201104090 六、發明說明： ..【發明所ΐ之g領域、〜一一 本發明係有關於—種設置域成可· 與第二殼體之_咖裝置及使用該^子雜之第一殼體 備，進-步詳細說明，係為使第二殼體㈣^之可攜式電子設 動作進行開_可觀電子設備之開、_㈣星狀曲線 可攜式電子設僙。 、直及使用該開闔裝置之 【先前技術】 過去’如T料批獻！所記载 置之可攜式電子設備係於使 袭置及使用該開職 殼體相對於同樣上表面«顯=等之操作部的第- 狀態中，使第二殼體相對 :體’從全面相互重疊 -殼體的操作部 1 4 ^後方向滑動’以露出第 卩且材賴作料行 第一_朝水平方向作9使咸體相對於 狀雜。如曰Μ 轉，且使第二殼體的顯示部為橫長 狀恶。如日本特開2〇〇8_1〇3989 丨馮知長 又，如下_讀丨知技術。 之可攜式電子設備亦於使上表面具有如按鍵=用3難置 7對訂表面具麵示部的第二殼體，一殼 的摔料，ΓΓ 體以縱方向展開，以露出第一殼體 ㈣狹 對操作部進行操作’使第二殼體相針於第* 趙朝縱方向之_向與直交方向之左右作90度：= 201104090 > „ 威體的顯示部為棒异壯能 '…曰本特開2008-219601號公開公報研 吞己戰係為習知技術。 …：：…：二-二…’..:二： 於上述專利文虐* 1命 ,^ 興2所記載之開闔裝置，無論使第二殼體 U 第成體'月動或朝縱方向開闔，均會使第二殼體旋轉；無 .y動裝置或縱方向Μ闔裝置，另外還需使第二殼體具有旋轉 :置…、由於一種裝置均為必需，因此有結構複雜， 二等問題。 门 【發明内容】 鐘於上述’因此本㈣主要目的係提供—種使第二殼體相對 於第-嫌^於左右任—方向且從G度到⑽度之間作水平旋轉 開闔的可駐電子設備之開職置及使用刻置之可攜式電 子設備。 位達上述目的’本發明係一可攜式電子設備之開閨裝置，其 •係使上表面具有操作部之第一殼體與同樣於上表面具有顯示部之 第-设體呈相互4登狀態，並使該第二殼體相對於該第一殼體朝 相對水平方向婦且卩之可攜式電子設備之關裝置。該開閨 裝置包含-星狀曲賴作機構，其係使該_裝置設置於該第一 —殼體與該第二殼體之間；及一點按停止手段，其係可使該第二殼 體相對於該第-殼體於喊⑽度予㈣按鼓；以及一旋 轉限制手段，其係可使該第二殼體相對於該第一殼體於一定的旋 轉角度予以旋轉限制。 201104090 .此時；本發明之結f偉反’該星構，其係包含 一框架狀基底部材；及一旋轉圓盤，其係相對於該基底部 平方向安裝以使其旋轉；及-小徑醜，其係相對於織轉圓盤， 以和該旋轉圓盤之旋轉中心的不同位置為旋轉中心，朝水平方向 安裝以使其旋轉；及—旋轉軸’其係相對於則、徑缝，以和該 小徑圓盤之旋轉中心的不同位置為旋轉中心，朝水平方向安裝以 使其旋轉；以及一迴旋部材，其係和該旋轉軸一同旋轉。201104090 VI. Description of the invention: .. [The field of the invention, the domain of the invention, the invention is related to the type of domain and the second shell of the coffee device and the first shell using the same Body preparation, step-by-step detailed description, in order to make the second housing (four) ^ portable electronic device action to open _ considerable electronic device open, _ (four) star-shaped curve portable electronic device. Direct use of the opening device [Prior Art] In the past, such as the T material! The portable electronic device is configured to cause the second housing to be opposite to the body in the first state of the operating unit with respect to the same upper surface. Fully overlapping each other - the operating portion of the housing 1 4 ^ slides in the rear direction to expose the third and the material is first in the horizontal direction 9 in the horizontal direction to make the salty body relatively miscellaneous. For example, the display portion of the second casing is horizontally long. For example, Japan's special opening 2〇〇8_1〇3989 丨 冯知长, as follows _ read 丨 know technology. The portable electronic device also has a second housing on the upper surface such as a button=3 hard-to-set 7-to-single surface with a face portion, a shell of the material falling, the body is unfolded in the longitudinal direction to expose the first The casing (4) operates on the narrow operation portion to make the second casing phase needle 90 degrees in the longitudinal direction of the * Zhao direction and the right direction of the orthogonal direction: = 201104090 > „ The display part of the power body is a different kind of strength ... 曰本特开2008-219601号public bulletin research and development of the warfare system is a well-known technology. ...::...: two-two...'..: two: in the above patents abuse * 1 life, ^ Xing 2 records The opening device can rotate the second casing regardless of whether the second casing U is 'monthly or open in the longitudinal direction; no.y moving device or longitudinally rotating device, and further need to make The second housing has a rotation: ..., because a device is necessary, so there is a complicated structure, second-class problem. [Inventive content] The clock is in the above-mentioned "The main purpose of this (four) is to provide a second housing relative to The opening of the electronic device that can be rotated horizontally between the first and the right side and from the G degree to the (10) degree The present invention relates to a portable electronic device opening device, which has a first housing having an operating portion on the upper surface and the same upper surface. The first device having the display portion is in a state of being in the state of being mutually connected to each other, and the second housing is connected to the first housing with respect to the horizontal direction of the portable electronic device. The opening device includes a star-shaped music-making mechanism, wherein the device is disposed between the first-shell and the second casing; and a click-stop means is provided for the second casing relative to the first - the housing is shouted (10) degrees to (four) according to the drum; and a rotation limiting means for rotating the second housing relative to the first housing at a certain angle of rotation. 201104090. At this time; the present invention a knot comprising: a frame-like base member; and a rotating disc mounted in a flat direction relative to the base portion to rotate it; and - a small path ugly, the system being relative to Rotating the disc to rotate at different positions from the center of rotation of the rotating disc a center that is mounted in a horizontal direction to rotate it; and—the rotating shaft' is rotated relative to the center of rotation of the small-diameter disk, and is mounted horizontally to rotate it. And a convoluted member that rotates together with the rotating shaft.
此外，本發明之該星狀曲線操作機構，其包含一框架狀基底 部材；及一旋轉圓盤，其係相對於該基底部材朝水平方向安裝以 使其旋轉；及-小徑圓盤，其係魏裝於設置在該旋轉圓盤的擴 圓凹部内’以和該旋額盤之旋射叫不同位置輕轉中心， 朝水平方向安裝赌其_ ;及—旋熱，其係貫穿過設置在該 旋轉圓盤的導引長孔，相騎削、徑醜，以和該小徑圓盤之旋 轉中心的不陳置駿射^，朝水平方向安裝以使其旋轉·，以 及一迴旋部材，其係和該旋轉軸一同旋轉。Further, the asteroidal curve operating mechanism of the present invention comprises a frame-like base member; and a rotating disk mounted in a horizontal direction relative to the base member to rotate it; and - a small-diameter disk The system is installed in the revolving concave portion of the rotating disc, and is lightly turned to the center at a different position from the rotation of the rotating front plate, and is installed in a horizontal direction; and - the heat is rotated through the setting. In the guide hole of the rotating disc, the phase is sharpened and the diameter is ugly, and the center of rotation of the small-diameter disc is not mounted, and is mounted horizontally to rotate it, and a rotating component. , the system rotates together with the rotating shaft.
本發明之結構係又為，使該基底部材朝該第一殼體側邊安 裝，使該旋轉部材朝該第二殼體側邊安裝。 本發明之雜按停〇L手段，其結構係包含—止滑凹部，其係 以90度舰《置在賴帛絲底特的⑽彳之該旋雜嵌入。 本發明之織轉關後，其包含—収卡止着，其係安 f在該迴旋部m可動卡止部材，其軸職底部材側之 早-方向旋轉減，且於-定翻和鶴所在部簡棚定卡止 6 201104090 —.部材第二殼體簡，第_殼_-定旋轉角度卡合。 本發明之結構叙為，使該絲㈣钱於設置在該第一殼 體的安裝凹部’使該旋轉圓盤設置於該基底部材與該安裝凹部之 間 又，於該基底部材的裏侧言曼置蓋板的情形時，於該蓋板與該 :基底部材之_置該旋轉！，設置該可動卡止部材且使 - 朝單一方向旋轉推進。 • 如中請專利細第1項所述之本㈣_裝置更包含-滑動 防止手段’該滑動防止手段，其包含—傾斜部，其係設置在該基 底部材的料孔；以及-該岐卡止部材，其係安裝在和該傾斜 部抵接的該旋轉部材。 如申凊專她ϋ第1項所述之本發明關裝置更包含一轉動 支點調整手段，該轉動支點調整手段，其包含一薄片導引部，其 係設置在該基底部材之料凸條部的各㈣；以及—卡合检部， φ 其係位於該固定卡止部材。 由此，本發明上述之各開闔裝置，其係設置在可攜式電子設 備之第一殼體與第二殼體之間。 '本發_根據上述所構成，結構簡單，可使第二殼體相對於 第设體朝左右任-方向且水平旋轉，且使第二殼體相對於第一 殼體呈縱長狀態與橫長狀態，由於其係藉由第-殼體與第二殼體 相互的星狀曲職作以可_，因此，該錄錢動作當能引發 使用者的興趣。 201104090 【實施方式】 以下係說明本發明使用於可攜式電子設備之行動電話之一奋 施例，穌發明之_裝置，亦可使祕σ袋型麵、電子辭典貝、 個人數位助理（PDA)等其它可攜式電子設備。 圖1至圖29係為顯示本發明之可攜式電子設傷之開閨裝置工 及使用該開職置i之可攜式電子設備2之―實施例。依據圖式， 可攜式電子辦2之實施例之—行動絲，其結構係包含一第一 殼體3’其係於上表面設置一如鍵盤之操作部&及一第二殼體和 其係於上表面設置-顯示部4a;以及—_裝置卜其係設置在 該第:殼體4與該第-殼體3之間。於該第__ 3 ^上表面靠 近面前的端部上面，設置—呈略f曲狀的突出部％。該突出部 ，係於當第二殼體4於第—殼體3的上表面旋轉之際，能使第二 殼體4,的下表面和設置在第—殼體3之上表面的操作部如得以不 相^蝴。然該突出部3e，可㈣選擇省略之或使卿種。又， 該操作部3a ’除按鍵式_盤外，亦包含可肋表達_示晝面， 而該顯示部，包含—顯示手段，其係液晶顯示裝置外，也可以是 等離子顯示H (PlasmaDisplayPanel)、電致發絲示器（el)等。 本發明之開闔裝置i，其係由-星狀曲線（Aster〇id)操作機 構5及-點按停止手段12以及一旋轉限制手段19所構成。該星 狀曲線操作機構5，其係包含—基底部材6，如圖6所示，以複數 安裝螺釘3d和後述之蓋板16共同安裝於第一殼體3的安裝凹 201104090 呈平面，角形的插架狀」及-旋轉圓盤7，其係 旋=二與蓋板16之間朝水平方向安裝以可旋[工“ 旋口p材1 〇如圖5所不，盆传 — 二殼…、裝螺4T4e魏設置在第 —藉由該螺釘朝該安裝孔收的固 疋 在該第二殼體4的裏側；及一蓋板！