200850108 九、發明說明： 【發明所屬之技術領域】 ⑽本^涉行域11，其適合在關使例如構成行動電 互相重合的狀態下相綱閉時_。 ^ 【先前技術】 在作為行動機器的行動電話機、ρ 掌 這===機 Γ 43=有= 並且產生使所述第一殼;和^二聲:2的?二殼，： 而使第-殼體的以;的;;-殼體滑動從 公知的有日本特開2〇〇3 —125〇52 真％ t樣的行動機器， 該公開專利公報中所記載的機^ ifi中記载的機器。 構成的滑動殼體，並且在第緊固在一起而 體内的滑塊，能夠使第二殼⑵，納安 操作必須全部用手動來進行，相對操作、即滑動 請人之前提_夠半自。因此，本申 件，面其：r r部件《成:基座部 件卡合；和施力單元，其設在基^件和滑=地^^ 5 200850108 以側視時呈直線形狀即平體沿長度方向 方便情況打Π夺般 像，使用便利性差。、、、’、弟―〃又體的顯示器上的圖 【發明内容】 使用便利性而提出的’其目的在於提供-種 續體^盖成達」的，本發明的行動機器由第—殼體和第一 雜機㈡二覆蓋， 第二ί體殼部:塊裝㉟述 施力單元的—端件和上賴塊料之間，該 於上述基座部件和上述—個殼體中 ^ 虞 上述第-殼體轉動的方^承上二殼體能夠相對於 向打開方向或閉合方向滑動，所以能夠半 狀態，其特徵在=上述開閉機構ί有開 200850108 ’通過具有轉動單^ ’在打開狀態時第二 开又體相對於弟一嫒體轉動，所以可以 ^~ 體的角度。因此提高了使用便利性。H又體相對於弟—殼 在本發明的行動機器中，較佳的是：上 ϊΐϊί架產生摩擦的摩擦部件，並構成為i C合;f限制上述第二殼體相對於上述! 下 ，解除上述限制部和ΐ述二個部在上述打開狀態 殼體相對於上述第—殼體的轉^又體的卡5，從而允許上述第 韹叙t上所，，根據本發明的行動機器，通過具有半自動單开夺 狀態時’由於第二殼體相胁也進仃開閉，並且在打開 【實施方式】 ίρ以s明ί發明的行動機器的實施例。 圖〜第14圖是表示本動機器的實施例的圖。第7 第6圖所示，本發日月“^^構，實施例的圖。如第i圖〜 並且利用開閉機構4形成1和第二殼體3構成， 的閉合狀態（來昭第1图彳—Λ又體覆蓋弟一殼體2的上表面 表面露出的打開“。另外(父:；2圖）、和使第一殼體2的上 即，使第-殼體2和第二本/施方式中具有兩個打開狀態J 一殼體2的上表面的打開=处=閉合狀態相互滑動從而露出第 圖）、和使第一殼體2和第1圖㈦、第3圖以及第5 弟一设體3從該打開狀態進一步轉 200850108 狀態（參照第1圖 的打開狀態簡稱“纟圖），在本發明中，把前者 狀態。 打開狀恶，而把後者的打開狀態稱為打ί轉動 動電別，，例如可《解蛛 另外，作為本發明的行動°，:電子丄异盗、行動遊戲機等。 等。即，只要是使兩個殼體^互包括灰叙和殼體蓋 且，在本實施方式中，今 動的5又備，則不特別限定。並 本發明的行動_;_限定行動機器。 開閉機構4具有半匕3 2 14圖所示，其特徵在於， 基座部件7，其㈣自動早元6#半自料元5具有： 上，例如安裝在第_殼體體3中的任-個殼體 和第二殼體3中的另二個件8 ’其安裝在第-殼體2 和滑塊部件8^間單^ 9，其設在基座部件7 接，並且其另一端邻二二?的一端部與上述基座部件7連 部件8相對於基座^從;力單元9對該滑塊 施力，轉動單元6〜 ^位置向閉&方向或打開方向滑動 元6具Ϊ牛7和第-殼體2之間，該轉動單 例如安裝；^ ^部件7和-储财的任一方， 殼體中的另3 H 12 ’其安裝於基座部件7和-個 轴η，在二Li 弟一殼體—2，並且可轉動地支承於該 殼體2轉動的方^ 12以使第二殼體3能夠相對於第- 7安裝ί以ίί 2 f f严3。糾，在本發0种，基座部件 第一鉍髀？又奋和弟一设體3中的任一個殼體上，例如安裝於 單元Γ苴二旦貝際上，在基座部件7和第一殼體2之間設有轉動 6的^不是直接安裝於第—殼體2，而是將 步於笛ΐ接女波於弟一殼體2。並且，雖然把基座部件7安 ϋ 设體2，並把滑塊部件8安裝在第二殼體3，但是也可以 2。土主邛件7安裝於第二殼體3,並把滑塊部件8安裝於第一殼體 200850108 第一殼體2在上表面例如具有鍵从 ΪΪΞίί橫向較長的大致矩形形狀。即，V:杯體。2^體2 大致矩形形狀。在該第-殼體2 較長的 以重合於第-殼體2 _向較 形成為可 8 :逆=说 有臂安裝孔ίΓ塊部件8的兩側部附近社致中央部附近分別i 开第—殼體2的大財央部的上方。基座部件7 =ί=:ίϊΐ致矩形形狀。基座部件7的寬度形成為比t骨 ίΪ:9〇ϋtTw基座部件7的兩端部分別形成爲向上 方弓曲90、然後向内靖曲9Q。的大致〕字狀。即， 7由矩形平板狀的基部7a、從基部7a彎曲⑽ 土 口 直满7b f曲的平行部構成，該平行部作爲部件安 後方側）的端部被切除從而形成爲軸安裝部 72。在#件女衣邛71的前方側，靠近直行部7b設有與直 平行地延^的u字狀的切口 71a。並且，在部件安裝部、71的口大致 中央=，靠近直行部7b設有安裝孔71b。並且，在部件安妒邙71 7m==ir7b設有安裝孔心在該部件安裝部 滑動部件73形成爲與部件安裝部71大致相同的矩形板狀。 該滑動部件Μ安裝成與部件安裝部71重合。在滑動部件73的與 切二71a的彎曲部和兩個安裝孔71b、71c對置的部位上分別設有 女1孔73a、73b、73c ’例如通過使用安裝銷78、79並鉚接該安 200850108 裝銷78、79，來將滑動部件 件73的對置側在大致中央 部71。該滑動部 成，滑塊部件8的滑動凹部8 ^ 滑動部74形 之間，並且滑動部74與滑 ' ^人動件安裝部71 座部件7滑動移動。由此 乂 ^ π塊部件8相對於基 狀態，，態之間滑動使弟-忒體3相對於第-殼體2在閉合 8 ° 9 該施力單元9騎塊部件滑塊部件8連接， 一方，例如安裝在件C基mt滑塊部件8中的另 轉臂別以對回轉臂91用力作用於回 «在一=和第:紐32二===向回轉’從而 在回轉# 91的一端部設有回轉孔9 尺寸大於_㈣的承直徑 中，並將回轉軸95安裝在滑塊部亥回轉 地回轉。即，_ 91通過畴軸平行 =轉的方式樞軸安裝在滑塊部件8上。在回轉臂91的m1内 2S安上有，力銷96。在施力銷96外周的前 銷96的周向設有施力部件卡合槽96a。 I 舰力 ㊈ΐίΛ卩件不作_限定，其通過使作用力_於_臂91以 2/ ί匕L施力使其從中立狀態向某方向回轉，從而使第-私體 和弟二设體3從中立狀態（參照第8圖） 吏^ ^ 部件較佳為在周向上伸縮的例如盤簧92等。汗才為施力 200850108 盤簣92通過彈簧安裝部件93安 裝部件93形成蘭板狀。在該彈箬°彈簧安 面的大財央赠扣轉簧機部93γ。面即内表 亚鉚接在基座部件7的安裝孔π中，彈簀安入 到基座部件7的内表面。在該彈箬安裝部^ 皇生?'^皮女裝 之間安裝有盤簣92的基端部，在彈箬卷結 部93a 簀，，，盤箐92通過彈簧安心么裝 有盤 盤黃92的大小不作特別限定，只要牛上。 内表面上的尺寸即可。並且，盤箬92部件7的 的相反方向的大關向產生侧力。 向的相反方向彎曲成大致半圓形狀，作為 知^累方疋方 的尺寸。該安裝部-卡合^ 設置===的滑#塊部件8構成爲·· 與基座，滑:====== =轉# 91的回轉軸相比位於前方侧，從而 體 =3巧持閉合狀態的方式被—直施力。並且弟當^體二土 基座部件7滑_從閉合狀態變爲打開狀態二在 如在中立狀態下施加在哺臂91的前端部的tv力I 的回轉軸方向，該中立狀態的時候是盤簧92的作乍 :稍=打開狀態方向移動時’回轉臂91的自由端部盥回：二 ΪϊΐΐΓί位於近前侧，從而，第—殼體2和第二殼體施 十成ι成打開狀態。並且’在打開狀態時，回轉臂91的 /、回轉臂91的回轉軸相比位於前方側，從而，第一殼 二 殼體3以保持打開狀態的方式被一直施力。 