M320471 _ 八、新型說明： _ 【新型所屬之技術領域】 c 本創作涉及一種承載裝置，尤指一種用於跌落測試之 、 承載裝置。 [先前技術] ^ 跌落測試係多次將某種產品之結構部件或其整體組裝 成品從預定高度自由跌落，並對每次跌落後之產品進行測 試，確保產品在運送或攜帶過程中，即使意外墜地，仍可 • 正常運行。在進行跌落測試時，將被測產品放置於一具有 一定高度之跌落機台上，使其自由跌落至一承載台上，且 針對不同被測產品之重量，需設置不同測試高度，而該承 載台為固定高度，因此對不同重量之被測產品，往往在承 載台上墊不同墊塊以改變其高度來進行測試，增加了設計 及製造成本。 【新型内容】 Φ 鑒於以上内容，有必要提供一種可升降的用於跌落測 試的承載裝置。 ' 一種承載裝置，用於承載跌落測試中一被測產品，該 承载裝置包括一升降板、一底板、一滑動連接於該升降板 與該底板之間之支架及一作動件，該支架具有兩框體，該 兩框體可相對轉動地交叉連接，且每一框體均具有一升降 板連接端與一底板連接端，該作動件連接於該兩框體之升 降板連接端或底板連接端。 相對於習知技術，本創作承載裝置可藉由旋轉該作動 6 M320471 . 形容置槽337。 ^ 該支架35由一第一框體36及一第二框體38藉由一 •轉轴39交叉連接而成，該兩框體36、38分別與該=板 ' 31及該底板33連接，該第一框體36位於該第二框體38 -内側。該第-框體36具有一升降板連接端⑹及一底板 -連接端365’該第二框體38具有一升降板連接端383及一 底板連接端385’該第-框體36之升降板連接端泌及底 板連接端365兩側藉由兩平行設置之連杆361分別連接， 該^二框體38之升降板連接端383及底板連接端385兩 侧藉由兩平行設置之連杆381分別連接。該轉軸39穿設 於每一連杆361、381中心，使該支架35為對稱結構，該 兩框體36、38可繞該轉轴39轉動，且該支架35之升降 板連接端363、383之間之距離及底板連接端365、385之 間之距離相等。該兩框體36、38之升降板連接端365、385 均為一柱體長杆，該兩框體36、38之底板連接端365、385 φ 均為一方體長杆，且每一底板連接端365、385中心分別 設有一用於裝設該螺柱37之螺孔367、387。該第一框體 36之升降板連接端363兩側對應於該升降板31上之滑槽 313分別設有一可在對應滑槽313内滑動之凸柱369，其 底板連接端365兩侧對應於該底板33上之樞轉孔335分 別設有一可樞轉固定於對應樞轉孔335内之樞轉軸368 ; 該第二框體38之升降板連接端383兩側對應於該升降板 31上之樞轉孔315分別設有一可樞轉固定於對應框轉孔 315内之樞轉軸388，其底板連接端385兩側對應於該底 8 M320471 板33上之滑槽333分別設有一可在對應滑槽333内滑動 之凸柱389。 該螺柱37兩端分別設有一定長度之螺紋，使該螺柱 37能夠旋轉固定於該支架35之螺孔367、387中，且可藉 由旋轉該螺柱37使每一螺孔367、387鎖固於該螺柱37 - 兩端之不同位置處來調節該支架35兩端之距離，帶動該 支架35之兩框體36、38分別以其交叉處之轉轴39轉動， 使該支架35之升降板連接端363、383之間之距離及底板 1 連接端365、385之間之距離隨之變化，從而改變該升降 板31及該底板33之間之距離。其中，該螺柱37也可裝 設於該支架35之升降板連接端363、383上，此時，每一 升降板連接端363、383中心分別設有一用於裝設該螺柱 37之螺孔。 請參閱圖3,圖3為本創作承載裝置30較佳實施方式 之立體組裝圖。組裝時，先將該支架35裝設於該升降板 ^ 31及該底板33之間，即將該支架35上之樞轉軸388、368 及凸柱369、389分別裝設於該升降板31及該底板33上 之對應樞轉孔315、335與滑槽313、333中，再將該螺柱 37旋轉裝設於該支架35之螺孔367、387内。也可先將該 螺柱37裝設於該支架35上，再將螺柱37與支架35之組 合體一同裝設於該升降板31及該底板33之間。此時該螺 柱37兩端分別位於該底板33之對應容置槽337内，該支 架35上之樞轉軸388、368分別框轉固定於該升降板31 及該底板33之對應樞轉孔315、335内，該支架35上之 9M320471 _ VIII, new description: _ [New technical field] c This creation involves a carrying device, especially a drop bearing test, carrying device. [Prior Art] ^ The drop test system repeatedly drops the structural components of a certain product or its entire assembled product freely from a predetermined height, and tests each product after the fall to ensure that the product is transported or carried, even if it is accidental. Falling ground, still available • Normal operation. During the drop test, the product to be tested is placed on a drop machine with a certain height, so that it can be freely dropped onto a load platform, and different test heights are set for the weight of different products to be tested, and the load is set. The table is fixed in height, so for different weights of the tested products, different pads are often placed on the carrying table to change the height to test, which increases the design and manufacturing cost. [New content] Φ In view of the above, it is necessary to provide a load-bearing device for drop test that can be lifted and lowered. a carrying device for carrying a test product in a drop test, the carrying device comprising a lifting plate, a bottom plate, a bracket slidingly connected between the lifting plate and the bottom plate, and an actuating member, the bracket having two a frame body, the two frame bodies are cross-rotatably connected to each other, and each frame body has a lifting plate connecting end and a bottom plate connecting end, and the actuating member is connected to the lifting