201100646 0970H/6 30466twf.doc/n 六、發明說明： 【發明所屬之技術領域】 且#寸別是有關於一種 本發明是有關於—種夾持機構 藉由滑塊作動的夹持機構。 【先前技術】 在現今資訊爆炸㈣代，電子產品已與日常生活產生 Hi的關係。隨著電子科技的不_進，具人性化、 用=丄仏的rt產°°亦不斷推陳出新。就電腦的發展與應 5，百先杳展出桌上型電腦（desktop computer)，然而 二上里_甚為笨重，具有攜帶不便等缺點。因此之後便 j出攜帶方便的筆記型電腦（她b〇〇k 咖），而 隨者科技的進步，又發展出平板型電腦（tablet pe)。平板 ，電知在使用上更具便利性，甚至只需將平板型電腦放在 名=亡笙利用觸控筆便可以對其進行操控，並不需要鍵盤 或/月乳專配備。 而在豕中或會曦室時，亦可以將平板型電腦置放 的基座(―)上，並從基座的後端 。卜接出鍵叙糾，簡_盤及滑鼠對平㈣電腦進行 操控。傳統之基座或其它具錢似功能的結構，通常是配 ^與2對應之平板型電腦外觀上的造型做設計。詳細而 δ ’晋遍的作法是在基座上設計出配合平板型電腦外型的 凹槽’並直接將平板型電腦直接置於凹槽，以透過凹 平板型電腦作左、右、前、後的限位。 均 201100646 uy/U87& 30466twf.d〇c/n 換5之，具有固定尺寸與形狀之四槽的基座僅適用於 具有與其相對應尺寸與外型的平板型電腦。若要配合不同 尺寸或外㈣平板㈣腦，則必須麵設相槽。此外， 基賴平板型電腦具有讀力，常會將凹槽設計成 與平板型電腦之麵微的結構性干涉，以產生夹持效 果。然而此作法容易對平板型電腦的表面造成損傷。 Ο 〇 【發明内容】 本發明提供一種夾持機構，可適用於不同尺寸愈外型 的物件’且可降低造成物件表面損傷的機率。/ ^明提出-種鱗機構，㈣祕—物件。夹持機 =括-第-滑塊、一第二滑塊及兩第二夹持件。第—滑 ，具有-主動件。第二滑塊接觸第_滑塊，且具有至少— Γί::。兩第二夹持件分別滑設於第-滑塊的相對兩 =。备物件下壓主動件時，第二滑塊與兩第二夾持 2滑塊帶動而靠近物件，以使第—失持件及 件共同夾持物件。 犬符 f本發明之-實施例中，上述之第—滑塊更包含兩導 礼y刀设於主動件的減兩侧，且各第二㈣件之 伸並彎折而滑設於對應之導槽。 *在本發明之-實施例中，上述之兩導槽之一端 ^間具有—階段差，使兩第二夾持件沿導槽之— 動至另一端而靠近主動件。 工/月 在本發明之一實施例中，上述之主動件包括兩桿件， 5 201100646 0970876 ^>0466twf.doc/n 且兩桿件相互平行。 '上述之兩第二夹持件各包括 上述之第一夾持件包括兩捍 其令當物件被第二滑塊及兩 在本發明之一實施例中 一才干件，且兩桿件相互平行 在本發明之一實施例中 件，且兩桿件相互平行。 在本發明之一實施例令， 第士持件夾持住時，兩第二夾持件分別 ： 兩側邊，且第二滑棟承靠物件的-表面。件相對的 二滑塊及兩第二夾持件夾持住時，擋止::第!;::: 推動擋止件以解除播止件與第- 在本發明之一實施例十，上述之第― ―* 凸塊，用以與擋止件形成結構性干涉。〜、有—弟— 在本發明之-實施射，上述之第— 料面，用以承靠擔止件。 υ弟— 的—ΐίΓΓΓ例中’上述之擔止件鄰近第-滑塊 而具有一弟二導引面，用以承靠第一凸塊。 位置例中，上述之擒止件鄰近釋放件的 置八有一苐二導引面，用以承靠釋放件。 在本發明之一實施例中，上述之限位組件 一彈性件，連接擋止件及一囡宁 已括弟 第—滑塊的彈力疋而，以對撐止件提供朝向 Ά ψ ❹ 〇 201100646201100646 0970H/6 30466twf.doc/n VI. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a clamping mechanism in which a clamping mechanism is actuated by a slider. [Prior Art] In today's information explosion (fourth generation), electronic products have a relationship with Hi in daily life. With the advancement of electronic technology, the humanity, the use of 丄仏 rt production ° ° is also constantly innovating. As far as the development of computers is concerned, the desktop computer is being developed. However, the second is very cumbersome and has the disadvantages of being inconvenient to carry. Therefore, it is convenient to carry a portable computer (her b〇〇k coffee), and with the advancement of technology, a tablet computer (tablet pe) has been developed. The tablet and the electronic device are more convenient to use, and even the tablet computer can be manipulated by using the stylus pen, and the keyboard or/or milk pad is not required. In the case of a squat or a diverticulum, the tablet computer can also be placed on the base (") and from the rear end of the base. Bu is connected to the key to correct, simple _ disk and mouse to control the flat (four) computer. The traditional pedestal or other structure with a money-like function is usually designed with the appearance of a tablet computer corresponding to 2. In detail, the δ 'Jin Pass method is to design the groove on the pedestal with the shape of the tablet computer' and directly place the tablet computer directly in the groove to make the left, right, front, through the concave flat computer. After the limit. Both 201100646 uy/U87& 30466twf.d〇c/n For 5, the four-slot base with fixed size and shape is only suitable for flat-panel computers with corresponding size and appearance. To match