一 轉動單元6設在基座部件7與第一殼體2和第二殼體3中 任一個殼體之間，例如設在基座部件7與第一殼體2之間。該轉 200850108 =元6—例如具有··軸u，其安裝於基座部件7 ; #口托，宜 女4於第一殼體2，並且可轉動地支承於該軸u。 /、 ^ 軸11由圓板狀的基部lla、設在該基部lla的一 衣部lib、和設在基部lla的另一個面上的轉動支 ' 在與基部lla的中央部相比向下方偏心。的位置i 安裝在基座部件7的軸安裝部72上，轴u fum79 ，部沿寬度方向延伸的方式分別安裝在基座部支二 於基部lla的直徑的尺寸。該轉動支承，llc由 除而構成的平行部和f曲部構成’並大致形 JJ 12b，,； =板狀。在轉動部12b上同軸地設有轉動孔12。。轉動孔‘ ΪίΐΪί爲略微大於轉動支承部11C的直徑的尺寸轉5ΐΐ2通200850108 IX. Description of the invention: [Technical field to which the invention pertains] (10) The field 11 is adapted to be closed when, for example, a state in which the mobile powers coincide with each other. ^ [Prior Art] In the mobile phone as the mobile machine, ρ palm === machine Γ 43 = yes = and produces the first shell; and ^ two sounds: 2 of the two shells: The casing is slid from the known action machine having the Japanese special opening 2 〇〇 3 〇 — — , , , , , , if if if if if if if if if if if if machine. The sliding housing is configured, and the sliders that are fastened together in the body can make the second shell (2) and the nano-an operation must be performed manually. The relative operation, that is, the sliding, is mentioned before. . Therefore, the present application, the surface thereof: rr component "cheng: the base member is engaged; and the force applying unit, which is set in the base member and the slip = ground ^^ 5 200850108 in a side view, a straight shape, that is, a flat body along The length direction is convenient for the situation, and the convenience of use is poor. ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The body and the first miscellaneous machine (2) are covered, and the second body portion is between the end piece and the upper block of the force applying unit, and is in the base member and the above-mentioned housing. The upper housing of the first housing is slidable relative to the opening direction or the closing direction, so that it can be in a half state, and the characteristic is that the opening and closing mechanism ί has opened 200850108 'by having a rotating single ^ ' When the state is open, the second opening body rotates relative to the body, so the angle of the body can be ^~. Therefore, the convenience of use is improved. H is also opposite to the brother-shell. In the mobile machine of the present invention, it is preferable that the upper friction member generates a frictional friction member and is configured as an i C combination; and f limits the second housing relative to the above; Dissolving the above-mentioned restricting portion and the card 5 of the two-part rotating body of the above-mentioned open state housing with respect to the above-mentioned first housing, thereby allowing the above-mentioned third embodiment, according to the mobile machine of the present invention, By the case of having a semi-automatic single-receiving state, the embodiment of the mobile machine invented by the second casing is also opened and closed, and the invention is opened. Fig. 14 is a view showing an embodiment of the mobile device. In the seventh and sixth figures, the present day and the month are shown in the figure of the embodiment, and the first embodiment is formed by the opening and closing mechanism 4 and the second casing 3. Figure 