of the engaging recessed portion 53, and the base member 4 and the slider 5 are mutually engaged, so that the first member 4 The frame 2 and the second frame 3 are maintained in a closed state in which they overlap each other, and a locking mechanism may be provided to more reliably maintain the closed state. From this closed shape H, the guide shaft 13 mounted on the other end of the sliding pressing structure 6 is provided with the end of the second pressing structure 7, and the second pressing structure 7/port is guided. The groove 21 - end urges the guiding rotary shaft 13 , and the other end of the second pressing structure 7 moves to the position of the swaying pressing structure 6 closer to the guiding groove 21 , so the rotating shaft 13 is guided. The pressing force 'by the second pushing surface 7 is at a position away from the other end side of the guide groove 21 toward the one end side, for example, at a position slightly in the center of the guide groove 21. The first frame 2, or the second tow 3, or the first and second frames 2 3 are closed from the above. The wire is opened in the opening direction, that is, the engaging convex portion c slides away from the card {the recess portion 53 in the direction of the recess portion 54, and the length between the two ends is shortened when the end of the movable pressing structure 6 is rotated by The sliding force is applied to the pressure-sensitive page 63. Thus, the compression spring & is subjected to the load to resist the force of the 22 1287379, and one end of the sliding pressing structure 6 is different from the second pressing structure 7 One end is closer to the guide groove 21, and therefore, the guide rotating shaft 13 is moved by the sliding force of the sliding pressing structure 6, and the other end side of the guide groove 21 is moved. That is, as shown in the second figure and the eighth figure (6), the sliding The length between the two ends of the pressing structure 6 is minimized, that is, if both ends of the sliding pressing structure 6 are located on a straight line extending the guide groove 21, the compression spring of the sliding pressing structure 6 is compressed to a minimum. At the same time, the guiding rotary shaft 13 is brought into contact with the other end side of the guide groove 21 by the urging force of the compression spring 63. When this state is exceeded (that is, it is neutral), one end of the sliding urging structure 6 is guided from the guide groove 21. Moving to the lower side of the slider 5, the length of both ends of the sliding pressing structure 6 becomes longer due to The compression magazine 63 of the movable pressing structure is biased in a direction away from each other in the slip-mixing structure 6, so that the first and a frame bodies 2, 3 and the base member 4 and the slider 5 are automatically slidably moved. As shown in the third figure and the eighth figure (c), the base member 4 is brought into contact with the stopper member 15 to be in an open state. In this open state, the compression spring 63 of the sliding pressing structure 6 is along two The ends are biased in a direction away from each other, that is, the base member 4 abuts on the stopper member 15 and the first frame 2 and the second frame 3 are maintained in an open state, and the first frame is The keyboard portion 2a on the upper side of the body 2 is exposed to perform the call and keyboard operation 'other' to maintain the open state more reliably, and the locking mechanism can also be provided. Therefore, when sliding from the closed state to the open state, the semi-automatic manner can be performed. 23 1287379, in this open state, 'Although the other end of the second pressing structure 7 is located farther than the guide groove 21 than the = thrust pressing structure 6, however, because of the "sliding push" The length difference of the structure 1 of the 1st groove 21 is Wei Xiao, so the first: push structure 7 or _ the rotation axis 13 is guided to the end side of the groove 21 so that the 'guide rotation axis 13, that is, the other end of the sliding urging structure 6, will be located at the other end of the guide groove 21 __ Stand up, such as a guide groove

的略中央的位置上。在此狀態下，將滑動推壓構造6之另 ―端安裝在導賊雜13上絲可轉動，除了能藉由導溝 21往滑件5之橫向(與基部構材4或滑件5之滑動方向正交之方向)移動之外，由於該導引旋轉軸13藉㈣二推壓構造7 向導溝21之一端侧的施力，因此在閉合狀態及打開狀態下，導引旋轉軸13位於離開導溝21之另一端侧的位置上Γ即滑動推壓構造6的兩端__比未藉㈣二顧構造7推^ 的間隔更乍。故可以使用推壓力較小的滑動推壓構造6，以將基部構材4與滑件5以及框體2、3的寬度縮小。令第一框體2、或是第二框體3，或者是第一、二框體2、 3自打開狀態蝴合狀態滑動，即向基部騎4離開止動構材15的方向滑動時，則除了滑動推壓構造6之兩端間的長戶縮短之外，同時壓縮彈簧63抵抗推壓力而收縮，當滑動推^ 構造6之兩端間的長度達到最小之後，由於壓縮彈簧纪沿兩端互相離開之方向施力，因此第一、二框體2、3將自動地、 24 1287379 動移動，卡合凸部43抵接在卡合凹部53的閉塞部54上成為閉合狀態。因此，自打開狀態往閉合狀態滑動移動時，能以半自動的方式進行滑動動作。故，有關本發明第-較佳實施之行動機器之滑動機構 1 ’不僅構造_，並可使第一框體2與第二框體3半自動地滑動，除了可提升操作性之外，並可以讓基部構材4或滑件 5以及框體2、3的寬度縮小。此外’滑動推壓構造6及第二推壓構造7，係使用圓桿構造之推壓構造’便可將如壓_簧㈣雜構材並列兩^ 以上’使滑動推壓構造6的推壓力變強，相較於，僅有使用壓縮彈簧來作為滑動推壓構造6之場合，壓縮彈簧為了以其 -端為軸進行轉動，在設置兩個以上的壓縮彈簧之場合，必須間隔設置，避免廳彈簧在林會干祕它的壓縮彈簧，但寬度因此變大。然藉由使用圓桿構造之推壓構造，收容在圓筒61内的推麵材，例如壓縮彈菁63，本身不會轉動，故壓縮彈簧63係可以兩個以上鄰近並列設置，從而;會大幅增加推壓構造的寬度。另外，在基部構材4與第-框體2之間，因為設有滾珠軸承17 ’所以在基部構材4、滑件5互相滑動之時，施加於第-框體2之摩擦力可藉由滾珠轴承17減輕，如此便可以減少基部構材4及第一框體2的磨耗。 