different sizes or outer (four) flat (four) brains, phase grooves must be placed on the surface. In addition, the base-type computer has read power, and the groove is often designed to interfere with the surface of the tablet computer to create a clamping effect. However, this method is liable to cause damage to the surface of the tablet computer. SUMMARY OF THE INVENTION The present invention provides a clamping mechanism that can be applied to articles of different sizes and which can reduce the probability of damage to the surface of the article. / ^ Ming proposed - species scale institutions, (four) secret - objects. The clamping machine includes a - - a slider, a second slider and two second clamping members. First-slip, with - active parts. The second slider contacts the _slider and has at least - Γ ί::. The two second clamping members are respectively slidably disposed on opposite sides of the first slider. When the preparation member presses the active member, the second slider and the two second clamping members 2 are driven to move closer to the object, so that the first holding member and the member jointly hold the object. In the embodiment of the present invention, the first slider further includes two guide y knives disposed on the minus sides of the active member, and each of the second (four) members is stretched and bent and slidably disposed in the corresponding Guide groove. * In the embodiment of the present invention, one of the two guide grooves has a phase difference between the two ends, so that the two second clamping members move along the guide groove to the other end and approach the active member. In one embodiment of the invention, the active member comprises two rod members, 5 201100646 0970876 ^> 0466twf.doc/n and the two rod members are parallel to each other. The above two second clamping members each include the first clamping member including two members such that the object is replaced by the second slider and two in one embodiment of the present invention, and the two members are parallel to each other. In one embodiment of the invention, the two members are parallel to one another. In an embodiment of the invention, when the first holding member is clamped, the two second clamping members respectively have: two side edges, and the second sliding frame bears against the surface of the object. When the opposite two sliders and the two second clamping members are clamped, the stopper::!!::: pushes the stopper to release the stopper and the first - in the tenth embodiment of the present invention, the above The ―* bump is used to form structural interference with the stopper. ~, 有—弟—In the present invention, the first surface is used to bear the support member. In the case of the younger brother, the above-mentioned support member is adjacent to the first slider and has a second guiding surface for supporting the first projection. In the positional example, the above-mentioned stop member has a second guide surface adjacent to the release member for supporting the release member. In an embodiment of the present invention, the above-mentioned limiting component comprises an elastic member, a connecting stopper and a spring force of the first slider, to provide a facing orientation to the supporting member.