6，1係為使旋轉In the construction of the present invention, the base member is mounted toward the side of the first casing, and the rotating member is attached to the side of the second casing. The hybrid press method of the present invention comprises a slip-stop recess which is embedded in the 90-degree ship "(10)". After the weaving and closing of the present invention, the inclusion thereof is closed, and the locking member is movable in the rotating portion m, and the rotation in the early-direction direction of the bottom material side of the shaft is reduced, and The department is located in a simple lock 6 201104090 —. The second shell of the material is simple, the _ shell _- fixed rotation angle is engaged. The structure of the present invention is such that the wire (4) is disposed in the mounting recessed portion of the first casing such that the rotating disk is disposed between the base member and the mounting recess, and in the inner side of the base member In the case of the cover plate, the rotation of the cover plate and the base member is set! The movable locking member is set and the - is rotated in a single direction. • The present invention as described in the above-mentioned patent item (4)_device further includes a sliding prevention means, the sliding prevention means, comprising: an inclined portion provided in a hole of the base member; and - the Leica The stopper member is attached to the rotating member that abuts against the inclined portion. The closing device of the invention according to claim 1 further comprises a pivoting point adjusting means, wherein the pivoting point adjusting means comprises a sheet guiding portion disposed on the ridge portion of the base member Each of the (four); and - the card inspection unit, φ is located in the fixed locking member. Thus, each of the above-described opening devices of the present invention is disposed between the first housing and the second housing of the portable electronic device. According to the above configuration, the structure is simple, and the second housing can be horizontally rotated in the left-right direction with respect to the first housing, and the second housing can be elongated and horizontal with respect to the first housing. In the long state, since it is made possible by the star-shaped work of the first casing and the second casing, the recording action can cause the user's interest. 201104090 [Embodiment] The following is a description of one of the mobile phones used in the portable electronic device of the present invention. The device of the invention can also make the secret bag type, the electronic dictionary, and the personal digital assistant (PDA). ) and other portable electronic devices. 1 to 29 are diagrams showing an embodiment of the portable electronic device of the present invention and the portable electronic device 2 using the same. According to the drawings, the movable wire of the embodiment of the portable electronic device 2 comprises a first casing 3' which is provided on the upper surface with an operation portion & a keyboard and a second casing and It is disposed on the upper surface-display portion 4a; and the device is disposed between the first housing 4 and the first housing 3. On the upper surface of the upper surface of the __ 3 ^ surface, a portion of the projection portion having a slightly fl-shaped shape is provided. The protruding portion is configured to enable the lower surface of the second housing 4 and the operation portion provided on the upper surface of the first housing 3 when the second housing 4 is rotated on the upper surface of the first housing 3. If you can't get along. However, the protrusion 3e can be omitted or made available. Moreover, the operation unit 3a' includes a ribbed expression-indicating surface in addition to the push-button type disk, and the display portion includes a display means, which may be a liquid crystal display device or a plasma display H (Plasma Display Panel) , electric hairline display (el) and so on. The opening device i of the present invention is constituted by an Aster〇id operating mechanism 5, a click stopping means 12, and a rotation restricting means 19. The star-shaped curve operating mechanism 5 includes a base member 6, as shown in FIG. 6, and a mounting recess 201104090 in which the plurality of mounting screws 3d and a cover plate 16 to be described later are commonly mounted to the first housing 3 is planar, angular. Inserted frame-and-rotating disc 7, which is installed in the horizontal direction between the system and the cover plate 16 to be able to rotate [worker] Threading p material 1 〇 as shown in Fig. 5, basin transmission - two shells... The screw 4T4e is disposed at the first side of the second housing 4 by the screw being fixed toward the mounting hole; and a cover! 6,1 is for rotating
St底部材6得以保持旋轉’其係通過複數個安裝螺釘⑹ 勸材6的裏侧，且具有一模切部说，使位於内侧的 _軸9可如作鱗錄树般轉；及—__ Π，其係將 旋轉圓盤7收納在内部；及一小徑_，如圖25及圖16〜圖2〇 所示，其係設置在旋轉_ 7之周緣附近，且安裝在靠近該旋轉 圓盤7之小徑的橢_部7a _可旋轉；—旋轉軸9，其係安裝 於叹置在該小彳蝴盤8之周緣附近的小圓形孔&，並和設置在旋 轉圓盤7的橢圓凹部7a呈交又放射狀且貫穿過設置在該旋轉圓盤 7的導引長孔7b W及-彈性手段13，其係由彈設於旋轉轴9盥 旋轉圓盤7之安裝栓18之間的卷弦彈簧所組成，而該旋轉轴9則 安裝在設置在迴旋部材10之軸心部的安裝孔1〇b。 旋轉限制手段19，其結構係包含-固定卡止部材14 ’其係為 安裝在迴旋部材1G之兩端部的一對；及一可動卡止部材22，其係 具有-卡止栓20並位於蓋板16之上部兩端部的-對，且以安装 栓21安裝以可旋轉；以及-次彈性手段23，其係用以環套該可動 卡止部材22之安躲21的_科，且彈設在餘16與可動卡 止部材22之間。於該可動卡止部材22，特別是如圖％所示，其 201104090 且 係艺別於該-端，具有#支孔土:於他端部具有安裝孔既， 於軸支孔22a與安裝孔22b之間設置—彈簧卡止孔g。又，其係 用以使安裝栓21通過軸支孔22a朝蓋极16安裝以可旋轉，且使 卡止拴20朝安裝孔22b安裝。又及，且用以使次彈性手段23中 之環套住安裝栓21之次彈性手段23的—端部23a朝彈簧卡止孔 22c插入卡止；而次彈性手段23之他端部23b，如目％所示，則 朝設置在蓋板16的彈簧卡止孔16h插入卡止。 基底部材6，其係呈平面略四角形的框架狀，例如為sus製， 且於該中央部設置-平面略四角形的導引孔⑻於該導引孔如以 9〇度的間隔設置4個止滑凹部6b〜6e的同時，從該4個各止滑凹 部6b〜6e的45度位置設置—接合凹部.6i。又及，於基底部材 6的裏側，從各止滑凹部6b〜6e至接合凹部6卜&的部分，特別 是如圖27之圖27(b)及圖27(e)所示，沿著接合凹部6£〜况設置一 導引凸條利、6k、6m、6n，且使呈略u字形狀。特別是如圖27⑼ 所示’於基底部材6的下表面’如圖6所示設置—滑接套圈17與 可將旋轉随7收財合的_卡合㈣6p。於絲底部材6下 表面所安裝之可動卡止着22 _邊，特暇如圖27(b)所示， 設置-安裝孔6q、6r，而該安裝孔6q、& _时職過固定部 材24的安裝孔24a且藉由如圖5所示之安農螺釘^安裝。於該 固定部材24 ’特別是如圖29所示，安裝孔2知之外有一突起部 挪’該突起部施係用以和設置在基底部材6的卡合孔&、6t 卡合。該固定部材24又有一滑接部24c， 如圖7至圖14所示，該 201104090 ______ 接 又’.闺定部材24與滑 以其它手段相對於基底部材6以可旋轉 滑接部24c與滑接套圈17 接套圈17，當旋轉圓盤7 時’可省略之。而當SI定卡止部材14可動時，可動卡止部材Μ 可固定。 旋轉圓盤7，例如為尼龍製，如圖6及圖25所示，於其上表 面與下表面的外_近設置複數個作騎關的周溝7(1與76。如 ^所述’於該外周部和滑接套圈17滑接，轉於基底部材6可在 定位流暢補。於安裝栓18 板16侧，如圖16至圖2〇及圖 乃所不’呈平面略扇形的異形塾片％通過安裝孔施安裝，且於 按押小㈣盤8的賴時，使該小徑圓盤8在橢_部％内得以 流暢旋轉移動。 誃小捏圓盤8 ’例如為尼龍製，特別是如圖6及圖25所示，於 这外周附近具有-小圓形孔Sa ’被收安裝於設置在旋轉圓盤 凹部7a内’於該上表面設置一蓄油用的周溝％。又，該 ^轉圓盤7與該小徑圓盤8,其係亦均可防止灰塵侵入第—殼體内 又及’該旋轉_ 7與該小徑_ 8分別設有作為蓄油用的 ° ;冓’其係具有用以減少摺動面積、降低摩擦抵抗等優點。 旋轉轴9 Μ列如為sus製，特別是如圖25所示，其係具有一 =部9a與—凸緣部％，於該中心部軸方向，設置—導電電線（無 :)穿通用的插通孔如。又，可使軸糾朝設置在小徑圓盤8 热小圓形孔8a通過且和凸緣部％卡合。該旋轉軸9又和設置在 轉圓盤7的導引長孔713貫通，於如圖5所示之迴旋部材10的 11 201104090 圈27之緊蜜接合以可密著固 安裝孔10b曼由遗過如圖6所示之墊 定。 迴旋部材10，例如為sus製，特別是如圖5所示，其係壓製 成平面視為長方形且於兩端部具有—角狀的異形安裝孔敗、 l〇c，使如圖28所示之固定卡止部材14、14的異形安裝检部^、 14c朝該異形安裝孔1〇c、他插入以可密著固定。該固定卡止部 材14、14於一端部具有一卡止部⑷他與一卡合检部⑽、别。 點按停止手段12，其結構係包含一各止滑凹部6b〜6e，如圖 27所示，其係設置在基底部材6的導引孔如及一旋轉軸91 係朝該各止滑凹部6b〜6e依序叙；以及,生手段13，其係用、 以使該旋轉軸9朝各止滑凹部6b〜6e侧按押。 :彈f生手段13 ’其係如上所述使用卷弦彈箸，如圖7所示，使 該:端部13a朝設置在旋轉圓盤7之安裝栓18安裝以可旋轉，而 該安裝栓18卿絲於設置在旋_盤7之中雜置上方略偏離 中^的女裝孔7c，他端部i3b如上所述，朝旋轉軸9的軸部9a安 裝以可旋轉。該彈性手段13，卷弦彈簧以外，亦可以扁平蛇形彈 簧、其它發條或彈簧取代。 ,、蓋板16,例如為sus製，如圖6及圖16至圖20所示，外廓 從平面看具有和基底部材6同樣形狀，其係以安裝螺釘16a固定 ;基底。卩材6的下表面。該基底部材6，於上述之模切部丨邰以 0度的間隔設置-卡合凹部16c〜16f。更於該一端部兩侧，設置 圓弧狀導引孔U、安裝孔响及彈簧卡止孔16h。 12 201104090 :又及將5所不：^:置楚底部材6周圍的複數個安裝 孔6w，及如圖6所示之蓋板16的複數個安裝孔&以如圖7:至 圖20所示之複數個安裝螺釘16a固定；如上述圖式所示，將如此 固定住的基底部材6與蓋板16，-起通過複數個安裳孔&與安裝 孔1¾ ’且以複數個安裝螺釘3d朝第一殼體3的絲凹部％、收褒 :固定。又，該蓋板16可視情況省略。 : 其次，針對上述之開闔裝置1的動作加以說明。 首先，如圖1及圖7所示，第二殼體4相對於第—殼體3為 關閉之關狀態且呈相互重疊狀鱗，安餘迴旋部材ig之旋轉 軸9的轴部9a和設置在基底部材6之導引孔如的止滑凹部你卡 合；而旋轉軸9、小徑圓盤8及旋轉圓盤7的各中心轴，以及設置 在旋轉圓盤7之導引長孔几的中心轴線，如圖3〇所示位於一直 線上。又’藉由點按停止手段12，使旋轉軸9的轴部％朝止滑凹 部6b落入’由於該狀態係藉由彈性手段13师力維持，因此， 使=二殼體4相對於第-殼體3朝左右任—旋轉方向不施加力道 而得以穩定保持該閉閨狀態。又，特別是如圖7所示，該迴旋部 材1〇之兩端部的固定卡止部材14、14，該卡止部i4a、⑷係呈 朝下侧狀態。又及，如K 7所示，可動卡止部材22、22均藉由各 次彈性手段23旋轉推進，而該各卡止栓2〇於蓋板Μ之各圓弧狀 導引孔11的始端部，且兩者呈倒八字形。更及，如圖冲)所示， 導引凸條部6j及6k，其係藉由夹在各固定卡止部材14之異形安 裝检部Me與卡合栓料b間，而使迴旋部材ι〇姿勢得以穩定。 