SQ3321 A7 B7 經濟部中央橾準局員工消費合作社印製 五、發明説明 ( 1 ) 1 1 I 本 發 明 翮 於 一 棰 射 出 成 形 櫬 用 的 無 横 樑 鼷 棋 装 置 9 它 1 «I 1 由 — 個 C 形 機 框 架 構 成 t 其 一 腿 上 設 有 — 固 定 工 具 夾 緊 板 | 1 另 一 m 上 設 有 — 端 板 0 其 間 有 — 個 可 動 之 工 具 夾 緊 板 可 請 先 1 1 利 用 一 直 線 驅 動 器 ( 它 支 承 在 該 端 板 及 可 動 工 具 夾 緊 板 之 閱 讀 背 1 1 間） 在 導 引 件 上 縱 向 移 動 〇 之 1 注 1 該 固 定 及 可 動 之 工 具 夾 緊 板 有 夾 緊 面 1 以 容 納 一 個 模 意 事 1 項 工 具 的 半 模 0 翮 閉 及 拉 離 力 置 ( 它 們 係 在 注 入 及 拉 離 過 程 再 填 1 利 用 直 線 驅 動 器 產 生 者 ) 被 機 架 所 承 受 0 德 專 利 DE9212480 % 本 頁 裝 | U1及 歐 洲 專 利 EP0554068A1已提到這類無横樑鼷模装置 ，其 1 I 優 點 在 於 固 定 及 可 動 工 具 夾 緊 板 間 的 工 具 空 間 可 白 由 探 及 1 1 | 0 如 此 比 起 那 些 工 具 夾 緊 板 用 横 樑 連 接 的 習 知 關 模 装 置 > 1 1 其 模 工 具 的 探 及 方 式 及 工 具 更 換 要 簡 簞 得 多 〇 此 外 在 無 訂 1 横 樑 關 橫 裝 置 可 >λ 將 較 大 的 模 工 具 的 將 工 具 夾 緊 面 作 較 1 I 佳 的 利 用 在 射 出 成 形 機 用 較 小 的 闞 閉 力 量 使 用 0 在 射 出 成 1 1 型 時 造 成 的 關 模 及 推 動 模 具 的 力 量 Κ 及 在 拉 離 過 程 時 造 1 成 的 拉 離 撗 的 力 量 在 沒 有 横 樑 的 射 出 成 形 櫬 的 場 合 令 造 線 | 成 機 架 變 形 t 這 種 變 形 包 含 縱 向 拉 伸 重 叠 的 彎 曲 變 形 後 1 I 者 會 造 成 工 具 部 分 II 節 m 的 不 平 行 0 1 1 德 專 DE92 1 2 4 8 0 U 1及歐洲專利0 554068Α1 中 9 這 種 問 題 1 1 解 決 之 道 > 係 將 二 工 具 夾 緊 板 Μ 水 平 單 軸 方 式 或 可 傾 方 式 1 | 支 承 » 如 此 可 雄 持 平 行 〇 為 了 防 止 可 動 工 具 夾 緊 板 從 機 架 1 I 翹 起 9 在 DE92 1 2 4 8 0 U1中 9 可 動 工 具 夾 緊 板 有 一 滑 塊 9 Μ 1 1 形 狀 嵌 合 方 式 與 導 引 軌 連 接 4- 〇 導 引 軌 係 端 支 承 在 固 定 1 1 1 1 1 本紙張尺度適用中國國家標準（CNS ) A4说格（21〇x297公釐） Μ Β7 經濟部中央標準局員工消費合作社印策 五、發明説明（工） 的工具夾緊板上或在機架上。為了確保可動工具夾緊板與 等軌間有彈性的運動，故在滑塊及可動工具夾緊板間設彈 簧’或將導引軌用彈簧固定在機架上。這種解決方式的缺 點在於：當塑膠物料注入模工具的模腔時，由於工具内壓 很大’且二工具夾緊板係單軸支承，故工具夾緊板的上緣 及下緣部位會變形。這種變形程度大小會依模部件之幾何 形狀及棋腔位置而不一。在此甚至在结構上須將具很大表 面的模腔設在模工具外上緣或下緣區域遠離水平中軸之處 。為了在射出成形過程避免模工具上推，K及確保製造高 品質的模部件，工具夾緊板的尺寸須隨夾緊面大小增加而 設計，因此壁變得更厚。 此外，槙工具的導引件及可動工具夾緊板Μ及端板的 軸承，Μ及可動及固定之工具夾緊板係受不同的負荷，因 此迅速磨損。 ΕΡ055 4 068Α1中提到结構上不同的此類機型。其中端板 及固定工具夾緊板以可動工具夾緊板有一部分係單軸樞接 方式支承住。然而，當產生關閉及拉離力量時所作用的力 量主要由一種所謂的鎖閂装置承受，它由二個縱向設置的 板構成，在二板中端板及工具夾緊板Μ闞節方式支承住。 可動工具夾緊板、固定工具夾緊板，及端板係在櫬架 導進或支持住。這種解決方式，除了上述的缺點外，堪有 另一缺點，即：由於設有縱向之板Κ容納鎖閂装置，故需 額外之高材料及費用成本。 -5- (請先閱讀背面之注意事項再填寫本頁) 装- 訂 "丨線 本紙法尺度逍用中國國家標準（CNS ) Α4規格（210X 297公釐） 經濟部中央橾準局員工消费合作社印装 A7 B7 五、發明説明（十） 本發明的目的在於找出一種解決之道，其中鼷閉及拉 雜力量主要由機架承受，且由於工具内壓不對稱Μ及偏心 拉離力造成之板彎曲情事Μ及作用於工具導引件的負荷大 大滅少，且在棋工具的模半部之間的徹小不平行的情形（ 它是由於機架的擴張而正常發生者）可自動避免。這種目 的配合申請專利範圍第一項的引文達成之方式，係將固定 之工具夾緊板與端板固定在機架中之腿中至少在注入軸上 方及下方的二條水平支承軸（與注入軸平行者）中。在此 ，端板及固定工具夾緊板與下方之支承軸經至少二個可彈 性變形的元件連接，使得受到闞閉力或關住力量所產生的 C形櫬架的擴張情形部分地被該元件之一定之彈性變形所 承受，因此工具夾緊板的夾緊面的角度保持不偏離其垂直 位置。 本發明無横樑關模裝置的優點在於；由於端板及固定 工具夾緊板係多蚰方式水平支承，故可通行無阻地探及闞 模装置的工具空間。此外，二工具夾緊板的抗彎曲強度增 高。因此，不需將工具夾緊板補強即可把大得多的模工具 Μ不對稱的模腔方式更具功能地容納在一無横樑關模装置 中。. 此外在注入袖下方之可強性變形元件的適當設置，可 確使在模工具二半模之間有的微小不平行情形費少許力量 自動抵銷掉。如此工具導引件的導引準確度就不會受損害 ，且塑膠熔融物不會跑到工具部分關節鏠。 -6 - 本纸張尺度適用中國國家標车（CNS ) Α4規格（210Χ297公釐） -------(I裝------訂-----{—線 (請先閱讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印製 A7 B7________五、發明説明（+ ) 但依本發明也只可將固定工具夾緊板或只將端板固定 在注入軸上方及下方之至少二個水平延伸之支承軸的櫬架 之相關的腿中。對此，該固定工具夾緊板或端板在櫬架腿 中經至少一可彈性之元件與下方之支承軸連接，使得C形 機架因所發生之關閉或關住力量產生之擴張藉這些元件的 —定彈性變形而抵消，使得固定工具夾緊板的夾緊面或可 動工具夾緊板的夾緊面及/或端板保持在其垂直位置。 這棰解決方式基於一棰知識：即，要維持平行，只要 把固定之工具夾緊板或端板依本發明支承住即足夠，因此 另外的板可機架中用較廉價的方式容納。故在本發明另一 實施例中，在固定工具夾緊板的雙軸式支承的情形中，直 線驅動器另用一關節以單軸方式容納在機架中，而可動工 具夾緊板與線性驅動器利用一關部（宜設計成球關節形式 )互相連接。固定工具夾緊板的雙軸式支承的優點為：它 沒有旋軸的自由度。故不會傾斜或樞轉。但受所發生之關 閉力或關住力量，元件會產生一定之彈性變形，其大小使 得夾緊面的垂直位置不會由固定工具夾緊板有任何角度偏 離。故固定工具夾緊板的變形就配合機架的變形。由於直 線驅動器及可動工具夾緊板的單軸支承方式，使它們具有 一種有限的旋轉自由度且可傾斜或樞轉。為了防止可動工 具夾緊板傾斜，它的下側設有成對的導引滾子。導引滾子 嵌著導引軌，導引軌係支承在機架内側上之關節中。因此 當翮閉力及關住力量作用時，可動工具夾緊板就脫離機架 (請先閱讀背面之注意事項再填寫本頁) -裝. 訂 A丨線 本紙張尺度適用中國國家梯準（CNS ) A4規格（210X29*7公釐） 經濟部中央標準局員工消費合作社印製 A7 B7 五、發明説明（f) 的變形部的影響。利用這二種解決變更方式配合，當鼷閉 力及闉住力量作用時，横工具的模半部在工具分隔面中都 能準確地平行。 本發明另一實施例中，固定之工具夾緊板經—關節Μ 單軸方式容納櫬架中，而可動之工具夾緊板與線性驅動器 則係經另一關節（該另一關節宜為球關節形式）互相連接 。在此實施例中，只有端板固定在注入軸之上方與下方之 至少二個水平支承位置（垂直於注入釉）的櫬架的相關腿 中。在此情形中，端板經由可彈性變形的元件與機架腿中 之下支承軸連接。由於所產之翮閉力或翮住力量，造成元 件一定之彈性變形，使線性驅動器的力量的作用線在機架 彈性變形時不會從注人軸偏離。如此，在闉横力量作用時 •可使線性驅動器活塞桿不受横向力的負荷，且使工具導 引件受到保護。在此實施例中，固定工具夾緊板與可動工 具夾緊板由於單軸式支承或由於球形軸承（Kalottenlager) 而至少有一傾斜或的自由度。故板在工具分隔面中的平行 度係用K下指施確保。 當產生醑閉及拉離力時，二工具夾緊板隨模工具之半 模一邊從櫬架赛形的影響脫離。如此必須使可動工具夾緊 板與導引軌以類似上述方式作形狀嵌合並能在其上滾動。 此外*在上述解決方式中，導引軌係在固定工具夾緊板的 區域中螺合在固定工具夾緊板下方。而在另一端在端板的 區域中，導引軌係經Μ節與機架連接。為了將闞閉力造成 _ 8 一 本紙張尺度適用中國國家標準（CNS ) Α4規格（210Χ297公釐） -------(—裝------訂------{—線 (請先閱讀背面之注意事項再填寫本頁) A7 B7 經濟部中央標準局員工消费合作社印製 五、發明説明 (ίο ) 1 1 I 的 機 架 變 形 的 拉 伸 作 抵 消 > 在 各 導 引 軌 中 有 一 長 孔 〇 藉 著 1 1 | 將 固 定 工 具 夾 緊 板 以 雙 軸 方 式 支 承 在 機 架 中 9 可 使 射 出 唄 1 1 嘴 ( 圖 未 示 ) 更 易 探 及 〇 端 板 的 9 軸 支 承 方 式 對 於 直 線 驅 請 先 1 1 動 器 的 油 1S 管 路 接 頭 而 言 t 較 易 探 及 > 這 是 — 涸 儍 點 0 聞 讀 背 1 1 本 發 明 另 一 設 計 中 > 在 固 定 工 具 夾 緊 板 及 端 板 的 雙 軸 面 之 1 注 1 支 承 方 式 中 * 在 注 入 軸 上 方 的 支 承 軸 宜 在 一 個 上 水 平 面 中 意 事 項 9 而 注 入 軸 下 方 的 支 承 軸 宜 在 一 下 方 水 平 面 中 〇 此 外 上 支 ^r ά. I 承 軸 與 下 支 承 軸 距 各 工 具 夾 緊 板 的 夾 緊 面 的 距 離 宜 各 不 相 寫 本 頁 裝 1 同 0 1 I 依 本 發 明 又 — 設 計 在 端 板 及 固 定 工 具 夾 緊 板 之 下 方 1 I 及 中 間 在 機 架 兩 側 設 有 導 引 軌 其 末 端 經 闞 節 與 機 架 可 1 1 轉 動 方 式 連 接 0 可 動 工 具 夾 緊 板 在 開 模 及 腿 模 動 作 時 係 在 訂 1 導 引 軌 上 縱 向 移 動 而 導 進 並 被 支 持 住 0 利 用 這 棰 可 動 工 具 1 I 夾 緊 板 的 導 引 及 支 持 方 式 該 導 引 件 在 櫬 架 變 形 時 不 會 1 1 另 受 單 邊 之 上 推 力 或 拉 雄 力 負 荷 0 設 在 注 入 軸 下 方 的 可 彈 1 性 變 形 元 件 依 本 發 明 可 有 不 同 之 設 計 〇 因 此 » 依 一 種 S 施 線 I 例 » 該 可 彈 性 變 形 元 件 係 由 成 對 設 置 的 壓 桿 構 成 其 一 端 1 I 與 端 板 或 固 定 之 工 具 夾 緊 板 以 可 鬆 開 的 方 式 連 接 > 而 在 另 1 1 -- 端 與 m 架 中 設 在 注 入 軸 下 方 的 支 承 軸 連 接 〇 可 彈 性 變 形 1 1 元 件 的 另 一 種 實 施 例 係 由 支 持 臂 構 成 » 其 横 截 面 在 中 間 部 1 1 位 由 於 銑 出 部 或 凹 隙 而 減 少 0 這 些 支 持 臂 在 這 種 情 形 中 係 1 I 為 端 板 或 固 定 X 具 夾 緊 板 的 固 定 元 件 〇 1 1 本 發 明 的 設 計 中 f 亦 可 將 導 引 軸 末 端 兩 厠 被 櫬 架 側 壁 1 1 — 9- 1 1 1 本紙張尺度適用中國國家標隼（CNS ) A4現格（210X297公釐） 303321 經濟部中央標隼局員工消費合作社印装 A7 B7 五、發明説明（/ ) 在一銷上呈關節方式支承。銷係容納在袖承套Μ中，該軸 承套茼設在櫬架側壁中。利用這種導引軌的設置與支承方 式，可使關閉及拉離力量作用到機架上時產生的變形力量 一部分由導引軌承受。由於可動工具夾緊板係可用一種滾 子導引件或滑動導引件的方式在導引軌上行駛，故作用到 櫬架上的變形力對可動工具夾緊板與固定工具夾緊板之間 的平行性沒有影響。滾子導引件由滾子構成*它們在可動 工具夾緊板下方各支承在垂直及水平的支承軸中*且可在 導引軌上滾動。 如果不用滾子導引件而採用滑動専引方式，則在可動 工具夾緊板下側側邊各有槽，襯有滑動物質，使它們包圍 著導軌。 Κ下以一茛施例說明本發明，在相關圖式中： 第一圖係無横樑瞄模裝置的前視圖，具有可更換之可 彈性變形元件， 第二圖係具有固定設置之可彈性變形元件的無横樑關 模装置的前視圖； 第三圖係無横樑關模裝置，具有端板與可動工具夾緊 板間的可彈性變形元件； 第四圖係具雙袖式支承的固定工具夾緊板與單軸式支 承的端板的無樑式關模装置； 第五圖為具有單軸支承的固定工具夾緊板與雙袖支承 的端板的無樑關模裝置； -1 0- 本紙張尺度適用中國國家標準（CNS ) A4規格（210X 297公釐） ---.