Wmib 30466twf.doc/n 二彈性件，連接釋放件及錄件更包括一第 # μ ®&端’#釋放件推動擋止件 使第二彈性件產生形變而儲存—彈性位能。 在本發明之-實施财，上述 口，且擋止件穿過開口。 尾/、夯開 第二trr，—實施例中，上述之第—滑塊更包含有--第弟觸面，第二滑塊則具有另 心主结塊接觸面相互承靠’當物件下壓主動 件時，苐二滑塊藉由另-接觸面相塊 移動，而靠近物件。 尤H凸塊 -現’ 夹持機構更包括一第 梯妾第—滑塊及一固定端，當第-滑塊被物： 下查後，使弟二彈性件產生形變而儲存一彈性位能。 四彈：發rc列中，上述之夹持機構更包括-第 滑塊使第四彈性件產生形變而儲存 及_一連串的機 ^上之弟-夾持件及兩第二夾持件靠近物件並 H了 置不同規格之第二滑塊及第二失持件，而 夹^構適於夹持具有不同尺寸與外型的物件: 兴每=本Γ月之上述特徵和優點能更明顯易懂，下文特 牛只％例，並配合所附圖式作詳細說明如下。 7 201100646 ϋ97Όϋ/(3 3〇466twldoc/n 【實施方式】 圖1為本發明一實施例之夾持機構的立體圖。圖2、 圖3及圖4分別為圖1之夾持機構的俯視、前視及側視圖。 請參考圖1至圖4，本實施例的夹持機構1〇〇用以夾持一 物件50 (繪示於圖2、圖3及圖4)。物件5〇例如為一平 板型電腦。夾持機構100包括一第—滑塊11〇、一第二滑 塊120及兩第二夾持件130。第一滑塊11〇具有一主動件 112。 ’、 第一滑塊120與第一滑塊1接觸且具有至少一第一 夹持件122。兩第二夾持件13G分別滑設於第—滑塊11〇 的相對兩側。當物件50下壓主動件112時，各第二夾持件 130及第二滑塊120藉由第一滑塊11〇的帶動而靠近物件 5〇，以使物件5〇被f -祕件m及㈣二爽持件13〇 共同夾持住。換言之，當制者欲以夹持機構·來夹持 物件50時，可將物件50沿方向Di下壓主動件112，而使 第一滑塊110帶動第二滑塊12〇沿方向〇2移動，且使第— 滑塊110 f動兩第二夾持件13〇分別沿方向及方向〇4 移動。此時，兩第二夾持件130及第一夾持件122會往物 件50靠近並共同夾持住物件5〇。 由於使用者係以物件5G下壓主動件112就可使物件 50被夾持機構100夾持住，故在操作上十分便利。上述失 持方式亚非利用與物件5Q外型相似的凹槽與物件5〇產生 結構性干涉而將其夾持，故可降低造成物件50表面損傷的 機率。此外，可藉由配置不同規格之第二滑塊及第二 201100646 uy/u«/o 30466twf.doc/n 夹持件130，而使夾持機構100適於夾持具有不同尺寸與 外型的物件。 值得注意的是，請參考圖2及圖3，在本實施例中， 兩第二夾持件13〇被設置為沿相反方向（方向及方向 A)移動，以夾持物件50的相對的兩側邊52。請參考圖 2及圖4，第一滑塊120被設置為沿方向％移動，以承靠 物件50的一表面54。 睛參考圖1及圖3，在本實施例中Wmib 30466twf.doc/n Two elastic members, the connecting release member and the recording member further include a #μ®&end'end release pusher to cause the second elastic member to be deformed and stored-elastic potential energy. In the present invention, the above-mentioned port is provided, and the stopper passes through the opening. The tail/, the second trr is opened, in the embodiment, the first slider further includes a first touch surface, and the second slider has a double main contact surface to bear each other 'when the object is under When the active member is pressed, the second slider is moved closer to the object by the other-contact surface block. The H-bump-presenting mechanism further includes a stepped-slider-slider and a fixed end. When the first-slider is: the following, the second elastic member is deformed to store an elastic potential energy. . Four bombs: in the rc column, the above-mentioned clamping mechanism further comprises - the first slider causes the fourth elastic member to be deformed and stored and - a series of the machine - the clamping member and the two second clamping members are close to the object And the second slider and the second missing component of different specifications are arranged, and the clamping structure is suitable for clamping objects having different sizes and shapes: the above characteristics and advantages of the 每 = Γ Γ Γ 更 更Understand, the following is only a case of special cattle, and with the accompanying drawings as detailed below. 