13 201104090 .從該圖7之閉閨狀態中，使第二殼體4 如以水平方向朝順時針旋轉方向按押時，第二殼體^威體3例 侧接合凹部6g落入之固定卡止部材 一邊以朝右 點，一邊則以旋轉軸9 Α φ B 々裝拾部14c為支 於此之卜P著^ ^時針方向旋轉， ”迎者疑轉轴9的旋轉，如圖8所示 旋轉軸9為支點朝順時針方向進行偏離中心_ ;=== =偏離中，，促使旋_7朝逆時針方= ，ft㈣3 W描繪星狀 體3為順時針旋轉二如之圖旋8:: 又之紋轉角度時’彈性手段13呈最彎曲狀 ^ ^梢1〇也同在45度的旋轉位置。又，於固定卡止部材 =之左^使料凸條部蚀脫出，而於右側，該卡合检部⑽ 、土 & 口W 6的接合凹部6g嵌入。於此之際，於固定卡止部材 之右侧，該異形安裝检部…與卡合检部咐將導引凸條部句 14c l4b 一f次，從如圖8所示狀態至圖9所示，使第二殼體4相對於 第殼體3再從朝順時針方向旋轉之閉闔狀態中轉為％度旋轉狀 “ Ik著方疋轉軸9的旋轉，小徑圓盤8以旋轉軸9為支點朝順時 針料再進行偏離中錢轉，藉由該小徑隨8的偏财心旋轉， 旋轉圓盤7朝逆時針方向旋轉，因此，旋轉軸9的旋轉並非定 旋轉而疋如圖30所示如作描繪星狀曲線般旋轉移動。又，使 14 201104090 第二4相對於第一殼體3為順時針旋轉9〇度之旋轉角度時， 由於彈性手段13從圖8之最彎曲狀態中伸長，因此，第二殼體4St bottom material 6 is kept rotating 'the system is passed through a plurality of mounting screws (6) to persuade the back side of the material 6, and has a die cut portion, so that the inner side of the _ axis 9 can be turned like a scale tree; and -__ That is, the rotating disc 7 is housed inside; and a small diameter _, as shown in FIG. 25 and FIG. 16 to FIG. 2A, is disposed near the circumference of the rotation _7, and is mounted close to the rotation circle. The ellipse _ portion 7a_ of the small diameter of the disk 7 is rotatable; the rotary shaft 9 is mounted on a small circular hole & slanted near the periphery of the small cymbal disk 8, and is disposed on the rotating disk The elliptical recess 7a of the seventh embodiment is formed in a radial shape and extends through the guide hole 7b and the elastic means 13 provided on the rotating disk 7, and is attached to the mounting bolt of the rotating disk 7 by the rotating shaft 9 A coil spring is formed between 18, and the rotary shaft 9 is mounted on a mounting hole 1b provided in the axial center portion of the swirling member 10. The rotation restricting means 19 has a structure including a fixed locking member 14' which is a pair attached to both end portions of the turning member 1G, and a movable locking member 22 which has a locking pin 20 and is located a pair of the upper ends of the cover plate 16 and mounted by the mounting bolt 21 to be rotatable; and a secondary elastic means 23 for enclosing the movable latching member 22 The elastic is provided between the remaining 16 and the movable locking member 22. In the movable locking member 22, particularly as shown in FIG.%, its 201104090 is different from the end, and has a #孔孔土: a mounting hole at the end thereof, and a shaft hole 22a and a mounting hole. Between 22b - spring snap hole g. Further, it is used to mount the mounting bolt 21 to the cover pole 16 through the shaft hole 22a so as to be rotatable, and to mount the locking jaw 20 toward the mounting hole 22b. Moreover, the end portion 23a of the secondary elastic means 23 for enclosing the ring in the secondary elastic means 23 against the mounting bolt 21 is inserted into the spring locking hole 22c; and the other end portion 23b of the secondary elastic means 23, As shown in the figure %, the locking is inserted into the spring locking hole 16h provided in the cover plate 16. The base material 6 is in the shape of a frame having a substantially square shape, for example, made of sus, and a guide hole (8) having a substantially square shape at the center portion is provided at the center of the guide hole at intervals of 9 degrees. At the same time as the sliding concave portions 6b to 6e, the concave portions .6i are provided from the 45-degree positions of the four respective anti-slip concave portions 6b to 6e. Further, on the back side of the base member 6, the portions from the respective slip-slip recesses 6b to 6e to the joint recesses 6 are particularly shown in Fig. 27 (b) and Fig. 27 (e). The engaging recesses 6 are provided with a guiding rib, 6k, 6m, 6n, and are slightly U-shaped. Specifically, as shown in Fig. 27 (9), the 'lower surface of the base member 6' is provided as shown in Fig. 6 - the sliding ferrule 17 and the y-engagement (four) 6p which can rotate the rotation with the seven. The movable surface mounted on the lower surface of the wire bottom material 6 is locked with the 22 side, and as shown in Fig. 27(b), the mounting holes 6q, 6r are provided, and the mounting holes 6q, & The mounting hole 24a of the member 24 is mounted by an Annon screw as shown in FIG. In the fixing member 24', in particular, as shown in Fig. 29, the mounting hole 2 has a projection portion which is engaged with the engaging hole & 6t provided in the base member 6. The fixing member 24 further has a sliding portion 24c. As shown in FIG. 7 to FIG. 14, the 201104090 ______ is connected with the sliding member 24c and sliding with other means relative to the base member 6. The ferrule 17 is connected to the ferrule 17 and can be omitted when the disc 7 is rotated. When the SI fixing member 14 is movable, the movable locking member Μ can be fixed. The rotating disc 7, for example, made of nylon, as shown in Figs. 6 and 25, is provided with a plurality of circumferential grooves 7 (1 and 76) for the outer surface of the upper surface and the lower surface. The outer peripheral portion and the sliding ferrule 17 are slidably connected, and the base member 6 can be smoothly accommodating in the positioning. On the side of the plate 18 of the mounting bolt 18, as shown in FIG. 16 to FIG. 2 and FIG. The profiled cymbal piece % is mounted through the mounting hole, and when the small (four) disk 8 is pressed, the small diameter disk 8 is smoothly rotated in the ellipsoidal portion. The 誃 small pinch disk 8 ' is, for example, nylon. In particular, as shown in FIGS. 6 and 25, a small circular hole Sa' is attached to the inside of the rotating disk recess 7a in the vicinity of the outer periphery, and a peripheral groove for oil storage is provided on the upper surface. In addition, the rotating disc 7 and the small-diameter disc 8 can also prevent dust from intruding into the first housing, and the 'rotation_7 and the small diameter_8 are respectively provided as oil storage. The use of °; 冓 ' has the advantages of reducing the folding area, reducing friction resistance, etc. The rotating shaft 9 is made of sus, especially as shown in Figure 25, which has a = 9a And the flange portion %, in the axial direction of the center portion, is provided - the conductive wire (none:) is passed through the universal insertion hole, for example. Further, the shaft can be corrected to be disposed on the small diameter disk 8 of the small diameter disk 8 Passing and engaging with the flange portion %. The rotating shaft 9 is in turn penetrated with the guiding elongated hole 713 provided in the rotating disc 7, and is tightly engaged with the 11 201104090 circle 27 of the rotating member 10 as shown in FIG. The sealable mounting hole 10b is blanked as shown in Fig. 6. The swirling member 10 is, for example, made of SUS, especially as shown in Fig. 5, and is pressed into a plane as a rectangle and at both ends. The profiled mounting hole having the angle of the angle is removed, so that the profiled mounting portions 14 and 14c of the fixed locking members 14 and 14 as shown in FIG. 28 are inserted into the profiled mounting hole 1〇c, and the hole can be inserted. The fixed locking members 14 and 14 have a locking portion (4) at one end and a locking portion (10). The clicking stop means 12 has a structure including a respective anti-slip recesses 6b to 6e. As shown in FIG. 27, the guide holes provided in the base member 6 and a rotating shaft 91 are sequentially directed toward the respective anti-slip recesses 6b to 6e; and It is used to press the rotating shaft 9 toward the respective slip-slip recesses 6b to 6e. The spring-floating means 13' uses the winding string as described above, as shown in Fig. 7, so that: The end portion 13a is rotatably mounted toward the mounting bolt 18 disposed on the rotating disc 7, and the mounting bolt 18 is disposed on the wobbin 7 in a misalignment above the misalignment of the bobbin 7 As described above, the portion i3b is rotatably attached to the shaft portion 9a of the rotary shaft 9. The elastic means 13, in addition to the coil spring, may be replaced by a flat serpentine spring, other springs or springs, for example, a cover plate 16, for example As shown in Fig. 6 and Fig. 16 to Fig. 20, the outer shape has the same shape as that of the base member 6, which is fixed by a mounting screw 16a; The lower surface of the coffin 6. The base member 6 is provided with the engagement recesses 16c to 16f at intervals of 0 degrees in the above-mentioned die-cut portion. Further, on both sides of the one end portion, an arc-shaped guide hole U, a mounting hole ring, and a spring locking hole 16h are provided. 