----{丨裝------訂----1丨線 (請先閱讀背面之注意事項再填寫本頁)SQ3321 A7 B7 Printed by Employee Consumer Cooperative of Central Central Bureau of Economic Affairs of the Ministry of Economy V. Description of Invention (1) 1 1 I The invention is a beam-less chess game device used for injection molding 9 It 1 «I 1 by-- The C-shaped machine frame is composed of t one of its legs is equipped with-a fixed tool clamping plate | 1 the other m is provided with-an end plate 0 and there is a movable tool clamping plate in between 1 please use 1 linear drive (it Supported between the end plate and the reading back 1 1 of the movable tool clamping plate) 1) Longitudinal movement on the guide 1 Note 1 The fixed and movable tool clamping plate has a clamping surface 1 to accommodate an intention 1 tool half-mold 0 occlusion and pull-off force setting (they are refilled during the injection and pull-out process 1 using a linear drive generator) The frame is borne by 0 German patent DE9212480% This page is installed | U1 and Europe Patent EP0554068A1 has already mentioned this type of beamless mold device, its 1 I advantage is that the tool space between the fixed and movable tool clamping plates can be freely explored and 1 1 | 0 so compared to those tool clamping plate beams Connected conventional mold closing device > 1 1 The method and tool replacement of the mold tool should be much simpler. In addition, in the case of no order 1 The beam closing device can be > The clamping surface is better than 1 I. It is used in the injection molding machine with a small closing force. 0 The mold is closed when the injection is into the 1 1 type, and the force K that pushes the mold is made. The pull-out force causes the wire to be made when there is no cross-beam injection molding. The deformation of the machine frame t This deformation includes longitudinal stretching and overlapping bending deformation. 1 I will cause the tool part II to be non-parallel 01 1 Deutschland DE92 1 2 4 8 0 U 1 and European Patent 0 554068Α1 9 of this kind of problem 1 1 The solution > is to clamp the two tool clamping plates Μ horizontal uniaxial or tiltable 1 | Support » It can be held parallel. In order to prevent the movable tool clamping plate from tilting from the frame 1 I 9 in DE92 1 2 4 8 0 U1 9 The movable tool clamping plate has a slider 9 Μ 1 1 shape fitting method and guide rail Connection 4- 〇Guide rail system end is supported at a fixed position 1 1 1 1 1 This paper size is applicable to the Chinese National Standard (CNS) A4 said grid (21〇x297 mm) Μ Β7 Ministry of Economic Affairs Central Standards Bureau Staff Consumer Cooperative Institution Five 2. Description of the invention (tool) tool clamping plate or on the frame. In order to ensure elastic movement between the movable tool clamping plate and the equal rail, a spring is provided between the slider and the movable tool clamping plate or the guide rail is fixed to the frame with a spring. The disadvantage of this solution is that when the plastic material is injected into the mold cavity of the mold tool, because the internal pressure of the tool is large and the two tool clamping plates are uniaxially supported, the upper and lower edges of the tool clamping plate will be Deformed. The degree of this deformation will vary depending on the geometry of the mold part and the position of the chess cavity. Here, even in the structure, it is necessary to set the cavity with a large surface at the outer upper or lower edge area of the mold tool away from the horizontal central axis. In order to avoid pushing up the mold tool during the injection molding process, and to ensure the manufacture of high-quality mold parts, the size of the tool clamping plate must be designed as the size of the clamping surface increases, so the wall becomes thicker. In addition, the guide of the tool and the bearing of the movable tool clamping plate M and the end plate, M and the movable and fixed tool clamping plate are subjected to different loads and therefore wear out quickly. EP055 4 068A1 mentions such structurally different models. Among them, the end plate and the fixed tool clamping plate are supported by a part of the movable tool clamping plate in a uniaxial pivoting manner. However, when the closing and pulling force is generated, the force acting is mainly borne by a so-called latch device, which is composed of two longitudinally arranged plates, in which the end plate and the tool clamping plate are supported live. The movable tool clamping plate, fixed tool clamping plate, and end plate are guided or supported by the frame. This solution, in addition to the above-mentioned shortcomings, has another shortcoming, that is, because the longitudinal plate K is provided to accommodate the latch device, additional high material and cost costs are required. -5- (please read the precautions on the back before filling in this page) Binding-Order " 丨 Standard Paper Standard Chinese National Standard (CNS) Α4 Specification (210X 297mm) Employee Consumption of Central Central Bureau of Economic Affairs Cooperative cooperative printing A7 B7 V. Description of the invention (ten) The purpose of the present invention is to find a solution, in which the force of closing and pulling is mainly borne by the frame, and it is caused by the asymmetry of the internal pressure of the tool and the eccentric pulling force The bending situation of the board and the load acting on the tool guide are greatly reduced, and the small non-parallel situation between the mold halves of the chess tool (it is normally caused by the expansion of the frame) can automatically avoid. This purpose is matched with the quotation of the first item of the patent application scope, which is to fix the fixed tool clamping plate and the end plate in the legs of the frame at least two horizontal support shafts above and below the injection shaft (and injection Axis parallel). Here, the end plate and the clamping plate of the fixed tool are connected to the support shaft below via at least two elastically deformable elements, so that the expansion of the C-shaped frame caused by the closing force or the closing force is partially A certain elastic deformation of the element bears, so the angle of the clamping surface of the tool clamping plate is kept from deviating from its vertical position. The advantage of the beamless mold closing device of the present invention is that, because the end plate and the clamping plate of the fixed tool are horizontally supported in a multi-spike way, the tool space of the blank mold device can be explored without hindrance. In addition, the bending strength of the two-tool clamping plate is increased. Therefore, the asymmetric mold cavity mode of the much larger mold tool M can be more functionally accommodated in a beamless mold closing device without reinforcing the tool clamping plate. In addition, the appropriate setting of the strong deformable element under the injection sleeve can ensure that the slight non-parallel situation between the two mold halves of the mold tool automatically cancels out with a little effort. In this way, the guiding accuracy of the tool guide will not be damaged, and the