25The position of the slightly central. In this state, the other end of the sliding pressing structure 6 is mounted on the guide wire 13 to be rotatable, except that it can pass through the guide groove 21 to the lateral direction of the slider 5 (with the base member 4 or the slider 5) In addition to the movement in the direction in which the sliding direction is orthogonal, since the guiding rotating shaft 13 exerts a biasing force on one end side of the guide groove 21 by the (four) two pressing structure 7, the guiding rotating shaft 13 is located in the closed state and the open state. The position at the other end side of the guide groove 21, that is, the both ends of the sliding pressing structure 6 is more ambiguous than the interval between the untwisted (four) and the two structures. Therefore, the sliding pressing structure 6 having a small pressing force can be used to reduce the width of the base member 4 and the slider 5 and the frames 2, 3. When the first frame 2 or the second frame 3 or the first and second frames 2, 3 are slid from the open state, that is, when the base ride 4 slides away from the stop member 15, Then, in addition to the shortening of the long ends between the two ends of the sliding pressing structure 6, the compression spring 63 contracts against the pressing force, and when the length between the both ends of the sliding pushing structure 6 is minimized, Since the ends are biased in the direction in which they are separated from each other, the first and second frames 2, 3 are automatically moved by 24 1287379, and the engaging convex portion 43 abuts on the closing portion 54 of the engaging recess 53 to be in a closed state. Therefore, when sliding from the open state to the closed state, the sliding operation can be performed in a semi-automatic manner. Therefore, the sliding mechanism 1' of the mobile machine according to the first preferred embodiment of the present invention not only constructs _, but also allows the first frame 2 and the second frame 3 to slide semi-automatically, in addition to improving operability, and The width of the base member 4 or the slider 5 and the frames 2, 3 is reduced. Further, the 'sliding pressing structure 6 and the second pressing structure 7 are pressurizing structures of the round bar structure', and the pressing force of the sliding pressing structure 6 can be made by juxtaposing the pressure-spring (four) miscellaneous members. In the case where the compression spring is used as the sliding pressing structure 6, the compression spring is rotated about its end, and when two or more compression springs are provided, it is necessary to be spaced apart to avoid The hall springs dry its compression springs in the forest, but the width is therefore larger. However, by using the push structure of the round bar structure, the push surface material contained in the cylinder 61, such as the compressed elastic cyanine 63, does not rotate by itself, so the compression spring 63 can be juxtaposed in two or more adjacent directions, thereby Significantly increase the width of the push structure. Further, since the ball member 17' is provided between the base member 4 and the first frame 2, when the base member 4 and the slider 5 slide each other, the friction applied to the first frame 2 can be borrowed. The ball bearing 17 is lightened, so that the wear of the base member 4 and the first frame 2 can be reduced. 25

1287379 另外’圖示範例中，在基部構材4與第—框體2之間雖 =_承17 ’ _在滑件5的絲面(未直立設置於兩側口之表面(背面))的兩側部附近，亦可設有數個收容滚珠抽承之滾珠轴承收料’以便職輕承·料5與第二框體 3之間。此外，上述構造雖是設置一個滑動推屋構造6以進行半 =的滑動動作，然而藉由設置兩個以上，例如兩個的滑動推壓構造來進行半自動的滑動動作亦可。在有關本發明第二較佳實施之行動機器的滑動機構中，兩個滑動推壓構造，較佳係以基部構材4或滑件5之寬度方向的中央為中心線對稱地安裝兩個滑動推壓構造。即以基部構材4與滑件5可滑動卡合之中央，換句話說，以卡合凹部 53或者卡合凸部43之間的中央為中心線對稱安裝兩滑動推壓構造為佳。如此-來’藉由將_滑動推壓構造以基部構材4與滑件5之寬度方向的中央為中心線來對稱安裝，當基部構材4、滑件5在互相滑動時，得以降低不對稱地磨損。㈣來說，例如第九圖中所示，兩個滑動推顯造60的 -端安裝至基部構造40的兩侧附近成為可轉動。在滑件％上設有沿其寬度方向延伸之導溝22，在鱗溝22中安裝有分別樞接於兩崎動推壓構材6G之另1的—對導引旋轉轴80，使該兩個滑動推壓構造6〇的另一端能夠轉動，且可 26 C S ) 1287379 沿著導溝22移動。另外，在兩個滑動推壓構造60的另一端於兩導引旋轉軸80間樞接一第二推壓構造7〇。如上述之構造，在閉合狀態下，如第九圖⑻中所示，藉由滑動推壓構造60之壓縮彈簧的推壓力將基部構材40推向滑件50之上方，即，令卡合凸部43抵接在卡合凹部53之閉塞部54，且基部構材40與滑件50互相卡掣，以令第一框體 2及第二框體3維持在互相重合之閉合狀態，而在此閉合狀怨’該滑動推壓構造60之另一端將藉由第二推壓構造7〇之推壓力分別抵接在導溝22兩端侧。由此閉合狀態’使基部構材4〇、滑件5〇往卡合凸部43 離開卡合凹部53之閉塞部54的方向相互滑動時，則滑動推壓構造60之兩端轉動，同時其兩端間的長度縮短，壓縮彈菁被壓縮。然後滑動推壓構造6〇的兩端位於導溝所延伸之 • 直線上，則滑動推壓構造6〇之壓縮彈簧>1縮至最短，同時第二推壓構造70 簧祕縮至最短财一個第二減構造7〇會在導漢22所廷伸之直線上t 過了此狀態後’滑動推壓構造60的一端，從導溝η朝 ’於是滑動推壓構造60的兩端間的長1287379 In addition, in the example of the illustration, between the base member 4 and the first frame 2, the y-bearing 17' _ is on the surface of the slider 5 (not erected on the surface (back surface) of the side slits) In the vicinity of the two sides, there may be several ball bearing receiving materials for accommodating the ball bearing, so as to be between the material 5 and the second frame 3. Further, in the above configuration, a sliding pusher structure 6 is provided to perform a half-sliding operation, but a semi-automatic sliding operation may be performed by providing two or more, for example, two sliding pressing structures. In the sliding mechanism of the mobile machine according to the second preferred embodiment of the present invention, the two sliding pressing structures are preferably two slidingly symmetrically centered on the center of the width direction of the base member 4 or the slider 5. Push the structure. That is, it is preferable that the base member 4 and the slider 5 are slidably engaged with the center, in other words, the two sliding pressing structures