200918262 . .. . 284-016TWP-4/19 六、 夬文發明摘要： 七、 指定代表圖： (一） 本案指定代表圖為：第（3)圖。 (二) 本代表圖之元件符號簡單說明： 支軸桿12A、12B ;定位座ι〇Α、1〇B ;滑座13Α、13β 〒二樞座15A、15B ;第一連動桿22A、22B ;支撐滑座26a、删 '二 14= 桿32A、32B ;第二調整操作件33 ;第二正向螺桿-端支撐板42 ;支撐板45 ;定位柱451 ; _㈣=^向^桿3化； 姆式時’請齡最能齡發簡_化學式： 【發明所屬之技術領域】 树明係有種快速調整裝置，尤指_種制適用於薄膜之置放 中心疋位之抓取個，使朗應抑Α小薄咖快速，進 簡調整操作工序及驗健_之滑置放純迷調整裝置。 【先前技術】 ί) ^，現有薄膜製品(如餐盤、包裝^等）常利用真空成形技術來生產製 i乍’ 軟性_材(厚度敝Η咖)置於—成形模具上，再經加 '，、、抽真S、施祕及冷料步驟舰_科_成—縣微之薄膜製 品。而在該薄難品生產製作前，該薄麟材_❹置且適於一 =架上，並湘私郷賴斯薄叙抓取伽；嫉每梯次所生產 ^專膜製品可能不同，連帶其薄膜料材之大小形狀也會不同，因此承置先 =不同薄膜料材之置放架需加以調整，以為生產製造前之薄膜材料設置準 :’習知技術對該薄膜材料之擺置操作，主要係針對置放架及真空吸取役 ==分’即配合雨膜料材來調整該置放架之支撐位糊大小』 该支撐位置之k齡置該真•取之“定健位互配人， 使仔其調整操作上，絲回進行對應，相當繁前時，也使得整體之 4 200918262 284-016TWP-5/19 生產效能無法提升’並非理想之料材置放調整操作方式，誠有待再加以突 破、改善之必要。 馨於習知料材置放架其調整操作上之繁料便缺失及調整麟設計上 未臻理想之事實，_人胁乡祕事此業膽設狀織，著手研發其 解決方案’希望能·出—種更·鶴作上之便纖、快速性及更符合 製造生產效益之婦置放錄速罐裝置，贼進此紋魏，遂經多時 之構思而有本發明之產生。 【發明内容】 本發明之目的在於提供-讎材置放架快賴整裝置，其能使得薄膜 材料置放之輕操健有極佳之便繼縣雜，_賴雜材料置放 之調整操作X敍雜驗織健4，躺提昇其生產鱗及製造經 濟效益者。 本發明為了達成上述之目的及功效，其所採行之技術手段包括：一基 座裳置，係包括有-基座面，該基座面上兩相對側係分別設有—支轴桿， 該支軸桿係分襲設有二滑座；_第—連動機構，係設有—樞設於該基座 =上且垂直該支軸桿之第一調整螺桿及二平行位於該第一調整螺桿兩側之 第-連動桿’該第-調整螺桿之—外側端係連結設有—第—調整操作件， 該第-調整螺桿係包括兩端相反螺紋設置之第—正向螺桿及第一、反向螺 桿二該第-正向螺桿、該第_反向螺桿係分別穿設螺接有—第—正向螺座、、 第一反向螺座，該第-連鱗兩端係分卿設於該相對之滑赴，該 二連動桿之兩端齡別樞設有—支撑滑座；—第二連動機構，係設有^區 叹於·座面上且垂直該第—婦螺桿H整螺桿及二平行位於 2整操作件’該第二調整螺桿係包括兩端相反螺紋設置之第二正向螺 干第一反向螺桿，該第二正向螺桿、該第二反向螺桿係分別穿設螺接有 200918262 284-016TWP-6/19 -第二正向螺座及第二反向螺座，而該第二正向螺座、第二反向螺座係分 別供該二第-連鱗之錄’該二第二連動桿齡別穿設於該第一正向螺 座、第-反向螺座，該二第二連動桿之兩端係分別樞設於該支撐滑座。 為使本發明之上述及其他目的、技麟徵及功效有進—步的了解，兹 配合圖示詳細說明如下： 【實施方式】 请閱第1至3圖，用以說明本發明置放架調整裝置J之具體結構，該置放 茱調整裝置1包括-基座裝置1〇、第一連動機獅、第二連動機構3〇及支推 ()機構40;該基座裝置10包括有一基座H(或基座面），該基座11可略呈-板 體’其兩相對側係分別設有-支軸桿12A、12B，該支軸桿12Α、12β之兩端 係分別設於-固設在基座n上之定位座1〇A、1〇B，該支轴桿l2A、12B上係200918262 . . . . 284-016TWP-4/19 VI. Abstract of the invention: VII. Designated representative map: (1) The representative representative of the case is: (3). (2) The symbol of the symbol of the representative figure is briefly described: the support shafts 12A, 12B; the positioning seats ι〇Α, 1〇B; the slides 13Α, 13β〒 two pivots 15A, 15B; the first linkage rods 22A, 22B; Supporting slide 26a, deleting 'two 14= rods 32A, 32B; second adjusting operating member 33; second forward screw-end supporting plate 42; supporting plate 45; positioning column 451; _ (four) = ^ to ^ rod 3; In the case of the syllabus, the age of the aging is simple. _Chemical formula: [Technical field of the invention] The sapphire system has a kind of rapid adjustment device, especially for the grasping of the placement of the film in the center of the film. Lang should suppress the small thin coffee quickly, and adjust the operation process and the health check_slip. [Prior Art] ί) ^, existing film products (such as dinner plates, packaging ^, etc.) often use vacuum forming technology to produce i乍' soft material (thickness coffee) placed on the forming mold, and then added ',,, pumping the real S, secret and cold material step ship _ _ _ Cheng - County micro film products. Before the production of the thin and difficult products, the thin lining material is suitable for one frame, and the private scorpion is used to capture the gamma; the film produced by each step may be different, with its film The size and shape of the material will also be different, so the placement of the first = different film material needs to be adjusted to set the standard for the film material before the production: 'The prior art of the film material placement