plastic melt will not run to the tool part joint. -6-This paper scale is applicable to China National Standard Vehicle (CNS) Α4 specification (210Χ297mm) ------- (I installed ------ order ----- {-line (please first Read the precautions on the back and fill in this page) A7 B7____ Printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs V. Description of the invention (+) However, according to the present invention, it is only possible to fix the clamping plate of the fixed tool or the end plate only Injected into at least two horizontally extending legs of the support shaft supporting the shaft above and below the shaft. To this end, the fixing tool clamping plate or end plate passes through at least one elastic element in the frame leg and below The support shaft is connected so that the expansion of the C-shaped frame due to the closing or closing force occurs is offset by the constant elastic deformation of these components, so that the clamping surface of the fixed tool clamping plate or the movable tool clamping plate clamping The tight surface and / or the end plate are kept in their vertical position. This solution is based on a piece of knowledge: that to maintain parallelism, it is sufficient to hold the fixed tool clamping plate or end plate according to the invention, so additional The board can be accommodated in a cheaper way in the rack, so in this invention another In the embodiment, in the case of the biaxial support of the fixed tool clamping plate, the linear drive is additionally accommodated in the machine frame in a single axis with a joint, and the movable tool clamping plate and the linear drive use a Designed as a ball joint) connected to each other. The advantage of the dual-axis support that fixes the tool clamping plate is that it has no freedom of rotation. Therefore, it will not tilt or pivot. However, it is affected by the closing force or the closing force that occurs , The element will produce a certain elastic deformation, the size of which makes the vertical position of the clamping surface will not be deviated by any angle from the clamping plate of the fixed tool. Therefore, the deformation of the clamping plate of the fixed tool matches the deformation of the frame. Due to the linear drive and The single-axis support of the movable tool clamping plate makes them have a limited degree of freedom of rotation and can be tilted or pivoted. In order to prevent the movable tool clamping plate from tilting, its lower side is provided with a pair of guide rollers. The guide roller is embedded in the guide rail, and the guide rail is supported in the joint on the inner side of the frame. Therefore, when the closing force and the closing force are applied, the movable tool clamping plate is separated from the frame (please read first Please pay attention to this page and then fill out this page)-Pack. Order A 丨 The size of the paper is applicable to the Chinese National Standard (CNS) A4 specification (210X29 * 7mm). The A7 B7 is printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. Description of the invention (f) The influence of the deformed part. With the combination of these two solutions, when the closing force and the holding force act, the mold half of the transverse tool can be accurately parallel in the tool separation surface. In another embodiment, the fixed tool clamping plate is accommodated in the frame by the joint M in a single-axis manner, and the movable tool clamping plate and the linear drive are passed through another joint (the other joint should be in the form of a ball joint ) Interconnected. In this embodiment, only the end plates are fixed in the relevant legs of the at least two horizontal support positions (perpendicular to the injected glaze) above and below the injection axis. In this case, the end plate is connected to the lower and middle support shafts of the frame legs via elastically deformable elements. Due to the generated closing force or holding force, a certain elastic deformation of the component is caused, so that the line of action of the force of the linear drive will not deviate from the injection axis when the frame is elastically deformed. In this way, when the transverse force is applied, the linear actuator piston rod will not be loaded by the lateral force, and the tool guide will be protected. In this embodiment, the fixed tool clamping plate and the movable tool clamping plate have at least one tilt or degree of freedom due to uniaxial support or due to spherical bearings. Therefore, the parallelism of the board in the tool separation surface is ensured with K lower fingers. When the closing and pulling forces are generated, the two-tool clamping plate is disengaged from the influence of the frame shape of the mold half of the mold tool. In this way, it is necessary to make the movable tool clamping plate and the guide rail form-fit and roll on it in a manner similar to the above. In addition * In the above solution, the guide rail is screwed under the fixed tool clamping plate in the area of the fixed tool clamping plate. In the area where the other end is at the end plate, the guide rail is connected to the frame via the M section. In order to make the closed force _ 8 a paper standard is applicable to the Chinese National Standard (CNS) Α4 specification (210Χ297 mm) ------- (-installation ------ order ------ { —Line (please read the precautions on the back before filling in this page) A7 B7 Printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economy V. Invention Instructions (ίο) 1 1 I offset the deformation of the rack deformation > in each There is a long hole in the guide rail. By 1 1 | supporting the clamping plate of the fixed tool in the frame in a biaxial manner 9 can make the injection nozzle 1 1 nozzle (not shown) more easily reach the 9 axis of the end plate The support method is easier to detect for the oil-driven 1S pipe joint of the linear actuator, which is easier to detect and > this is — dumb point 0 闻 读 背 1 1 in another design of the invention > in the fixed tool holder One of the biaxial surfaces of the tightening plate and the end plate Note 1 In the supporting method * The supporting shaft above the injection shaft should preferably be in an upper horizontal plane Item 9 The support shaft below the injection shaft should be in a horizontal plane below. In addition, the upper support ^ r ά. I The distance between the support shaft and the lower support shaft from the clamping surface of each tool clamping plate should be different. 