M344014 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種組合式支撐裝置，特別是指一種 具有擴充機制的組合式支撐裝置，以用於支撐不同數量的 物件。 【先前技術】 如圖1及圖2所示，一般支撐裝置1〇〇包含有二可移 動地相接合的腳座1，各腳座1包括有一座本體u、及分別 由座本體11内側橫向朝内凸伸且相間隔的一第一滑接件12 與一第二滑接件13。第一滑接件12具有二間隔設置於頂壁 121的彈臂122，各彈臂122具有一第一臂部123、一第二 臂部124及複數個定位凸齒125，第一臂部123 一端與頂壁 121相連接，第二臂部124連接於第一臂部123另一端用以 供按壓，定位凸齒125則凸設於第一臂部123頂面。第二 滑接件13具有複數個定位槽132，及複數個鄰近於底端的 擋止部133,所述定位槽132是形成於頂壁131内壁面。 組裝兩腳座1時，將左側腳座丨的第一滑接件12穿設 於右側腳座1的第二滑接件i 3内，以及右侧腳座工的第一 滑接件12穿設於左側腳座i的第二滑接件13内，使得各 第-滑接件12之彈臂122敎位凸齒125卡掣於各第二滑 接件13的定位槽132，以及各第二滑接件13㈣止部133 抵接於各第-滑接件12底端，此時即完成兩腳座工的組裝 二支撐裝置1GG在使用時，可將兩腳座i的座本體^相互 靠近推移，以縮小兩座本體u之間的間距，或是將各彈臂 M344014 =1二臂部124下壓，使各彈们22的定位凸齒125脫 如疋立e 132,即可將兩腳座1的座本體11朝相反方向外 拉’以增加兩座本體u之間的間距。 2圖3及圖4所示，電腦主機2可藉由兩組支撐裝置 —前、-後的配置而撐立於—平面（圖未示）上，各座本 體^的支樓部111支撐於電腦主機2底面，各支樓裝置 ⑽U兩座本體u的限位部112夾持於電腦主機2的左 /兩側’藉此’使各支#裝置刚能穩固地支樓電腦主 機2:然而，當複數個電腦主機2並列配置且藉由支撐裝置 1〇0撐立於平面時，會佔據报大的空間，且電腦主機2與支 樓裝置⑽共同佔據的寬度Η會隨著電腦主機2的數量增 而遞i曰itb外，為樓立一電腦主機2時，需同時使用兩 組支撐裝£ 10()(即四個㈣1}，由於各支撐裝置⑽並無 擴充機制的設計，因此，欲撐立的電腦主冑2數量愈多時 ，所需使用的腳座1數量也隨之遞增，導致支撐裝置1〇〇M344014 VIII. New description: [New technical field] The present invention relates to a combined support device, in particular to a combined support device with an expansion mechanism for supporting different numbers of objects. [Prior Art] As shown in FIG. 1 and FIG. 2, a general supporting device 1A includes two movablely coupled feet 1, each of which includes a body u and a lateral direction from the inside of the seat body 11, respectively. a first sliding member 12 and a second sliding member 13 projecting inwardly and spaced apart. The first sliding member 12 has two elastic arms 122 spaced apart from the top wall 121. Each of the elastic arms 122 has a first arm portion 123, a second arm portion 124 and a plurality of positioning convex teeth 125. The first arm portion 123 One end is connected to the top wall 121, the second arm portion 124 is connected to the other end of the first arm portion 123 for pressing, and the positioning convex tooth 125 is protruded from the top surface of the first arm portion 123. The second sliding member 13 has a plurality of positioning grooves 132 and a plurality of stopping portions 133 adjacent to the bottom end. The positioning grooves 132 are formed on the inner wall surface of the top wall 131. When the two-legged seat 1 is assembled, the first sliding member 12 of the left-footed footrest is inserted into the second sliding member i 3 of the right-footed seat 1 and the first sliding member 12 of the right-handed footing is worn. The first sliding member 13 of the first sliding member 12 is disposed in the positioning slot 132 of each of the second sliding members 13 and each of the first sliding members The second sliding member 13 (four) stopping portion 133 abuts against the bottom end of each of the first sliding members 12, and at this time, the assembly of the two-legged work is completed. When the two supporting devices 1GG are used, the seat bodies of the two feet i can be mutually Close to the shift, to narrow the distance between the two bodies u, or to press the respective arm M344014 =1 two arms 124, so that the positioning teeth 125 of the bombs 22 are off the stand e 132, then The seat body 11 of the two-footed 1 is pulled outward in the opposite direction to increase the spacing between the two seats u. 2, as shown in FIG. 3 and FIG. 4, the computer main body 2 can be supported on a plane (not shown) by two sets of supporting devices, front and rear, and the supporting portion 111 of each of the main body supports The bottom surface of the computer main unit 2, each of the branch devices (10) U, the two-part body u of the limiting portion 112 is clamped to the left/left sides of the computer main unit 2 'by this' so that each device can securely support the mainframe computer 2: however, When a plurality of computer mainframes 2 are arranged side by side and are supported by the supporting device 1〇0, the space occupied by the large amount of space is occupied, and the width occupied by the computer main unit 2 and the branch building device (10) is the same as that of the computer main unit 2 In addition to the number of i曰itb, when building a computer mainframe 2, it is necessary to use two sets of support at the same time to install £10() (ie four (four) 1}. Since each support device (10) has no expansion mechanism design, therefore, The more the number of computer mains 2 to be supported, the more the number of feet 1 to be used will increase, resulting in a support device.