operation, mainly For the placement rack and the vacuum suction == minutes, that is, the rain film material is used to adjust the support position of the placement frame. The support position is set to the true age of the support position. , so that the adjustment operation, silk back to correspond, quite complex, but also make the overall 4 200918262 284-016TWP-5/19 production performance can not be improved 'not ideal material placement adjustment operation mode, sincere It is necessary to make breakthroughs and improvements. Xin is not familiar with the fact that the materials used in the adjustment of the material racks are lacking and the ideals of adjusting the design of the Lin. R & D of its solution 'hope to be able to - out - kind of more · The present invention is made in the light of the fiber, the rapidity, and the production of the speed-canister device, which is more in line with the manufacturing production benefit, and the thief enters this pattern and has a concept of the present invention. It is provided that the - coffin rack is fast and sturdy, which can make the film material be placed in a light and healthy manner, and it is very good for the county, _ 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂 杂In order to achieve the above-mentioned purpose and effect, the technical means adopted by the present invention include: a pedestal, comprising a base surface, two on the base surface The opposite side is respectively provided with a support shaft, and the support shaft is divided into two slides; the first-linking mechanism is provided to be pivoted on the base=the vertical and the vertical An adjusting screw and two first-linking rods parallel to the two sides of the first adjusting screw are connected to the outer end of the first adjusting screw, and the first adjusting operating member comprises opposite ends The first step of the thread setting - the forward screw and the first and the reverse screw The first _reverse screw system is respectively threaded with a first-forward screw seat, and a first reverse screw seat, and the two ends of the first-connected scale are disposed on the opposite sliding, the two The two ends of the linkage rod are pivotally arranged to support the sliding seat; the second linkage mechanism is provided with a zone sighing on the seat surface and perpendicular to the first-female screw H screw and two parallel operating parts The second adjusting screw comprises a second forward screwing first reverse screw disposed at opposite ends of the thread, and the second forward screw and the second reverse screw are respectively threaded with 200918262 284-016TWP -6/19 - a second forward screw seat and a second reverse screw seat, and the second forward screw base and the second reverse screw base are respectively provided for the two first-connected scales The interlocking rods are disposed on the first forward screw seat and the first reverse screw seat, and the two second linking rods are respectively pivotally disposed on the support sliding seat. In order to make the above and other objects, the technical features and the functions of the present invention have further understanding, the following detailed description will be given with reference to the drawings: [Embodiment] Please refer to Figures 1 to 3 for explaining the shelf of the present invention. The specific structure of the adjusting device J, the placing device 1 includes a base device 1〇, a first lining lion, a second linking mechanism 3〇, and a pushing mechanism 40; the base device 10 includes a base a seat H (or a base surface), the base 11 may be slightly-plate body', and the opposite sides are respectively provided with a support shaft 12A, 12B, and the two ends of the support shaft 12Α, 12β are respectively disposed at - a positioning seat 1〇A, 1〇B fixed on the base n, the support shafts l2A, 12B are attached