are symmetrically mounted with the center of the engagement recess 53 or the engaging projection 43 as a center line. In this way, the slidable pressing structure is symmetrically mounted with the center member 4 and the center of the width direction of the slider 5 as the center line, and the base member 4 and the slider 5 are lowered when they slide each other. Symmetrical wear. (4) For example, as shown in the ninth figure, the ends of the two sliding pushes 60 are mounted to be rotatable near the sides of the base structure 40. a guide groove 22 extending in a width direction thereof is disposed on the sliding member %, and a pair of guiding rotating shafts 80 respectively pivotally connected to the two flapping pressing members 6G are mounted in the scale groove 22, so that the guide member The other end of the two sliding push structures 6〇 is rotatable and can be moved along the guide groove 22 by 26 CS ) 1287379. Further, at the other end of the two sliding pressing structures 60, a second pressing structure 7 is pivotally connected between the two guiding rotating shafts 80. As described above, in the closed state, as shown in the ninth diagram (8), the base member 40 is pushed above the slider 50 by the urging force of the compression spring of the sliding pressing structure 60, that is, the engagement is performed. The convex portion 43 abuts against the occluding portion 54 of the engaging recess portion 53, and the base member 40 and the sliding member 50 are engaged with each other to maintain the first frame body 2 and the second frame body 3 in a closed state in which they overlap each other. In this case, the other end of the sliding pressing structure 60 is abutted against the both end sides of the guide groove 22 by the pressing force of the second pressing structure 7〇. In this closed state, when the base member 4〇 and the slider 5 are slid toward each other in the direction in which the engaging convex portion 43 is separated from the closing portion 54 of the engaging recess 53, the both ends of the sliding pressing structure 60 are rotated, and at the same time The length between the ends is shortened and the compressed bullet is compressed. Then, both ends of the sliding pressing structure 6〇 are located on the straight line extending by the guide groove, and the compression spring of the sliding pressing structure 6〇 is shortened to the shortest, and the second pressing structure 70 is retracted to the shortest A second subtractive structure 7〇 will pass through this state on the straight line of the guide Han 22, and then the end of the sliding push structure 60 will be from the guide groove η toward the end of the sliding push structure 60.

向滑件50之下方移動，度變長。此時，滑動推肩百坪黃，將往滑動推壓因此基部構材4〇、滑 27 1287379 件50可自動地滑動移動，基部構材4〇抵接在止動構材15上成為打開狀態。在此打開狀態下，滑動推壓構造60之壓縮彈簧往兩端互相離開之方向施力，即，基部構材4〇抵接在止動構材15上，俾可維持在打開狀態，另外，在此打開狀態，滑動推壓構造60之另一端藉由第二推壓構造7〇之推壓力分別與導溝22的兩端抵接。所以，採用如此構成，不僅構造簡單，亦可令基部構材 4〇、滑件50可半自動地滑動，除了可提升操作性以外，亦可、縮小基部構材50或滑件50的寬度。第十圖係圖示有關本發明第三較佳實施之行動機器的滑動機構，如圖示，滑動托架101的兩端，係分別配置於基部構材二及滑件5上，續在前賴聽+該_可位於與相對於前述直線方向正交之直線上，而此兩端之任一端，係安 # 裝於基部構材4或滑件5上並能沿著姆於_方向正交之Moving to the lower side of the slider 50, the degree becomes longer. At this time, the sliding shoulder is a hundred ping yellow, and the sliding is pushed, so that the base member 4〇, the sliding 27 1287379 member 50 can automatically slide and move, and the base member 4〇 abuts on the stopping member 15 to be opened. . In this open state, the compression spring of the sliding pressing structure 60 is biased in the direction in which the two ends are separated from each other, that is, the base member 4A abuts against the stopping member 15, and the crucible can be maintained in an open state. In this open state, the other end of the sliding pressing structure 60 abuts against both ends of the guide groove 22 by the pressing force of the second pressing structure 7〇. Therefore, with such a configuration, not only the structure is simple, but also the base member member 4b and the slider member 50 can be semi-automatically slid. In addition to improving the operability, the width of the base member member 50 or the slider member 50 can be reduced. Figure 10 is a view showing a sliding mechanism of a mobile machine according to a third preferred embodiment of the present invention. As shown, both ends of the sliding bracket 101 are respectively disposed on the base member 2 and the slider 5, and are continued. The listener + the _ can be located on a straight line orthogonal to the straight line direction, and either end of the two ends can be mounted on the base member 4 or the slider 5 and can be positive along the direction of the _ Hand over

……I、Μ，、甘你則H弟—較佳實施之杆動正交方向飾’且設有可令滑動托架⑽之1往前述正交......I, Μ, 甘, you are the younger brother - the preferred implementation of the rod movement orthogonal direction ‘and is provided to make the sliding bracket (10) 1 to the above orthogonal