1 Same as 0 1 I According to the present invention-Designed under the end plate and the clamping plate of the fixed tool 1 I and the middle are provided with guide rails on both sides of the frame, and the end of the frame can be connected with the frame through the knuckle 1 1 0 The movable tool clamping plate is set on the guide rail when the mold is opened and the leg mold is moved. 1 The guide rail is moved longitudinally and guided and supported. 0 Using this movable tool 1 I The guide and support method of the clamping plate The guide The lead will not be deformed when the frame is deformed. 1 1 It is also subjected to a thrust or tensile load on one side. 0 The elastic deformable element located under the injection shaft can be designed differently according to the present invention. Therefore »according to a kind of S Example of Line I » The elastically deformable element is composed of a pair of pressure rods. One end 1 I is connected to the end plate or the fixed tool clamping plate in a releasable manner > and the other 1 1-the end is installed in the m frame The support shaft connection below the injection shaft is elastically deformable. 1 1 Another embodiment of the element is formed by the support arm »Its cross-section is in the middle part 1 1 position is reduced by the milled part or the recess. 0 These support arms are here In this case, 1 I is an end plate or a fixing element that fixes X with a clamping plate. 1 1 In the design of the present invention, f can also be used to frame the side walls of the two shafts at the end of the guide shaft 1 1 — 9- 1 1 1 The paper scale is applicable to China National Standard Falcon (CNS) A4 format (210X297mm) 303321 Printed by the Central Standard Falcon Bureau Employee Consumer Cooperative of the Ministry of Economic Affairs A7 B7 V. Description of invention (/) Supported in a jointed manner on a pin. The pin system is accommodated in the sleeve bearing sleeve M, which is provided in the side wall of the frame. With the arrangement and support of this guide rail, part of the deformation force generated when the closing and pulling forces act on the frame is borne by the guide rail. Since the movable tool clamping plate can be driven on the guide rail in a way of a roller guide or a sliding guide, the deformation force acting on the frame can affect the movable tool clamping plate and the fixed tool clamping plate. The parallelism has no effect. The roller guides are composed of rollers * They are each supported in vertical and horizontal support shafts under the movable tool clamping plate * and can roll on the guide rails. If the sliding guide method is used instead of the roller guide, there are grooves on the lower side of the movable tool clamping plate, lined with sliding material, so that they surround the guide rail. The invention is described below with an example of a buttercup. In the related drawings: the first picture is a front view of a beam-less aiming device, with replaceable elastically deformable elements, and the second picture is a fixed set of resilient Front view of the beam-less mold closing device of the deformation element; Figure 3 is the beam-less mold closing device, which has an elastically deformable element between the end plate and the movable tool clamping plate; Figure 4 is a double-sleeve type support Girderless mold closing device for fixing tool clamping plate and uniaxially supported end plate; Fifth figure is a beamless mold closing device with uniaxially supported fixed tool clamping plate and double sleeve supported end plate;- 1 0- The size of this paper is applicable to the Chinese National Standard (CNS) A4 specification (210X 297mm) ---.---- {丨 installation -------- order ---- 1 丨 line (please read first (Notes on the back then fill this page)
A7 B7A7 B7
五、發明説明（& ) 第六圖為一無樑關模装置的上視圖，具有固定設置之 可彈性變形的元件； 第t圖為沿第一圖切媒A_A的無樑關横裝置的側視 圖； 第八圖為沿第一圖線B — B在固定工具夾緊板部位的 下水平面E HU的部分剖面圈； 第九圖為沿第二圃線C 一 C的剖面圖，有一滾子導引 件以供可動工具夾緊板之用； 第十圖為沿第二圖線C-C的剖面圖·有一滑動導引 件’供可動工具夾緊板之用； 第十一圖為沿第四圖D — D線的剖面圖，具另一種滾 子導引件Μ供可動工具夾緊板之用； 第十二圖為依第4圖之放大细節X ·， 第十三圖為依第5圖之放大细節Υ; 第十四圖為關閉位置中的無樑關模装置’櫬架的模雯 形作誇大顯示。 ---------^-- 請先閱讀背面之注意再填寫本頁)V. Description of the invention (&) The sixth figure is a top view of a beamless mold closing device with elastically deformable elements fixedly installed; the tth figure is a beamless crossbar device along the media A_A of the first figure Side view; the eighth picture is a partial section circle along the first picture line BB in the lower plane E HU of the fixed tool clamping plate; the ninth picture is a section view along the second garden line C-C, with a roll The sub-guide is used for the movable tool clamping plate; the tenth picture is a cross-sectional view along the line CC of the second drawing. There is a sliding guide piece for the movable tool clamping plate; the eleventh picture is along the first Four figures D-D line cross-sectional view, with another roller guide Μ for movable tool clamping plate; Figure 12 is an enlarged detail X according to Figure 4 ·, Figure 13 is based on Enlarged detail Υ of Figure 5; Figure 14 is an exaggerated display of the mold-like shape of the beamless mold closing device 'frame in the closed position. --------- ^-Please read the notes on the back before filling this page)
*1T 線 經濟部中央橾準局員工消費合作社印製 〔參考圖號 ] (η 機架 (1.1) 側壁 (1,11) 軸承套茼 (1.2) 間隔器 (1.3) 底 (1.4) 葚茼 -11- 本紙張尺度適用中囷國家標準（CNS ) Α4現格（210x297公釐） ΚΊ Β7 經濟部中央標準局員工消費合作社印製 五、發明説明（ 7 ) 1 1 ( 1 5) 銷 1 1 ( 1 6) 間 隔 片 1 1 ( 2) 工 具 夾 緊 板 ( 固 定） 請 先 1 1 ( 2 1) 夾 緊 面 閱 讀 1 背 1 ( 2 2) 階 狀 孔 • 面 之 1 注 1 ( 2 3) 支 持 臂 意 事 1 項 ( 2 . 31) 銑 出 部 再 | ( 2 . 4) 支 承 塊 寫 本 裝 頁 1 ( 2 · 5) 螺 絲 接 合 ___^ 1 I ( 2 . 6) 關 節 1 1 ( 2 . 61) 軸 1 1 ( 3) 工 具 夾 緊 板 ( 可 動） 訂 I ( 3 · 1) 夾 緊 面 1 1 ( 3 . 2) 支 承 軸 ( 垂 直 ) 1 1 ( 3 . 2 1) 滾 子 1 ( 3 . 3) 支 承 軸 ( 水 平 ) 線 I ( 3 . 31) 滾 子 1 I ( 3 . 4) 槽 1 1 ( 3 · 41) 滑 動 材 料 1 1 ( 3 · 5) 凹 隙 1 I ( 4) 端 板 1 I ( 4 . 1) 階 狀 孔 1 1 ( 4 . 2) 支 持 臂 1 1 -1 2 - 1 1 1 本紙法尺度適用中國國家標準（CNS ) Α4規格（210Χ 297公釐） 五、發明説明（（〇 ) A7 B7 經濟部中央標準局員工消費合作社印製 (4.21) 铣出部 (4.3) 螺絲接合 (4.4) 關節 (5) 直線驅動 器（操作缸） (5.1) 關節（球 袖承） (5.11) 環形槽 (5.12) 關節頭 (6) 専引機 (6.1) (6.2) 關節 (6.3) 螺絲接合 (6.4) 長孔 (7) 注入軸 (8) 模工具 (8.1) 工具分離 面 (9) 支承軸 (9.1) 銷 (10) 支承軸 (10.1) 銷 (11) 支承軸 (11.1) 銷 (12) 銷 (13) 壓桿 -13- I - - 1 - - ^^^1 ^ !1 I - I -II I-II - - · -I - \OJ- ^. - -I (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） A7 A7 經濟部中央標隼局負工消費合作社印裝 B7 五、發明説明（i() (13.1) (13.2) 凹下部 (13.3) 支承眼孔 (14) 螺絲接合 (15) 環形突緣 (16) 螺絲接合 E H U 下水平面 Ε Η 0 上水平面 α 斜角 I 支承軸（9)與（10)的垂直距離 △ I 彈性彈壓長度 請看第一圖所示的無樑關模裝置*它係由C形機架（ 1)構成，其一腿上設有固定工具夾緊板（2)，另一腿 上設有端板（4)。