製造成本的提高、運費的增加，以及大量佔據庫存空間的 問題。 另外，台灣專利第M315001號（申請號為9522264〇)專 利案所揭露的組合式支撐裝置，同樣無擴充機制的設計， 故欲撐立的電子設備數目愈多時，所需使用的腳座數量也 隨之增加，仍會導致製造成本的提高、運費的增加，以及 大量佔據庫存空間等問題。 【新型内容】 本新型之一目的，在於提供一種具有擴充機制的組合 6 M344014 式支撐裝置。 本新型之另一目的，在於提供一種在使用時可減少佔 據的空間，並可降低製造成本的組合式支撐裝置。 本新型的目的及解決其技術問題是採用以下技術手段 來實現的，依據本新型所揭露的組合式支撐裝置，適用於 支|至>、％件’組合式支撐裝置包含—基座及二腳座。 廿基座包括一座體，及二分別由座體兩相反側朝相反方 向檢向延伸的滑接件，二腳座設置於座體的兩相反側且分 J 〃⑺接件相接合，各腳座可沿著各滑接件滑移以調整 與座體之間的間距’使各腳座與基座的座體得以支撐物件 手段進==的及解決其技術問題還可以採用以下技術 :述的組合式支„置，座體具有—與各滑接件垂直 限:件。’各腳座包括一與板件相間隔並與板件夹持物件的 前述的組合式支撐裝置， 古 件高度的第-支推件，各_ ^一网度尚於各滑接 相當的第二支撑件，各Γί! 第一支樓件高度 用以支撐物件。 支撐件與各腳座的第二支樓件 前述的組合式支撐裝置，- -第一滑接件與一第二滑接件:==為呈長形狀的 與基座的第二滑接件相接合的第—二 _座包括一 包括-與基座的第-滑接件相接合的月第二滑接=牛另一腳座則 7 M344014 、的、、且口式支撐裝置，各第二滑接件具有複數個橫 。乙伸的疋位槽’各第一滑接件具有一彈臂，彈臂包括一 可’、s擇位置的定位槽卡掣的定位凸齒。 、典月’j述的組合式支撐裝置，各第一滑接件穿設於各第二 /月接件内’各第二滑接件具有_頂板，及複數個用以抵接 ;第/月接件底端的播止部，所述定位槽形成於頂板内 =面’各第-滑接件具有_頂壁，彈f包括—連接部及一 按£ #冑接部_端與頂壁相冑#，定位凸齒凸設於連接 p頁面#壓部由連接部另一端向下延伸並可帶動連接部 移動’以使彈臂的定位凸齒脫離定位槽。 前述的組合式支撐裂置，各第二滑接件穿設於各第一 /月接件内’各第：滑接件具有—側板，所述定位槽形成於 側板外表面’各第_滑接件具有—頂壁、—連接於頂壁一 側的側壁，及複數個用以抵接於各第二滑接件底端的播止 邛彈f包括一連接部及一按壓部，連接部一端與側壁相 連接，定位凸齒凸設於連接部内側面，按壓部樞接於頂壁 底面並外鉻出側壁，按壓部可帶動連接部移動，以使彈臂 的定位凸齒脫離定位槽。 本新型的組合式支撐裝置，藉由基座的配置提供一種 擴充的機制，組合式支撐裝置可隨著欲支撐的物件數量不 同而調整基座使用數量的多寡，使腳座的使用數量不會隨 物件數畺增加而遞增’藉此，可減少組合式支撐裝置與物 件在使用時所共同佔據的空間及寬度，及降低製造成本。 【實施方式】 M344014 有關本新型之前述及其他技術内容、特點與功效，在 以下配合參考圖式之三個較佳實施例的詳細說明中，將可 清楚的呈現。透過具體實施方式的說明，當可對本新型為 達成預定目的所採取的技術手段及功效得一更加深入且具 體的了解，然而所附圖式只是提供參考與說明之用，並非 用來對本新型加以限制。 在本新型被詳細描述之前，要注意的是，在以下的說 明内容中’類似的元件是以相同的編號來表示。 如圖5及圖6所示，是本新型組合式支撐裝置之第一 較佳實施例，該組合式支撐裝置2〇〇適用於支撐複數個物 件4(圖9)，其中，各物件4可為電腦主機或伺服器等電子 裝置，組合式支撐裝置200包含一基座2,及二接合於2座 2兩相反側的腳座3。 如圖6、圖7及圖8所示，基座2包括一座體21、二 設於座體21左、右兩相反側的第一滑接件22，及二設於座 體21左、右兩相反側的第二滑接件23。座體21用以撐立 於一平面（圖未示）上，座體21具有一座體部211、一由座體 部211頂面朝上延伸的板件212，及二對設置於座本體2ιι 頂面且分別位於板件212左、右兩相反側的第一支撐件Μ] ，各第一支撐件213為橡膠材質所製成且高度高於第一、 第二滑接件22、23的高度，各第一支撐件213用以支撐物 件4(圖9)。 各弟b接件22及各弟一滑接件23分別由座體21的 座體部211左、右兩相反側朝反向橫向延伸並呈一直線排列 M344014 且各第一、第二滑接件22、23分別呈長形狀。各第一滑 接件22具有一頂壁221，及二設置於頂壁221上的彈臂 222，各彈臂222包括一連接部223、一按壓部224及複數 個定位凸齒225，連接部223 —端與頂壁221相連接，所述 疋位凸齒225呈橫向延伸地凸設於連接部223頂面，按壓 ^ 224呈L型且由連接部223的另一端向下延伸而成，按 壓部224用以供按壓以帶動連接部223及定位凸齒225下 移各第一滑接件23具有一頂板231、二分別由頂板231 相對側向下延伸的側板232、複數個定位槽233，及複數個 私止部234，所述定位槽233是呈兩列排列的方式且橫向延 伸地形成於頂板231内表面，各擋止部234則形成於各側 板232的底端。 各腳座3包括一座本體31，及分別由座本體31内側橫 向朝内凸伸且相間隔的一第一滑接件32與一第二滑接件33 。座本體31用以撐立於平面上，並具有一呈L型的限位件 311，及二設置於限位件311内側的第二支撐件312，各第 一支撐件312面度與基座2之第一支撐件213高度相當， 同樣用以支撐物件4。各腳座3的第一滑接件32構造與基 座2的第一滑接件22構造相同，並可穿設於基座2的第二 滑接件23内，第二滑接件23的擋止部234抵接於第一滑 接件32底端，以防止第一滑接件32由下方脫離第二滑接 件23。第一滑接件32具有一頂壁321，及二設置於頂壁 321上的彈臂322，各彈臂322包括一端與頂壁321相連接 的一連接部323、一形成於連接部323另一端的按壓部324 10 M344014 ，及複數個没置於連接部323頂面的定位凸齒325，各彈臂 322的定位凸齒325可與第二滑接件23之選擇位置的定位 槽233卡掣，藉此，以限制第一滑接件32相對於第二滑接 件23滑動。 各腳座3的第二滑接件33構造與基座2的第二滑接件 23構造相同，並可供基座2的第一滑接件22穿設。第二滑 接件3 3 /、有頂板3 3 1、一分別由頂板3 3 1相對側向下延 伸的側板332、複數個定位槽333，及複數個擋止部334， 所述定位槽333是呈兩列排列的方式且橫向延伸地形成於 頂板331内表面，各擋止部334形成於各側板332底端並 抵接於第一滑接件22底端，以防止第一滑接件Μ由下方 脫離第二滑接件33。第-滑接件22的各彈臂m的定位凸 齒225可與第二滑接件33之選擇位置的定位槽333卡掣， 藉此’以限制第二滑接件33相對於第一滑接件22滑動。 如圖5、圖6及圖8所示，在組裝組合式支撐裝置2〇〇 時，將：腳座3的第一滑接件32穿設於基座2的座本體21 左側的第二滑接件23 Μ，以及第二滑接件33套設於基座2 的座本體21左側的第-滑接件22上，並將另一腳座3的 第θ接件32牙设於座本體21右侧的第二滑接件内， 以及第接件33套設於座本體2丨右側的第-滑接件22 〜各腳座3的第一滑接件32之定位凸齒325卡掣於 基二的各第二滑接件23之定位槽233，以及基座2的各 " 妾〜件22的定位凸齒225卡掣於各腳座3的第二滑接 、定位槽333 ’即完成組合式支擇裝置的組裝。 11 M344014 由於各定位凸齒225、325分別有一斜面226、326的 設計，因此，將各腳座3朝向基座2的座體21推移的過程 中，各定位凸齒225、325因受力而下移，使得各第一、第 二滑接件32、33可分別相對於第二、第一滑接件23、22 /月動，待各第一、第二滑接件32、33滑動到目標位置時， 因彈臂322、222的彈力作用，定位凸齒325、225會分別 卡掣於目標位置的定位槽233、333内，使各腳座3與基座 2之間呈鎖定狀態，藉此，可縮小各腳座3的座本體3丨與 基座2的座體21之間的間距。另外，同時下壓各第一滑接 件22、32之彈臂222、322的按壓部224、324，使彈臂 222、322的定位凸齒225、325分別脫離第二滑接件33、 23的定位槽333、233後，即可將各腳座3向外拉，使各腳 座3遠離基座2的座體21，待第一、第二滑接件32、33滑 動到目標位置時，因彈臂322、222的彈力作用，定位凸齒 325、225會分別卡掣於目標位置的定位槽233、333内，使 各腳座3與基座2之間呈鎖定狀態，藉此，可增加各腳座3 的座本體31與基座2的座體21之間的間距。再者，由於 各定位凸齒225、325分別有一與斜面226、326相連接的 直立面227、327的設計，使得各彈臂222、322的按壓部 224、324未被按壓時，能防止各腳座3朝遠離基座2的座 體21方向被拉動而脫離基座2。 如圖9及圖1 〇所示，在本實施例中，是藉由兩組組合 式支撐裝置200 —前、一後的配置，同時將兩物件4撐立 於一平面上。由於各腳座3的第一、第二滑接件32、33可 12 M344014 相對於基座2的第二、第一滑接件23、22滑移，以調整座 本體31與座體21之間的間距，因此，各腳座3的座本體 31與基座2的座體21之間可隨著物件4的寬度不同而調整 間距的大小，藉此，使基座2的板件212 一側的第一支撐 件213，以及與該第一支撐件213同侧之腳座3的第二支撐 件312可同時支撐於物件4底面，且基座2的板件212以 及各腳座3的限位件311可夾持於物件4的左、右兩相反側 ，使得組合式支撐裝置2〇〇能穩固地支撐物件4。Increased manufacturing costs, increased freight rates, and a large amount of inventory space. In addition, the combined support device disclosed in the patent of Taiwan Patent No. M315001 (Application No. 9522264〇) also has no design of expansion mechanism, so the more the number of electronic devices to be supported, the number of sockets to be used. It also increases, and it will still lead to increased manufacturing costs, increased freight rates, and a large amount of inventory space. [New content] One of the objects of the present invention is to provide a combined 6 M344014 type support device with an expansion mechanism. Another object of the present invention is to provide a combined support device which can reduce the space occupied by the use and can reduce the manufacturing cost. The object of the present invention and the technical problem thereof are achieved by the following technical means. The combined support device disclosed in the present invention is