獨偁1相问構材將以同樣的名稱命名，與前述第—難實施之行_器之滑動同樣的名稱命名，並省略其說日月；另外， 28 1287379 第十圖係將基梢材、滑件、滑動托架以及托架推壓構造的位置關係標示成明確易懂之W，滑動托_壓構造僅以鑛齒線來標示。滑動托架101係為棒狀等形狀。滑動托架皿的一端，係藉由旋雜1(35等方式絲至基部騎4之-麵近並可轉動π動托架101的另一端，係透過導引旋轉軸應安裝在'月件5之導溝103内，成為可沿著其導溝103移動麟動，托架推壓構造1()2之一端係被安裝在此導引旋轉轴應上。托架推壓構每1〇2係沿著導溝⑽之一端侧對滑動托架 101▲之-端雜。域推_造1G2，絲侧限定，亦可使用刖述之可伸縮的圓桿構造，亦可僅以壓縮彈箐構成。在僅使用壓縮彈簧作為托架推壓構造撤之情況下，該壓縮彈菩可被收容至滑件5的導溝1〇3内，其一端與滑動托架皿之另端的導引旋轉軸1〇6連接，並且其另一端連接至導溝肪之-端側(即靠近滑件5的另一侧附近的一端侧)。藉此方式組裝’將基部構材4及滑件5，分別安裝至第、才匸體2及第—框體3之場合，在第—框體2及第二框體3 為互相重合之·狀態’如第十_中所示，藉由托架推壓構每102之壓轉相推壓力通過滑動触皿，將基部構材 4推壓至滑件5的上方，即卡合凸部43抵接在上基部構材 4及滑件5互相卡掣，進而令第—框體2及第二框體3維持 29 1287379 在互相重合之閉合狀態。若令第一框體2，或是第二框體3，或是第一、二框體2、 3由上述閉合狀態開始滑動，則滑動托架101之一端擠壓壓縮彈簧’該壓縮彈簧受到荷重並抵抗該推壓力而收縮，朝向導溝103之另一端侧移動。且如第十圖(b)中所示，若滑動托架101之兩端位於導溝 103所延伸之直線上，則托架推壓構造皿之壓縮彈簧成壓縮至最小，當過了此狀態(即為中立狀態），壓縮彈簧會令滑動托架101之一端朝向導溝103之一端侧施力，因此第一、二框體2、3、以及基部構材4、滑件5將可自動地滑動移動，如第十圖(c)中所示，基部構材4將與止動構材15接觸，成為打開狀態。在此打開狀態下，由於壓縮彈簧亦使滑動托架1〇1之一端朝向導溝103之一端侧施力，因此第一框體2與第二框體 3維持在打開狀態，藉此，設於第一框體2上面之鍵盤部2a 露出，因此可以進行通話及鍵盤操作。若令第一框體2，或第二框體3，或是第一、二框體2、 3由打開狀態往閉合方向開始滑動，則壓縮彈簧將抵抗推壓力而收縮，該滑動托架1〇1之兩端在位於導溝1〇3所延伸之直線上後，壓縮彈簧會將滑動托架1〇丨之一端往導溝1〇3之另一端侧推壓，因此第一、二框體2、3將可自動地滑動移動， !287379 成為閉合狀態，因此，自打可⑽半咖枝物軸作。—_動之時’ 故有關本發明第三較佳實施之行動機器的滑動機構 100 ’不僅構造簡單，並可譆篦自動地滑動，咖作Γ,2與㈡體3進行半The unique material is named after the same name, and is named after the same name as the slide of the above-mentioned difficult-to-implement line, and the sun and the moon are omitted. In addition, the first figure of 28 1287379 is the base material. The positional relationship of the slider, the sliding bracket and the bracket pressing structure is marked as clearly understandable, and the sliding bracket-pressure structure is only indicated by the mineral tooth line. The slide bracket 101 has a shape such as a rod shape. One end of the sliding bracket is attached to the other end of the π-moving bracket 101 by means of a twist 1 (35 or the like) to the base of the base. In the guide groove 103 of the 5, it is movable along the guide groove 103, and one end of the bracket pressing structure 1 () 2 is attached to the guide rotating shaft. The bracket push structure is 1 inch. 2 is along the one end side of the guide groove (10) to the end of the sliding bracket 101 ▲. The domain push _ 1G2, the wire side is limited, can also use the retractable round rod structure described above, or only the compression bomb In the case where only the compression spring is used as the bracket pressing structure, the compressed projectile can be accommodated in the guide groove 1〇3 of the slider 5, and one end thereof and the other end of the sliding bracket are guided. The rotating shaft 1〇6 is connected, and the other end thereof is connected to the leading end side of the guide groove (that is, near one end side near the other side of the slider 5). In this way, the base member 4 and the slider 5 are assembled. When the first frame body 2 and the second frame body 3 are respectively attached to the first frame body 2 and the second frame body 3, the state of the frame body 2 and the second frame body 3 are coincident with each other as shown in the tenth The pushing and pressing force of the pressing structure of the frame pushes the base member 4 to the upper side of the sliding member 5 by sliding the contact plate, that is, the engaging convex portion 43 abuts against the upper base member 4 and the sliding member 5 The cassette, and then the first frame 2 and the second frame 3 are maintained in a closed state in which the two frames are overlapped with each other. If the first frame 2, or the second frame 3, or the first and second frames are 2, 3 is started to slide by the above closed state, and one end of the slide bracket 101 presses the compression spring 'the compression spring receives the load and contracts against the pressing force, and moves toward the other end side of the guide groove 103. As shown in (b), if both ends of the sliding bracket 101 are located on a straight line extending from the guide groove 103, the compression spring of the bracket pushing the construction vessel is compressed to a minimum, and when this state is exceeded (ie, it is neutral) The compression spring causes one end of the slide bracket 101 to be biased toward one end side of the guide groove 103, so that the first and second frames 2, 3, and the base member 4 and the slider 5 are automatically slidably moved, such as As shown in the tenth figure (c), the base member 4 will come into contact with the stopper member 15 to be in an open state. In the state, since the compression spring also biases one end of the slide bracket 1〇1 toward one end side of the guide groove 103, the first frame body 2 and the second frame body 3 are maintained in an open state, thereby being provided at the first position. The keyboard portion 2a on the upper surface of the casing 2 is exposed, so that the call and the keyboard operation can be performed. If the first frame 2, or the second frame 3, or the first and second frames 2, 3 are opened from the open state When the sliding starts, the compression spring will contract against the pressing force. After the two ends of the sliding bracket 1〇1 are located on the straight line extending the guiding groove 1〇3, the compression spring will one end of the sliding bracket 1 The other end side of the guide groove 1〇3 is pressed, so that the first and second frames 2, 3 are automatically slidably moved, and !287379 is in a closed state, and therefore, the self-actuating (10) half-stick axis is made. Therefore, the sliding mechanism 100' of the mobile machine according to the third preferred embodiment of the present invention is not only simple in construction, but also can be automatically slid, and the 2 and (2) bodies 3 are half-finished.