彳 Λ Λ Λ 覆盖 弟 弟 一 一 一 一 一 一 一 一 一 一 一 一 一 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体 壳体In the present embodiment, there are two open states J. The opening of the upper surface of the casing 2 = the position of the closed state slid to each other to expose the figure, and the first casing 2 and the first figure (7), the third figure and The fifth body 1 is further turned from the open state to the state of 200850108 (refer to the open state of FIG. 1 for short), in the present invention, the former state is turned on, and the open state of the latter is called For example, "the spider can be used as the action of the present invention, such as: electronic piracy, mobile game machines, etc., that is, as long as the two casings are included in each other. In addition, in the present embodiment, the present invention is not particularly limited, and the action of the present invention is limited to the action machine. The opening and closing mechanism 4 has a half turn 3 2 14 diagram, characterized in that the base member 7 and the (four) automatic early element 6# semi-material element 5 have: upper, for example, mounted in the first housing body 3 The other two members 8' of the second housing and the second housing 3 are mounted between the first housing 2 and the slider member 8 and are disposed on the base member 7, and the other One end of one end adjacent to the second and second ends is connected to the base member 7 with respect to the base member 8; the force unit 9 applies a force to the slider, and the rotating unit 6~^ position slides toward the closing/closing direction or the opening direction Between the yak 7 and the first housing 2, the rotating single is mounted, for example; ^^ part 7 and - any of the storage, the other 3 H 12 ' in the housing is mounted to the base member 7 and - a shaft η, in a housing 1-2, and rotatably supported on the side of the housing 2 for rotation 12 to enable the second housing 3 to be mounted relative to the -7th ί 3 Correction, in the present invention, the base member is the first one of the base member and the other one of the housings 3, for example, mounted on the unit, on the base member 7 Rotating between the first housing 2 and the first housing 2 The ^ of 6 is not directly mounted to the first casing 2, but will be stepped on the flute to connect the female to the casing 2. And, although the base member 7 is mounted to the body 2, the slider member 8 is attached. Mounted in the second housing 3, but may also be 2. The soil main assembly 7 is mounted to the second housing 3, and the slider member 8 is mounted to the first housing 200850108. The first housing 2 has keys on the upper surface, for example. From the ΪΪΞίί laterally long substantially rectangular shape. That is, V: cup body. 2^ body 2 is generally rectangular in shape. The first housing 2 is longer to coincide with the first housing 2 _ direction is formed as 8 : Reverse = said arm mounting hole Γ The vicinity of the two sides of the block member 8 is near the center of the central part of the housing. Base part 7 = ί=: ίϊΐ causes a rectangular shape. The width of the base member 7 is formed to be formed as an upward bow 90 and then inwardly 9Q, respectively, at both