分別樞設有二滑座13A、13B，該滑座13A、13B係可分別於該支轴桿12A、12B 上滑動；再者，該基座^上係設有二第一樞座14A、14B及二第二枢座⑽、 15B，其中該第一枢座⑽、14B係呈相對位於基座u之兩相對側且分別位 於该支軸桿12A、12B之外側’而該第二樞座15A、15B係呈相對位於基座〇 之另兩相對外側。 I 該第一連動機構20係包括有一第一調整螺桿21及二位於該第一調整螺 桿21兩側之第一連動桿22A、22B，該第一調整螺桿汾兩端係分別樞設定位 於該第一枢座14A、14B上，而與該支軸捍12入、12B呈相互垂向之設置，該 第一調整螺桿21相對第一樞座14A外側係連結設有一第一調整操作件23，使 藉該第一調整操作件23之旋轉操作可連動該第一調整螺桿21 一體旋轉作 動，请一併參閱第4圖，該第一調整螺桿21之中間部位係樞設於一固設於該 基座11上之第一支撐樞座24而被適當支撐，第一支推樞座24上方係設有一 支撐面241，該支撐面241係設有複數螺孔242 ;該第一調整螺桿21係以該第 一支撐枢座24為分隔而包括有一側正螺紋設置之第一正向螺桿2丨A及另側 200918262 284-016TWP-7/19 反向螺紋設置之第一反向螺桿21B，該第一正向螺桿21A、第一反向螺桿2ΐβ 係分別穿設螺接有-之第一正向螺座25A及第一反向螺座25B，使當第一調 整螺桿21轉動時，該第一正向螺座25人與第一反向螺座25β會同步進行靠合 或分離之作動。該第一連動桿22A、22B係與第一調整螺桿21呈平行之設置， 該第一連動桿22A、22B兩端係分別固設於該滑座13A、13B上，使該第一連 動桿22A、22B可藉該滑座13A、13B而相對於該支軸桿12A、12B上位移作動； 该第一連動桿22A、22B兩端係分別樞設有一支撐滑座26Λ、26B(共四個滑 座），即該支撑滑座26A、26B係可分別於該第一連動桿22A、22B上滑動，該 支撐滑座26A、26B上係分別設有一支撐面261A、261B，該支撐面261A、261B 係分別設有複數螺孔262A、262B，且該支撐面261A、261B係與該第一支撐 樞座24之支撲面241呈同一平面之設置。 該第二連動機構30係包括有一第二調整螺桿31及二位於該第二調整螺 桿31兩側之第二連動桿32A、32B，該第二調整螺桿31兩端係分別樞設定位 於該第二樞座15A、15B上，而與該第一調整螺桿21呈相互垂向之設置，該 第二調整螺桿31相對第二樞座15A外側係連結設有一第二調整操作件泊，使 藉该第二調整操作件3 3之旋轉操作可連動該第二調整螺桿3丨一體旋轉作 動，s亥第二調整螺桿31之中間部位係樞設於一固設於該基座η上之第二支 撐座34而被適當支樓，在適當機構設計中，第二支樓座34係低於第一支撑 樞座24、第一調整螺桿21，而使該第一調整螺桿21、第二調整螺桿&呈上 下之垂直交叉，又，該第一支撐枢座24與第二支撐座34亦可一體設置，然 後再以上下、垂直方式分別樞接該第一調整螺桿21、第二調整螺桿31 ;該 第二調整螺桿31以該第二支撐座34為分隔而包括有一側正螺紋設置之第二 正向螺桿31Α及另側反向螺紋設置之第二反向螺桿31Β，該第二正向螺桿 31Α、第二反向螺桿31Β係分別穿設螺接有一第二正向螺座35Α及第二反向螺 座35Β，使當第二調整螺桿31轉動時，該第二正向螺座3^與第二反向螺座 200918262 284-016TWP-8/19 35B會同步進行靠合或分離之作動，且該第二正向螺座35A、第二反向螺座 35B係分別供該第一連動桿22A、22B之穿設，藉該第二正向螺座35A、第二 反向螺座35B分別連動該第一連動桿22A、22B ;該第二連動桿32A、32B係與 第二調整螺桿31呈平行之設置，該第二連動桿32A、32B係分別穿設於該第 一正向螺座25A、第一反向螺座25B，使該第二連動桿32A、32B可分別被該 第一正向螺座25A、第一反向螺座25B所連動；該第二連動桿32A、32B兩端 係分別穿設於該支撐滑座26A、26B，使該支撐滑座26A、26B可分別於該第 二連動桿32A、32B上滑動，或藉該第二連動桿32A、32B之連動使該支樓滑 座26A、26B於該第一連動桿22A、22B上滑動。 3亥支撐機構40係包括有一内支撐板41及四端支撐板42，該内支撐板41 略成一方形板體（或其他形狀之板體），其設有複數對應該第一支撐樞座24 之複數螺孔242之帛形埋綱孔411及四端肖之職412 ’使魏桿43通過該 窩形埋頭螺孔411、螺孔242而將該内支撐板41螺固於該第一支撐樞座24之 支撐面241上；該四端支撐板42係分別對應設於該支撐滑座26A、2昍之支撐 面261A、261B上，該端支撐板42設有複數對應該支撐滑座26a、26B之262A、 262B之窩形埋頭螺孔421，使藉螺桿44通過該窩形埋頭職42卜螺孔262A、 1/ 262B而將该四端支撐板42分別螺固於該支撐滑座26Λ、26B之支撐面261A、 261B上，另該端支撐板42之兩垂直外側端係分別設有一抵桿犯2。 再者，一支撐板45係設於該内支撐板41 '端支撐板42上，請一併參閱 第5圖’該支撑板45四周係藉該端支撑板42之抵桿422加以抵靠而定位，且 该支撐板45之外側係佈财複數定位柱451 ;該支撑板奶係用以置放薄膜材 料50(呈堆疊設置）’並藉該定她451穿設於該薄麟料5Q之定位穿孔_ 而力X疋位通吊，5亥支撐板45係與該薄膜材料5〇呈相同大小（或形狀）之 設置。 ' / 凊對應參’6、7圖，本發明料材置放雜速調整裝置操作應用時， 200918262 …^ 卜 284-°l6TWP-9/l9 係措該第-調整操作件23(第一調整螺桿21)來進行縱向（依圖示方向π輛 方向）之難’喊_二纏操作件33(第二碰響31)來妨橫向（依 圖不方向/X軸方向）之碰；即藉該第—雜操作件23之雜操作使該第— 調整螺桿21轉動’當該第一正向螺桿21Α、第一反向螺桿2ΐβ轉動時將同時 分別螺動該第-正向螺座25Α、第一反向螺座25β，以使該第二連動桿似、 32Β進行相對罪合或分離之作動，如此即可調整該二組相對支撐滑座脱或 26Β間其縱向之距離大*，而完成挪方向之調整；而藉該第二調整操作件 33之旋轉操作使該第二調整螺概轉動，#該第二正向螺桿3ια、第二反向 螺桿31Β轉動時將同時分別螺動該第二正向螺舰、第二反向螺座咖，^ 使該第-連動桿22Α、22Β進行相對靠合或分離之作動，如此即可調整該二 組相對支撐滑座26Α、26Β間其橫向之距離大小，而完成琳方向之調整。 當該四個支樓滑座26Α、26Β進行相對間之橫向或縱向間距調整時，該 四個支撑滑座26Α、26Β構成區域之中心位置並不會變動，即其中心點仍保 持與真空吸取設備（未麻）之中心定位點相配合之位置，可免除其調整間 需來回進行對應調整之繁瑣費時步驟及操作，因此本發明最大之特點是藉 。