機：動：係有關本發明第四較佳實施之行動機m動機構之—例’如圖中所示，該滑動推壓構造210, 具有：將兩雜互相_之方向推壓之可伸縮的第-推壓構造加及被連結至此第一推壓構造211成為可轉動，且藉由該第-推壓構造211成為屈曲狀的第二技架212;及將前述第 -推塵構造21丨與前述第二托架212缝成為直線狀之第三推壓構造213。另外，與前述第-較佳實施之行動機器之滑動機構1相同之構材將明樣的名稱命名，並省略其說明。第十-圖及第十二圖，係將基部構材、滑件、滑動推壓構造之位置關係標示成明確易懂之圖，第-推壓構造211及第三推壓構造213僅以鋸齒線來標示。滑動推壓構造210的-端安裝於基部構材4上成為可轉動’另-端安裝於滑件5上成為可躺之構造。該滑動推壓構造210 ’具有··將兩端往互相離開方向推麼之可伸縮的第 -推壓構造211 ;及被連結至此第—推壓構造211成為可轉動’且藉由該第-推壓構造211成為屈曲狀的第二托架212 . 31 1287379 及將前述第一推壓構造211與前述第二托架212推壓成為直線狀之第三推壓構造213。第一推壓構造211之構成並無特別限定，雖然可僅用例如壓縮彈簀等健猜來構成，但最好桿之構造，可作為此圓桿構造之第-推壓構造211者，舉例來說，可採用與前述第-較佳實施之行動機H之滑動構造丨之滑動推壓構造 6相同之構造，即此第—推壓構造211，舉絲說··亦可利用圓筒61 ;以及一部分收容於此圓筒61十成為可來回動作的桿件62 ;及收容於前述圓筒㈣，且可推屢以令前述桿件 62之露出長度增長之如_彈簧63的雜構材來構成1 第一細冓造2Π之-端，係藉由旋熟221等方式安裝至< 基部構材4之-_近成為可轉動，同時其另—端與第架212之一端安裝成可互相轉動。 *第，托㈣2係為棒狀等形狀，該第二托架加的另— 端’係藉由旋轉軸222被安裝至滑件5成為可轉動，· 托架212與第一推壓構造211上，設有 / 一與第-推壓構造2Π施力，令它們處於托架212 構造213。直線上之第三推虔第三推壓構造213係對將屈曲的第一顧構造211盘第 -托架212施力令它們處於呈—直線狀的裝置。、中所示，該第三顧編13所示物 = 32 < S ) 1287379 如第十二圖中所示的彎曲延展彈簀216。第三推壓構造213 的推壓力，第一推壓構造211之長度、推壓力，以及第二托架212之長度等，將可分別自任意的範圍選擇，以實現··除机:Motion: relating to the moving mechanism of the mobile machine according to the fourth preferred embodiment of the present invention - as shown in the figure, the sliding pressing structure 210 has a telescopically movable direction The first pressing structure is coupled to the first pressing structure 211 so as to be rotatable, and the second structure 212 is bent by the first pressing structure 211; and the first dust pushing structure 21 is The third pressing structure 213 is formed in a straight line with the second bracket 212. Further, the same members as those of the sliding mechanism 1 of the mobile machine of the above-described preferred embodiment will be named with the same names, and the description thereof will be omitted. In the tenth-fifth and twelfth drawings, the positional relationship of the base member, the slider, and the sliding pressing structure is marked as a clearly understandable figure, and the first-pushing structure 211 and the third pressing structure 213 are only serrated. Line to mark. The end of the sliding pressing structure 210 is attached to the base member 4 so as to be rotatable, and the other end is attached to the slider 5 to be reclinable. The sliding pressing structure 210' has a telescopic first pressing structure 211 that pushes both ends in a direction away from each other; and is connected to the first pressing structure 211 to be rotatable' and by the first The pressing structure 211 is a second bracket 212 that is in a curved shape. 31 1287379 and a third pressing structure 213 that presses the first pressing structure 211 and the second bracket 212 into a linear shape. The configuration of the first pressing structure 211 is not particularly limited, and may be constituted by only a guess such as a compression magazine. However, the structure of the rod is preferable as the first pressing structure 211 of the round rod structure. In other words, the same configuration as that of the sliding pressing structure 6 of the sliding structure of the mobile machine H of the above-described preferred embodiment can be employed, that is, the first pressing structure 211 can also utilize the cylinder 61. And a part of the rod member 62 accommodated in the cylinder 61 to be movable back and forth; and a miscellaneous member such as the spring 63 that is accommodated in the cylinder (4) and can be extended to increase the exposed length of the rod member 62. To form the first end of the first fine structure, the end portion of the base member 4 is rotatably mounted by means of a rotary 221 or the like, and the other end is mounted to one end of the second frame 212. Can rotate each other. *, the bracket (4) 2 is in the shape of a rod or the like, and the other end of the second bracket is rotatably attached to the slider 5 by the rotating shaft 222. The bracket 212 and the first pressing structure 211 The upper/first and first-pushing structures 2 are biased to be in the bracket 212 configuration 213. The third pushing structure on the straight line The third pressing structure 213 is a device that biases the first constituting plate 211 of the buckling-the bracket 212 so as to be in a straight line shape. As shown in the figure, the third shown in Fig. 13 = 32 < S ) 1287379 The curved extended magazine 216 as shown in the twelfth figure. The pressing force of the third pressing structure 213, the length of the first pressing structure 211, the pressing force, and the length of the second bracket 212, etc., can be selected from arbitrary ranges, respectively.

了在閉合狀態下基部構材4受力而抵接在滑件5的上方之外；在打開狀態下基部構材4受力抵接在止動構材15上，同時，在基部構材4、滑件5或是兩者滑動並超過中立狀態之後，向滑動推壓構造210之兩端互相離開的方向施力。藉此方式組裝，在將基部構材4及滑件5，分別安裝至第-麵2及第二框體3時，如第十—圖⑻及第十二圖⑻中所示，在第-框體2與第二框體3為互相重合之閉合狀態下，藉由滑動推歸造21〇之壓縮彈簧的推壓力，及第三推壓構造213的健力，將基部構材4顧至滑件5的上方，即卡合凸部43抵接在卡合凹部53之部54上，基部構材4及 :互謂，故，第—姆2及第萄3 相重合之閉合狀態。右9弟1體2,或是第二桓體 3由上述閉合狀態開始 ^ —框體筹215，及第-減播：動推壓構造細之_ 胃構造213會受到荷重，綠接著，如第十-_及第十二圖壓構造21◦之兩端間的長度若達到最小二^ 33 1287379 造210之壓縮彈簧壓縮至最小，第三推壓觀213亦將產生最大的彈性變形，當過了此狀態(即為中立狀態)後，藉由滑動推壓構造210之__ 213之雜力及第三推鶴θ造213 之推壓力，第-、二框體2、3，及基部構材4，滑件5可自動地滑動移動，如第十-_以及第十二_中所示，基部構材4抵接在止動構材15上，成為打開狀態。In the closed state, the base member 4 is forced to abut on the upper side of the slider 5; in the open state, the base member 4 is forced to abut against the stopper member 15, and at the same time, the base member 4 After the slider 5 or both slide and exceed the neutral state, the ends of the sliding pressing structure 210 are biased away from each other. In this way, when the base member 4 and the slider 5 are attached to the first surface 2 and the second frame 3, respectively, as shown in the tenth to (8) and the twelfth (8), at the first When the frame body 2 and the second frame body 3 are in a closed state in which they overlap each other, the base member 4 is taken care of by the sliding force of the compression spring of the 21-inch compression spring and the pressing force of the third pressing structure 213. The upper portion of the slider 5, that is, the engaging convex portion 43 abuts on the portion 54 of the engaging recess portion 53, and the base member 4 and the mutual member are mutually closed, so that the first and second phases coincide with each other. Right 9 brother 1 body 2, or the second body 3 starts from the above closed state ^ frame 215, and the first - minus broadcast: dynamic push structure is fine _ stomach structure 213 will receive the load, green then, such as The length between the two ends of the tenth-- and twelfth-pressure structures 21◦ is the minimum two ^ 33 1287379. The compression spring of 210 is compressed to the minimum, and the third pressing view 213 will also produce the maximum elastic deformation. After this state (that is, the neutral state), the first and second frames 2, 3, and the base are pressed by the __213 of the sliding pressing structure 210 and the pushing force of the third pushing θ. The member 4, the slider 5 is automatically slidably moved, and as shown in the tenth - _ and the twelfth _, the base member 4 abuts on the stopper member 15 to be in an open state.