end portions of the base member 7 of the t Ϊ 〇ϋ: 9 〇ϋ tTw. The approximate shape of the word. In other words, the base portion 7a of the rectangular flat plate shape is formed by bending the base portion 7a (10) and the parallel portion of the soil opening straight 7b f, and the end portion of the parallel portion as the rear side of the member is cut away to form the shaft mounting portion 72. On the front side of the #女衣 71, a U-shaped slit 71a extending in parallel with the straight portion 7b is provided adjacent to the straight portion 7b. Further, at the center of the mouth of the component mounting portion 71, the mounting hole 71b is provided near the straight portion 7b. Further, the component ampoule 71 7m == ir7b is provided with a mounting hole in the component attaching portion. The sliding member 73 is formed in a substantially rectangular plate shape similar to the component attaching portion 71. The sliding member Μ is mounted to overlap the component mounting portion 71. A female 1 hole 73a, 73b, 73c is provided in a portion of the sliding member 73 opposite to the curved portion of the cut 71a and the two mounting holes 71b, 71c. For example, by using the mounting pins 78, 79 and riveting the security 200850108 The pins 78 and 79 are attached so that the opposite side of the sliding member 73 is at the substantially central portion 71. The sliding portion is formed between the sliding concave portion 8 of the slider member 8 and the sliding portion 74, and the sliding portion 74 is slidably moved with the slider member 7 of the sliding member. Thereby, the π block member 8 is slid with respect to the base state, and the slidable state is connected to the first housing 2 with respect to the first housing 2 at 8 ° 9 . The urging unit 9 is coupled to the block member slider member 8 . For example, the other arm mounted in the C-based mt slider member 8 is forced to act on the rotating arm 91 to return to the «one = and the first: the new 32 ==== direction of rotation" and thus at the end of the revolution #91 The portion is provided with a diameter of the turning hole 9 that is larger than _ (four), and the rotating shaft 95 is attached to the slider portion to rotate in the sea. That is, _91 is pivotally mounted on the slider member 8 by the domain axis parallel=rotation. In the m1 of the swivel arm 91, there is a force pin 96 in the 2S. A biasing member engagement groove 96a is provided in the circumferential direction of the front pin 96 on the outer circumference of the bias pin 96. I Shipment ΐ ΐ Λ卩 Λ卩 Λ卩 Λ卩 Λ卩 Λ卩 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , From the neutral state (refer to Fig. 8), the member is preferably a coil spring 92 or the like that expands and contracts in the circumferential direction. The sweat is applied. 