亥第-調整操作件23、第二調整操作件33之簡易操作，即可便利地、快速 地完成生賴材料之置放織㈣，使·體之生產效駄為提升，而能 積極符合製造經濟效益及產業利用性。 …綜合以上所述，本發明细上述調整機構設計，確能快速地、經濟地 進行細材料之置放調整，進而精簡婦操作工時及符合製造經濟效益， 確實為-相當優異之創思，銳法提峻明專辦請；惟上述說明之内容， 僅為本發明之較佳實施例說明’凡依本發明之技術手段所延伸之變化，皆 應洛入本發明之專利申請範圍，特此說明。 【圖式簡單說明】 第1圖為本發明之立體示意圖。 200918262 284-016TWP-10/19 第2圖為本發明之分解示意圖。 第3圖為本發明之薄膜材料置放狀態立體示意圖。 第4圖為本發明之局部結構示意圖。 第5圖為本發明之剖視示意圖。 第6圖為本發明之上視示意圖。 第7圖為本發明之操作狀態上視示意圖。 【主要元件符號說明】 置放木雜裝置1 ;基座裝置10 ;第-連動機獅丨第二連動機顧^支 卿:構4G，基座11，支軸桿12A、;定位座1QA、服，滑座似、13β ; 第樞座14A、14B ;第二樞座15A、15B ;第一調整螺桿21 ;第一連動桿 22A 22B ’帛-調整操作件23 ;第一支揮拖座24 ;支撑面241 ;螺孔2犯； 第正向螺桿21A ;第-反向螺桿21B ;第一正向螺座25A ;第一反向螺座 ;支揮滑座脱、26β ;支撐面2心、26ΐβ ;螺孔262a、薦；第二調 整螺桿31 ;第二連動桿32A、32B ;第二調整操作件33 ;第二支揮座如； 第一正向螺桿31A;第二反向螺桿31B;第二正向螺座灿第二反向螺座 聊；内支標板41 ;端支樓板42 ;寫形埋頭螺孔411 ;螺孔412 ;螺桿犯； 寫^埋頭螺孔421 ;螺桿44 ;抵桿422 ;支擇板45 ;定位柱451 :薄膜材料 50 ;定位穿孔51。 十、申請專利範圍： 1. 一種料材置放架快速調整裝置，其包括·· —基座裝置，係包括有一基座面，該基座面上兩相對側係分別設有 一支轴桿’該支軸桿係分別樞設有二滑座； —第一連動機構，係設有一樞設於該基座面上且垂直該支軸桿之第 凋正螺桿及二平行位於該第一調整螺桿兩側之第一連動桿該第一調 整螺桿之—外_係連結設n調鶴作件’該第-碰螺桿係包Two slides 13A, 13B are respectively pivoted, and the slides 13A, 13B are respectively slidable on the support shafts 12A, 12B; further, the bases are provided with two first pivot seats 14A, 14B. And two second pivoting seats (10), 15B, wherein the first pivoting seats (10), 14B are opposite to each other on opposite sides of the base u and respectively located on the outer side of the supporting shafts 12A, 12B and the second pivoting seat 15A The 15B is opposite to the other two opposite sides of the base. The first linkage mechanism 20 includes a first adjustment screw 21 and two first linkage rods 22A, 22B on both sides of the first adjustment screw 21, and the first adjustment screw rods are respectively pivotally disposed at the first The first adjusting screw 21 is coupled to the outer side of the first pivoting seat 14A, and a first adjusting operating member 23 is coupled to the outer side of the first pivoting seat 14A. The rotation of the first adjustment operating member 23 can interlock the first adjusting screw 21 to rotate integrally. Referring to FIG. 4 together, the intermediate portion of the first adjusting screw 21 is pivotally mounted on the base. The first supporting pivoting seat 24 on the seat 11 is appropriately supported. The first supporting pivoting seat 24 is provided with a supporting surface 241. The supporting surface 241 is provided with a plurality of screw holes 242. The first adjusting screw 21 is The first support pivot seat 24 is a first reverse screw 21B that is separated and includes a first positive screw 2A disposed on one side of the positive thread and a reversely threaded on the other side 200918262 284-016TWP-7/19. a forward screw 21A and a first reverse screw 2ΐβ are respectively threaded with a first A first seat 25A and the screw base 25B reverse screw, such that when the first adjustment screw 21 is rotated, the first seat forward screw 25 screwed with the first reverse seat 25β occur concurrently actuated by the engagement or separation. The first linkage rods 22A, 22B are disposed in parallel with the first adjustment screw 21, and the first linkage rods 22A, 22B are respectively fixed on the slide seats 13A, 13B, so that the first linkage rod 22A 22B can be displaced by the slides 13A, 13B relative to the support shafts 12A, 12B; the first linkage rods 22A, 22B are respectively pivotally provided with a support slide 26, 26B (four slides in total) The support slides 26A, 26B are