在此打開狀下’由於滑動推壓構造21〇之壓縮彈菁之推壓力以及第三減構造213之推壓力，令基部構材4抵接在止動構材15上，使第-框體2與第二框體3維持在打開狀態。若令第-框體2，或是第二框體3，或是第一、二框體2、 3由打開狀態往閉合方向滑動時，則當過了中立狀態後，藉由滑動推壓構造2Κ)之壓縮彈|之推壓力以及第三推壓構造 213之推壓力’第、一框體2、3、基部構材4、滑件$得自動地滑動移動成為閉合狀態，故，自打開狀態往閉合狀態滑動移動時，能以半自動的方式進行滑動動作。另外，滑動推壓構造210之另一端(第二托架212之另一端)可以位;件5之另-側部更接近巾央的位置上，因此與僅使用壓縮彈簧來構成推壓構造之場合概，將可使滑動推壓構k 210之兩端間的間隔縮小。進而，由於使用推壓力較小的滑動推壓構造6，因此縮小基部構材4與滑件5，及框 34 1287379 體2、3的寬度。所以’有關本發明之第四較佳實施之行動機器之滑動機構200除了構&簡單之外，並可使第一框體2與第二框體3 半自動地/月動，除了可提升操作性之外，並可縮小基部構材 4或滑件5的寬度。鉍上说明所述’有關本發明之滑動機構，不僅構造簡單， φ 二可使第框體2與第二框體3半自動地滑動，因此可提升 . 操雜’並⑽部構材4或滑件5的寬度縮小，尤其最粉使驗行祕端，尤其是用來作為行動電關之滑動機構。承上’本發明所提供之一種「行動機器之滑動機構及行動電話機」’確符合;_利之要件，爰依法提出專利申請，祈請惠予專利，實為感禱。 • 邀惟以上所述者，僅係本發明之較佳可行之實施例而已，牛凡利用本發明上述之方法、形狀、構造、裝置所為之變化，皆應包含於本案之權利範圍内。【圖式簡單說明】之行動終端的滑動第-圖係圖示有關本發明之第—較佳實施機構之閉合狀態的平面圖；實施打動終端的滑動機第二圖係說明有闕本發明之第一較佳 S ) 35 1287379 構之打開狀態的平面圖；第二圖係說明有關本發明之第一較佳實施行動終端的滑動機構之打開狀態的平面圖；第四圖係®示錢本發明之第一較佳實施行動終端的滑動機構之分解斜視圖；第五圖係圖示有關本發明之基部構材之一例的斜視圖；第六圖係圖不有關本發g月之滑件之—例的斜視圖；第七圖係圖示有關本發明之推壓構造之—例的分解斜視圖；第八圖係賴有關本發明之l健實施之行鱗端的滑動機構之動作狀態的概略平面圖，其中(a)係圖示閉合狀態之圖，⑻係圖示打開動作之圖餐圖示打開狀態之圖；弟九圖係綱錢本發明之第二健魏之行祕端的滑動機構之動作狀_概略平_，其中(雜圖示閉合狀離之圖，⑼係圖示打開動作之圖’(c)係圖第十圖係說明有關本發明之第三較肖〜、之囷， —干又丨王耳知之行動終機構之動作狀態的概略平面圖，其中_圖示閉合狀離之圖，_圖示打開動作之圖，㈡丁閉口紅、第十一圖係說明有關本發明之第四較佳實 =打開狀態之圖；其中(a)係圖示閉合之圖’（c)係圖示打開狀動機構之__的概略平蝴R行祕端的滑狀態之圖，(b)_示打開動作態之圖 36 1287379 第十二圖係說明有關本發明之第四較佳實施之行動終端的滑動機構之其他範例之動作狀態的概略平面圖，其中⑻ 係圖示閉合狀態之圖，⑹係圖示打開動作之圖，（c) 係圖示打開狀態之圖；第十三圖係說明行動電話機之動作狀態的概略平面圖，其中⑻ 係圖示閉合狀態之圖，⑻係圖示打開動作之圖，（c) 係圖示打開狀態之圖。 < S ：> 【主要元件符號說明】 1滑動機構 2第一框體 2a鍵盤部 3第二框體 3a顯示部 35第一安裝孔 4基部構材 41侧部 43卡合凸部 45第一安裝孔 47滾珠軸承收容部 48安裝孔 5滑件 5b —端 51侧部 53卡合凹部 54閉塞部 55第二安裝孔 56止動構材安裝孔 6滑動推壓構造 61圓筒 61a安裝部 61b導向部 62桿件 37 1287379In this open state, the base member 4 abuts against the stopper member 15 due to the pressing force of the compression elastic structure of the sliding pressing structure 21 and the pressing force of the third subtracting structure 213, so that the first frame 2 and the second frame 3 are maintained in an open state. When the first frame 2, or the second frame 3, or the first and second frames 2, 3 are slid from the open state to the closing direction, when the neutral state is passed, the sliding pressing structure is adopted. 2)) The compression force of the compression bomb|the pushing force of the third pressing structure 213', the first frame 2, 3, the base member 4, and the slider $ are automatically slid and moved to be in a closed state, so that the self-opening When the state slides in the closed state, the sliding motion can be performed in a semi-automatic manner. In addition, the other end of the sliding pressing structure 210 (the other end of the second bracket 212) can be positioned; the other side of the member 5 is closer to the position of the towel, and thus the pressing structure is constructed using only the compression spring. In any case, the interval between the ends of the sliding pressing structure k 210 can be reduced. Further, since the sliding pressing structure 6 having a small pressing force is used, the widths of the base member 4 and the slider 5, and the bodies 2, 3 of the frame 34 1287379 are reduced. Therefore, the sliding mechanism 200 of the mobile machine according to the fourth preferred embodiment of the present invention can be semi-automatic/monthly movable except for the structure & In addition to the nature, the width of the base member 4 or the slider 5 can be reduced. In the above description, the sliding mechanism relating to the present invention is not only simple in construction, but also allows the second frame 2 and the second frame 3 to slide semi-automatically, so that it can be lifted and the (10) member 4 or slippery. The width of the piece 5 is reduced, especially the powder is the secret end of the inspection, especially for the sliding mechanism of the action electric switch. It is true that the "sliding mechanism and mobile phone of the mobile machine" provided by the present invention is in conformity with the requirements of the _ profit, and the patent application is filed in accordance with the law. It is to be understood that the above-described methods, shapes, configurations and devices of the present invention are intended to be included in the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a plan view showing a closed state of a first preferred embodiment of the present invention; a second embodiment of a sliding machine for implementing a moving terminal; A preferred S) 35 1287379 is a plan view showing an open state of the structure; the second drawing is a plan view showing an open state of the sliding mechanism of the first preferred embodiment of the present invention; An exploded perspective view of a sliding mechanism of a preferred embodiment of the present invention; the fifth drawing is a perspective view showing an example of the base member of the present invention; and the sixth figure is not related to the sliding member of the present invention. 