200850108 The cartridge 92 is formed into a blue plate shape by the spring mounting member 93 mounting member 93. In the spring of the magazine, the spring is provided with a buckle spring unit 93γ. The inner surface of the base member 7 is riveted into the mounting hole π of the base member 7, and the magazine is fitted to the inner surface of the base member 7. The base end portion of the cartridge 92 is mounted between the magazine mounting portion, and the magazine 92 is placed in the magazine winding portion 93a. The size of 92 is not particularly limited as long as the cow is on. The size on the inner surface is sufficient. Also, the lateral direction of the opposite direction of the member 7 of the cartridge 92 produces a side force. The opposite direction of the direction is curved into a substantially semicircular shape, which is the size of the known square. The slip-block member 8 of the mounting portion-engagement-setting === is configured to be located on the front side of the rotary shaft of the pedestal, slip:=======turn #91, and thus the body=3 The way to hold the closed state is to apply force directly. And the second body of the base member 7 slides from the closed state to the open state 2 in the direction of the rotary axis of the tv force I applied to the front end portion of the arm 91 as in the neutral state, the neutral state is The operation of the coil spring 92: when the direction of the open state is shifted, the free end of the swivel arm 91 is turned back: the second side is located on the front side, so that the first housing 2 and the second housing are opened to the open state. . Further, in the open state, the / of the swivel arm 91 and the swivel arm of the swivel arm 91 are located on the front side, so that the first casing 2 is always biased to maintain the open state. A rotary unit 6 is provided between the base member 7 and any one of the first housing 2 and the second housing 3, for example, between the base member 7 and the first housing 2. This turn 200850108 = element 6 - for example, has a shaft u which is attached to the base member 7; #口托, the female 4 is in the first casing 2, and is rotatably supported by the shaft u. /, ^ The shaft 11 is eccentric downward from the central portion of the base portion 11a by the disk-shaped base portion 11a, the one garment portion lib provided on the base portion 11a, and the pivoting portion ' provided on the other surface of the base portion 11a. . The position i is attached to the shaft attachment portion 72 of the base member 7, and the shaft u fum79 is attached to the base portion so as to be spaced apart from the diameter of the base portion 11a. The rotatory support, clc, consists of a parallel portion and an elb portion formed by the division and is substantially JJ 12b,; A rotation hole 12 is coaxially provided on the rotating portion 12b. . The rotation hole ‘ Ϊ ΐΪ ΐΪ 为 is slightly larger than the diameter of the rotation support portion 11C.
He的轴的周圍。在托架12的轉動部12b 上分別設有墊圈15、16。即，在軸u 支承部Uc 動部12b之間、以及在托架12的轉動邻、^ σ a和托架12的轉 之_設_ 15，並且在彡彈簧13 反侧）即轉動支承部lie的前端部設有塾圈16。這^ 5的， ^貫通孔15a、16a形成爲形狀略16 塾圈Μ、16設成簡在轉動支承部lle 鉚接，從而將托㈣可轉祕支承在軸n\且4大出的部分被 15來按壓）以産生摩擦。作爲摩擦部件(貝^上;^者墊圈 爲碟形彈扣等。_科13 12 200850108 和前端部側的墊圈16之 動支承部lie的軸的周圍。由此τ'，上t5和塾圈16之間的轉 _轴11的基部11a上，產生了 jfH；!12的轉動部12b按 -殼體2旋轉後使其停 了，^’m體3相對於第 #並且，較佳在第-殼體^第亥位置停止。 弟二_ 3上設有限制部，該;-個殼體例如 體3中的另一個殼體例如第 ；d-喊體2和第二殼 對於第-殼體2的轉動4為;：卡言’來限制第，3相 是在第二殼體3的下表面、^ =並不特別限定’例如可以 部35等。凸部35形J為：端部附近向下方突出的凸 開狀態之前的期間；，與▲二合狀態到即將成 第二殼體3相對於第一殼體2、的轉ς。-的上表面接觸從而限制 允許^是這樣的部ί: 允許部25。轉動 相互滑動而成為打開狀 j體3^閉合狀態 角度，例如轉動角度於第一殼體2達到預定的 動允許部25例如在第一殼體2夺部停止上述旋轉。轉 在當第一 Μ麯+ ^的上表面形成為凹狀。即，輕祛兔 而使第二殼體3能夠上。