plate connecting end or the bottom plate connecting end of the two frame bodies . Compared with the prior art, the authoring device can be configured to move the slot 337 by rotating the action 6 M320471. The bracket 35 is formed by a first frame body 36 and a second frame body 38 being cross-connected by a shaft 39, and the two frames 36 and 38 are respectively connected to the plate 31 and the bottom plate 33. The first frame 36 is located inside the second frame 38 -. The first frame 36 has a lifting plate connecting end (6) and a bottom plate connecting end 365'. The second frame body 38 has a lifting plate connecting end 383 and a bottom plate connecting end 385'. The two ends of the connecting end and the bottom plate connecting end 365 are respectively connected by two parallel connecting rods 361. The lifting plate connecting end 383 of the two frame body 38 and the bottom plate connecting end 385 are connected by two parallel connecting rods 381. Connect separately. The shaft 39 is disposed at the center of each of the links 361, 381, so that the bracket 35 has a symmetrical structure, the two frames 36, 38 are rotatable about the rotating shaft 39, and the lifting plate connecting ends 363, 383 of the bracket 35 are The distance between the distances and the connection ends 365, 385 of the bottom plate are equal. The lifting plate connecting ends 365 and 385 of the two frames 36 and 38 are a column long rod, and the bottom plate connecting ends 365 and 385 φ of the two frames 36 and 38 are one body long rods, and each bottom plate is connected. The centers of the ends 365, 385 are respectively provided with screw holes 367, 387 for mounting the studs 37. The two sides of the lifting plate connecting end 363 of the first frame body 36 corresponding to the sliding plate 313 of the lifting plate 31 are respectively provided with a protruding post 369 which can slide in the corresponding sliding slot 313, and the two sides of the bottom plate connecting end 365 correspond to The pivoting holes 335 of the bottom plate 33 are respectively provided with a pivoting shaft 368 pivotally fixed in the corresponding pivoting hole 335; the two sides of the lifting plate connecting end 383 of the second frame body 38 correspond to the lifting plate 31. The pivoting holes 315 are respectively provided with a pivoting shaft 388 pivotally fixed in the corresponding frame rotating hole 315, and the two sides of the bottom plate connecting end 385 correspond to the bottom 8 M320471. The sliding groove 333 on the plate 33 is respectively provided with a corresponding sliding A stud 389 that slides within the slot 333. The two ends of the stud 37 are respectively provided with a thread of a certain length, so that the stud 37 can be rotatably fixed in the screw holes 367 and 387 of the bracket 35, and each screw hole 367 can be rotated by rotating the stud 37. The 387 is locked at different positions of the two ends of the stud 37 - to adjust the distance between the two ends of the bracket 35, and the two frames 36 and 38 of the bracket 35 are respectively rotated at the rotation axis 39 at the intersection thereof, so that the bracket is rotated. The distance between the lifting plate connecting ends 363, 383 of 35 and the distance between the connecting ends 365, 385 of the bottom plate 1 change accordingly, thereby changing the distance between the