7 201100646 ϋ97Όϋ/(3 3〇466twldoc/n [Embodiment] Fig. 1 is a perspective view of a clamping mechanism according to an embodiment of the present invention. Fig. 2, Fig. 3 and Fig. 4 are respectively a front view and a front view of the clamping mechanism of Fig. 1. Referring to FIG. 1 to FIG. 4, the clamping mechanism 1 of the embodiment is used for clamping an object 50 (shown in FIG. 2, FIG. 3 and FIG. 4). The object 5 is, for example, a The tablet computer includes a first slider 11 〇, a second slider 120 and two second clamping members 130. The first slider 11 〇 has an active member 112. ', the first slider 120 is in contact with the first slider 1 and has at least one first clamping member 122. The two second clamping members 13G are respectively slidably disposed on opposite sides of the first slider 11 。. When the object 50 is pressed down the active member 112 Each of the second clamping member 130 and the second sliding member 120 is moved closer to the object 5 by the driving of the first sliding block 11〇, so that the object 5〇 is jointly formed by the f-secret m and the (four) two-slip member 13〇. In other words, when the maker wants to hold the object 50 with the clamping mechanism, the object 50 can be pressed down in the direction Di to the active member 112, and the first slider 110 is driven to move the second slider 12〇. The direction 〇2 moves, and the first slider 110f moves the two second clamping members 13〇 respectively in the direction and direction 〇4. At this time, the two second clamping members 130 and the first clamping member 122 are moved toward each other. The object 50 is close to and holds the object 5〇 together. Since the user presses the active member 112 by the object 5G, the object 50 can be clamped by the clamping mechanism 100, which is very convenient in operation. The groove similar to the shape of the object 5Q is not structurally interfered with the object 5〇, so that the probability of causing damage to the surface of the object 50 can be reduced. Further, the second slider of different specifications can be configured. The second 201100646 uy / u « / o 30466twf. doc / n clamping member 130, and the clamping mechanism 100 is suitable for holding articles having different sizes and shapes. It is worth noting that please refer to Figure 2 and Figure 3. In this embodiment, the two second clamping members 13 are arranged to move in opposite directions (direction and direction A) to clamp the opposite side edges 52 of the object 50. Please refer to FIG. 2 and FIG. The first slider 120 is arranged to move in the direction % to bear against a surface 54 of the object 50. 3, the present embodiment