並置^凹狀的轉動允許部25，從 擋部（未圖示），在3相為該轉動允許部25具有止 時’該止播部停=角度達到 從閉合狀態相互滑動而成為打田苐一&设體2和苐二殼體3 一殼體2以轴11為，使第二殼體3相對於第 而成為打開k狀^在轉動角度達到4〇。時停止旋轉從 以下說明本發明的行動機器的作用。 體用互常的Λ態下，第-殼體2和第二殼 丨仟柢接在滑動凹部81的封閉端部，基座 13 200850108 .:: 卡2外所:第:和第二殼體3保持為 可以設置鎖定機構r此外’為了更可罪地維持該閉合狀態，也 以使、:例如使力作用於第二殼體3， 對第二殼體3施力以使1相^為打開狀態。即， 樣，回轉臂91以轴忽;:二弟以體方，。這 J的力’使得盤簧92承受負荷，從;克服其：力== f 3保持為打開狀態。==第和第二殼 :出士所以可進行鍵溢操作。另外，3 的，盤 “===行=動r合狀 殼:?在的=，，使第二殼 == 允^ #軸=轉直到轉動到其轉動角度達到相«軸11 -上從而產生摩擦，所以第』體? 14 200850108 其旋轉停止的位置上。其結果為，可以把顯示哭 任意的角度，所以能夠在容易看見顯示器31上°^=度改變為 下進行鍵盤操作等，因此提高了使用便利性。’’、、’、的圖像的狀態 在使用後，為了回到閉合狀態，在使第二 殼體2旋轉以返回到打開狀態後，在使第二殼i3相^^第一 體2從打開狀態向閉合狀態滑動時，盤箬92克弟一殼 上伸長。當超過中立狀態、回轉臂91的軸支J上在周向 置相對互換時，借助於盤箬92的作用 厂自由端部的位 殼體3和第-殼體2向閉合方向施力。中心對第二 對於第一殼體2向閉合方向自動地、、晋銘=果f，苐二殼體3相 $於滑動凹部81的封閉端部而成為動’使^動部件73抵 悲滑動移動到閉合狀態時可以半自 ^由^ ’在從打開狀 以改變第二殼體3相對於第一殼體2 地，並且可 另外，由於利用回轉臂9卜盤菩;使用方便。 地進行滑動動作並且進行轉動動=形彈簧13等半自動 低ίί以及實現小型化。射，通過改變件數量、降 回轉臂91的位置以及長产 >—又欠盤黃92的彈性特性等和 f閉合狀力^^ 動作。例如，通過 持閉合狀態和打開狀態的力，從而=用力，能夠增大維 開狀態。 b夠可罪地維持閉合狀態和打 一 ^讀述，本發明的行動機器通過 兀，弟二殼體相對於第一殼體 )、有+自動早兀和轉動單 第:殼體和第二殼體半自動地滑: 也開閉，所以能 ，苐_殼體相對於第一殼體轉動 並且在打開狀恶時，由 弟—殼體的角度，因此能狗接古:X可以改變第二殼體相對於 於行動終端機器。 回吏用便利性，所以特別適合應用 第1 【圖式簡單說明】 圖是表示本發_行_器的實施 例的立體圖，（a)爲表示 15 200850108 :)爲表示使第二殼 閉合狀悲的圖、（b)爲表示打開 旋轉狀“。 二日的行動機器的閉合狀態的實施例的立體圖。 * ° 面圖。 的订動機為的打開旋轉狀恶的實施例的侧截 S圖圖是表示本發明的行動機器的打開狀態的 實施例的局部截面 了職轉狀態的實施例的局部 閉裝置的閉合狀態的實施例的立體圖。 第9 裝置的中立狀態的實施例的立體圖。 第ίο岐表访^=裝置的打開狀態的實_的立體圖。 圖。疋表林發明的開·置的打開旋轉狀態的實施例的立體 ΪI1圖絲林發明__置咐騎雜H的實關的側視 ί 閉裝置的實施例的分解立體圖。 疋表不本發_開置的實施分解主視S。 【主要元件符號說明】 1行動機器 2第一殼體 3第二殼體 4開閉機構 6轉動單元 200850108 7基座部件 7a基部 7b直行部 7d安裝孔 8滑塊部件 9施力單元 11軸 11a基部 lib安裝部 11c轉動支承部 lid安裝孔 12托架 12a安裝部 12b轉動部 12c轉動孔 13碟形彈簧 15墊圈 15a貫通孔 16墊圈 16a貫通孔 21托架容納部 17 200850108 25允許部 31顯示器 35凸部 71部件安裝部 71a 切口 71b安裝孔 71c安裝孔 72軸安裝部 73滑動部件 73a安裝孔 73b安裝孔 73c安裝孔 74滑動部 78安裝銷 79安裝銷 81滑動凹部 82安裝孔 83臂安裝孔 91回轉臂 91a回轉孔 91b安裝孔 18 200850108 92盤篑 93彈簧安裝部件 93a彈簧卷繞部 93b安裝凸部 95回轉軸 95a回轉支承部 95b頭部 96施力銷 96a施力部件卡合槽Around the axis of He. Washers 15, 16 are provided on the rotating portion 12b of the bracket 12, respectively. That is, between the shaft u support portion Uc moving portion 12b, and in the rotation of the bracket 12, σ a and the rotation of the bracket 12 -15, and on the opposite side of the 彡 spring 13, that is, the rotation support portion lie The front end portion is provided with a loop 16 . The through holes 15a, 16a are formed to have a shape slightly 16 塾, and 16 is set to be simply riveted at the rotation support portion lle, so that the support portion (4) can be pivotally supported on the shaft n\ and the 4 large portion is 15 to press) to create friction. As a friction member, the washer is a disc-shaped latch or the like. _ Branch 13 12 200850108 and the periphery of the shaft of the movable support portion lie of the washer 16 on the distal end side. Thus τ', upper t5 and 塾 ring On the base portion 11a of the rotation shaft 11 between 16, jfH is generated; the rotation portion 12b of the !12 is rotated by the housing 2, and the body 3 is stopped relative to the ##, preferably at the - the housing ^Hai position is stopped. The second _ 3 is provided with a restriction portion, and the other housing such as the other one of the body 3, for example, the first d- shouting body 2 and the second shell for the first-shell The rotation 4 of the body 2 is: "speaking" to limit the third, the third phase is on the lower surface of the second