在此實施例中，機架（1)由二個側 壁（1 · 1)構成，它們用間隔器（1 · 2)及一底（1 • 3)相連接。可動工具夾緊板（3)可在固定工具夾緊 板（2 )與端板（4 )之間利用直線驅動器（5 )在導引 軌（6)上移動。直線驅動器（5)由一液壓搡作缸構成 ，且支承在端板（4)與可動工具夾緊板（3)之間。利 用一油壓控制装置（它並非本案的標的）可同時利用該液 壓操作缸產生模工具之半模關閉與打開所需的關閉力及拉 離力。固定及可動工具（2) (3)有相翮之夾緊面（2 • 1)或（3 · 1)以容納模工具（8)之半模。固定之 -1 4 - 本紙張尺度適用中國國家標準（CNS ) A4規格（210X 297公釐） -------f—裝------訂-----{—線 (請先閲讀背面之注意事項再填寫本頁) 五 、發明説明 A7 B7 經濟部中央標準局員工消費合作社印袈 , 軸 ί} 2 大 9Η Β 支承 1 計下 1 心緊板銷4緊 中該與 2 1較ίΕ 一 。 軸ί設凹‘空夾緊該.夾 )» ) 雜軸面 Β} 一壁，之 ο 將具夾 ，2 具 ο 中 ο 各 } 距承平 線 ο 在側} 上 1丨工具成丨工 1}1 距 ο 的支水 沿 1 納之 3 }丨4 定工構塊之 丨2 {且 1}平方 圖丨容} 12 部 1固的}承定 )1 ) , ίι 水上 一承銷 1ί丨下 ί 在示 1 支固 9(9) 軸.方一 第支 桿板凹合定所 ·。而 ()(7 承 3 上在 示的成架壓緊的接固中 9 中， 軸 1軸< 支丨而則 顯板構機有夾上絲式圖{}上 承 1 承軸 平}*, 中緊}在邊具}螺方一銷 4} 支ί 支入 水 1 中小 圖夾 1 設兩工 1 用的第一 .2, 平軸有注 之 ·υ 較 面具.茼}定.利開。由 2ί15 水承所於 方 2Η 離 剖工 ο 套 1 固 ο。 鬆間 }丨板-在支。直 下 ίΕ 距 分定 1 該 ·在 1 住可之 9 塊緊 納平中垂。 ’面面面 部固 ¢,1 且丨持Μ_ί 承夾 容水位成同中緊平緊 大及銷中¢, 底支>0 軸支具 丨在部設不圖夾水夾 放 U1}壁式及並 31承的工 2 納的} 宜二距方距 之 Η 由 1 側形}心1丨支示之 { 容腿 2 離第們下} 圖 E}1 各體 2 中{銷上圖定 板}的1距及它個1 八面 ο.。茼.準桿與的略固 緊 4 架{的一 使一 1 第平11中圓 3 對壓}用一在 夾丨機}丨第成在ί 。在水丨丨}心 1中狀 2}在定 具板在 13 設且及中 下軸茼 1 空丨} 茼 iDJ 承固 工端設 1丨 )* ) ο 的承套.成部 1 圓板 {支} 1:1 n^i nn I -I-·: »J·^- I ........ I _ ---- ---II I -I n \~^ ml —^^1 ! I:!—《 ! (請先閲讀背面之注意事項再填寫本頁) 本紙伕尺度適用中國國家標準（CNS ) A4規格（210X 297公釐） 經濟部中央梯準局員工消費合作社印製 之 在 夾的。ί 之性其具 元，有 隙-變 見的 ) 納 具設件 _ 外强，工. 此一一此_ 凹小性 例設 1 容 工方元入另可腿模 這為或 有變彈 施所 ( }。定下的注個該的在 中。有 因面的 實方 架 4 成固} 形與二 用 其件焊 位截大 利下 櫬 { 達在 7變} 有示 1 作 ，元各 部横更 有} 於 板式 ，ί 性 1 少所 ί 力 例定側 間使作 種 7 對 端方定軸彈.至圖架推 施固背 中而可 一 { 相 將式而入可 3 間三櫬上 實一} 的}, 另軸 可 於類小注對丨}、起或 一的 4 牌 的入 成 用以大與成面 2 二比力 的板 ί。 22 的 置注 承 } 式之} 有緊 1、 們離 件緊板丨. .架 設在 支。2方}1 設夾丨一 它拉。元夾端 244櫬 及， 上式 1 置 1 .少的軸第但及形形具與 .起 狀出 }方{設，2至}承如，力變變工}4或或比 形看 1 的} 及 2丨，3 支。計模性性定 2丨}>， 的可 . 動 1 計ί 面間ί 板件設關彈彈固丨或 31 區 件圖 9 轉 1 設面緊之板端元同在的可或板} . 3 皴 元三 —' 的緊夾丨緊的形不俾大係 } 緊32, 壓 形第 *^17 .銷 1 軸内夾的 ο 夾設變呈，較中 4 夾 · ί2性 變由 ( 在.承 }具}1 具所可件小做圖丨具2 臂 ί 彈 性。 明 }1 支 1Η2ί 工方性元較能二板工 ί 持部 | 强圖 説 2ί 二 <依{軸動下强之面，第端定臂支出成 可三 ^ ί 壁 架 板承可}對形截時 為固持 銑形。 第 發 板側 機 緊支在 7 成變横中 件在支 或而形 於 五 -------(一裝------訂----^ —線 (請先閲讀背面之注意事項再填寫本頁) 本纸張尺度適用中國國家標率（CNS ) ΑΑ現格（210Χ297公釐） 303321 A7 B7 經濟部中央標準局員工消费合作杜印製 五、發明説明 K(f ) 1 1 I 端 板 ( 4 ) 用 的 支 承 軸 ( 1 2 ) 係 設 在 可 動 工 具 夾 緊 板 ( 1 I 3 ) 的 夾 緊 面 ( 3 • 1 ) 及 端 板 ( 4 ) 之 間 0 在 此 種 設 置 1 1 I 中 > 可 彈 性 變 形 的 元 件 位 於 端 板 ( 4 ) 及 設 在 注 入 釉 ( 7 請 先 1 1 ) 下 方 之 支 承 軸 ( 1 2 ) 之 間 0 第 三 圖 所 示 的 設 置 方 式 的 閲 讀 1 背 1 優 點 在 於 • 醑 m 装 置 的 框 架 比 起 第 — 圖 所 示 的 實 施 例 來 » 面 之 1 注 1 其 構 造 長 度 較 短 〇 意 事 項 在 第 三 圖 中 所 示 之 强 性 元 件 係 為 成 對 之 全 圓 茼 形 壓 桿 再 填 1 ( 1 3 ) 或 拉 桿 t 為 此 設 有 _. 種 另 外 的 固 定 裝 置 〇 但在固 寫 本 裝 頁 1 定工具夾緊板 ( 2 ) 的 夾 緊 面 ( 2 ♦ 1 ) 那或端板 ( 4 ) ·««_»<· 1 I 的 背 面 上 > 各 壓 桿 ( 1 3 ) 利 用 一 種 可 鬆 開 的 螺 絲 接 合 方 1 1 式 ( 2 5 ) 或 ( 4 3 ) 固 定 這 些 螺 絲 設 在 固 定 工 具 1 1 夾 緊 板 ( 2 ) 或 端 板 ( 4 ) 的 階 狀 孔 ( 2 2 ) 或 ( 4 * 訂 I 1 ) 間 0 各 桿 ( 1 3 ) 的各其他之端上有 一 支承眼孔 ( 1 | 1 3 ♦ 3 ) 0 各 有 一 普 通 之 銷 ( 1 0 1 ) 或 ( 1 2 1 1 1 ) C 其 頭 部 無 凹 下 部 ( 1 0 • 1 ) ] 1 可 插 入 支 承 眼 孔 ( 1 3 * 3 ) 中 » 該 銷 構 成 支 承 軸 ( 1 〇 線 | ) 或 ( 1 2 ) 0 各 銷 ( 1 0 • 1 ) 或 ( 1 2 1 ) Κ 可 轉 1 | 動 方 式 支 承 在 — 軸 承 套 茼 ( 1 • 1 1 ) 中 * 該 套 茼 0 設 在 1 1 機 架 ( 1 ) 中 0 在 第 八 躧 的 說 明 中 這 種 支 承 裝 置 已 部 分 說 1 1 明 0 第 三 圖 中 支 承 軸 ( 1 2 ) 之 不 同 設 置 方 式 ί 使 壓 桿 ( 1 I 1 3 ) 在醑模時不受壓力而受拉力 〇 但 也 可 以 在 這 種 實 施 1 I 例 中 > 不 用 壓 桿 ( 1 3 ) 而 把 强 性 支 持 臂 ( 2 * 3 ) 及 ( 1 1 4 * 2 ) 設 在 固 定 之 工 具 夾 緊 板 ( 2 ) 或端板 ( 4 ) 上 0 1 1 - 17 - 1 1 1 本紙張足度適用中國國家揉準（CNS ) A4規格（210X297公釐） A7 B7 經濟部中央標準局員工消費合作社印製 五、發明説明（（f) 1 1 I 端 板 ( 4 ) 與 固 定 之 工 具 夾 緊 板 ( 3 ) 下 方 及 之 間 的 1 I 兩 側 在 徹 架 ( 1 ) 各 壁 ( 1 • 1 ) 上 設 有 導 引 軌 ( 6 ) 9 1 1 1 其 末 端 經 關 節 ( 6 1 ) 與 櫬 架 ( 1 ) 連 接 0 在 第 t 圖 中 請 先 1 1 t 顯 示 相 當 於 第 一 ΓΒΤ 画 線 A — A 之 — 實 施 例 的 剖 面 圈 0 各 關 閲 讀 背 1 I 節 ( 6 ♦ 1 ) 由 一 銷 ( 1 . 5 ) 構 成 > 銷 支 承 在 一 套 茼 ( 面 之 1 1 1 * 4 ) 中 > 套 茼 設 在 機 架 ( 1 ) 之 側 壁 ( 1 • 1 ) 中 ◦ 意 事 1 項 各 側 壁 ( 1 ♦ 1 ) 兩 逢 有 間 隔 器 ( 1 6 ) > 藉 之 可 使 銷 填 1 1 ( 1 * 5 ) 上 所 設 之 導 引 軌 ( 6 ) 可 相 對 於 機 架 ( 1 ) 保 寫 本 頁 持 —· 段 間 隔 0 1 I 各 銷 ( 1 ♦ 5 ) 利 用 安 全 裝 置 ( 其 细 節 不 詳 示 ) 保 持 1 1 1 住 0 第 九 及 第 十 ΓΒΤ 國 中 沿 第 二 圖 之 切 線 C 一 C 交 替 地 顯 示 1 1 一 滾 子 導 引 件 及 — 滑 動 導 引 件 它 們 用 於 導 引 可 動 之 工 具 訂 1 夾 緊 板 ( 3 ) 0 第 九 圖 中 該 可 動 之 工 具 夾 緊 板 ( 3 ) 的 1 1 下 側 兩 邊 有 角 形 之 m 0 此 輪 郾 可 使 滾 子 ( 3 2 1 ) 以 1 1 可 轉 方 式 設 在 — 垂 直 支 承 軸 中 » 而 滾 子 ( 3 3 1 ) K 可 1 轉 動 方 式 設 置 及 支 承 在 — 水 平 支 承 軸 ( 3 * 3 ) 中 f 使 得 線 1 可 動 工 具 夾 緊 板 ( 3 ) 在 作 行 駛 運 動 時 » 可 在 導 引 軌 ( 6 1 I ) 上 滾 動 及 支 持 住 〇 1 1 如 果 不 用 滾 子 導 引 件 t 也 可 用 滑 動 導 引 方 式 來 將 可 動 1 1 工 具 夾 緊 板 ( 3 ) 導 引 及 支 持 在 導 引 軌 ( 6 ) 上 〇 為 此 在 1 1 可 動 工 具 夾 緊 板 ( 3 ) 下 側 之 側 邊 有 銑 入 之 槽 ( 3 ) ( 4 1 I ) > 其 各 邊 襯 有 滑 動 材 料 ( 3 • 4 1 ) 9 並 把 位 於 櫬 架 内 1 1 側 的 導 引 軌 ( 6 ) 的 二 邊 包 圍 住 0 1 1 — 18 - 1 1 1 本紙張尺度適用中國國家橾牟（CNS ) A4規格（210X29*7公釐） A7 B7 經濟部中央橾準局員工消費合作社印製 五、發明説明（fi) 1 1 第 六 fgt 國 中 顙 示 — 本發明之關模裝置的上視匾 0 可 看 出 1 '1 在 端 板 ( 4 ) 及 固 定 之 工 具 夾 緊 板 ( 2 ) 上 1 該 可 强 性 麥 1 i 形 元 件 由 支 持 臂 ( 4 • 2 ) 與 ( 2 3 ) 構 成 » 該臂係鐮 請 1 先 1 上 去 或 銲 接 上 去 者 > 且 為 端 板 或 固 定 工 具 夾 % 板 的 構 件 0 閱 讀 1 背 1 另 外 可 看 出 很 習 知 的 關 横 裝 置 比 起 來 ♦ 此 關 横 装 置 所 用 之 1 注 I 材 料 可 減 少 0 意 事 I 第 四 圖 中 可 看 出 一 個無横樑之關模裝置 9 其 中 只 有 固 項 再 i 定 工 具 夾 % 板 ( 2 ) 容 納 在 C 形 櫬 架 ( 1 ) 的 右 邊 腿 中 之 寫 本 裝 頁 1 二 支 承 軸 ( 9 ) 與 ( 1 〇 ) 中 該 軸 設 計 成 銷 ( 9 • 1 ) >W· 1 及 ( 1 0 1 ) 形 式 0 1 1 支 承 軸 ( 9 ) 位 於 注 入 軸 ( 7 ) 上 方 9 支 承 袖 ( 1 0 1 I ) 為 於 ( 7 ) 下 方 0 二 支承軸 ( 9 ) 與 ( 1 0 ) 距 工 具 夾 1 訂 I 緊 面 ( 2 1 ) 之 距 離 不 同 0 銷 ( 9 1 ) 支承在機架 ( 1 1 1 ) 中 — 個 圖 未 示 之 軸 承 套 茼 中 且 其 上 部 容 納 著 固 定 之 ( 1 1 2 ) 0 注 入 軸 ( 7 ) 下 方 所 設 的 壓 桿 ( 1 3 ) 的 右 端 有 — 1 支承眼孔 ( 1 3 * 3 ) 銷 ( 1 〇 1 ) 可 插 入 該 支 承 眼 線 1 孔 中 $ 並 被 圖 未 示 之 軸 承 套 茼 容 納 在 機 架 ( 1 ) 中 0 壓 1 I 桿 ( 1 3 ) 的 另 一 端 可 插 入 一 階 形 孔 ( 2 2 ) 中 9 該 孔 1 1 位 於 固 定 工 具 夾 緊 板 ( 2 ) 中 〇 利 用 螺 絲 接 合 ( 2 ♦ 5 ) 1 1 C 它 係 從 工 具 夾 緊 面 ( 2 • 1 ) 所 在 的 那 —* 側 動 作 ] 可 將 1 1 壓 桿 ( 1 3 ) Μ 可 調 整 的 方 式 固 定 0 因 此 固 定 之 工 具 夾 緊 1 I 板 ( 2 ) 不 會 绻 一 軸 傾 斜 〇 如 若 不 然 t 它 在 闞 横 力 及 拉 雜 1 1 力 作 用 時 可 同 揉 地 藉 注 入 軸 ( 7 ) 下 方 所 設 之 彈 性 元 件 ( 1 1 - 19 ~ 1 1 1 本紙張尺度適用中國國家標準（CNS ) A4規格（210X297公釐） 經濟部中央標準局員工消费合作社印^ A7 B7 五、發明説明 13)(由壓桿構成）作彈性變形。這種彈性變形係與C 形機架（1)的擴張平行發生，故不會由於櫬架（1)變 形而使固定板（2)的工具夾緊面（2 · 1 )的垂直位置 有角度偏離的情事。因此固定工具夾緊板（2)的變形就 與機架（1)麥形合而為—°與此不同者’由揉作紅構成 之直媒驅動器（5)在櫬架（1)中直接經一關節（4 · 4)或經端板（4)與一關節（4 · 4) Μ可轉動的方式 支承。操作缸（5)的活塞桿同樣地與可動的工具夾緊板 (3)經一翮節（5 · 1)連接♦在此實施例中該關節係 設計成球軸承形式。 第十二圖中可看到關節（5 · 1)的放大詳圖，在此 實施例中圼球軸承形式。操作缸（5)的活塞桿之末端有 一環形槽（5，1 1) ’有一關節頭（5 · 12)的前端 接到該槽。在可動工具夾緊板（3)中有一球窩形凹隙（ 3 · 5 )。操作缸（5)之活塞桿的闞節頭倚在此球窩形 凹隙（3.5)中，可在其中轉動’並可用—個分隔之環 形凹緣（15)及螺絲接合（16)以可鬆開的方式與可 動工具夾緊板連接。與固定的工具夾緊板（2)比起來， 一方面由於端板（4 )或直線驅動器（5 )係以關節方式 支承在機架（1)中，另方面由於在可動工具夾緊板（3 )與直線驅動器（5)之活塞稈間的關節連接，故在機架 (1 )變形時，當醐閉力量作用時，由於模上推力最•故 它的變形作用就消失了。