applicable to the support|to-span>, the %-piece combination support device includes a base and two Foot seat. The cymbal base comprises a body, and two sliding members respectively extending from opposite sides of the seat body in opposite directions, the two feet are arranged on opposite sides of the seat body and are joined by J 〃 (7) joints, each foot The seat can be slid along the sliding members to adjust the distance between the seat and the seat body, so that the seat body of the foot and the base can support the object device and the technical problem can be solved. The combined support means that the base body has a vertical limit with each of the sliding members: the respective legs comprise a combined support device spaced apart from the plate member and sandwiching the article with the plate member, the height of the piece The first thrust member, each of the _ ^ nets is still in the second support member of each sliding joint, each Γ ί! The first floor height is used to support the object. The support and the second branch of each foot The above-mentioned combined supporting device, the first sliding member and the second sliding member: == is a long shape and the second sliding member engaged with the second sliding member of the base includes a - the second sliding of the month that is engaged with the first sliding member of the base = the other foot of the cow is 7 M344014, and the mouth support Each of the second sliding members has a plurality of transverse sides. Each of the first sliding members has a spring arm, and the elastic arm includes a positioning convex tooth of a positioning groove of the position. , the modular support device described in the syllabus, each of the first sliding members is disposed in each of the second/month joints' each of the second sliding members has a top plate, and a plurality of the same for abutting; a sling portion at the bottom end of the month piece, the locating groove is formed in the top plate = face ′ each of the first-sliding members has a top wall, the bf includes a connecting portion and a button 胄 部 end _ end and top wall Phase 胄#, the positioning convex tooth is protruded from the connection p page. The pressing portion extends downward from the other end of the connecting portion and can drive the connecting portion to move 'to disengage the positioning convex teeth of the elastic arm from the positioning groove. The aforementioned combined support splitting Each of the second sliding members is disposed in each of the first/month joints. 'The first: the sliding member has a side plate, and the positioning groove is formed on the outer surface of the side plate. The first sliding member has a top wall, - a side wall connected to one side of the top wall, and a plurality of broadcast bucks for abutting the bottom end of each of the second sliding members, including a connecting portion and a pressing portion, One end of the part is connected to the side wall, the positioning convex tooth is convexly disposed on the inner side surface of the connecting portion, the pressing portion is pivotally connected to the bottom surface of the top wall and the outer chrome exits the side wall, and the pressing portion can drive the connecting portion to move, so that the positioning convex tooth of the elastic arm is disengaged from the positioning groove The combined support device of the present invention provides an expansion mechanism by the configuration of the base, and the combined support device can adjust the number of uses of the base according to the number of objects to be supported, so that the number of the feet is not used. The number of objects will increase as the number of objects increases, thereby reducing the space and width occupied by the combined support device and the object during use, and reducing the manufacturing cost. [Embodiment] M344014 The foregoing and other technical contents of the present invention And the features and functions of the present invention will be clearly described in the following detailed description of the preferred embodiments of the present invention. The effect is more in-depth and specific, but the drawings are for reference and explanation only, not for this new Type is limited. Before the present invention is described in detail, it is to be noted that in the following description, similar elements are denoted by the same reference numerals. As shown in FIG. 5 and FIG. 6, which is a first preferred embodiment of the novel combined support device, the combined support device 2 is adapted to support a plurality of objects 4 (FIG. 9), wherein each object 4 can be For an electronic device such as a computer host or a server, the combined support device 200 includes a base 2 and two legs 3 joined to opposite sides of the two seats 2. As shown in FIG. 6 , FIG. 7 and FIG. 8 , the base 2 includes a body 21 , two first sliding members 22 disposed on opposite sides of the left and right sides of the base 21 , and two disposed on the left and right sides of the base 21 . Two second sliding members 23 on opposite sides. The base body 21 is configured to stand on a plane (not shown). The base body 21 has a body portion 211, a plate member 212 extending upward from the top surface of the seat portion 211, and two pairs of the seat body 2 a first support member 顶] which is located on the opposite sides of the left and right sides of the plate member 212, and each of the first support members 213 is made of a rubber material and has a height higher than that of the first and second sliding members 22 and 23. Height, each of the first support members 213 is used to support the article 4 (Fig. 9). Each of the first and second sliding members is respectively arranged in a straight line from the opposite sides of the left and right sides of the seat portion 211 of the base body 21 in a straight line. 22 and 23 respectively have a long shape. Each of the first sliding members 22 has a top wall 221 and two elastic arms 222 disposed on the top wall 221 . Each of the elastic arms 222 includes a connecting portion 223 , a pressing portion 224 , and a plurality of positioning protruding teeth 225 . The 223-end is connected to the top wall 221, and the clamping convex tooth 225 is laterally extended on the top surface of the connecting portion 223, and the pressing portion 224 is L-shaped and extends downward from the other end of the connecting portion 223. The pressing portion 224 is configured to be pressed to drive the connecting portion 223 and the positioning protruding teeth 225 to move downward. Each of the first sliding members 23 has a top plate 231, two side plates 232 extending downward from opposite sides of the top plate 231, and a plurality of positioning grooves 233. And a plurality of private stop portions 234, wherein the positioning grooves 233 are arranged in two rows and are formed to extend laterally on the inner surface of the top plate 231, and the respective blocking portions 234 are formed at the bottom ends of the side plates 232. Each of the legs 3 includes a body 31 and a first sliding member 32 and a second sliding member 33 which are respectively laterally inwardly and spaced apart from the inside of the seat body 31. The seat body 31 is configured to stand on a plane, and has an L-shaped limiting member 311, and two second supporting members 312 disposed on the inner side of the limiting member 311. The first supporting member 312 has a face and a base. The first support member 213 of 2 is of equal height and is also used to support the object 4. The first sliding member 32 of each of the legs 3 has the same configuration as the first sliding member 22 of the base 2 and can be disposed in the second sliding member 23 of the base 2, and the second sliding member 23 The stopping portion 234 abuts against the bottom end of the first sliding member 32 to prevent the first sliding member 32 from being separated from the second sliding member 23 from below. The first sliding member 32 has a top wall 321 and two elastic arms 322 disposed on the top wall 321 . Each of the elastic arms 322 includes a connecting portion 323 connected to the top wall 321 at one end, and a connecting portion 323 formed at the connecting portion 323. The pressing portion 324 10 M344014 at one end and the plurality of positioning convex teeth 325 not disposed on the top surface of the connecting portion 323, the positioning convex teeth 325 of each elastic arm 322 can be engaged with the positioning groove 233 of the selected position of the second sliding member 23 That is, thereby, the first sliding member 32 is restricted from sliding relative to the second sliding member 23. The second sliding member 33 of each of the feet 3 is constructed identically to the second sliding member 23 of the base 2 and is pierceable by the first sliding member 22 of the base 2. The second sliding member 3 3 /, has a top plate 3 3 1 , a side plate 332 extending downward from opposite sides of the top plate 3 3 1 , a plurality of positioning grooves 333 , and a plurality of stopping portions 334 , the positioning groove 333 The first sliding member is formed on the inner surface of the top plate 331 and is disposed at the bottom end of each of the side plates 332 and abuts against the bottom end of the first sliding member 22 to prevent the first sliding member. The second slide member 33 is separated from the lower side. The positioning convex teeth 225 of the elastic arms m of the first sliding member 22 can be engaged with the positioning grooves 333 of the selected position of the second sliding member 33, thereby "restricting the second sliding member 33 relative to the first sliding The connector 22 slides. As shown in FIG. 5, FIG. 6, and FIG. 8, when the combined support device 2 is assembled, the first sliding member 32 of the foot 3 is passed through the second sliding of the left side of the seat body 21 of the base 2. The connecting member 23 Μ and the second sliding member 33 are sleeved on the first sliding member 22 on the left side of the seat body 21 of the base 2, and the second θ connecting member 32 of the other base 3 is disposed on the seat body. The second sliding member on the right side of the 21st member, and the positioning member 33 of the first sliding member 32 of the first sliding member 22 of the first sliding member 32 of the first sliding member 32 of the right side of the seat body 2 The positioning groove 233 of each of the second sliding members 23 of the base 2 and the positioning convex teeth 225 of each of the bases 2 of the base 2 are engaged with the second sliding connection of each of the feet 3 and the positioning groove 333 ' That is, the assembly of the combined type of device is completed. 11 M344014 Since each of the positioning convex teeth 225, 325 has a design of the inclined surfaces 226, 326, the positioning convex teeth 225, 325 are subjected to the force during the process of moving the respective bases 3 toward the base 21 of the base 2. Moving downwards, so that the first and second sliding members 32, 33 are respectively movable relative to the second and first sliding members 23, 22/month, and the first and second sliding members 32, 33 are slid to In the target position, due to the elastic force of the elastic arms 322, 222, the positioning convex teeth 325, 225 are respectively clamped in the positioning grooves 233, 333 of the target position, so that the feet 3 and the base 2 are locked. Thereby, the distance between the seat body 3's of each of the feet 3 and the seat body 21 of the base 2 can be reduced. In addition, the pressing portions 224 and 324 of the elastic arms 222 and 322 of the first sliding members 22 and 32 are simultaneously pressed, so that the positioning convex teeth 225 and 325 of the elastic arms 222 and 322 are separated from the second sliding members 33 and 23 respectively. After the positioning slots 333, 233, the legs 3 can be pulled outwards, so that the legs 3 are away from the base 21 of the base 2, when the first and second sliding members 32, 33 are slid to the target position. Due to the elastic force of the elastic arms 322 and 222, the positioning convex teeth 325 and 225 are respectively clamped in the positioning grooves 233 and 333 of the target position, so that the locking positions between the respective bases 3 and the base 2 are locked. The spacing between the seat body 31 of each of the feet 3 and the seat body 21 of the base 2 can be increased. Moreover, since each of the positioning convex teeth 225, 325 has a design of the upright surfaces 227, 327 connected to the inclined surfaces 226, 326, so that the pressing portions 224, 324 of the respective elastic arms 222, 322 are not pressed, each can be prevented. The foot 3 is pulled away from the base 2 in the direction away from the seat 21 of the base 2. As shown in Fig. 9 and Fig. 1B, in the present embodiment, the two object members 4 are supported on a plane by the two sets of combined support devices 200, front and rear. The first and second sliding members 32, 33 of each of the legs 3 are slidable relative to the second and first sliding members 23, 22 of the base 2 to adjust the seat body 31 and the seat body 21. Therefore, the spacing between the seat body 31 of each of the legs 3 and the seat body 21 of the base 2 can be adjusted according to the width of the object 4, thereby making the plate 212 of the base 2 The first supporting member 213 on the side and the second supporting member 312 of the foot 3 on the same side as the first supporting member 213 can be simultaneously supported on the bottom surface of the object 4, and the plate member 212 of the base 2 and each of the feet 3 The limiting member 311 can be clamped to the opposite sides of the left and right sides of the object 4, so that the combined supporting device 2 can stably support the object 4.
由於組合式支撐裝置200的基座2配置，因此在本實 施中，使用兩組組合式支撐裝置2〇〇(即四個腳座3)，即可 同時支撐兩物件4，當欲撐立的物件4數量為兩個以上時， 只需增加各組合式支撐裝置200的基座2數量即可，腳座3 的使用數量不會隨物件4數量增加而遞增，藉此，可減少 組合式支撐裝i 2GG與物件4在使用時所共同伯據的空間 及寬度，且可降低組合式支撐裝4 整體的製造成本， 以及降低腳座3的庫存空間，並可減少腳座3的運費。 如圖11所示， 第一滑接件22及第 需說明的是，在本實施例中，基座2的 一滑接件23的設計數量也可各為一個 中的一腳座3只需設有一與基座2的第 件23相接合的第一滑接件32，另一腳座3只需設有一與基 座2的第-滑接件22相接合的第二滑接件33，藉此，同樣 可使各腳座3接合於基座2上並相對於基座2滑移。但是 ’基座2同時設有兩第一、第二滑接件22、23，以及各腳 座3同日$ σ又有第—、第二滑接件、μ的料，能使各腳 13 M344014 座3與基座2之間的接合較為穩固，且能避免各腳座3因 外力的影響而與基座2之間產生轉動的情形。 如圖12所示，是本新型組合式支撐裝置之第二較佳實 施例，該組合式支撐裝置21〇的整體構造大致與第一實施 例相同，不同之處在於組合式支撐裝置21〇包含有複數個 可拆卸地互相接合的基座2，而二腳座3分別與所述基座2 中位於相反兩末端處的二基座2相接合。Since the base 2 of the combined support device 200 is configured, in the present embodiment, two sets of combined support devices 2 (ie, four feet 3) can be used to simultaneously support the two objects 4 when propped up. When the number of the objects 4 is two or more, it is only necessary to increase the number of the bases 2 of each of the combined supporting devices 200, and the number of the used seats 3 does not increase as the number of the objects 4 increases, thereby reducing the combined support. The space and width of the i 2GG and the object 4 are used together, and the manufacturing cost of the combined support 4 can be reduced, and the inventory space of the foot 3 can be reduced, and the freight of the foot 3 can be reduced. As shown in FIG. 11, the first sliding member 22 and the first embodiment indicate that in the embodiment, the number of the sliding members 23 of the base 2 can also be one of the ones of the one. There is a first sliding member 32 which is engaged with the first piece 23 of the base 2, and the other foot 3 only needs to have a second sliding member 33 which is engaged with the first sliding member 22 of the base 2, Thereby, each of the feet 3 can also be joined to the base 2 and slipped relative to the base 2. However, the pedestal 2 is provided with two first and second sliding members 22 and 23 at the same time, and the respective pedestals 3 have the same date, the second sliding member and the μ material, so that the legs 13 M344014 The joint between the seat 3 and the base 2 is relatively stable, and the rotation of each of the feet 3 from the base 2 due to the influence of external force can be avoided. As shown in FIG. 12, which is a second preferred embodiment of the novel combined support device, the overall configuration of the combined support device 21 is substantially the same as that of the first embodiment, except that the combined support device 21 includes There are a plurality of pedestals 2 that are detachably coupled to each other, and the pedestals 3 are respectively engaged with the two pedestals 2 at the opposite ends of the susceptor 2.
如圖12、圖13及圖14所示，每二相鄰基座2中的一 基座2是以其第一、第二滑接件22、23分別與另一基座2 的第二、第-滑接件23、22相接合，使得每二相鄰基座2 可沿者第-、第二滑接件22、23滑移，以調整相鄰座體h 之間的間距。而各腳座3可沿著第一滑接件”、22與第二 滑接件33、23滑移，以調整與相接合之基座2的座體Ζ 之間的間距，藉此，使每二相鄰座體21的第—切件⑴ 以及各腳座2的第二支樓件312與相鄰座體21的第一支 撐件2U能支撐物件4，且每二相鄰座體2ι的板件犯之 間’以及各腳座3的限位件311與相鄰座體Μ的板件犯 之間能夹持物件4。如圖14及圖15所示，本實施例中，在 物件4數量與先前技術之電腦主機2數量相同的情況下， :於基座2的配置’使得物件4與組合式支擇裝置21〇在 會比寬^(圖4)還小，並能減 為 工間又’基座2的數量雖為三個，但並不以此 = ㈣物件4數量而調整基座2使用數量 夕券。再者，組合式支撐裝置训若省略兩腳座3的配 14 M344014 置’複數個相接合的基座2同樣可用以支撐物件4。 如圖16、圖17、圖18及圖19所示，是本新型組合式 支撐裝置之第三較佳實施例，該組合式支撐裝置220的整 體構造大致與第一實施例相同，不同之處在於基座2的第 一、第二滑接件22、23分別與各腳座3的第二、第一滑接 件33、32之間的定位機構的設計位置及構造有所不同。 基座2的第一滑接件22具有二由頂壁221相對側向下 延伸的侧壁228 ’及複數個設於側壁228底端且抵接於第二 接件33底端的播止部229，第一滑接件22之彈臂扣，的 連接部223,一端連接於外側的側壁228，定位凸齒225，凸設 於連接部223,内側面，按壓部224，樞接於頂壁221底面並 外露出外側的側壁228,用以供按壓。基座2的第二滑接件 23的定位槽233,形成於外側側板232外表面。 各腳座3的第一滑接件32用以供基座2的第二滑接件 23穿設，第一滑接件32之彈臂322，的連接部功，一端連接 於外側的側壁328，第-滑接件32的播止部奶設於側壁 328底端並抵接於第二滑接件23底端，定位凸齒325,凸設 於連接部323,内側面並卡掣於第二滑接件幻的定位槽Μ)， • ，㈣部324,樞接於頂壁321底面並外露出外側的側曰壁似 ’用以供按壓。各腳座3的第二滑接件33用以穿設於基座 2的第-滑接件22内，第二滑接件33的定位槽如，形狀 外側側板332外表面，用以供第一滑接件22較位凸齒 225，卡掣。 將各腳座3朝基座2的座體21方向推移，即可縮小各 15 M344014 腳座3的座本體31與基座2的座體21之間的間距，此外 ，同打按壓第一滑接件22、32之彈臂222,、322,的按壓部 224 324，使按壓部224’、324,分別推動連接部223,、 323’向外偏移，彈臂222，、322，的定位凸齒225，、325，脫離 第二滑接件33、23的定位槽333，、233,後，即可將各腳座 3朝遠離基座2的座體21方向外拉，以增加各腳座3的座 本體31與基座2的座體21之間的間距。As shown in FIG. 12, FIG. 13, and FIG. 14, one of the two adjacent bases 2 is the second of the first and second sliding members 22, 23 and the other base 2, respectively. The first-sliding members 23, 22 are engaged such that each two adjacent pedestals 2 are slidable along the first and second sliding members 22, 23 to adjust the spacing between adjacent seats h. And each of the legs 3 is slidable along the first sliding members 22, 22 and the second sliding members 33, 23 to adjust the spacing between the seats Ζ of the pedestal 2, thereby enabling The first cutting member (1) of each two adjacent seats 21 and the second branch member 312 of each of the feet 2 and the first supporting member 2U of the adjacent seat body 21 can support the object 4, and each two adjacent seats 2 Between the board members and the limiting member 311 of each of the feet 3 and the board member of the adjacent seat Μ can hold the object 4. As shown in Fig. 14 and Fig. 15, in this embodiment, In the case where the number of objects 4 is the same as the number of the computer mainframe 2 of the prior art, the configuration of the base 2 makes the object 4 and the combined control device 21 smaller than the width ^ (Fig. 4) and can be reduced. For the work room, the number of the pedestals 2 is three, but the number of the objects 4 is not adjusted by the number of the objects 4. The pedestal 2 is used for the number of vouchers. Furthermore, the combination support device omits the two-legged 3 With 14 M344014, a plurality of joined bases 2 can also be used to support the object 4. As shown in Figures 16, 17, 18 and 19, it is a third preferred embodiment of the novel combined support device. The overall configuration of the combined support device 220 is substantially the same as that of the first embodiment, except that the first and second sliding members 22, 23 of the base 2 and the second, first sliding members of each of the feet 3, respectively. The positioning position of the positioning mechanism between 33 and 32 is different. The first sliding member 22 of the base 2 has two side walls 228' extending downward from opposite sides of the top wall 221 and a plurality of side walls 228. The bottom end portion abuts on the bottom end of the second connecting member 33, the connecting portion 223 of the elastic arm of the first sliding member 22, one end is connected to the outer side wall 228, and the positioning convex tooth 225 is protruded from The connecting portion 223, the inner side surface and the pressing portion 224 are pivotally connected to the bottom surface of the top wall 221 and expose the outer side wall 228 for pressing. The positioning groove 233 of the second sliding member 23 of the base 2 is formed on the outer side plate. The outer surface of each of the legs 3 is provided for the second sliding member 23 of the base 2, and the connecting portion of the elastic arm 322 of the first sliding member 32 is connected to one end. The outer side wall 328, the sling portion of the first sliding member 32 is disposed at the bottom end of the side wall 328 and abuts against the bottom end of the second sliding member 23, and the positioning convex tooth 325 is convex. In the connecting portion 323, the inner side surface is latched on the second sliding member, and the (four) portion 324 is pivotally connected to the bottom surface of the top wall 321 and the outer side wall is exposed to be used for pressing. The second sliding member 33 of each of the legs 3 is disposed in the first sliding member 22 of the base 2, and the positioning groove of the second sliding member 33 is, for example, the outer surface of the outer side plate 332 for providing The first sliding member 22 is opposite to the protruding tooth 225, and the housing is moved in the direction of the base 21 of the base 2, so that the seat body 31 and the base 2 of each 15 M344014 socket 3 can be reduced. The spacing between the bodies 21, in addition, pressing the pressing portions 224 324 of the elastic arms 222, 322 of the first sliding members 22, 32, respectively, causes the pressing portions 224', 324 to push the connecting portions 223, 323, respectively. 'Outwardly offset, the positioning arms 225, 325 of the elastic arms 222, 322, are disengaged from the positioning grooves 333, 233 of the second sliding members 33, 23, and then the feet 3 can be moved away from each other. The seat body 21 of the base 2 is pulled outward to increase the distance between the seat body 31 of each of the legs 3 and the seat body 21 of the base 2.
—歸納上述，各實施例的組合式支撐裝置2〇〇、21〇、22〇 藉由基座2的配置提供一種擴充的機制，組合式支撐裝 〇 210 220可隨著欲支撐的物件4數量不同而調整 基座2使用數量的多寡，使得腳座3的使用數量不會隨物 件4數量增加而遞增，藉此，可減少組合式支撐裝置2〇〇、 220與物件4在使用時所共同佔據的空間及寬度，且 可降低組合式支撐裝置、21〇、22〇整體的製造成本， 確實能達到本新型所訴求之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不 ΐ以此限定本新型實施之範圍，即大凡依本新型中請專利 =圍及新型說明内容所作之簡單的等效變化與修飾，皆仍 :::型專利涵蓋之範圍内。另外本新型的任一實施例或 :::專利範圍不須達成本新型所揭露之全部目的或優點或 =。此外’摘要部分和標職是㈣辅料敎件搜尋 ，並非用來限制本新型之權利範圍。 【圖式簡單說明】 圖1是習知支擇裝置的立體分解圖； 16 M344014 圖2是習知支撐裝置的剖視圖； 圖3是習知支樓裝置支撐電腦主機的俯視圖； 圖4是圖3的前視圖； 圖 體圖； 是本新型組合式支撐裝置之第一車交佳實施例 的立 雜分=是本新型組合式支撐裝置之第-較佳實施例的立 是本新型組合式支撐裝置之第一較佳實 圖 施例的仰 視圖； ★圖8疋/0圖5中的直線8—8所取的剖視圖，說明基座 :第一滑接件的定位凸齒卡擎於腳座的第二滑接件的定位 腳座的第一滑接件的定位凸齒卡掣於基座的第-滑 接件的定位槽； 们弟一/月 圖9是本新型組合式支樓裝置之第—較佳實施例用以 支撐物件的俯視圖； 圖10是圖9的前視圖； 圖11是本新型組合式支撐裝置之第—較佳實施例的另 實施態樣的俯視圖； 立 圖12是本新型組合式支撑裝置之第二較佳實施例的 體分解圖； 圖13是本新型組合式支撐裝置之第 視圖； 實施例的剖 圖14是本新型組合式支樓裝置之第二較佳實施例用以 支撐物件的俯視圖； 17 M344014 支撐是本新型組合式切裝置之第二較佳實施例用以 又访物件的前視圖； 體八是讀龍^料置之第三料實施例的立 體分解圖； 圖Π是本新型組合式切裝置之第三較佳實施例的基 座的局部放大圖； 圖18是本新型組合式支撐裝置之第三較佳實施例的局 部仰視圖；及 圖19是本新型組合式支撐裝置之第三較佳實施例的剖 視圖。 18 M344014 【主要元件符號說明】 〔習知〕 213 第一支撐件 100 ……支撐裝置 22、32 ··第一滑接件 1… .......腳座 22卜321····頂壁 11 .......座本體 222、322…·彈臂 111 .......支撐部 222’、322’·彈臂 112 .......限位部 223、323····連接部 12·· ……第一滑接件 223’、323’·連接部 121 > 131…·頂壁 224、324····按壓部 122 _ ……彈臂 224’、324’·按壓部 123 · ……第一臂部 225、325····定位凸齒 124 ……第二臂部 225’、325’·定位凸齒 125， .......疋位凸齒 226、326····斜面 13··· ……第二滑接件 227、327····直立面 132 _ .......