7 is an exploded perspective view showing an example of the pressing structure of the present invention; and the eighth drawing is a schematic plan view showing an operation state of the sliding mechanism of the row end of the present invention. (a) is a diagram illustrating a closed state, and (8) is a diagram showing an open state of a meal icon of the opening action; and a motion of the sliding mechanism of the second end of the second health of the invention. _, where (the diagram of the closed diagram is closed, (9) is the diagram of the opening action of the illustration] (c) The tenth diagram of the diagram illustrates the third comparison of the present invention, the 囷, the dry and the 丨王A schematic plan view of the action state of the action mechanism of the ear, wherein the figure shows a closed view, the figure shows the open action, (2) the closed lipstick, and the eleventh figure shows the fourth preferred embodiment of the present invention. = diagram of the open state; (a) is a diagram showing the closed diagram '(c) is a diagram showing the slip state of the schematic end of the open flat R mechanism of the open motion mechanism, and (b) showing the open action Figure 36 1287379 Figure 12 is a schematic plan view showing another example of the operation state of the sliding mechanism of the mobile terminal according to the fourth preferred embodiment of the present invention, wherein (8) is a diagram showing a closed state, and (6) is a diagram (c) is a diagram showing the state of the open state; the thirteenth diagram is a schematic plan view showing the operating state of the mobile phone, wherein (8) is a diagram showing a closed state, and (8) is a diagram showing an opening action, (c) A diagram showing the open state. <S :> DESCRIPTION OF REFERENCE NUMERALS 1 sliding mechanism 2 first frame 2a keyboard portion 3 second frame 3a display portion 35 first mounting hole 4 base member 41 side portion 43 engaging convex portion 45 first mounting hole 47 ball bearing housing Portion 48 mounting hole 5 slider 5b - end 51 side portion 53 engaging recess portion 54 blocking portion 55 second mounting hole 56 stopping member mounting hole 6 sliding pressing structure 61 cylinder 61a mounting portion 61b guiding portion 62 member 37 1287379

62a安裝部 7第二推壓構造 11a旋轉軸部 11c止動部 12a旋轉軸部 12c止動部 13a旋轉軸部 13c止動部 15a止動部 21導溝 31墊環 50滑件 70第二推壓構造 101滑動托架 103導溝 106導引旋轉軸 210滑動推壓構造 212第二托架 215壓縮彈簧 80導引旋轉轴 63壓縮彈簧 11第一旋轉轴 lib突部 12第二旋轉軸 12b突部 13導引旋轉軸 13b突部 15止動構材 17滾珠軸承 22導溝 40基部構材 60滑動推壓構造 100滑動機構 102托架推壓構造 105旋轉軸 200滑動機構 211第一推壓構造 213第三推壓構造 216彎曲延伸彈簧 3862a mounting portion 7 second pressing structure 11a rotating shaft portion 11c stopping portion 12a rotating shaft portion 12c stopper portion 13a rotating shaft portion 13c stopper portion 15a stopper portion 21 guide groove 31 spacer ring 50 slider 70 second push Pressing structure 101 sliding bracket 103 guide groove 106 guiding rotating shaft 210 sliding pressing structure 212 second bracket 215 compression spring 80 guiding rotating shaft 63 compression spring 11 first rotating shaft lib protrusion 12 second rotating shaft 12b Part 13 guide rotating shaft 13b protrusion 15 stop member 17 ball bearing 22 guide groove 40 base member 60 sliding pressing structure 100 sliding mechanism 102 bracket pressing structure 105 rotating shaft 200 sliding mechanism 211 first pressing structure 213 third pushing structure 216 bending extension spring 38

Claims

1287379 卞、申請專利範圍·· L 一種行動機器之滑動機構，包含：基部構材安裝於第一框體及 •如請求項1所述之行動機器之滑動機構構造及前述第二推壓構造中至少任一方，收容於此圓筒内柄可來回動作之桿件，其中，前述滑動推壓，具有圓筒、及一部分 :，及收容於前述圓筒1287379 卞申请申请申请 L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L L At least one of the rods, the rod shank that can be moved back and forth, wherein the sliding push has a cylinder, a part: and is received in the cylinder

第二框體之任一方；及滑件，係具一導溝及設於導溝中滑動卡合之一導引旋轉軸，該滑件安裝於第一框體及第二框體剩餘另一方，與前述基部構材卡合並能相對前述基部構材滑動；及滑動推壓構造，其一端安裝於前述基部構材及前述滑件之任一方成為可轉動，另一端則安裝於剩餘另一方並可轉動，且滑動推壓構造向兩端互相離開方向施力，以令前述第一框體與前述第 ^框體往直線方向相對肋；其中前賴動推壓構造的兩端，係分別配置赠絲部構材與前述滑件上，讀麵述滑動途中兩端間的長度成為最小，該兩端之任—端，係設於前述基部構材及前述滑件之任—方上，且能朝姉於前魅線方向正交之正乂方向軸’及第二推壓構造，設在前賴_壓構造之一端，並沿著前述正財向输述滑動推壓構造之另-端施力。 (S ) 39 1287379 與别述第-框體及第二框體任一方，及前述滑件與前述第一框體及第二框體剩餘另-方之間，至少任一方，設有滾珠輪承。 5.々種仃誠H之滑動機構，包含··基部構材安裝於第—框體及第二框體之任-方；及滑件，係具一導溝及設於導溝中滑動卡合^-導服胁’騎件絲於第—框體及第二框體剩餘之另方’與前述基部構材卡合並能相對前述基部構材滑動；及滑動托架，其一端安裝於前述基部構材及前述滑件之任一方成為可轉動3知則女裝於乘j餘之另一方並可轉動，以使前述第框體與前述第二框體往直線方向相對地滑動；其中前述滑 =托架之兩端’係分別設於前述基部構材與前述滑件上，以便前述滑動的途中該兩端位於與相對於前述直線方向正交之直線上，該兩端之任一端，係設於前述基部構材及前述滑件任一方 ^ ’往與相對於前述直線方向正交之正交方向移動；及把架推壓構造’設在該滑動托架之-端，並沿著前述正交方向朝前述滑動托架之另一端侧施力。 6.—種行動機H之滑賴構，包含：基部構材絲於第—框體及第:框體之任-方；及滑件安裝於第一框體及第二框體剩餘之方’與麵基娜材卡合能相對於前絲部構材滑動；及 α動推壓構造’其—端安裝於前述基部構材及前述滑件之任一 2成為可轉動’另-端安裝於剩餘之另一方成為可轉動，以令前述第，體與前述第二框體往直線方向相對地滑動；其中前 1287379 述滑動推壓構造的兩端，係分別配置於前述基部構材與前述滑件上，且在前述滑動途中，使兩端間的長度成為最小；該滑動推壓構造，具有··可伸縮之第一推壓構造，其向兩端往互相離開方向施力第-雜構造；及第二托架，其與第—推壓構造連結並可轉動，該第二托架與第—推壓構造形柄曲狀；及第三推壓構造，其顺料—祕構造與雜第二托架施力，以使匕們成為直線狀。