更詳細而言 /月塊110具有分设於主動件112的相對兩側的兩導槽 II4’且各第二夾持件no之—端延伸並彎折而滑設於對應 之導槽114。請參考圖3,各導槽114之—端與另一端間具 有階段差S，而使各導槽114的—延伸方向E具有一傾角 A，因此對應之第二夾持件13G可沿導槽114之—端向上 滑動至另-端而靠近主動件112。在本實施财，可將各 第二夾持件130限制為無法沿方向〇1上下移動（即在方^ 的自由度為零）’故當第一滑塊m沿方向&被下题 時’第二夾持件130會沿著延伸方向£滑動而靠近物件5〇二 ，外’請參考圖丨至圖4，主動件m包括相互平行 的兩弟—桿件112a，用以承靠物件5G。第—夹持件122 包^相互平行的兩第二桿件122a，用以承靠物件50。兩第 -夾持件13G相互平行，且各包含―第三桿们34。 一杯件34刀別承罪物件5〇相對的兩側邊52，且 二桿件122&承靠物件5〇的一表面54。 9 201100646 0970876 30466twf.doc/n 印爹考圖1至圖4，在本實施例中，夾持機構1〇〇更 包括一限位組件140。限位組件14〇包括一擋止件142及 -釋放件144。當物件5G被第—夹持件⑵及兩第二夹持 件130夾持住時，#止件142會與第一滑塊11〇形成結構 性干涉，以維持夾持機構1〇〇與物件50之間的夾持狀態。 釋放件144用以推動擔止件142以解除擋止件142與第一 滑塊110之間的結構性干涉。More specifically, the month block 110 has two guide grooves II4' disposed on opposite sides of the active member 112, and the ends of the second holding members no extend and are bent and slidably disposed on the corresponding guide grooves 114. Referring to FIG. 3, each of the guide grooves 114 has a step S between the end and the other end, so that the extending direction E of each of the guide grooves 114 has an inclination angle A, so that the corresponding second clamping member 13G can be along the guide groove. The end of the 114 slides up to the other end and is adjacent to the active member 112. In the implementation of the present invention, each of the second clamping members 130 can be restricted from moving up and down in the direction 〇1 (ie, the degree of freedom in the square is zero), so when the first slider m is in the direction & 'The second clamping member 130 will slide along the extending direction to be close to the object 5', and the outer portion 'please refer to FIG. 4 to FIG. 4, and the active member m includes two parallel-pole members 112a for supporting the object. 5G. The first clamping member 122 includes two second rod members 122a parallel to each other for supporting the object member 50. The two first-grip members 13G are parallel to each other and each include a "third rod" 34. A cup of 34 knives objects 5 〇 opposite side edges 52, and the two rods 122 & a surface 54 of the object 5 承. 9 201100646 0970876 30466twf.doc/n In the present embodiment, the clamping mechanism 1 further includes a limiting component 140. The stop assembly 14A includes a stop 142 and a release member 144. When the object 5G is clamped by the first clamping member (2) and the two second clamping members 130, the #stop 142 will form structural interference with the first slider 11〇 to maintain the clamping mechanism 1 and the object. The clamping state between 50. The release member 144 is used to urge the striker 142 to release structural interference between the stop member 142 and the first slider 110.
請參考圖卜圖2及圖4,第一滑塊11〇具有—第— =塊116’用以與擋止件142形成結構性干涉。請參考圖冬 第-凸塊116具有-第一導引面U6a，用以承靠擒止件 142。擋止件142鄰近第一滑塊11〇的一端具有一第二導引 面142a，用以承靠第一凸塊116。Referring to Figures 2 and 4, the first slider 11 has a -th - block 116' for structural interference with the stop 142. Referring to FIG. 2, the bump-116 has a first guiding surface U6a for bearing against the stop member 142. The stopper 142 has a second guiding surface 142a adjacent to the first slider 11b for supporting the first projection 116.
明參考圖1至圖4，在本實施例中，限位組件14〇粟 包括一第—彈性件146及至少-第二彈性件148 (緣示JReferring to FIG. 1 to FIG. 4, in the embodiment, the limiting component 14 includes a first elastic member 146 and at least a second elastic member 148.