12 201104090: And 5 will not: ^: set a plurality of mounting holes 6w around the bottom material 6, and a plurality of mounting holes & of the cover plate 16 as shown in Figure 6 as shown in Figure 7: to Figure 20 The plurality of mounting screws 16a are fixed; as shown in the above figure, the base member 6 and the cover 16 thus fixed are passed through a plurality of mounting holes & mounting holes 13⁄4' and installed in plural The screw 3d is fixed toward the wire recessed portion % of the first casing 3. Moreover, the cover 16 may be omitted as appropriate. Next, the operation of the above-described opening device 1 will be described. First, as shown in FIG. 1 and FIG. 7, the second casing 4 is in a closed state with respect to the first casing 3, and is overlapped with each other, and the shaft portion 9a of the rotating shaft 9 of the balance swirling member ig and the setting are provided. In the sliding groove of the guiding portion of the base member 6, for example, you are engaged; and the central axis of the rotating shaft 9, the small-diameter disk 8 and the rotating disk 7, and the guiding holes provided in the rotating disk 7 The central axis is shown on the straight line as shown in Figure 3〇. Further, by clicking the stopping means 12, the shaft portion % of the rotating shaft 9 is dropped into the sliding concave portion 6b. Since this state is maintained by the elastic means 13, the second housing 4 is opposed to the second housing 4 The casing 3 is stably held in the closed state without applying a force to the left and right directions of rotation. Further, in particular, as shown in Fig. 7, the fixed locking members 14 and 14 at both end portions of the turning member 1 are in a downward state. Further, as shown by K7, the movable latching members 22, 22 are each rotated by the respective elastic means 23, and the respective latching bolts 2 are disposed at the beginning of each of the arcuate guide holes 11 of the cover cymbal Department, and both are inverted eight-shaped. Further, as shown in FIG. 3, the guide rib portions 6j and 6k are sandwiched between the irregular-shaped mounting portion Me and the engaging plug b of each of the fixed locking members 14, thereby making the slewing portion ι The posture is stable. 13 201104090. From the closed state of FIG. 7, when the second casing 4 is pressed in the clockwise direction in the horizontal direction, the second casing is recessed into the fixed card by the side engagement recess 6g. While the stopper member is pointing to the right side, the rotation shaft 9 Α φ B 々 is attached to the pickup portion 14c, and the rotation is performed in the direction of the needle, and the rotation of the shaft 9 is as shown in Fig. 8. The rotation axis 9 is shown as the fulcrum deviating from the center in the clockwise direction _; === = deviation, which causes the rotation _7 toward the counterclockwise side =, ft (four) 3 W to draw the star 3 to rotate clockwise as shown in Fig. 8 :: When the angle of the grain is turned, the elastic means 13 is the most curved shape. ^ The tip 1 is also at the rotation position of 45 degrees. Also, the left side of the fixed locking member = the ridge of the material is peeled off. On the right side, the engagement recessed portion 6g of the card joint detecting portion (10) and the soil & port W 6 is fitted. At this time, on the right side of the fixed locking member, the deformed mounting portion and the engaging portion will be The guide rib portion 14c l4b is flipped once in a clockwise direction with respect to the first housing 3 from the state shown in FIG. 8 to FIG. The state transitions to a %-degree rotation "Ik is rotated by the rotation axis 9, and the small-diameter disk 8 is rotated clockwise with the rotation axis 9 as a fulcrum, and then the deviation is made, and the small diameter is offset by 8 The heart rotates, and the rotating disk 7 rotates counterclockwise. Therefore, the rotation of the rotating shaft 9 does not rotate, and as shown in FIG. 30, it rotates as if it were a star-shaped curve. Further, when the second 4 is rotated clockwise by 9 degrees with respect to the first casing 3, since the elastic means 13 is elongated from the most curved state of FIG. 8, the second casing 4 is extended.
相對於第一殼體3自動朝順時針方向旋轉，而於90度的旋轉角度 時，由安裝在迴旋部材1〇之點按停止手段所構成之旋轉軸9的軸 部9a朝基底部材6的第二止滑凹部6c落入，因該狀態係藉由彈 性手段13維持’且由於該9〇度之旋轉角度穩定維持，因此，於 90度的旋轉角度時，其係可使第二殼體4於橫長狀態中，對第一 成體3之操作部3a (圖2所示）進行操作。該旋轉結束時，固定 卡止部材14、14的異形安裝栓部14c、14c與卡合栓部14b、14b 將導引凸條部6j、6n夾住。 接著，從如圖9所示狀態再至圖1〇所示，使第二殼體4相對 於第-殼體3再從朝45度順時針方向旋轉之圖7狀態轉為135度 旋轉狀態時，迴旋部材1〇於圖7狀態中的右侧為固定卡止部材14 的異形t裝栓部14c與卡合栓部14b，而迴旋部材1〇於圖7狀態 φ中之左觸固定卡止部材14落入接合凹部6h，且由於其係以異形 安裝检部14e為支點旋轉，因此使導引凸條部6j脫出。 : 接著，從如圖⑺所示狀態再至圖11所示，使第二殼體4相 :對於第-威體3再從朝順時針方向旋轉45度之圖7賴闔狀態轉 為180度旋轉狀態時，隨著旋轉軸9的旋轉，小徑圓盤8以旋轉 轴9為支點朝順時針方向進行偏離中心旋轉，藉由該小徑圓盤8 的偏離中錢轉’使旋轉隨7觀時針方向旋轉，因此，旋轉 轴9的旋轉並非定位旋轉，而是如圖3〇所示如作描繪星狀曲線般 15 201104090 .旋t移動。又，使第二殼體4树於第一殼體3為順時 度之旋轉角度時，由於彈性手段叫圖曲狀態争伸長，' 因此，第一设體4相對於第一_ 3自動朝順時針方向旋轉，且 安裝在迴旋w !〇之旋雜9 _部9a和顧撕6的止滑凹 部6d卡合，而由於該⑽度之旋轉角度穩定維持，因此，於⑽ 度的旋轉角度時，其係可使第二殼體4於縱長狀態中，對第一殼 體3之操作部3a (圖2所示）進行操作。於該旋轉時，_ ^ 示之迴旋部材Κ)左側之固定卡止部材14，以該卡止部…和圖中 右側之可動卡止部材22的卡止检2〇卡合；於圖7狀態右側之固 定卡止部材M ’以該卡止部⑷使可動卡止部材22的卡止栓2〇 對次彈性手段23的彈力予以抗拒，且朝圓弧狀導引孔U之終端 部lib側的逆時針方向按押，而使該可動卡止部材22退避，進而 使被固計止部材14按押住的可動卡止部材Μ和基底部材6碰 觸。從而，得以阻止第二殼體4相對於第一殼體3作⑽度以上 的順時針方向旋轉。該狀態之擴大圖如圖21所示。 " 接著’針對第二殼體相對於第—殼體進行關操作時以逆時 針方向旋轉的動作加以說明。 首先，從圖7之閉闔狀態中，使第二殼體4相對於第一殼體3 以水平方向朝逆時針旋轉額按押時，第二殼體4 —邊以朝左侧 接σ凹部6f落人之@定卡止部材14的異形安裝栓部…為支點， 一邊則以旋轉軸9為支點且朝水平方向之逆時針方向旋轉，於此 之際，隨著旋轉軸9的旋轉，如圖12所示，小徑圓盤8則以旋轉 201104090 ..軸9.為！點朝逆時針£向進行偏離中心哼轉，同時藉由小徑圓_盤8 的偏離中心旋轉，促使旋轉圓盤7朝順時針方向旋轉，此時旋轉 轴9的旋轉並非定位旋轉，而是如圖3〇所示如作描繪星狀曲線般 旋轉移動。又，如B 12所示，使第二殼體4相對於第一殼體3為 逆時針旋轉45度之旋麟，雜手段13呈最料狀態，迴 :旋部材10也同在45度的旋轉位置。又及，於固定卡止部材14之 :右侧’使接合凹部6g脫出；而於左側，該卡合栓部⑽呈朝基底 籲部材6的接合凹部6f喪入狀態。於此之際，於固定卡止部材μ 之左側，該異形安裝栓部14c與卡合栓部州將導引凸條部故夾 住而於右側，該異形安裝栓部14c與卡合栓部⑽則從導引凸 條部6j脫出。 /、人從如圖12所示狀態至圖13所示，使第二殼體4棚 於第4體3概朝45度順時針方向旋轉之關狀態中轉為^ 度旋轉狀態時，隨著旋轉軸9的旋轉，小徑圓盤8以旋轉軸9； 支點朝逆時針方向再進行偏離中心旋轉，藉由該小徑圓盤8咖 離中心旋轉，使旋轉圓盤7朝順時針方向旋轉，因此，旋轉轴 2轉並非定位旋轉，而是如圖3〇所示如作描緣星狀曲線般左名 之;^ i又，使第二殼體4相對於第—殼體3為逆時針旋轉90 ^ 度時’由於彈性手段13從圖12之最彎曲狀態中伸長， 第二娜顺第，3_物方向旋轉，$ 纽時’由安裝在迴旋部材Μ之點按停止手段戶, 構成之旋_ _Ma錄底撕6的止_❿落入，希 17 201104090 -5 丨藉由彈’ί手？ 13維持，又’声於該90度之旋轉角度 穩定轉，因此，於90度的旋轉^時噹係可使g殼體4於 橫長狀態時’對第—殼體3之操作部3a (圖2所示）進行操作。 轉夺固疋卡止部材14以於圖7狀態之左侧的異形安裝栓 部14c為支點旋轉，如圖13所示，且於固定卡止部材μ之右侧 的異形安裂检部14c與卡合栓部14b將導引凸條部缸失住。 接著，從如圖13所示狀態再至圖14所示，使第二殼體4相 對於第-殼體3再卿45度逆時針方向旋轉之圖7狀 度旋轉狀態時，迴旋部材1〇於圖7狀態中的左側為取卡止部材 14的異形安裝栓部14e與卡合栓部撕，而迴旋部㈣右侧之固 定卡止部材14 _部W落人接合凹部&，由於其係以 該異形安裝栓部14c為支點旋轉，因此固定卡止部材Μ的異形安 裝栓部14c與卡合栓部14b使導引凸條部级脫出。 ^著，從如圖14所示狀態再至圖15所示，使第二殼 Γ产=娜逆時物雜45 _7犧狀態轉為 :度:轉狀悲時，隨著旋轉轴9的旋轉，小徑圓盤8以旋轉軸$ 2點朝逆峡爾行撕'嘴，㈣侧盤8的偏 離中錢轉，使旋轉_ 7 _時針方向旋轉，因此，旋轉軸9 的旋轉並非定位旋轉，而是如圖 移動。又，使第二殼趙4相對於第^旋轉 之_«, 13=體3為逆時針旋轉_ 因此，第二殼趙4相對於圖自^最弯曲狀射伸長， 體3自動朝逆時針方向旋轉，而 201104090 於⑽度的旋轉角度時，安裝在埤旋部材10之點按停止手段l2 之旋轉軸9的軸部9a和基底部材6的止滑凹部6d—卡合由於該 180度之旋轉角度穩定維持，因此，於18〇度的旋轉角度時，其係 可使第二殼體4於縱長狀態t ’對第一殼體3之操作部％ (圖2 所示）進行操作。