如請求項6所述之行動機器的滑動機構，其中，前述第三推壓構造’具有彎曲壓縮彈簧或彎曲延展彈簧。 ^種娜物丨所⑽幽之_構之行動電話 1287379 七、指定代表圖： (一）本案指定代表圖為：第（一）圖。 (二) 本代表圖之元件符號簡單說明： 1滑動機構 3第二框體 4基部構材 5滑件 6滑動推壓構造 7第二推壓構造 15止動構材八、本案若有化學式時，請揭示最能顯示發明特徵的化學式：And one of the second frame; and the sliding member is provided with a guiding groove and a sliding guiding shaft disposed in the guiding groove, wherein the sliding member is mounted on the other side of the first frame and the second frame And engaging with the base member to slide relative to the base member; and the sliding pressing structure, one end of which is attached to one of the base member and the slider to be rotatable, and the other end is mounted on the other side and Rotatable, and the sliding pressing structure applies a force to the two ends in a direction away from each other, so that the first frame body and the first frame body are aligned in a straight direction with respect to the rib; wherein the two ends of the front urging structure are respectively configured The weight of the wire member and the sliding member is minimized between the ends of the slide surface, and the ends of the two ends are disposed on the base member and the slider, and The positive yaw axis 'and the second urging structure that can be orthogonal to the front charm line direction are provided at one end of the front y-pressure structure, and the other end of the sliding urging structure is described along the positive fiscal direction Force. (S) 39 1287379 A ball wheel is provided between at least one of the first frame and the second frame, and between the slider and the remaining one of the first frame and the second frame. Cheng. 5. The sliding mechanism of the 仃 H H, comprising: the base member is mounted on the first frame of the first frame and the second frame; and the sliding member, the guiding device has a guiding groove and a sliding card arranged in the guiding groove The sliding guide bracket is attached to the front frame member and the remaining base member is slidably coupled to the base member member; and the sliding bracket is attached to the front side of the first frame member. One of the base member and the sliding member is rotatable, and the other member is rotatable so that the first frame body and the second frame body slide in opposite directions in a straight line; wherein the sliding = the two ends of the bracket are respectively disposed on the base member and the sliding member, so that the ends of the sliding are located on a straight line orthogonal to the straight line direction, and either end of the two ends Providing one of the base member and the slider to move in an orthogonal direction orthogonal to the linear direction; and the frame pressing structure 'on the end of the sliding bracket, along the aforementioned The orthogonal direction is applied toward the other end side of the slide bracket. 6. The sliding structure of the mobile machine H, comprising: the base member wire is in the first frame of the first frame and the first frame; and the sliding member is mounted on the remaining side of the first frame and the second frame 'The card is slidable relative to the front wire member; and the α-moving structure' is attached to the base member and any of the aforementioned sliders to become a rotatable 'other-end mounting The other of the remaining members is rotatable so that the first body and the second frame slide in a linear direction; wherein both ends of the sliding pressing structure are disposed on the base member and the foregoing In the slider, the length between the both ends is minimized during the sliding, and the sliding pressing structure has a first pressing structure that is expandable and contractible, and applies a force to the both ends in the direction away from each other. And a second bracket coupled to the first push structure and rotatable, the second bracket and the first push structure having a curved shape; and a third pushing structure, the material and the secret structure The second bracket is biased to make them linear. The sliding mechanism of the mobile machine according to claim 6, wherein the third pressing structure ' has a bending compression spring or a curved extension spring. ^ 种娜物丨所(10)幽之_ constituting the mobile phone 1287379 VII. Designated representative map: (1) The representative representative of the case is: (1). (2) Brief description of the symbol of the representative figure: 1 sliding mechanism 3 second frame 4 base member 5 slider 6 sliding pressing structure 7 second pressing structure 15 stopping member 8. In the case of chemical formula , please reveal the chemical formula that best shows the characteristics of the invention: