M319834 、八、新型說明·· 【新型所屬之技術領域】 本創作係關於一種支撐架的平台，特別是指一種用以連 接一機器的平台。 【先前技術】 請參閱第一圖，第一圖係為習知支撐架10的立體圖。支 __ 撐架10具有一用以承載一機器（圖未示）的平台12,該機器之 - 底部預設有複數接合點’以與平台12連接，藉以使該機器固 , 定於平台12上，平台12包含複數彼此平行且並排的導桿14 及兩垂直該些導桿14的滑桿16，兩滑桿16係可滑移地接合 該些導桿14，其上鑽設有複數孔18，當欲將該機器固定至平 台12上時，該機器之每一接合點必須先各自對齊一孔μ，再 以一螺桿20穿過該孔18，鎖合該接合點。 - 藉由調整兩滑桿16之間的距離，以符合該些機器之接合 • 2間的别後距離，以及適當地選擇欲被結合之孔μ，以符合 该些接合點間的左右距離，應能使該每一接合點各自對齊一 孔18，但若該些接合點間的左右距離不相等於同一滑桿μ 上之任兩孔18間之距離·，則將無法互相對齊，造成該機器無 去結合至平台12上。 【新型内容】 本創作之目 技術之問題。 的在於提供一種支撐架的平台 以解決習知 M319834 一般之機器皆具有複數接合點，以與該平台連接，該平 台包含一主體、一第一滑移板、一第一導軌裝置及一第二導 軌裝置。該第一滑移板可沿一滑移方向滑移地接合該主體， 該第一導軌裝置具有的一第一垂直導軌及一第二垂直導執， 分別設置於該第一滑移板及該主體，且垂直該滑移方向；該 第二導執裝覃具有至少一平行導軌，碌置於該主體，其延伸 方向平行該滑移方向，其中該機器之複數接合點分別對齊該 兩垂直導轨及該平行導轨。 綜上所述’由於該第—滑移板射相龍主體滑移，因 多方向、互相平行且並排配置於該第一滑移板之 執;Γ體之該第二垂直導執間的距離係可被調 正且该千仃導執之延伸方向係平行 平台能配合存在於不同規格機器之該;的 距離；此外，該些垂直導執與該平』點間的各種左右 能滿足存在於不賊格機歡該直配置，因此 離。 … σ點間的各種前後距 藉由上述結構，本創作之平台可用γ 、 之機器，相較於習知技術，使用範 乂承栽各種不同規格 国吏為廣泛。 【實施方式】 鮰芩閱第二圖及第三圖，第二圖 撐架30的立體圖，第三圖係為本創作喪釗作實施例之 視圖。支撐架30具有平台32,用以承例之平台32 ^ 機器具有複數接合點，以與平a 機器（圖未示）， 口連接，平台32具有- M319834 體34、一笛、成 罘一4移板36、一第一導執裝置及一第二導軌裝置。 一 體34具有一第二滑移板38及形成兩容置空間40，主 从，&並朝每—容置空間40延伸出一前底壁42及一後底壁 ，則底壁42及後底壁44分別開設有一導孔46;第一滑移 配置、、二移板38分別設.置於·兩容置空間40中，且並排 並可沿同一滑移方向滑移，每一滑務板36, 38係各自 料2於其所對應之容置空間40下方的前底壁42及後底壁 兩者36, 38之頂平面對齊主體34的一頂平面，使平台 實頁面保持為一平面，俾利該機器穩固地站立其上；該第 ^執>裳置具有至少二垂直導軌48，分別設置於第一滑移板 及第一⑺移板38，且垂直該滑移方向地互相平行及並排配 ，，在士創作中，該些垂直導軌48的數目並無限制，只要求 "又置於第一滑移板36之垂直導執48與設置於第二滑糝板38 之垂直導執間48之距離可被調整即彳，在本實施例中將以四 垂直導執48為例進行說明，其二分別設置於第一滑移板36 的右兩半°民’其另一分別設置於第一滑移板38的左右兩半 ^使叹置於第一滑移板36之垂直導執48與設置於第二滑 移板38之垂直導執48間之距離更具變化性。 晴參閱第三圖，該第二導執裝置具有一長導執5〇，設置 於主體34，位於兩容置空間4〇前方，其延伸方向平行該些滑 移板36, 38的滑移方向，其長度超過設置於第一滑移板左 側之，直導執48與設置於第讀移板38右侧之導執仙 間，最大距離，長導執5Q縣實施例中係以狹孔形式為例進 打說明。在其他實施方式巾，該第二導軌裝置可再具有其他 長導軌50，彼此平行且並排辑置 '以增加該些滑移板36,肋 7 ’ M319834 至其中一長導軌50之距離的變化性。另，若因長導執5〇導 致主體34之強度減弱，則可用複數短導軌取代之，如第四圖 所不，該些短導執52彼此平行及排列於一平行其延伸方向的 直線上，且其整體長度，亦即位於最左側之短導軌52的左端 至位於最右侧之短導執52的右端之距離，超過設置於第一滑 移板36左侧之垂直導執43與設置於第二滑移板卵右側之垂 直導軌48間的最大距離。M319834, VIII, New Description·· 【New Technology Fields 】 This creation is about a platform for a support frame, especially a platform for connecting a machine. [Prior Art] Referring to the first figure, the first figure is a perspective view of a conventional support frame 10. The support frame 10 has a platform 12 for carrying a machine (not shown), and the bottom portion of the machine is pre-equipped with a plurality of joints to connect with the platform 12, thereby fixing the machine to the platform 12. The platform 12 includes a plurality of parallel and parallel guiding rods 14 and two sliding rods 16 perpendicular to the guiding rods 14. The two sliding rods 16 slidably engage the guiding rods 14 and are drilled with a plurality of holes. 18. When the machine is to be secured to the platform 12, each joint of the machine must first be aligned with a hole μ, and then a screw 20 is passed through the hole 18 to lock the joint. - by adjusting the distance between the two sliders 16 to match the distance between the two machines, and the appropriate selection of the holes μ to be combined to match the left and right distances between the joints, It should be possible to align each of the joints with a hole 18, but if the left and right distances between the joints are not equal to the distance between any two holes 18 on the same slider μ, they will not be aligned with each other, resulting in The machine is not bonded to the platform 12. [New content] The purpose of this creation is technical. The utility model provides a platform for supporting a frame to solve the conventional M319834. The general machine has a plurality of joints for connecting with the platform. The platform comprises a main body, a first sliding plate, a first guiding device and a second Rail device. The first sliding plate can be slidably engaged with the main body in a sliding direction, the first rail device has a first vertical rail and a second vertical guide, respectively disposed on the first sliding plate and the a body, and perpendicular to the sliding direction; the second guiding device has at least one parallel rail disposed in the body, the extending direction of which is parallel to the sliding direction, wherein the plurality of joints of the machine are respectively aligned with the two vertical guides Rail and the parallel rail. In summary, the distance between the second vertical guides of the body is due to the multi-directional, parallel and side-by-side configuration of the first sliding plate due to the sliding of the first-sliding plate. The system can be adjusted and the extension direction of the Millennium guide is a parallel platform capable of cooperating with the machine of different specifications; in addition, the various left and right points between the vertical guide and the flat point can be satisfied. It’s not a sneak peek. ... Various front and back distances between σ points With the above structure, the platform of this creation can be used with γ machines, and compared with the conventional technology, it is widely used in various specifications. [Embodiment] Referring to the second and third figures, the second figure is a perspective view of the bracket 30, and the third figure is a view of the embodiment of the creation of the funeral. The support frame 30 has a platform 32 for supporting the platform 32 ^ The machine has a plurality of joints to connect with a flat a machine (not shown), and the platform 32 has - M319834 body 34, a flute, a cymbal 4 The shifting plate 36, a first guiding device and a second guiding device. The integrated body 34 has a second sliding plate 38 and two receiving spaces 40, and a main bottom, & and a front bottom wall 42 and a rear bottom wall extending toward each of the accommodating spaces 40, the bottom wall 42 and the rear The bottom wall 44 defines a guiding hole 46; the first sliding arrangement and the second moving plate 38 are respectively disposed in the two accommodating spaces 40, and are arranged side by side and can slide along the same sliding direction, each sliding The top surfaces of the front bottom wall 42 and the rear bottom wall 36, 38 of the boards 36, 38 are respectively arranged under the corresponding accommodating space 40, and the top plane of the main body 34 is aligned with a top plane of the main body 34, so that the platform real page is kept as one. Plane, the machine is firmly standing thereon; the first arming has at least two vertical rails 48 disposed on the first sliding plate and the first (7) moving plate 38, respectively, and perpendicular to the sliding direction Parallel to each other and side by side, in the creation of the scholars, the number of the vertical rails 48 is not limited, and only the vertical guide 48 of the first sliding plate 36 and the second sliding plate 38 are required to be placed. The distance between the vertical guides 48 can be adjusted, that is, in the present embodiment, the four vertical guides 48 will be taken as an example for description. The two right halves of the first sliding plate 36 are disposed on the left and right halves of the first sliding plate 38 respectively. The vertical guide 48 placed on the first sliding plate 36 is disposed on the vertical guide 48. The distance between the vertical guides 48 of the second slip plate 38 is more variable. Referring to the third figure, the second guiding device has a long guiding guide 5〇 disposed on the main body 34 and located in front of the two accommodating spaces 4〇, and the extending direction thereof is parallel to the sliding direction of the sliding plates 36 and 38. The length exceeds the left side of the first slip plate, and the straight guide 48 and the guide set on the right side of the first read shift plate 38, the maximum distance, the long guide 5Q county embodiment is in the form of a slot For example, let me explain. In other embodiments, the second rail device can have other long rails 50 that are parallel to each other and are arranged side by side to increase the variability of the distance between the slats 36, ribs 7 ' M319834 and one of the long rails 50. . In addition, if the strength of the main body 34 is weakened due to the long guide 5〇, the plurality of short guide rails may be substituted, as shown in the fourth figure, the short guides 52 are parallel to each other and arranged on a straight line extending in parallel with the direction in which they extend. And the overall length thereof, that is, the distance from the left end of the leftmost short guide rail 52 to the right end of the shortest guide 52 located at the rightmost side, exceeds the vertical guide 43 and the setting provided on the left side of the first slip plate 36 The maximum distance between the vertical rails 48 on the right side of the second slip plate egg.
請參’三圖及第五圖，第五_為本創作實施例之支 撐架30的不意圖。在本實施例中，每一垂直導軌仙係為一 槽體結構，槽體結構48之-開口 6G的寬度小於其所包圍之 玉間62的寬度，藉此平台34所提供之一螺栓％的頭部肋 係置入空間62，螺栓64之身部68穿出開口⑼，頭部66將 被^於開π 6G兩侧之周止，使頭部66無法穿 能沿著髓結構48滑移。每—滑移板 所提供之兩對螺栓及_，而可 J =6壁=及後底壁44上或沿著前底錢及彳_ 44 = 底辟44 兩螺㈣分別穿過該滑移板及前底壁42及後 底壁44 ’與_螺帽螺合，當鎖緊該兩對螺栓及·睡，^ 可被滑移。田放氣、§亥兩對螺栓及螺帽時，該滑移板係 碩參閱弟三及四圖 點，當欲將該機器固定至平H時底部，係預設有複數接合 須先分別對齊其中兩垂直導軌48及機=接合點必 52後，再鎖固於平Α切 長導軌50或兩短導執 明，位於該機3前方的 1 1之四接合·料例進行說 4的兩接8合點係分別對齊其中-長導軌50 •M319834 或兩短導軌52後’再藉由螺栓及螺帽而被鎖固，位於該機器 後方的兩接合點係分別對齊設置於第一滑移板36之其中一垂 直導執48與設置於第二滑移板38之其中一垂直導執48後， 再藉由預設於該些垂直導軌48中的螺栓64,並配合螺帽而被 鎖固。Please refer to the three figures and the fifth figure, and the fifth_ is the intention of the support frame 30 of the present embodiment. In the present embodiment, each of the vertical rails is a slot structure, and the width of the slot structure 48-opening 6G is smaller than the width of the jade 62 enclosed by the brackets, whereby one of the bolts provided by the platform 34 is The head ribs are placed into the space 62, and the body 68 of the bolt 64 passes through the opening (9), and the head 66 will be closed on both sides of the π 6G, so that the head 66 cannot be worn and can slide along the pith structure 48. . Each pair of bolts provided by the slip plate and _, and J = 6 wall = and the rear bottom wall 44 or along the front bottom money and 彳 _ 44 = diapir 44 two screws (four) respectively through the slip The plate and the front bottom wall 42 and the rear bottom wall 44' are screwed together with the _nut, and when the two pairs of bolts are locked and sleeping, the door can be slipped. When the field is released, and the two pairs of bolts and nuts are used, the slip plate is referred to the third and fourth points. When the machine is to be fixed to the bottom of the flat H, the pre-set multiple joints must be aligned separately. Two of the vertical guides 48 and the machine=joining point must be 52, and then locked to the flat tangential long guide rail 50 or two short guides, and the first one of the joints of the machine 3 is placed in the front of the machine 3 The eight joints are respectively aligned with the middle rails 50 • M319834 or the two short rails 52 and then locked by bolts and nuts. The two joints located behind the machine are respectively aligned on the first slip. One of the vertical guides 48 of the plate 36 and one of the vertical guides 48 disposed on the second slide plate 38 are locked by the bolts 64 preset in the vertical guides 48 and matched with the nut. solid.
綜上所述，由於兩滑移板36, 38係並排配置且滑移方向 相同，因此垂直該滑移方向且配置於第一滑移板36之其中一 垂直導軌48與第二滑移板38之其中一垂直導軌48間之距離 係可被調整，使能配合存在於不同規格機器之後方接合點間 的各種距離；另，複數短導執52或長導執50係設置於兩容 置空間40前方，其延伸方向平行該些滑移板36, 38的滑移方 向，且整體長度超過設置於第一滑移板36左側之垂直導執48 與設置於第二滑移板38右侧之垂直導軌48間的最大距離， 因此也能配合存在於不同規格機器之前方接合點間的各種距 離；此外，該些垂直導軌48與複數短導執52或長導執係 垂直配置，因，此能滿足存在於不同規格機器之前後方接合點 間的各種距離。藉由上述結構，本創作之平台32可用以^裁 各種不同規格之機H，相較於習知技術，錢範圍更為廣泛。 本創作於前揭諸實·施例中所揭露的構成元件及方法+ 驟，僅係為糊朗，並非絲關本案之顧，本二 圍仍應以中請專利範圍為準，其他等效元件或步驟的替= 變化’亦應為本案之ΐ料鄕類涵蓋。 3 9 •M319834 【圖式簡單說明】 第一圖係為習知支撐架的立體圖。 第二圖係為本創作實施例之支撐架的立體圖。 第三圖係為本創作實施例之平台的頂視圖。 第四圖係為本創作另一實施例之平台的頂視圖。 第五圖係為本創作實施例之支撐架的示意圖。 . 【主要元件符號說明】 _ 習知支撐架(10) ^ 導桿(H) ^ 孔(18) 支撐架(30) 主體(34) 第二滑移板(38) 前底壁(42) ^ 導孔(46) 馨長導軌(50) 開口 (60) 螺栓(64) 身部(68) 平台(12) 滑桿(16) 螺桿(20) 平台(32) 第一滑移板(36) 容置空間(40) 後底壁(44) 垂直導軌、槽體結構(48) 短導執(52) 空間(62) 頭部(66)· 10In summary, since the two sliding plates 36 and 38 are arranged side by side and the sliding direction is the same, one vertical rail 48 and the second sliding plate 38 disposed perpendicular to the sliding direction and disposed on the first sliding plate 36 are disposed. The distance between one of the vertical rails 48 can be adjusted to match the various distances between the joints of the different specifications of the machine; in addition, the plurality of short guides 52 or long guides 50 are arranged in the two accommodation spaces. The front direction of 40 is parallel to the sliding direction of the sliding plates 36, 38, and the overall length exceeds the vertical guide 48 disposed on the left side of the first sliding plate 36 and the right side of the second sliding plate 38. The maximum distance between the vertical rails 48, therefore, can also match various distances existing between the joints of the different specifications of the machine; in addition, the vertical rails 48 are vertically disposed with the plurality of short guides 52 or long guides, because It can meet various distances between the joints before the machines of different specifications. With the above structure, the platform 32 of the creation can be used to cut the machine H of various specifications, and the money range is wider than the conventional technology. The constituent elements and methods disclosed in the previous application of this creation are only for the sake of the past, and are not the consideration of the case. The scope of the patent should be subject to the scope of the patent, other equivalents The replacement of components or steps should also be covered by the data category of this case. 3 9 • M319834 [Simple description of the diagram] The first diagram is a perspective view of a conventional support frame. The second figure is a perspective view of the support frame of the present embodiment. The third figure is a top view of the platform of the present creative embodiment. The fourth figure is a top view of the platform of another embodiment of the creation. The fifth figure is a schematic view of the support frame of the present embodiment. [Main component symbol description] _ Conventional support frame (10) ^ Guide rod (H) ^ Hole (18) Support frame (30) Main body (34) Second slip plate (38) Front bottom wall (42) ^ Guide hole (46) Xin long guide rail (50) Opening (60) Bolt (64) Body (68) Platform (12) Slide bar (16) Screw (20) Platform (32) First slip plate (36) Space (40) Rear bottom wall (44) Vertical rail, trough structure (48) Short guide (52) Space (62) Head (66) · 10