於織轉時，於圖7所示狀態之迴旋部材ι〇右 -側之固定卡止部材14，以該卡止部14a和圖中左側之可動卡止部 :材22的卡正检20卡合；於迴旋部材1〇之圖7狀態左側之固定卡 瞻止部材14的卡止部14a ’使右侧之可動卡止部材22的卡止检如 對次彈性手段23的彈力予以抗拒，且朝順時針方向按押，而使該 可動卡止部材22退避。從而，得以阻止第二殼體4相對於第一殼 體3作180度以上的逆時針方向旋轉。該狀態之擴大圖如圖^所 如此’於第二殼體4相對於第一殼體3作順時針方向或 針方向旋轉時，旋轉軸9與旋轉圓盤7為作9g度、⑽度旋轉， 而小徑圓盤8則於每次作·度旋轉，且由於該安裝位置固定， 因此旋_ 9的旋_跡如圖3G所示呈描繪星狀曲線。 又及如上所述’使第二殼體4相對於第—殼體 作時之小徑圓盤8的動態，則如圖16至圖2〇及圖=動 徑圓盤8於第二殼體^ 厅不該小 在導引長孔I : 體3作旋轉動作時，-邊和 在導引長孔7b _的_ 9，同時__於設置在 之橢圓凹部7a内旋轉移動。本發明其 兮 盤 進行描繪星狀曲線動作。 、’、…/丨使旋轉軸9 201104090 /第从學4相對於第一殼體3作逆時針方向之開閨操 作時，如圖b至圖20所示，旋轉軸9之下端部的凸緣部％沿著' .心 盖板16之模切部⑽作星狀曲線動作，且於0度、90度、⑽度 之旋轉角度時，朝設置在模切部脱之各卡合凹部脱〜脱依序 嵌入二及’針對第二殼體4相對於第一殼體3作順時針旋轉時 ^圖式’略’疑轉軸9之下端部的凸緣部％沿著蓋板^之模切： 部16b作星狀曲線動作，且於〇度、％度、⑽度之旋轉角度時， 即於順時針方向旋轉時，朝設置在模切部脱之各卡合凹部脱、 16f及16e依序嵌入；而於逆時針方向旋轉時，朝各卡合凹部】&、· 16d及16e依序嵌入。 敍部材6，又有—滑動防止手段6卜其係肋防止第二殼 部材殼體3作錄方向滑動，且其細設置於從基底 引孔6a的各止滑凹部6b、6c、6d、6e朝向接合凹部 ' g'6h'6l^^61a>61b^61c.61d>61e^61f.61g. 特1另Hi定卡止部材14、14的異形安裝栓部14C、14C所構成，· 僅二1〜圖4及圖7、圖9、圖1卜圖13以及圖15所示， y· 3與第二殼體4的閉闔狀態及從該閉閨狀態作順時針 σ讀針方向之9〇度旋轉時，使用者對於第二殼體 :==^之_置之本—_ .^ 方向3^仰動操作的情科，如目23⑻〜(c)所 :’猎由第二殼體4相對於第一殼體3的旋轉角度，固定卡止部 、14的異形安裝检部14C、14c和基底部材6之導引孔6a的 20 201104090 …舍傾斜部61a〜61h卡合，而得以防止第二殼體4的滑動動作。即， 如圖1及圖7所示，使第二殼體4相對於第一殼體3為關閉之閉 闔狀態時，如欲使第二殼體4相對於第一殼體3朝前後方向滑動 的情形時，如圖23(a)的虛線所示，即使第二殼體4相對於第一殼 體3略朝前方滑動，因迴旋部材10之異形安裝栓部Mc、與 :斜部61a、61d抵接卡合，而得以阻止第二殼體4相對於第一殼體 ；3作滑動動作。 其次，使第二殼體4相對於第一殼體3，如圖2及圖9所示之 朝順時針方向作90度旋轉狀態時，如欲使第二殼體4相對於第一 殼體3朝左方向雜的情科，如圖23(b)的虛線所*，即使略朝 左方向滑動’因迴旋部材1G之異形安裝栓部……與傾斜部 61c及61f抵接卡合’而得以阻止朝超越左方向的滑動動作。 接著’如圖3及圖13所示，使第二殼體4相對於第一殼體3 朝逆時針方向作90度旋轉狀態時，即使第二殼體4相對於第一殼 體3朝右方向滑動的情形時，如圖2·虛線所示，雖略朝左= 向滑動，但因迴旋部材1〇之異形安裝栓部W與傾斜部⑽ 及61g抵接卡合，而得以阻止朝超越右方向的滑動動作。 又，即使第二殼體4相對於第一殼體3作順時針方向、逆時 針方向之任-方向旋轉，於展_度的情科詞 所示，藉由該旋轉方向，使^ 圖15 14r„ ^ 〇使撕部材10之左右異形安裝栓部14c、 的-方柯動卡轉材22、22的—竹止 即使欲使第二殼體4她μ ηπ難这卡止， 對於第-殼體3朝前方向滑動且閉閨，第 201104090 二殼體4相，於第一殼體3也不會有滑動動作。 又及，於第二殼體4相對於第一殼體3 度、90度、180 度旋轉動作結束時，由於異形安裝检部⑷W落入各接合凹部 6f 6g紐七，因此’分別於圖聊的情形時朝靠近面前方向、 於圖23(b)的情形喃右方向、於圖μ⑷的情形時朝左方向，均不 會有滑動動作。 其-人’於使第二殼體4相對於第一殼體3旋轉之際的轉動支 點調整手段62，如圖24所示，其係由固定卡止部材i4、14之卡 。栓414b、14b和設置在基底部材6之各導引凸條部句、故、如、 6n之各角部的薄片導引部62&、n _所構成。即，如圖 圖4及圖7、圖9、圖π、圖13以及圖15所示，於使第二嗖 體4相對於第一殼體3之0度、9〇度、⑽度旋轉動作結束… 如上所述，於欲使異形安裝栓部i4c、W朝各傾斜部仙〜働 卡合抵接方向滑動的情形時，各異形安裝栓部…、⑷在和各傾 斜部叫〜仙抵接前，會略有滑動。如圖1〜圖3及圖7、圖9、 圖U、圖13以及圖15所示，於該滑動狀態中，欲使第二殼體4 ^對於第—殼體3旋轉的情科’作為該轉動支點的異形安裝检 、14e，由於不在各接合畴紅、㉖、6h、㈣因此可能 :法作圓滑星㈣線動作。轉財點調整手段62的魏在此發揮 果。 於該If形時’欲使第二殼體4相對於第一殼體3朝順時針方 °旋轉時’特別疋如圖24所示，卡合检部_伴隨該旋轉動作的 22 201104090The first housing 3 is automatically rotated in the clockwise direction, and at a rotation angle of 90 degrees, the shaft portion 9a of the rotating shaft 9 formed by the stopping means attached to the turning member 1 is directed toward the base member 6. The second anti-slip recess 6c is dropped, because the state is maintained by the elastic means 13 and is stably maintained by the rotation angle of the 9 degrees, so that the second housing can be made at a rotation angle of 90 degrees. 4 In the horizontally long state, the operation portion 3a (shown in Fig. 2) of the first adult body 3 is operated. At the end of this rotation, the profiled mounting bolt portions 14c, 14c of the fixed locking members 14, 14 and the engaging pin portions 14b, 14b sandwich the guiding ridge portions 6j, 6n. Next, from the state shown in FIG. 9 to FIG. 1A, when the second casing 4 is rotated from the state of FIG. 7 which is rotated clockwise toward 45 degrees to the 135-degree rotation state with respect to the first casing 3, The right side of the turning member 1 in the state of FIG. 7 is the deformed t-bolt portion 14c and the engaging plug portion 14b of the fixed locking member 14, and the turning member 1 is fixedly locked by the left touch in the state φ of FIG. The member 14 falls into the engaging recessed portion 6h, and since it is rotated by the deformed mounting portion 14e as a fulcrum, the guiding ridge portion 6j is disengaged. : Next, from the state shown in FIG. 7 to FIG. 11, the second casing 4 phase is turned to the 180th degree in the state of FIG. 7 by the 45th rotation of the first body 3 from the clockwise direction. In the rotating state, with the rotation of the rotating shaft 9, the small-diameter disk 8 is rotated off-center in the clockwise direction with the rotating shaft 9 as a fulcrum, and the rotation of the small-diameter disk 8 is rotated by 7 Rotating clockwise, therefore, the rotation of the rotating shaft 9 is not a positioning rotation, but as shown in FIG. 3A as a star-shaped curve 15 201104090. Moreover, when the second casing 4 is made to have a rotation angle of the first casing 3 in a timely manner, the elastic means means that the state of the figure is elongated, so that the first body 4 is automatically oriented with respect to the first _3. Rotating clockwise, and the slip-fitting recessed portion 6d of the whirlpool 9 _ portion 9a and the gull 6 is engaged, and the rotation angle of (10) degrees is stably maintained, so the rotation angle at (10) degrees In this case, the second casing 4 can be operated in the vertically long state with respect to the operating portion 3a (shown in Fig. 2) of the first casing 3. At the time of this rotation, the fixed locking member 14 on the left side of the turning member _ is engaged with the locking check 2 of the movable locking member 22 on the right side in the figure; The fixed locking member M' on the right side resists the elastic force of the locking bolt 2 of the movable locking member 22 against the secondary elastic means 23 by the locking portion (4), and faces the end portion lib side of the arc-shaped guiding hole U. When the counter-clockwise direction is pressed, the movable locking member 22 is retracted, and the movable locking member 按 which is held by the fixed stopper member 14 is brought into contact with the base member 6. Thereby, it is possible to prevent the second casing 4 from rotating clockwise (10) or more with respect to the first casing 3. An enlarged view of this state is shown in FIG. " Next, an operation of rotating the counterclockwise direction when the second casing is closed with respect to the first casing will be described. First, from the closed state of FIG. 7, when the second casing 4 is rotated counterclockwise with respect to the first casing 3 in the horizontal direction, the second casing 4 is connected to the left side by the σ recess. In the case of the eccentric mounting bolt portion of the fixing member 14 of the 6f, the fulcrum is rotated in the counterclockwise direction in the horizontal direction with the rotating shaft 9 as a fulcrum, and the rotation of the rotating shaft 9 is caused by the rotation of the rotating shaft 9 As shown in Fig. 12, the small-diameter disk 8 is rotated by 201104090 .. axis 9. The point is reversed from the center toward the counterclockwise direction, and the rotation of the rotating disk 7 is caused to rotate clockwise by the off-center rotation of the small diameter circle_disk 8, at which time the rotation of the rotary shaft 9 is not a positioning rotation but a rotation. As shown in FIG. 3A, the rotation is performed as if a star-shaped curve is drawn. Further, as shown by B12, the second casing 4 is rotated by 45 degrees counterclockwise with respect to the first casing 3, and the miscellaneous means 13 is in the most material state, and the rotating member 10 is also at 45 degrees. Rotate the position. Further, on the right side of the fixed locking member 14, the engaging recessed portion 6g is disengaged, and on the left side, the engaging plug portion (10) is in a state of being dissipated toward the engaging recessed portion 6f of the base member member 6. At this time, on the left side of the fixed locking member μ, the deformed mounting plug portion 14c and the engaging plug portion are clamped to the right side of the guiding ridge portion, and the deformed mounting bolt portion 14c and the engaging plug portion (10) is taken out from the guide rib portion 6j. /, from the state shown in FIG. 12 to FIG. 13, when the second casing 4 is rotated in the OFF state in which the fourth body 3 is rotated clockwise by 45 degrees, the state is rotated to the state of rotation. Rotation of the rotating shaft 9, the small-diameter disk 8 is rotated by the rotation axis 9; the fulcrum is further rotated off-center in the counterclockwise direction, and the small-diameter disk 8 is rotated from the center to rotate the rotating disk 7 clockwise Therefore, the rotation axis 2 rotation is not a positioning rotation, but is as shown in FIG. 3A as a star-shaped curve like the left name; ^ i, so that the second housing 4 is opposite to the first housing 3 When the hour hand rotates 90 ° degrees, 'the elastic means 13 is elongated from the most curved state of Fig. 12, the second Nashun is 3, the object direction is rotated, and the $New time' is pressed by the stop means at the point of the swinging member. The spin of the composition _ _Ma recorded the end of the tear 6 ❿ 入 ,, 希 17 201104090 -5 丨 by playing ' ί hand? 13 is maintained, and the sound is stably rotated at the rotation angle of 90 degrees. Therefore, when the rotation of 90 degrees is performed, the operation portion 3a of the first housing 3 can be made to be in the horizontally long state. Figure 2) operates. The fixed locking member 14 is rotated to pivot on the left side of the fixed mounting pin portion 14c in the state of FIG. 7, as shown in FIG. 13, and the deformed portion 14c on the right side of the fixed locking member μ is The engaging boss portion 14b disengages the guide ridge cylinder. Next, from the state shown in FIG. 13 to FIG. 14, when the second casing 4 is rotated counterclockwise with respect to the first casing 3 by 45 degrees, the swirling member 1〇 is rotated. In the state of FIG. 7, the left side of the state in which the latching member 14 is removed and the latching portion are torn, and the fixed latching member 14 on the right side of the swivel portion (four) is engaged with the recessed portion & Since the deformed mounting plug portion 14c rotates as a fulcrum, the deformed mounting plug portion 14c and the engaging plug portion 14b that fix the locking member 脱 disengage the guide ridge portion. ^, from the state shown in Figure 14 to Figure 15, as shown in Figure 15, the second shell = production = Na counter-time 45 45 _7 sacrifice state is converted to: degree: turn sorrow, with the rotation of the rotating shaft 9 The small-diameter disk 8 is torn to the reverse gorge by the rotation axis of $2, and (4) the deviation of the side disk 8 is rotated, so that the rotation _7_clockwise rotation, therefore, the rotation of the rotary shaft 9 is not the positioning rotation. But move as shown. Moreover, the second shell Zhao 4 is rotated counterclockwise with respect to the _«, 13 = body 3 of the ^ rotation. Therefore, the second shell Zhao 4 is elongated from the most curved shape with respect to the figure, and the body 3 is automatically counterclockwise. The direction is rotated, and when the rotation angle of (10) degrees is 201104090, the shaft portion 9a of the rotating shaft 9 of the stopping means l2 and the sliding recessed portion 6d of the base member 6 are attached to the twisting member 10 - the 180 degrees are engaged Since the rotation angle is stably maintained, the second housing 4 can operate the operating portion % (shown in Fig. 2) of the first casing 3 in the longitudinal state t' at a rotation angle of 18 degrees. At the time of weaving, the right locking portion 14 of the right-side portion of the turning member ι 所示 in the state shown in FIG. 7 is the card detecting portion 14a and the movable locking portion on the left side of the drawing: the card is inspected for 20 cards. The locking portion 14a' of the fixed card retaining member 14 on the left side of the state of FIG. 7 of the turning member 1 is configured such that the locking of the movable locking member 22 on the right side resists the elastic force of the secondary elastic means 23, and The movable locking member 22 is retracted by pressing in the clockwise direction. Thereby, the second casing 4 is prevented from rotating 180 degrees or more in the counterclockwise direction with respect to the first casing 3. The enlarged view of the state is as follows: when the second casing 4 is rotated clockwise or in the direction of the needle relative to the first casing 3, the rotating shaft 9 and the rotating disk 7 are rotated by 9 g degrees and (10) degrees. The small diameter disk 8 is rotated every time, and since the mounting position is fixed, the rotation track of the rotation -9 is depicted as a star-shaped curve as shown in FIG. 3G. Further, as described above, the dynamics of the small-diameter disk 8 when the second casing 4 is made relative to the first casing are as shown in FIGS. 16 to 2 and the moving disk 8 is in the second casing. ^ The hall should not be small in guiding the long hole I: When the body 3 is rotating, the - side and the _9 of the guiding long hole 7b_ are simultaneously rotated in the elliptical recess 7a provided therein. The disk of the present invention performs a star-shaped curve motion. , ', ... / / when the rotating shaft 9 201104090 / the fourth learning 4 relative to the first housing 3 in the counterclockwise opening operation, as shown in Figures b to 20, the lower end of the rotating shaft 9 convex The edge portion is formed in a star-shaped curve along the die-cut portion (10) of the heart plate cover 16, and at a rotation angle of 0 degrees, 90 degrees, and (10 degrees), it is removed from each of the engaging recess portions provided at the die-cut portion. ~De-embedded two and 'for the second housing 4 with respect to the first housing 3 for clockwise rotation ^ Figure 'slightly' suspected that the lower end portion of the shaft 9 is along the cover plate Cut: The portion 16b is a star-shaped curve action, and when it is rotated at a rotation angle of %, %, or (10) degrees, that is, when it is rotated clockwise, it is removed from each of the engaging recesses provided at the die-cut portion, 16f and 16e. Embed in order; when rotating in the counterclockwise direction, the respective engaging recesses &, 16d and 16e are sequentially inserted. The sliding member 6 further has a sliding preventing means 6 for preventing the second casing member casing 3 from sliding in the recording direction, and is thinly disposed on each of the slip preventing recesses 6b, 6c, 6d, 6e from the base guiding hole 6a. The joint recesses 'g'6h'6l^^61a>61b^61c.61d>61e^61f.61g. The special-shaped mounting brackets 14C and 14C of the Hi-locking members 14 and 14 are formed, and only two 1 to 4, FIG. 7, FIG. 9, FIG. 1, and FIG. 13 and FIG. 15, the closing state of y·3 and the second casing 4 and the clockwise σ reading direction from the closed state are 9 When the twist is rotated, the user is in the second shell: ==^ _ _ _ . ^ direction 3 ^ tilting operation of the love, such as head 23 (8) ~ (c): 'hunting by the second shell The rotation angle of the body 4 with respect to the first casing 3, the deformed mounting portions 14C, 14c of the fixed locking portion 14 and the guide holes 6a of the base member 6 are engaged with the 20 201104090 ... inclined portions 61a to 61h, and The sliding action of the second housing 4 is prevented. That is, as shown in FIGS. 1 and 7, when the second casing 4 is in a closed closed state with respect to the first casing 3, the second casing 4 is intended to be oriented in the front-rear direction with respect to the first casing 3. In the case of sliding, as shown by the broken line in Fig. 23(a), even if the second casing 4 slides slightly forward with respect to the first casing 3, the plug portion Mc and the inclined portion 61a are attached by the irregular shape of the turning member 10. , 61d abuts the engagement, and prevents the second housing 4 from sliding relative to the first housing 3; Next, when the second housing 4 is rotated 90 degrees with respect to the first housing 3 as shown in FIGS. 2 and 9 in the clockwise direction, the second housing 4 is to be moved relative to the first housing. 