一 1口）、第彈性件146連接擋止件142及一固定端(未圈 不—以提供擒止件142朝向第一滑塊11〇的彈力。其中 2端雖未圖示，但其可為夾持機構⑽之外殼6〇(請参 θ 7至圖9)，亦可於外殼内壁設置一凸柱，使第 套μ其上等，且固定方式並不以上述實搞 】為限。弟—彈性件148連接釋放件144及一 =當釋放件144推動擋止件142時，使第二彈;;= 二二儲存一彈性位能，以提供釋放件144反向的回指 穿、^中’第二滑塊120具有—開口 124 ’且擋止件Η: 穿過開口 124。 10 201100646 0970876 30466twf. doc/π 此外’夾持機構100更包括至少 一 … 个—坪怔仟〔例 如：三個）及至少-第四彈性件160 (例如：兩個）。第 ^彈性件150連接第-滑塊110及一固定端(未圖示），當 第一滑塊110被物件50下壓後，使第三彈性件15〇產生形 變並储存—彈性位能，以提供第H1G反向的回復 力。第四彈性件160連接第二滑塊12〇及—固定端(未圖 不），當第二滑塊120、經第一滑塊！ 1〇帶動時，使第四彈性 〇 件160產生形變並儲存一彈性位能，以提供第二滑塊⑽ 反向的回復力。 圖5為圖1之夾持機構的部分結構側視圖。請參 5一，值得注意的是，第—滑塊11〇具有—第二凸塊㈣。第 二凸塊118具有一第一接觸面， 與第二凸塊m之第，面⑽相互“ μ塊120沿方向d2移動。The first elastic member 146 is connected to the stopper 142 and a fixed end (not looped) to provide the elastic force of the damper 142 toward the first slider 11 。. The two ends are not shown, but For the outer casing 6〇 of the clamping mechanism (10) (refer to θ 7 to FIG. 9), a protrusion can also be arranged on the inner wall of the outer casing to make the first sleeve μ superior, and the fixing manner is not limited to the above. - the elastic member 148 is connected to the release member 144 and a = when the release member 144 pushes the stopper member 142, so that the second elastic;; = 22 stores an elastic potential energy to provide the reverse phasing of the release member 144, The second slider 120 has an opening 124' and the stopper Η: passes through the opening 124. 10 201100646 0970876 30466twf. doc/π Further, the clamping mechanism 100 further includes at least one... : three) and at least - fourth elastic member 160 (for example: two). The first elastic member 150 is connected to the first slider 110 and a fixed end (not shown). When the first slider 110 is pressed by the object 50, the third elastic member 15 is deformed and stored - elastic potential energy. To provide the resilience of the H1G reverse. The fourth elastic member 160 connects the second slider 12 and the fixed end (not shown), and when the second slider 120 passes through the first slider! When driven by 1 ,, the fourth elastic member 160 is deformed and stored with an elastic potential energy to provide a reverse restoring force of the second slider (10). Figure 5 is a partial side elevational view of the clamping mechanism of Figure 1. Please refer to 51. It is worth noting that the first slider 11 has a second bump (four). The second bump 118 has a first contact surface, and the first surface of the second bump m, the surface (10) moves with the μ block 120 in the direction d2.
〇圖:作動方式鬚及 ㈣沾本ΐ 的局部作動側視圖。請參考圖6A 是二於β止^ μΓ塊UG尚未被下壓時，第—凸塊116 (繪示於圖2至圖4)、,二圖下示）。當物件50 J化方向D!下壓弟一滑塊u〇時， ^ 142 146 儲存一彈性位能）。當f Γ6 ^件146產生形變而 弟凸塊116下降至低於擋止件142 201100646 uv imfb Ju466twfdoc/n 叶’擋止件142會因第—彈性件⑽所施加的彈力朝方向 移動（此時第-彈性件的彈性位能被釋放）而 凸塊116形成結構性干涉（如圖6Β所繪示）。