respectively slidable on the first linkage rods 22A, 22B, and the support slides 26A, 26B are respectively provided with a support surface 261A, 261B, the support surfaces 261A, 261B The plurality of screw holes 262A and 262B are respectively provided, and the support surfaces 261A and 261B are disposed in the same plane as the support surface 241 of the first support pivot seat 24. The second linkage mechanism 30 includes a second adjustment screw 31 and two second linkage rods 32A, 32B on both sides of the second adjustment screw 31. The second adjustment screw 31 is respectively disposed at the two ends of the second adjustment screw 31. The second adjusting screw 31 is disposed in a vertical direction with respect to the first adjusting screw 21, and the second adjusting screw 31 is coupled to the outer side of the second pivoting seat 15A to provide a second adjusting operation member. The rotating operation of the second adjusting operating member 3 3 can be linked to the second adjusting screw 3 丨 to rotate integrally, and the middle portion of the second adjusting screw 31 is pivotally disposed on a second supporting seat fixed on the base η 34 is properly supported, in the appropriate mechanism design, the second building 34 is lower than the first supporting pivot 24, the first adjusting screw 21, and the first adjusting screw 21, the second adjusting screw & The first support pivot seat 24 and the second support base 34 are also integrally disposed, and then the first adjusting screw 21 and the second adjusting screw 31 are pivotally connected to the upper and lower sides respectively; The second adjusting screw 31 is separated by the second supporting base 34 a second forward screw 31Α disposed on one side of the positive thread and a second reverse screw 31Β disposed on the other side of the reverse thread, the second forward screw 31Α and the second reverse screw 31 are respectively threaded and connected with a second The forward screw seat 35Α and the second reverse screw seat 35Β enable the second forward screw seat 3^ and the second reverse screw seat 200918262 284-016TWP-8/19 35B when the second adjusting screw 31 rotates The second forward screw seat 35A and the second reverse screw seat 35B are respectively disposed for the first linkage rods 22A and 22B, and the second forward screw seat 35A is respectively engaged. The second reverse screw seat 35B respectively interlocks the first linkage rods 22A, 22B; the second linkage rods 32A, 32B are disposed in parallel with the second adjustment screw 31, and the second linkage rods 32A, 32B are respectively worn The first forward screw base 25A and the first reverse screw base 25B are respectively coupled to the first forward screw base 25A and the first reverse screw base 25B; The two ends of the second linkage rods 32A, 32B are respectively disposed on the support slides 26A, 26B, so that the support slides 26A, 26B can be respectively connected to the second linkage rod 32. The A, 32B slides, or the linkage of the second linkage rods 32A, 32B causes the branch slides 26A, 26B to slide on the first linkage rods 22A, 22B. The 3H support mechanism 40 includes an inner support plate 41 and a four-terminal support plate 42. The inner support plate 41 is slightly formed into a square plate body (or other shaped plate body), and is provided with a plurality of corresponding first support pivot seats 