然而此外，為此可動工具夾緊板 -20- 本紙張尺度適用中國國家棟率（CNS ) Α4规格（210X 297公着） (請先閲讀背面之注意事項再填寫本頁) 裝_ ,ιτ -線 五 、發明説明（fΉ Α7 Β7 經濟部中央標準局員工消费合作社印装 (2).須有比固定工具夾緊板（2)更安全的導引件。第 __十圖I中沿第四画線D — D的剖面圜顳示可動工具夾緊板 之導引件的一種可能實施例。在機架兩内側上與之隔一段 gglg設有導引軌。在導引軌（6)上、下、側面有滾子 (3-31)，它們以可調整方式支承在可動之工具夾緊 板（3 )中° 第五圖顯示與第四圖部分相反的實施例。此例中，端 板（4)與直線驅動器（5)容納在機架中（1)之上支 承軸（1 1)及下支承軸（12)中〔它們設計成銷（1 ! . 1 ) (12· 1)形式〕。可强性變形之壓桿（13 )左端有一個支承腿孔（13·3) *銷（12·1)可 插人其中並被一個軸承套茼（圖未示）容纳在機架（1) 中。壓桿的另一端可類似地***一階形孔中〔該孔位於端 板（4)中]並利用螺絲接合與端板（4)連接成可調整 的方式。利用可彈性變形的壓桿（13)使端桿（4)Μ 相翮的方式随機架（1)的强性變形作配合，其中的角度 改變由壓桿（13)補償。為了使操作缸（5)的活塞桿 在闞閉力量產生時不受到可能之横向力的負荷*並保護胃 工具（8)之工具専引件（圖未示），故活塞桿與可動之· 工具夾緊板（3)同樣地經一闥節互相連接。此外利用關 節（5，1)可保護活塞桿導引件，因為這樣子可防止由 於三重支承造成之靜力超載情事。在此實例中，對立之固 定工具夾緊板（2) Μ兩側可在闉節（2 . 6)中縝一軸 -2 1 - 本紙張凡度適用中國國家揉隼（CNS ) Α4見格（210Χ297公釐） (請先閱讀背面之注意事項再填寫本頁) •裝. 訂 線 經濟部中央標準局員工消費合作社印策 A7 B7 五、發明説明（q ) (2 . 6 1)傾斜的方式支承在機架（1)中。在固定工 具夾緊板（2)下方’導引軌（6)在機架（1)内側利 用螺絲接合（6 · 3〉Μ可鬆開的方式互相固定。對此’ 在第十三鼴中顯示了放大之詳细圖。在機架（1)另一端 上導引軌（6)容納在—闞節（6 · 1)中。當機架（1 )受模上推力變形時，醑節（6 · 1)在一短的長孔（6 .4)中滑動，該長孔位於各條導引軌（6)中。如此， 固定工具夾緊板（2)，可動工具夾緊板（3)以及導引 軌（6)可完全不受機架（1)彈性變形影W。與此不同 者，櫬架（1 )的强性變形可完全傳到具有可强性變形元 件（13)的端板（4)上並藉這些元件補償，使直線驅 動器（5)的水平位置不會改變。當橫上推力在作用時， Μ及在這種實施變更例中，模工具（8)之半横在工具分 離面（8 · 1)中可有準確的平行度。 Κ下利用第十四圖的鼷模裝置說明本發明解決方式的 作用方式。圖式之關閉位置中，由於直線驅動器（5)形 成關閉力量使櫬架（1)變形（圖中誇大表示）。由於在 未麗示的中性缴維上方之力量接合使機架縱向拉伸，造成 彎曲變形。機架（1)的上右及左部段向外傾斜了 α角度 。如此使銷（9. 1)與（1〇. 1)或（11 . 1)與 (12’ 1)(它們垂直相隔一距離I)互相圼水成靠近 △ I 之值。二縱軸（9) (1())或（11) (12)相 配合可避免固定工具夾緊板（2)或端板（4)的一個自 本紙張尺度適用中國國豕標率（CNS ) A4規格（210 X 297公着） -------1 丨裝------訂----| I線 (請先閲讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消费合作社印装 A7 B7 五、發明説明（>〇) 由度。如此，櫬架（1)在支承軸（9) (10)間的連 線中的整個腿傾斜度躭傳到各板（2 * 3)及（4 · 2) 補償。在一種固定工具夾緊板（2)與端板（4)非本發 明的支承方式中•也會自動造成同樣角度值的固定工具夾 緊板（2)與端板（4)的傾斜。但如此會造成模工具打 関，造成不想要的物料外流及/或造成工具導引件損環。 利用可彈性變形的元件〔它們在第十四圖中由嫌上去的支 持臂構成，且由於銑出部（3 · 31)及（4 · 21)而 使其横截面減少〕可使支持臂（2 · 3)與（4 · 2)呈 彈性壓縮ΔΙ值。如此，機架（1)的傾斜不會傳到固定 工具夾緊板（2)的工具夾緊面（2 · 1)。此外，機架 (1)的彈性變形可完全傳到具有可彈性變形之支挎臂（ 4 · 2)的端板（4)上並用該臂補償，使直線驅動器（ 5)之水平位置不會改變。 由於機架（1)的變形及可强性變形元件的變形始终 與所施之關閉力量成比例，故模工具之二半模的平面平行 性在各種大小的關模力最及拉離力量的作用時，都能保持 。此外，在二軸中在銷（1 . 5 )上做導引軌（6 )之關 節支承，可使機架（1 )的變形不會造成導引軌彎曲，因 此其在可動工具夾緊板（3)的導引件的水平位置可以保 持。 -23- 本紙張尺度適用中國國家標準（CNS ) A4*見格（210X29?公釐） mV m> I m^i m n^— nn— n^— ^l^ii 一 ml (請先M讀背面之注意事項再填寫本頁)* 1T Line Printed by the Employees Consumer Cooperative of the Central Department of Economic Affairs of the Ministry of Economic Affairs [Reference drawing number] (η Frame (1.1) Side wall (1,11) Bearing sleeve (1.2) Spacer (1.3) Bottom (1.4) 葚 茼- 11- This paper scale is applicable to the China National Standard (CNS) Α4 present format (210x297 mm) ΚΊ Β7 Printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention Instructions (7) 1 1 (1 5) Pin 1 1 ( 1 6) Spacer 1 1 (2) Tool clamping plate (fixed) Please read first 1 1 (2 1) Clamping surface 1 Back 1 (2 2) Stepped hole • Surface 1 Note 1 (2 3) Support Item 1 of the arm (2. 31) Re-milled part | (2. 4) Support block copybook page 1 (2 · 5) Screw joint ___ ^ 1 I (2. 6) Joint 1 1 (2. 61 ) Shaft 1 1 (3) Tool clamping plate (movable) Order I (3 · 1) Clamping surface 1 1 (3.2) Support shaft (vertical) 1 1 (3. 2 1) Roller 1 (3. 3) Support shaft (horizontal) line I (3.3 1) Roller 1 I (3.4) Groove 1 1 (3 · 41) Sliding material 1 1 (3 · 5) Notch 1 I (4) End plate 1 I (4.1.) Stepped hole 1 1 ( 4.2) Support arm 1 1 -1 2-1 1 1 The paper standard is applicable to China National Standard (CNS) Α4 specification (210Χ 297 mm) 5. Description of invention ((〇) A7 B7 Employee consumption of the Central Standards Bureau of the Ministry of Economic Affairs Printed by the cooperative (4.21) Milling part (4.3) Screw joint (4.4) Joint (5) Linear drive (operating cylinder) (5.1) Joint (ball sleeve bearing) (5.11) Annular groove (5.12) Joint head (6) 専Machine (6.1) (6.2) Joint (6.3) Screw connection (6.4) Long hole (7) Injection shaft (8) Die tool (8.1) Tool separation surface (9) Support shaft (9.1) Pin (10) Support shaft ( 10.1) Pin (11) Support shaft (11.1) Pin (12) Pin (13) Pressure lever-13- I--1--^^^ 1 ^! 1 I-I -II I-II----I -\ OJ- ^.--I (Please read the precautions on the back before filling in this page) This paper size is applicable to China National Standard (CNS) A4 specification (210X297mm) A7 A7 Printed by the Ministry of Economic Affairs, Central Standard Falcon Bureau Cooperative B7 5. Description of the invention (i () (13.1) (13.2) Recessed lower part (13.3) Support eyelet (14) Screw joint (15) Ring flange (16) Screw Join the EHU lower horizontal plane Ε Η 0 Upper horizontal plane α Bevel angle I The vertical distance between the supporting shafts (9) and (10) △ I For the elastic compression length, please refer to the beamless mold closing device shown in the first figure. The frame (1) is composed of a fixed tool clamping plate (2) on one leg, and an end plate (4) on the other leg. In this embodiment, the frame (1) is composed of two side walls (1.1), which are connected by a spacer (1.2) and a bottom (1.3). The movable tool clamping plate (3) can be moved on the guide rail (6) between the fixed tool clamping plate (2) and the end plate (4) by a linear drive (5). The linear drive (5) is composed of a hydraulic cylinder, and is supported between the end plate (4) and the movable tool clamping plate (3). Using a hydraulic control device (which is not the subject of this case) can simultaneously use the hydraulic operating cylinder to generate the closing force and pulling force required for closing and opening the mold tool half. The fixed and movable tools (2) (3) have a clamping surface (2 • 1) or (3 · 1) to hold the mold half of the mold tool (8). Fixed -1 4-This paper scale is applicable to the Chinese National Standard (CNS) A4 specification (210X 297 mm) ------- f—installed ------ order ----- {-line ( (Please read the precautions on the back before filling in this page) V. Invention description A7 B7 Employee Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs Employee Cooperative, Shaft 2 2 9Η Β Support 1 Count down 1 Heart tight plate pin 4 Tight and should 2 1 is more than one. The shaft is recessed and empty to clamp the clip.)))) Miscellaneous shaft surface B} One wall, which will hold the clamp, 2 tools, each in the center} From the support line ο On the side} On 1 丨 Tools into 丨 Work 1 } 1 The distance from the water ’s edge is 1 to 3} 丨 4 4 of the construction blocks 丨 2 {and 1} square map 丨 capacity} 12 parts 1 solid} commitment) 1), ίι water underwriting 1ί 丨 under ί In the display 1 supports the solid 9 (9) axis. The square one of the first rod plate is concave and fixed. On the other hand, () (7 bearing 3 is shown in the frame 9 of the fixed frame, the shaft 1 shaft < support, and the display machine has a wire drawing clip {} upper 1 bearing axis flat} *, Medium tight} in the sideware} screw side one pin 4} branch ί branch into the water 1 medium small picture clip 1 set the first of two jobs 1 .2, the horizontal axis has a note · υ compare the mask. 