值得、、主 意的是，由於第—彈性件146會對播止件142施加方向D 的彈力，且第三彈性件15〇會對第一滑塊11〇施加鱼方向2〇图: The mode of actuation and (4) the side view of the local actuation of the sputum. Please refer to FIG. 6A, where the second bump UG has not been depressed, the first bump 116 (shown in FIGS. 2 to 4), and the second graph shown below. When the object 50 J direction D! is pressed down a slider u〇, ^ 142 146 stores an elastic potential energy). When the f Γ 6 ^ member 146 is deformed and the younger bump 116 is lowered below the stop member 142 201100646 uv imfb Ju466twfdoc / n The leaf stop member 142 is moved in the direction due to the elastic force applied by the first elastic member (10) (at this time) The elastic position of the first elastic member can be released and the projection 116 forms structural interference (as shown in FIG. 6A). It is worthwhile, if the first elastic member 146 applies an elastic force to the anchoring member 142 in the direction D, and the third elastic member 15 〇 applies the fish direction to the first slider 11
Dl反向的彈力’故可維持上述結構性干涉，以維持夾持機 構100與物件50之間的夾持狀態。 、 。月蒼考圖1及圖6A ’當使用者欲使物件5〇 (緣示於 圖2至圖4)從炎持機構1〇〇鬆開時，可抵抗第二彈性件 148 (1 會示於圖0的彈力而下壓釋放件144 (此時第二彈 ^件H8產生形變而儲存—彈性位能），使 ⑷㈣三導引面142b，以使擋止件142抵抗第—彈性= ，的淨力而沿方向〇5移動（此時第—彈性件14 Γ = — ¥錄能），止件142沿方向h移動至脫離 A $ 116後，第一滑塊會因第三彈性件15〇對其 ^力^彈力而沿與方向Dl反向之方向上彈（此時第三彈性 件=的彈性位能被釋放），進而帶動夾持機構觸之各 =乍動。此外，被使用者下壓的釋放件144在被放開之 晉猎弟二彈性件148的彈力上彈（此時第二彈性件148 H生位能被職）而回復至原始的位置。值得注意的是， 減她構1〇0後績之鬆開物件5〇的詳細作動方式為與前述 炎持物件％之作動方式相似之反向過程，故 圖7至圖9分別為圖！之夾持機構被外殼覆蓋的俯 12 201100646 / υ〇 / υ 30466twf.doc/n 視、前視及側視圖。請參考圖7至圖9，可以—外疫60芦 蓋夾持機構100，而使部分第—桿件112a、部分第二桿^ 122a、部分第三桿件134及部分釋放件144露出於外殼 ⑹°士當，50 (緣示於圖2至圖4)被爽持機構1〇〇夹持 ^壯疋同時承靠於外殼6〇的—承靠部62，以穩固地被 。此外，使用者可按壓被外殼60暴露出的部分釋放 件144以讓物件50被鬆開。 ο Μ Ϊ上=，本發明的炎持機構藉由物件下壓第一滑塊 及後了-連串的滑塊與第二夾持件的作動，而使第 t之第-鱗件及兩第二錄件靠近物件並 ^此種夾持方式可降低造成物件表面損傷的機率， =配置不同規格之第二滑塊及第二夾持件，而使夹持 構適於夾持具有不同尺寸與外型的物件。此外，可藉由限 二及釋放件的作動而維持或解除夾“構與: 雖狀心以提升夹持機構的功能性及操作性。 〇本= 已以實施例揭露如上，然其並非用以限定 太^日日任何所屬技術領域中具有通常知識者，在不脫離 本叙明之精神和範圍内，當可作些 隹 發明之保護範圍當視後附之申請專利範圍所^定者為= 【圖式簡單說明】 圖1為本發明—實施例之炎持機構的立體圖。 視二圖3及圖4分別為圖1之夾持機構的俯視、前 13 201100646 \jy /uo /υ j\jh 66lvvf.doc/n 圖5為圖1之夾持機構的部分結構侧視圖。 圖6A及圖6B為圖1之夾持機構的局部作動侧視圖。 圖7至圖9分別為圖1之夾持機構被外殼覆蓋的俯 視、前視及側視圖。 【主要元件符號說明】 50 :物件 52 :侧邊 54 :表面 60 :外殼 62 :承靠部 100 :夾持機構 110 :第一滑塊 112 :主動件 112a :第一桿件 114 :導槽 116 :第一凸塊 116a :第一導引面 118 :第二凸塊 118a :第一接觸面 120 :第二滑塊 122 :第一夾持件 122a :第二桿件 124 :開口 14 30466twf.doc/n 201100646 126 :第二接觸面 130 :第二夾持件 134 :第三桿件 140 :限位組件 142 :擋止件 142a :第二導引面 142b :第三導引面 144 :釋放件 146 :第一彈性件 148 :第二彈性件 150 :第三彈性件 160 :第四彈性件 A :傾角The reverse elastic force of Dl maintains the above-described structural interference to maintain the gripping state between the holding mechanism 100 and the article 50. , . Luna 1 and 6A 'When the user wants to make the object 5 〇 (the edge shown in Figures 2 to 4) is released from the inflammatory holding mechanism 1 ,, it can resist the second elastic member 148 (1 will be shown in The elastic force of FIG. 0 presses the release member 144 (at this time, the second elastic member H8 is deformed to store the elastic potential energy), so that the (4) (four) three guiding surfaces 142b are such that the blocking member 142 resists the first elasticity = The net force moves along the direction 〇5 (at this time, the first elastic member 14 Γ = - ¥ recording energy), and after the stopper 142 moves in the direction h to be separated from A $ 116, the first slider is caused by the third elastic member 15 The elastic force is applied in the direction opposite to the direction D1 (in this case, the elastic position of the third elastic member = can be released), thereby driving the clamping mechanism to touch each of the yaws. Further, by the user The depressed release member 144 is springed up by the elastic force of