casing 3, ^ = not particularly limited 'for example, the portion 35, etc. The convex portion 35 is J: the end portion a period before the convex state that protrudes downward in the vicinity; the contact with the ▲ two-in-one state to the upper surface of the second casing 3 with respect to the first casing 2, thereby restricting the permission is such that Part ί: the permitting portion 25. The rotations slide to each other to become an open-ended j-body 3^closed state angle, for example, the angle of rotation of the first housing 2 reaches a predetermined movement permitting portion 25, for example, in the first housing 2 The above rotation is stopped. The upper surface of the first distortion + ^ is formed into a concave shape. That is, the second housing 3 is slid by the rabbit, and the concave rotation allowing portion 25 is received from the stopper ( (not shown), when the three phases are such that the rotation permitting portion 25 has a stop time, the stop portion is stopped, and the angles are slid from the closed state to each other to become a casing and a casing 2 and a casing 2 2, with the shaft 11, the second casing 3 is opened to be k-shaped, and the rotation angle is 4 〇. When the rotation is stopped, the action of the mobile machine of the present invention will be described from the following. The first housing 2 and the second housing are spliced at the closed end of the sliding recess 81, and the base 13 200850108 . :: the card 2 is external: the first and the second housing 3 are kept to be provided with a locking mechanism r In addition, in order to maintain the closed state more sinly, for example, a force is applied to the second casing 3, and the second casing 3 is biased to make the 1 phase open. That is, the slewing The arm 91 is in the axial direction; the second brother is in the body. The force of this J makes the coil spring 92 bear the load, and overcomes it: the force == f 3 remains open. == And the second shell: the teacher can perform the key overflow operation. In addition, the 3, the disc "=== line = moving r combined shell: ? in the =, so that the second shell == allow ^ # axis = turn Until the rotation angle reaches the phase «shaft 11 - and the friction is generated, the first body 14 145050 is at the position where the rotation stops. As a result, the display can be cried at an arbitrary angle, so that the display 31 can be easily seen. When the upper degree is changed to the lower keyboard operation, the ease of use is improved. The state of the image of '', ', after use, in order to return to the closed state, the second housing 2 is rotated After returning to the open state, when the second shell i3 is rotated from the open state to the closed state, the cartridge 92 is elongated on a shell. When the shaft support J of the swing arm 91 is relatively interchanged in the neutral state, the position housing 3 and the first housing 2 at the free end of the factory are urged in the closing direction. The center is automatically moved to the first housing 2 in the closing direction, and the second housing 3 is at the closed end of the sliding recess 81 to become a moving member. When moving to the closed state, it is possible to change the second housing 