lifting plate 31 and the bottom plate 33. The studs 37 can also be mounted on the lifting plate connecting ends 363 and 383 of the bracket 35. At this time, a center of each of the lifting plate connecting ends 363 and 383 is respectively provided with a screw for mounting the stud 37. hole. Please refer to FIG. 3. FIG. 3 is a perspective assembled view of a preferred embodiment of the authoring device 30. When the assembly is assembled, the bracket 35 is first disposed between the lifting plate 31 and the bottom plate 33, that is, the pivoting shafts 388, 368 and the protruding posts 369, 389 of the bracket 35 are respectively mounted on the lifting plate 31 and the The corresponding pivot holes 315 and 335 and the sliding grooves 313 and 333 of the bottom plate 33 are further rotatably mounted in the screw holes 367 and 387 of the bracket 35. Alternatively, the stud 37 may be mounted on the bracket 35, and the combination of the stud 37 and the bracket 35 may be installed between the lift plate 31 and the bottom plate 33. The two ends of the studs 37 are respectively located in the corresponding receiving slots 337 of the bottom plate 33. The pivoting shafts 388 and 368 of the brackets 35 are respectively fixed to the lifting plate 31 and the corresponding pivoting holes 315 of the bottom plate 33. 335, on the bracket 35
M320471 凸柱369、389分別凸露於該升降板31及該底板33之對 應滑槽313、333外。當旋轉該螺柱37時，該支架35上 之凸柱369、389可在對應滑槽313、333中滑動，此時該 支架35兩端之距離將隨之改變，則該支架35之升降板連 接端363、383之間之距離及底板連接端365、385之間之 距離將同時增大或減小，從而使該承載裝置3〇可升降。 在進行跌落測試時，根據客戶要求，對不同重量之被 測產品10需採用不同之測試高度，此時可藉由旋轉該承 Π30之螺柱37來實現該承載裝置％之可升降功能， t需在該承載裝置30上放置不同墊塊即可對不同重量之 被測產品10進行測試。 更里之 【圖式簡單說明】 圖1係本創作承载裝置較佳 不思圖。 圖2係本創作承載震 圖3係本創作承载裳 【主要元件符f虎說明】 實施方式在跌落測試時之 置較佳實施方式之立體分解圖 置較佳實施方式之立體組裝圖 被測產品 10 升降板 31 滑槽 313 底板 33 滑槽 333 容置槽 337 第一框體 36 承載裝置 30 頂面 311 樞轉孔 315 底面 331 樞轉孔 335 支架 35 連桿 361 10The M320471 studs 369 and 389 are respectively exposed outside the corresponding sliding grooves 313 and 333 of the lifting plate 31 and the bottom plate 33. When the stud 37 is rotated, the protrusions 369, 389 on the bracket 35 can slide in the corresponding sliding slots 313, 333, and the distance between the two ends of the bracket 35 will change accordingly, then the lifting plate of the bracket 35 The distance between the connecting ends 363, 383 and the distance between the bottom plate connecting ends 365, 385 will be simultaneously increased or decreased, so that the carrying device 3 can be raised and lowered. In the drop test, according to the customer's request, different test heights are required for the tested products 10 of different weights. At this time, the studs 37 of the bearing 30 can be rotated to realize the lifting function of the carrying device. Different weights of the tested product 10 can be tested by placing different spacers on the carrying device 30. Further, [Simplified description of the drawings] Fig. 1 is a better example of the present invention. 2 is a three-dimensional exploded view of a preferred embodiment of the preferred embodiment of the present invention. FIG. 2 is a three-dimensional exploded view of the preferred embodiment of the preferred embodiment of the present invention. 10 lifting plate 31 chute 313 bottom plate 33 chute 333 receiving groove 337 first frame 36 carrying device 30 top surface 311 pivot hole 315 bottom surface 331 pivot hole 335 bracket 35 connecting rod 361 10