the released second elastic member 148 (when the second elastic member 148 H can be employed) and returned to the original position. It is worth noting that The detailed action of the loose object 5 她 after she constructed 1〇0 is the reverse process similar to the action of the above-mentioned inflammatory object, so Figure 7 to Figure 9 are the figures! The clamping mechanism is covered by the outer casing 12 201100646 / υ〇 / υ 30466twf.doc / n view, front view and side view. Please refer to Figure 7 to Figure 9, can be - plague 60 reed clamping mechanism 100, so that A portion of the first member rod member 112a, a portion of the second rod member 122a, a portion of the third rod member 134, and a portion of the release member 144 are exposed to the outer casing (6), and 50 (the edges are shown in Figs. 2 to 4) are held by the holding mechanism 1 The yoke is held against the bearing portion 62 of the outer casing 6 稳 to be firmly received. Further, the user can press the partial release member 144 exposed by the outer casing 60 to release the article 50. Μ Ϊ上=, the inflammatory holding mechanism of the present invention causes the first-scale member of the t-th scale and the two-stage by pressing the first slider and the rear-series slider and the second clamping member The two recording parts are close to the object and the clamping method can reduce the probability of damage to the surface of the object, and the second slider and the second clamping member of different specifications are arranged, so that the clamping structure is suitable for clamping with different sizes and The outer shape of the object. In addition, the clip can be maintained or disengaged by the action of the limit two and the release member. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 The scope of the invention is determined by the scope of the appended claims. [FIG. 1 is a perspective view of the embodiment of the present invention. FIG. 1 is a perspective view of the embodiment of the invention. The top view of the clamping mechanism of Fig. 1 and the front 13 201100646 \jy /uo /υ j\jh 66lvvf.doc/n Fig. 5 is a partial structural side view of the clamping mechanism of Fig. 1. 6A and 6B are partial side views of the clamping mechanism of Fig. 1. 7 to 9 are a plan view, a front view and a side view, respectively, of the clamping mechanism of Fig. 1 being covered by the outer casing. [Main component symbol description] 50: object 52: side 54: surface 60: outer casing 62: bearing portion 100: clamping mechanism 110: first slider 112: active member 112a: first member 114: guide groove 116 : first bump 116a: first guiding surface 118: second bump 118a: first contact surface 120: second slider 122: first clamping member 122a: second rod 124: opening 14 30466twf.doc /n 201100646 126: second contact surface 130: second clamping member 134: third rod member 140: limiting member 142: stopper member 142a: second guiding surface 142b: third guiding surface 144: release member 146: first elastic member 148: second elastic member 150: third elastic member 160: fourth elastic member A: inclination
Di、〇2、〇3、D4、〇5 ·方向 E :延伸方向 S :階段差 15Di, 〇2, 〇3, D4, 〇5 · Direction E: Extension direction S: Stage difference 15