24 The shackle hole 411 of the plurality of screw holes 242 and the four-end XI's position 412 ′ are used to screw the inner support plate 41 to the first support through the socket-shaped countersunk screw hole 411 and the screw hole 242. The supporting surface 241 of the pivoting seat 24 is correspondingly disposed on the supporting surfaces 261A and 261B of the supporting slides 26A and 2, respectively. The end supporting plate 42 is provided with a plurality of corresponding supporting sliding seats 26a. The socket-shaped countersunk hole 421 of the 262A and 262B of 26B is such that the four-terminal support plate 42 is screwed to the support slide 26 by the screw 44 through the socket-shaped 42-hole 262A, 1/ 262B. On the support surfaces 261A and 261B of the 26B, the two vertical outer ends of the end support plate 42 are respectively provided with a ratchet 2 . Furthermore, a support plate 45 is attached to the inner support plate 41' end support plate 42. Referring to FIG. 5 together, the support plate 45 is surrounded by the abutment rod 422 of the end support plate 42. Positioning, and the outer side of the support plate 45 is provided with a plurality of positioning posts 451; the support plate milk system is used for placing the film material 50 (in a stack setting) and positioning the 451 through the thin lining material 5Q The perforation _ and the force X 通 position hang, the 5 HM support plate 45 is the same size (or shape) as the film material 5 。. ' / 凊 corresponds to the parameters of '6, 7, when the material is placed in the miscellaneous speed adjustment device operation application, 200918262 ... ^ 284-°l6TWP-9/l9 to the first adjustment operation 23 (first adjustment The screw 21) is difficult to perform the vertical direction (in the direction indicated by the direction of the π direction), and the second entanglement operation member 33 (second oscillating 31) is suitable for the lateral direction (in the direction of the non-directional direction/X-axis direction); The miscellaneous operation of the first mishandling member 23 rotates the first adjusting screw 21. When the first forward screw 21Α and the first reverse screw 2ΐβ rotate, the first forward screw seat 25Α is simultaneously screwed, The first reverse screw seat 25β is configured to perform the relative sinus or separation of the second linkage rods, so that the longitudinal distance between the two sets of relative support slides or 26 turns can be adjusted, and The adjustment of the shifting direction is completed; and the second adjusting screw is rotated by the rotating operation of the second adjusting operating member 33, and the second forward screw 31a and the second reverse screw 31Β are simultaneously screwed respectively. The second forward screw ship, the second reverse screw seat, the second interlocking rod 22Α, 22Β are relatively close or separated Moving, thus two groups can be adjusted relative to the supporting carriage 26Α, 26Β a distance between the lateral size, and the direction of the adjustment is completed Lam. When the four support slides 26Α, 26Β are adjusted in relative lateral or longitudinal spacing, the center positions of the four support slides 26Α, 26Β do not change, that is, the center point remains and vacuum suction The position of the center positioning point of the equipment (not hemp) can eliminate the complicated and time-consuming