茼} 定. 利Open. By 2ί15 water bearing in the square 2Η away from the cut ο set 1 solid ο. Pine room} 丨 board-in the branch. Straight down ίΕ The distance is fixed 1 The 9 blocks in 1 living can be tightly flat and hanging. The face and face are solid ¢, 1 and hold the Μ_ί bearing clamp water level to be the same as the middle, tight, flat and pin ¢, bottom support > 0 axis support 丨 there is no drawing water clip U1} wall type and And the work undertaken by the 31 contractor 2 is acceptable. The Η should be two square meters away from the shape of the side 1} the center of the side 1 {the supporting leg 2 away from the bottom} Figure E} 1 each body 2 in the {fixed on the figure } 1 pitch and its 1 octah. 茼. The quasi-rod is slightly tightened with 4 racks {one makes one 1 the first flat 11 middle circle 3 counter-pressure} use one in the clamping machine 丨 the first in ί. In the water 丨 丨} The heart 1 in the shape 2} The fixture plate is set at 13 and the middle and lower shaft 茼 1 is empty 丨} 茼 iDJ The fixing end is set 1 丨) *) ο's bearing sleeve. Into a part 1 round plate {branch} 1: 1 n ^ i nn I -I- ·: »J · ^-I ........ I _ ----- --II I -I n \ ~ ^ ml — ^^ 1! I:! — 《! (Please read the precautions on the back and then fill out this page) This paper is applicable to the Chinese National Standard (CNS) A4 specification (210X 297 Mm) Printed and pinned by the Employee Consumer Cooperative of the Central Escalation Bureau of the Ministry of Economic Affairs. ί The nature of its own element, there is a gap-see the change) The holding device set _ outer strength, work. This one by one _ concave small example set 1 to allow the work of the yuan into another leg model, this may be a variable elastic Shisuo (}. The set note should be in the middle. There are solid square frames due to the surface 4 forming a solid shape and the welding position is cut off with the use of its parts {up to 7 changes} Each part is more versatile than the plate type, with less force and less force. It is necessary to stipulate 7 pairs of side fixed axis springs. To push the frame back into the frame, it can be one {phase general type can enter 3 rooms three榇 上 实 一} 's}, the other axis can be used in the similar small bet against the card of 4 cards, qi or yi to be used to make a plate with a strength of 2 that is more than the surface. } There is a tight one, we have a piece of tight board 丨 .. erected on the support. 2 side} 1 set the clip 丨 one to pull it. The element clip end 244 reach, the above formula 1 is set. With the out of the} party {set, 2 to} Chengru, force variable work} 4 or or similar to see 1} and 2 丨, 3. The modularity is determined 2 丨}>, the . Move 1 meter ί between the surface of the board to set up the projectile elastic solid or 丨 31 district pieces Figure 9 turn 1 set surface The end of the board is the same as the board}. 3 皴 元 三 '' s clamping clip, the shape of the clamping is not large} The clamping 32, the compression shape * ^ 17. The pin 1 clamp in the shaft changes the clamping setting Presented, compared with 4 clips. Ί2 sex change by (in. Bearing) 1 small thing to make a small picture 丨 with 2 arms ί elasticity. Ming} 1 branch 1Η2ί work square element is better than two board workers ί holding department | strong The picture shows 2 2nd <According to the {axis moving under the strong side, the fixed end of the first end can be paid into three ^ ί ledge support can be fixed and milled when the shape is cut. The side of the first board is tightly supported at 7%. The horizontal middle piece is supported or shaped in five ------- (one pack ------ order ---- ^-line (please read the precautions on the back before filling this page) This paper The scale is applicable to China National Standard Rate (CNS) ΑΑ Current grid (210Χ297mm) 303321 A7 B7 Ministry of Economic Affairs Central Standards Bureau employee consumer cooperation du printed five, invention description K (f) 1 1 I end plate (4) support The shaft (1 2) is set between the clamping surface (3 • 1) of the movable tool clamping plate (1 I 3) and the end plate (4) 0 In this setting 1 1 I > elastically deformable The component is located between the end plate (4) and the support shaft (1 2) below the glaze injection (7 please first 1 1) 0 Reading of the arrangement shown in the third figure 1 Back 1 The advantage is that the The frame is compared to the embodiment shown in the first figure-Figure 1 »Face 1 Note 1 The construction length is shorter. Note that the strong element shown in the third figure is a pair of full-circle crown-shaped pressure rods and then refilled 1 (1 3) or the tie rod t is provided with _. Another kind of fixing device for this. But in the fixed booklet page 1 the clamping surface (2 ♦ 1) of the tool clamping plate (2) or the end plate (4 ) · «« _ »≪ · On the back of 1 I > Each pressing rod (1 3) is fixed with a releasable screw joint type 1 1 (2 5) or (4 3). Tool 1 1 Stepped hole (2 2) for clamping plate (2) or end plate (4) ) Or (4 * Order I 1) 0 There is a supporting eyelet (1 | 1 3 ♦ 3) at each other end of each rod (1 3) 0 There is a common pin (1 0 1) or (1 2 1 1 1) C There is no concave lower part of the head (1 0 • 1)] 1 Can be inserted into the support eye (1 3 * 3) »This pin constitutes the support shaft (1 〇 线 |) or (1 2) 0 each Pin (1 0 • 1) or (1 2 1) Κ can be turned 1 | Dynamically supported in — bearing sleeve (1 • 1 1) * The sleeve 0 is set in 1 1 frame (1) 0 in In the eighth description, this support device has been partially described as 1 1 Ming 0. The different arrangement of the support shaft (1 2) in the third figure ί makes the pressure rod (1 I 1 3) not subject to pressure during the mold Tension 〇 But it can also be implemented in this example 1 I> without strong rod (1 3) and the strong support arm (2 * 3) and (1 1 4 * 2) are set on the fixed tool clamping plate ( 2) or on the end plate (4) 0 1 1-17-1 1 1 This paper is adequate for China Crushing (CNS) A4 specification (210X297 mm) A7 B7 Printed by the employee consumer cooperative of the Central Bureau of Standards of the Ministry of Economy V. Invention description ((f) 1 1 I end plate (4) and fixed tool clamping plate (3) Below and between the 1 I sides, guide