3, in the leftward direction, the affair, as shown by the broken line in Fig. 23(b), even if it slides slightly in the left direction, 'the shaped plug portion due to the turning member 1G ... abuts against the inclined portions 61c and 61f' It is possible to prevent the sliding action from going beyond the left direction. Then, as shown in FIGS. 3 and 13, when the second casing 4 is rotated 90 degrees counterclockwise with respect to the first casing 3, even if the second casing 4 is turned to the right with respect to the first casing 3 When the direction is slid, as shown by the broken line in Fig. 2, the slide member W is slightly slid to the left, but the irregularly mounted plug portion W of the slewing member 1 抵 is engaged with the inclined portions (10) and 61g, thereby preventing the overrun. Sliding action in the right direction. Further, even if the second casing 4 rotates in the clockwise direction and the counterclockwise direction with respect to the first casing 3, as shown by the love word of the spread degree, by the rotation direction, Fig. 15 14r„ ^ 〇 〇 撕 撕 撕 撕 撕 撕 撕 撕 撕 10 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使 即使The casing 3 slides in the forward direction and is closed, and the second casing 4 phase of the 201104090 does not have a sliding motion in the first casing 3. Moreover, the second casing 4 is 3 degrees with respect to the first casing, At the end of the 90-degree, 180-degree rotation operation, the irregular-shaped mounting inspection portion (4) W falls into each of the engagement recesses 6f 6g, and thus, in the case of the picture chat, it is close to the front direction, and in the case of FIG. 23(b) In the case of the direction of the figure (4), there is no sliding action in the left direction. The rotation fulcrum adjusting means 62 of the person's second housing 4 is rotated relative to the first housing 3, as shown in FIG. As shown, it is a card that fixes the locking members i4, 14. The bolts 414b, 14b and the guide ribs provided in the base member 6 are, for example, The sheet guiding portions 62&, n_ of each corner portion of 6n are formed, that is, as shown in Figs. 4 and 7, 9, π, Fig. 13 and Fig. 15, the second body 4 is opposed to each other. At the 0th, 9th, and (10th) degrees of the first housing 3, the rotation operation is completed. As described above, when the irregularly mounted plug portions i4c and W are to be slid toward the respective inclined portions. , the deformed mounting bolts ..., (4) will slightly slide before the inclined portions are called abutting. As shown in Fig. 1 to Fig. 3 and Fig. 7, Fig. 9, Fig. U, Fig. 13 and Fig. 15, In the sliding state, the syllabus of the second housing 4^ for the rotation of the first housing 3 is used as the irregular mounting inspection of the fulcrum, 14e, because it is not in the respective joint domains red, 26, 6h, (four) : The method is a smoothing star (four) line action. The Wei of the turning point adjustment means 62 plays a role here. When the If shape is 'when the second casing 4 is rotated clockwise relative to the first casing 3' In particular, as shown in FIG. 24, the engagement detecting unit _ is accompanied by the rotating operation 22 201104090
同時，敢引入薄片導引部62b登圖中下側^線，示移動，且策 作為支點的異形安裝栓部Ik落人接合凹部6g内，使圓滑星狀曲· 線動作得以調整。圖24係為使第二殼體4相對於第—殼體3從閉 闔狀態朝後方作滑動的狀態，圖8係為針對使第二殼體4相對二 第一殼體3朝順時針方向旋轉的情形，然即使於作其它左右任一 方向的90度旋轉，因異形安裝栓部14c、14c的一方不在接^凹 部6g、6f以及6i内，因此，即使於使第二殼體4相對於第一 2體 3旋轉的情形，也是以同樣動作調整轉動支點，說明則省略之\ 本發明如上所述’當從第二殼體相對於第一殼體幾乎完全相 互重邊狀射’欲使第二殼體相對於第—殼_左右任—方向且At the same time, the thin guide portion 62b is introduced into the lower middle line of the drawing, and the movement is moved, and the deformed mounting plug portion Ik serving as the fulcrum falls into the engaging recess portion 6g, so that the smooth star-shaped curved line motion can be adjusted. FIG. 24 is a state in which the second casing 4 is slid rearward from the closed state with respect to the first casing 3, and FIG. 8 is for making the second casing 4 clockwise with respect to the two first casings 3. In the case of rotation, even if 90 degrees of rotation in either of the left and right directions is performed, one of the irregularly mounted plug portions 14c and 14c is not in the recessed portions 6g, 6f, and 6i, and therefore, even if the second housing 4 is opposed In the case where the first 2 body 3 is rotated, the rotation fulcrum is also adjusted in the same manner, and the description is omitted. The present invention is as described above, 'when the second housing is almost completely overlapped with each other with respect to the first housing. Having the second housing relative to the first shell
水平方向作90度及⑽度旋轉時，藉由第二殼體相對於第一殼體 於橫長與縱長狀態中，露出第-殼體之上表面的操作部以可操 作，且無論右撇者或左撇者均可簡單操作開闔。因此適合作為行 動電話、電子辭典、口袋型電腦、個人數位助理（PDA)等，而 其係為由上表面設置如鍵盤部之操作部之第一殼體與同樣於上表 面設置顯稀置之第二殼體賴紅可攜式電子設紅開閨農置 及使用該開闔裝置之可攜式電子設備。 【圖式簡單說明】 圖1係為顯示使用本發明可攜式電子設備之實_之一行動 電話的斜視圖。 圖2係為顯示從圖丨狀態使第二殼體相對於第一殼體作9〇度 23 201104090 順時針旋轉之旋轉狀態的平面圖。 、、圖3係為顯示從圖！狀態使第二殼體相對於第一殼體作％度 逆時針旋轉之旋轉狀態的平面圖。 圖4係為顯示觀2及圖3狀紐第二殼_對於第一殼體， 再作順時針和逆時針旋轉之90度旋轉狀態的平面圖。 圖5係為顯林發明之關裝置之上半部之側_分解斜視 圖’虛線的框印部分為放大2倍。 圖 圖6係為本發明之關裝置之下半部之侧㈣分解斜視圖。 圖 係為顯示第-殼體及第二殼體於閉閨狀態時的開閨装 置，圖7(a)係為顯示該平面圖；圖7(b)係為顯示該一部分擴大平面 〃圖8係為顯示從圖7狀態使第二殼體相對於第—殼體作順時 針旋轉之呈45度旋轉狀態之開闔裝置的平面圖。、 圖9係為顯示棚8狀態使第三㈣购於第—殼體再作順 時針旋轉之呈45度旋轉狀態之開闔裝置的平面圖。 圖1〇係為顯示從圖9狀態使第二殼體相對於笛i 、罘一设體再作順 時針旋轉之呈45度旋轉狀態之開闔裝置的平面圖。 圖U係為顯示從圖10狀態使第二殼體相對於第一^體 順時針旋轉之呈45度旋轉狀態之開闔裝置的平面圖。 再作 圖12係為顯示從圖7狀態使第二殼體相對於第、、， 針旋轉之呈45度旋轉狀態之開闔裝置的平面圖。 Λ ' 圖13係為顯示從圖12狀態使第二殼體相對 第一殼體再作 24 201104090 旋—之呈45度旋轉狀態之開闔裳置的平面圖。 、、圖14係為顯示從圖13狀態使第二殼體才目對於第一殼體再作 逆時針旋轉之呈45度旋轉狀態之開闔裒置的平面圖。 、、圖15係為顯示從圖14狀態使第二殼體相對於第一毅體再作 逆時針旋轉之呈45度旋轉狀態之開_置的平面圖。 _ 16係為顯示本發明關裝置於圖7狀態時之裏側狀態的平 ' 面圖。 % ® 17係為顯示本發明開闔裝置於圖12狀態時之裏側狀態的 平面圖。 圖U係為顯示本發明開闔裝置於圖13狀態時之裏侧狀態的 平面圖。 圖19係為顯不本發明開闔裝置於圖14狀態時之裏側狀態的 平面圖。 圖20係為顯示本發明開闔裝置於圖15狀態時之裏側狀態的 % 平面圖。 圖21係用以說明第二殼體相對於第一殼體作順時針⑽度旋 :轉時旋轉限制手段的動作，圖21⑻係為顯示正要進行18〇度旋轉 :時的狀態；圖2l(b)係為顯* 18〇度旋轉結束後的狀態。 圖22係用以說明第二殼體相對於第一殼體作逆時針⑽度旋 轉時旋轉限制手段的動作，圖22⑻係為顯示正要進行⑽度旋轉 時的狀態；圖22(b)係為顯示⑽度旋轉結束後的狀態。 圖23⑻係用以說明本發明之滑動防止手段^構成及該動 25 2〇1104090 -作的說明圖，係為顯示第：殼體與第二殼體之閉閨時的狀態。 圖23(b)係用以說明本發明之滑動防止手段^ 90度旋轉後的狀態 圖 作的况明圖’係為顯不第二殼體相對於第一殼體朝順時針方向作 90度旋轉後的狀態 作的麵，蝴===== 說明圖 圖24翻峨縣糾讀較_好段之構成與動 作的 圖25係用以說明本發日_裝置之旋侧盤與小徑圓盤之部 分的分解斜視圖。 圖26係用以朗本㈣賴裝置之旋轉轉手段之可動卡止 部材之部分的分解斜視圖。 圖27係為顯示本發明開閨裝置的基底部材，圖27(a)係為從 表面侧看之斜亂·圖27_為從褢側相斜視圖；圖係 圖27⑻的A—A線斷面圖。 ’、為 圖28係為顯示本發_職置之固定卡止部材的斜視圖。 圖29係為顯示本發明開闔裝置之固定部材，圖29⑻係為從 表面側看的斜 ; ® 29(_為從錄側相斜視圖。 圖30係為用以說明本發明開闔裝置之星狀曲線動作的說明 圖。 26 201104090 ' 【主要元件符號說明】 .T:一蘭闔裝Ϊ———。:： " 2:可攜式電子設備 3:第一殼體 3a :操作部 3b :安裝凹部 3c:突出部、 3d、4c、16a、25 :安裝螺釘 鲁 4:第二殼體 4a .