steps and operations of the adjustment between the adjustments, so the biggest feature of the invention is borrowing. The simple operation of the Haidi-adjusting operating member 23 and the second adjusting operating member 33 can conveniently and quickly complete the placing and weaving of the raw materials (4), so that the production effect of the body can be improved, and the manufacturing can be actively conformed to the manufacturing. Economic efficiency and industrial utilization. In summary, the above-mentioned adjustment mechanism design of the present invention can accurately and economically adjust the placement of fine materials, thereby simplifying the working hours of women and meeting the economic benefits of manufacturing, and indeed is - quite excellent thinking, The above description is only for the description of the preferred embodiment of the present invention. The changes in the technical means according to the present invention should be included in the scope of the patent application of the present invention. Description. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of the present invention. 200918262 284-016TWP-10/19 Figure 2 is an exploded perspective view of the present invention. Fig. 3 is a perspective view showing the state in which the film material of the present invention is placed. Figure 4 is a partial structural view of the present invention. Figure 5 is a schematic cross-sectional view of the present invention. Figure 6 is a top plan view of the present invention. Figure 7 is a schematic top view of the operational state of the present invention. [Main component symbol description] Place the wood miscellaneous device 1; the base device 10; the first-connected moth, the second continuous motive, Gu Zhizhi: 4G, base 11, support shaft 12A, positioning seat 1QA, Service, slide like, 13β; the first seat 14A, 14B; the second pivot seat 15A, 15B; the first adjustment screw 21; the first linkage rod 22A 22B '帛-adjust the operating member 23; the first swing seat 24 Support surface 241; screw hole 2; first forward screw 21A; first-reverse screw 21B; first forward screw seat 25A; first reverse screw seat; support slide seat, 26β; support surface 2 26ΐβ; screw hole 262a, recommended; second adjustment screw 31; second linkage rod 32A, 32B; second adjustment operating member 33; second swing seat; first forward screw 31A; second reverse screw 31B The second forward screw can be the second reverse screw chat; the inner support plate 41; the end support floor 42; the write-shaped countersunk screw hole 411; the screw hole 412; the screw pen; write the countersunk screw hole 421; ; abutment rod 422; a support plate 45; a positioning post 451: a film material 50; a positioning perforation 51. X. Patent application scope: 1. A rapid adjustment device for material placement racks, comprising: a base device comprising a base surface, and two opposite sides of the base surface are respectively provided with a shaft rod The arbor is respectively provided with two sliding seats; the first linking mechanism is provided with a first screw which is pivoted on the surface of the pedestal and perpendicular to the arbor and is located in parallel with the first adjusting screw The first linkage rod on both sides of the first adjustment screw - the outer _ series is connected with the n adjustment crane piece 'the first - touch screw package