定位槽 228、328····側壁 133 _ ……擋止部 229、329····擋止部 H··· ……寬度 23、33 ··第二滑接件 〔本創作〕 231、331·…頂板 200 _ .......組合式支撲裝置 232、332····側板 210、 220····組合式支撐裝置 233、333····定位槽 2…… 基座 233,、333, _定位槽 21 …·· …·座體 234、334····擋止部 211 ··· •…座體部 3 ..........腳座 212… …·板件 31.........座本體 19 M344014 寬度- In summary, the combined support devices 2〇〇, 21〇, 22〇 of the various embodiments provide an extended mechanism by the configuration of the base 2, and the combined support device 210 220 can follow the number of objects 4 to be supported. The number of the bases 2 is adjusted differently, so that the number of the feet 3 used does not increase as the number of the objects 4 increases, whereby the combined support devices 2, 220 and the objects 4 can be reduced in common use. The occupied space and width can reduce the manufacturing cost of the combined support device, 21〇, 22〇, and can truly achieve the purpose of the present invention. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent change of the patent and the new description in the present invention. And the modifications are still within the scope of the ::: type patent. In addition, any of the embodiments of the present invention or the ::: patent scope does not require all of the objects or advantages disclosed in the present invention. In addition, the 'summary part and the standard part are (4) spare parts search, not to limit the scope of the new type of rights. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded perspective view of a conventional support device; 16 M344014 FIG. 2 is a cross-sectional view of a conventional support device; FIG. 3 is a plan view of a conventional support device supporting a computer mainframe; The front view; the body map; is the first hybrid of the novel combined support device; the first embodiment of the novel combined support device is the first preferred embodiment of the present invention A bottom view of the first preferred embodiment of the device; ★ a cross-sectional view taken from line 8-8 in Fig. 8疋/0 Fig. 5, illustrating the pedestal: the positioning of the first sliding member is slammed on the foot The positioning convex tooth of the first sliding member of the positioning seat of the second sliding member of the seat is clamped to the positioning groove of the first sliding member of the base; the younger one/month FIG. 9 is the combined modular branch of the present invention FIG. 10 is a front view of FIG. 9; FIG. 11 is a plan view of another embodiment of the preferred embodiment of the combined support device of the present invention; 12 is a body exploded view of a second preferred embodiment of the novel modular support device; A first view of a novel modular support device; a cross-sectional view of an embodiment of the present invention is a top view of a second preferred embodiment of the novel modular support device for supporting objects; 17 M344014 support is the second of the novel combined cutting device The preferred embodiment is used to revisit the front view of the object; the body 8 is an exploded perspective view of the third embodiment of the reading device; the drawing is the base of the third preferred embodiment of the novel combined cutting device. Figure 18 is a partial bottom plan view of a third preferred embodiment of the modular support device of the present invention; and Figure 19 is a cross-sectional view of a third preferred embodiment of the modular support device of the present invention. 18 M344014 [Description of main component symbols] [General] 213 First support member 100... Supporting device 22, 32 ··First sliding member 1...............foot 22 321···· Top wall 11 . . . seat body 222, 322 ... ... elastic arm 111 ... ... support portion 222 ', 322 ' · elastic arm 112 ... ... limit portion 223, 323····connecting portion 12··...first sliding member 223', 323'·connecting portion 121 > 131...·top wall 224,324····pressing portion 122 _ ......spring arm 224' 324'·pressing portion 123 ·...first arm portion 225,325····positioning convex tooth 124...second arm portion 225',325'·positioning convex tooth 125, . . . Positioning teeth 226, 326····Bevels 13···...Second sliding parts 227, 327···· erecting surfaces 132 _ ....... positioning grooves 228, 328···· side walls 133 _ ...... stop portion 229, 329 · · · · stop portion H · · · width 23, 33 · · second sliding member [this creation] 231, 331 · ... top plate 200 _ .... ...combined baffle device 232, 332····side plates 210, 220···· Combined support devices 233, 333····positioning groove 2 ... pedestal 233, 333, _ positioning groove 21 ...··············································· Seat 212... Plate member 31... Seat body 19 M344014 Width
311 .......限位件 W 312 .......第二支撐件 4 ..........物件311 .......Limit part W 312 .......Second support piece 4 .......... object
2020