顯不部 4b、6q、6r、6v、6w、7c、10a、10b、16g、16i、16j、16v 16w、22b、24a、26a :安裝孔 5 :星狀（asteroid)曲線操作機構 6:基底部材 6a:導引孔 6b〜6e :止滑凹部 6f〜6i :接合凹部 6j、6k、6m、6n :導引凸條部 6p :卡合段部 6s、6t :卡合孔 7:旋轉圓盤 7a:橢圓凹部 27 201104090 7b:導引長孔 -—―― * - · ....... - 7d、7e、8b :周溝 8:小徑圓盤 8a :小圓形孔 9 :旋轉轴 9a :軸部 % :凸緣部 9c :插通孔 10 :迴旋部部材 10c :異形安裝孔 11 :圓弧狀導引孔 11a :始端部 lib :終端部 12 :點按停止手段 13 :彈性手段 13a、23a : —端部 13b、23b :他端部 14 :固定卡止部材 14a :卡止部 14b :卡合栓部 14c :異形安裝栓部 201104090 16b :模切部 16c〜16f:卡合凹部 16h :彈簧卡止孔 17 :滑接套圈 18、21 :安裝栓 19 :旋轉限制手段 20 :卡止检 22 :可動卡止部材 22a :軸支孔 22c、22h :彈簧卡止孔 23 :次彈性手段 24 :固定部材 24b :突起部 24c :滑接部 26 :墊片 27 :墊圈 61 :滑動防止手段 61a〜61h :傾斜部 62 :轉動支點調整手段 62a〜62d :薄片導引部When the horizontal direction is rotated by 90 degrees and (10) degrees, the operation portion of the upper surface of the first housing is exposed by the second housing in the horizontally long and the vertically long state with respect to the first housing, and the right side is right. The latter or the left-hander can easily operate the opening. Therefore, it is suitable as a mobile phone, an electronic dictionary, a pocket computer, a personal digital assistant (PDA), etc., and is provided with a first casing provided with an operation portion such as a keyboard portion on the upper surface and a similarly disposed upper surface. The second housing, the red portable electronic device, is provided with a red-opening farm and a portable electronic device using the opening device. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a mobile phone using a portable electronic device of the present invention. Fig. 2 is a plan view showing a state in which the second casing is rotated clockwise with respect to the first casing from the state of Fig. 23 201104090. , Figure 3 is shown in the figure! A plan view of a state in which the second housing is rotated counterclockwise with respect to the first housing. Fig. 4 is a plan view showing a state in which the second casing of FIG. 2 and the second casing of Fig. 3 are rotated 90 degrees in clockwise and counterclockwise rotation with respect to the first casing. Figure 5 is the side of the upper half of the closing device of the invention. The exploded portion of the dotted line is doubled. Figure 6 is an exploded perspective view of the side (four) of the lower half of the closing device of the present invention. The figure shows the opening device when the first casing and the second casing are in the closed state, and FIG. 7(a) shows the plan view; FIG. 7(b) shows the part enlarged plane. FIG. A plan view of the opening device in a 45 degree rotation state in which the second housing is rotated clockwise relative to the first housing from the state of FIG. Fig. 9 is a plan view showing the opening device of the state in which the shed 8 is in a state in which the third (fourth) is purchased from the first casing and rotated clockwise by 45 degrees. Fig. 1 is a plan view showing the opening device in a state in which the second casing is rotated clockwise by 45 degrees with respect to the flute and the casing from the state of Fig. 9. Figure U is a plan view showing the opening device in a state in which the second casing is rotated clockwise with respect to the first body from the state of Figure 10 at a 45-degree rotation. Fig. 12 is a plan view showing the opening device in which the second casing is rotated by 45 degrees with respect to the first and second needles in the state of Fig. 7. Λ ' Fig. 13 is a plan view showing the opening of the second casing from the state of Fig. 12 so that the second casing is rotated 45 degrees with respect to the first casing. Fig. 14 is a plan view showing the opening of the second housing which is rotated 45 degrees counterclockwise from the first housing from the state of Fig. 13 . Fig. 15 is a plan view showing an open state in which the second casing is rotated counterclockwise with respect to the first body by a state of 45 degrees from the state of Fig. 14. _ 16 is a plan view showing the state of the inner side of the closing device of the present invention in the state of Fig. 7. % ® 17 is a plan view showing the state of the inner side of the opening device of the present invention in the state of Fig. 12. Fig. U is a plan view showing the state of the inner side of the opening device of the present invention in the state of Fig. 13. Fig. 19 is a plan view showing the state of the inner side of the opening device of the present invention in the state of Fig. 14. Fig. 20 is a plan view showing the state of the inner side of the opening device of the present invention in the state of Fig. 15. 21 is a view for explaining a clockwise (10) rotation of the second housing with respect to the first housing: an operation of the rotation restricting means when rotating, and FIG. 21 (8) is a state showing that the rotation is about 18 degrees; FIG. (b) is the state after the end of the 18 degree rotation. Figure 22 is a view for explaining the operation of the rotation restricting means when the second casing rotates counterclockwise (10) degrees with respect to the first casing, and Figure 22 (8) shows the state when the (10) degree rotation is being performed; Figure 22 (b) To display the state after the end of the (10) degree of rotation. Fig. 23 (8) is a view for explaining the configuration of the slide preventing means of the present invention and the operation of the second embodiment, and showing the state in which the casing and the second casing are closed. Figure 23 (b) is a view for explaining the state of the sliding prevention means of the present invention after 90 degree rotation, in which the second housing is 90 degrees clockwise with respect to the first housing. The surface of the state after the rotation, butterfly ===== Description Figure 24 Figure 5 shows the composition and action of the 好 峨 纠 用以 用以 装置 装置 装置 装置 装置 装置 装置 装置 装置 装置An exploded perspective view of a portion of the disc. Fig. 26 is an exploded perspective view showing a portion of the movable locking member of the rotary turning means of the Ronben (four) device. Figure 27 is a view showing the base member of the opening device of the present invention, and Figure 27(a) is a perspective view from the front side. Figure 27 is a perspective view from the side of the side; Figure 27(8) shows the A-A line broken. Surface map. Fig. 28 is a perspective view showing the fixed locking member of the present invention. Figure 29 is a view showing a fixing member of the opening device of the present invention, and Figure 29 (8) is an oblique view from the front side; ® 29 (_ is an oblique view from the recording side. Figure 30 is for explaining the opening device of the present invention. Explanation of the star-shaped curve action. 26 201104090 ' [Main component symbol description] .T: One Lancôme installation ————.:: " 2: Portable electronic device 3: First housing 3a: Operation unit 3b: mounting recess 3c: projection, 3d, 4c, 16a, 25: mounting screw 4: second housing 4a. display 4b, 6q, 6r, 6v, 6w, 7c, 10a, 10b, 16g, 16i , 16j, 16v 16w, 22b, 24a, 26a: mounting hole 5: asteroid curve operating mechanism 6: base member 6a: guide holes 6b to 6e: non-slip recesses 6f to 6i: engaging recesses 6j, 6k, 6m, 6n: guide rib portion 6p: engaging portion 6s, 6t: engaging hole 7: rotating disc 7a: elliptical recess 27 201104090 7b: guiding long hole - - - * - · .... - 7d, 7e, 8b: circumferential groove 8: small diameter disk 8a: small circular hole 9: rotating shaft 9a: shaft portion %: flange portion 9c: insertion hole 10: swirling member 10c: profiled Mounting hole 11: arc-shaped guiding hole 11a: starting end Lib : terminal portion 12 : click stop means 13 : elastic means 13a, 23a : - end portions 13b, 23b : other end portion 14 : fixed locking member 14a : locking portion 14b : engaging bolt portion 14c : shaped mounting bolt Department 201104090 16b: Die-cut portion 16c to 16f: Engagement recess 16h: Spring locking hole 17: Slip ferrule 18, 21: Mounting plug 19: Rotation restricting means 20: Engagement check 22: Movable locking member 22a: Shaft support holes 22c, 22h: spring locking holes 23: secondary elastic means 24: fixing members 24b: projections 24c: sliding portions 26: spacers 27: washers 61: sliding prevention means 61a to 61h: inclined portions 62: rotation Pivot adjustment means 62a to 62d: sheet guide