3 relative to the first housing 2 in the open state, and additionally, due to the use of the swing arm 9; The sliding operation is performed and the rotation is performed such that the spring 13 is semi-automatically low and the size is reduced. Shooting, by changing the number of pieces, lowering the position of the swivel arm 91, and the long-life >--the elastic characteristic of the disk yellow 92 and the f-closing force ^^ action. For example, by holding the force of the closed state and the open state, the force can be increased to increase the open state. b sinfully maintains the closed state and makes a reading, the mobile machine of the present invention passes through the cymbal, the second housing relative to the first housing), has + automatic early rotation and rotates the single: housing and second The housing slides semi-automatically: it is also opened and closed, so that the housing can be rotated relative to the first housing and when it is open, the angle of the housing is the same, so the dog can be connected: X can change the second shell. The body is relative to the mobile terminal machine. It is particularly suitable for application. The first embodiment of the present invention is a perspective view showing an embodiment of the present invention. (a) is a representation of 15 200850108 :) to indicate that the second casing is closed. The sorrow diagram and (b) are perspective views showing an embodiment in which the rotation state is "two-day closed state of the mobile machine. * ° The plan view is a side view of the embodiment in which the rotation is turned on. Figure is a perspective view showing an embodiment of a closed state of a partial closing device of an embodiment in a partial cross-sectional state of an open state of the mobile device according to the embodiment of the present invention. A perspective view of an embodiment of the neutral state of the ninth device. ί 岐 访 = = = 装置 装置 装置 装置 装置 装置 装置 装置 装置 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = An exploded perspective view of an embodiment of the closing device. The front view of the device is broken. The main device S is explained. [Main device symbol description] 1 mobile device 2 first housing 3 second housing 4 opening and closing mechanism 6 rotating unit 200850108 7 Base member 7a base portion 7b straight portion 7d mounting hole 8 slider member 9 biasing unit 11 shaft 11a base lib mounting portion 11c rotation support portion lid mounting hole 12 bracket 12a mounting portion 12b rotating portion 12c rotating hole 13 disc spring 15 Washer 15a through hole 16 washer 16a through hole 21 bracket accommodating portion 17 200850108 25 allowable portion 31 display 35 convex portion 71 member mounting portion 71a slit 71b mounting hole 71c mounting hole 72 shaft mounting portion 73 sliding member 73a mounting hole 73b mounting hole 73c Mounting hole 74 sliding portion 78 mounting pin 79 mounting pin 81 sliding recess 82 mounting hole 83 arm mounting hole 91 swivel arm 91a swivel hole 91b mounting hole 18 200850108 92 disc 篑 93 spring mounting member 93a spring winding portion 93b mounting convex portion 95 back Rotary shaft 95a slewing bearing 95b head 96 biasing pin 96a urging member engaging groove