rails (6) 9 1 1 1 are provided on each wall (1 • 1) of the through frame (1) and its end is connected to the frame (1) via the joint (6 1) 0 In the t picture, please first 1 1 t display the profile circle equivalent to the first ΓΒΤ line A — A of — the embodiment of the profile circle 0 each level read back 1 I section (6 ♦ 1) by a pin (1.5) Composition > The pin is supported in a set of chrysanthemum (face 1 1 1 * 4) > The chock is located in the side wall (1 • 1) of the frame (1) There is a spacer on both occasions (1 6) > by which the pin can be filled with the guide rail (6) set on 1 1 (1 * 5) can be relative to the frame (1) Interval 0 1 I Pins (1 ♦ 5) Use safety devices (the details of which are not shown in detail) to maintain 1 1 1 Live 0 The ninth and tenth ΓΒΤ middle school alternately displays 1 1 a roller guide along the tangent line C CC in the second figure Guides and — slide guides are used to guide the movable tool set 1 clamping plate (3) 0 1 of the movable tool clamping plate (3) in the ninth figure 1 1 angled m on both sides of the lower side 0 This wheel allows the roller (3 2 1) to be rotatably set on the 1-vertical support shaft »and the roller (3 3 1) K can be set and supported on the-horizontal support shaft (3 * 3) Middle f makes the thread 1 movable tool clamping plate (3) can be rolled and supported on the guide rail (6 1 I) during the running motion. 1 can also be used if the roller guide t is not used. Guide way to guide the movable 1 1 tool clamping plate (3) and support it in the guide The guide rail (6) is on the top. For this purpose, there are milled grooves (3) (4 1 I) on the lower side of the 1 1 movable tool clamping plate (3) > its sides are lined with sliding material (3 • 4 1) 9 and surround the two sides of the guide rail (6) located on the 1 1 side in the frame 0 1 1 — 18-1 1 1 The paper size is applicable to the Chinese National Mouth (CNS) A4 specification (210X29 * 7mm) A7 B7 Printed by the Consumer Cooperative of the Central Department of Economics of the Ministry of Economic Affairs 5. Description of the invention (fi) 1 1 6th fgt Intermediate display-The top plaque of the mold closing device of the present invention 0 can be seen 1 '1 On the end plate (4) and the fixed tool clamping plate (2) 1 The strong wheat 1 i-shaped element is composed of a support arm (4 • 2) and (2 3) »The arm is sickle 1 first 1 Go up or weld up> and it is a member of the end plate or fixed tool holder% plate 0 Reading 1 Back 1 In addition, you can see the very familiar Guan Heng Comparing the comparison ♦ 1 used in this horizontal and horizontal device Note I The material can be reduced to 0. I can see in the fourth figure that there is a beam-less mold closing device 9 where only the fixed items are fixed and the tool clamp% board (2) The booklet accommodated in the right leg of the C-shaped frame (1) is designed as a pin (9 • 1) in the two support shafts (9) and (1 〇) > W · 1 and (1 0 1 ) Form 0 1 1 The support shaft (9) is located above the injection shaft (7) 9 The support sleeve (1 0 1 I) is below (7) 0 Two support shafts (9) and (1 0) 1 I apart from the tool holder The distance between the tight surfaces (2 1) is different 0 The pin (9 1) is supported in the frame (1 1 1)-a bearing bush (not shown) and the upper part contains a fixed (1 1 2) 0 injection shaft (7) The right end of the pressure rod (1 3) provided below has-1 supporting eyelet (1 3 * 3) pin (1 〇1) It is inserted into the 1 hole of the support eyeline and is accommodated in the frame (1) by a bearing bush (not shown) 0 Press 1 I The other end of the rod (1 3) can be inserted into the first-order hole (2 2) 9 Hole 1 1 is located in the fixed tool clamping plate (2). It is screwed together (2 ♦ 5) 1 1 C It is from the side where the tool clamping surface (2 • 1) is located-* side action] 1 1 can be pressed The rod (1 3) Μ can be fixed in an adjustable manner 0. Therefore, the fixed tool clamps the 1 I plate (2) without tilting one axis. If not, it can be borrowed at the same time when the lateral force and the impurity 1 1 force are applied. The elastic element (1 1-19 ~ 1 1 1 below the injection shaft (7) is applied to the paper standard of China National Standard (CNS) A4 (210X297 mm). Printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs. , Description of the invention 13) (composed of a pressure bar) for elastic deformation. This elastic deformation occurs parallel to the expansion of the C-shaped frame (1), so the vertical position of the tool clamping surface (2 · 1) of the fixed plate (2) will not be angled due to the deformation of the frame (1) Things that deviate. Therefore, the deformation of the clamping plate (2) of the fixed tool is combined with the frame (1) of the wheat shape-the difference is that the straight media drive (5) composed of kneaded red is directly in the frame (1) It is rotatably supported by a joint (4.4) or via an end plate (4) and a joint (4.4). The piston rod of the operating cylinder (5) is similarly connected to the movable tool clamping plate (3) via a pendulum (5 · 1). In this embodiment, the joint system is designed as a ball bearing. An enlarged detail view of the joint (5.1) can be seen in the twelfth figure, in the form of a ball bearing in this embodiment. The end of the piston rod of the operating cylinder (5) is provided with an annular groove (5, 11). The front end of a joint head (5 · 12) is connected to the groove. There is a ball-and-socket-shaped recess (3.5) in the movable tool clamping plate (3). The knuckle head of the piston rod of the operating cylinder (5) rests in this ball-and-socket-shaped recess (3.5), which can be turned in it and can be separated by a ring-shaped concave edge (15) and a screw joint (16) The loosening method is connected with the movable tool clamping plate. Compared with the fixed tool clamping plate (2), on the one hand, the end plate (4) or the linear drive (5) is supported in the frame (1) in an articulated manner, and on the other hand, the movable tool clamping plate (2) 3) It is connected to the joint between the piston stalks of the linear actuator (5), so when the frame (1) is deformed, when the closing force acts, the deformation force of the die disappears because of the maximum thrust on the die. In addition, however, for this movable tool clamping plate -20- This paper scale is applicable to China National Building Rate (CNS) Α4 specification (210X 297 public) (please read the precautions on the back before filling this page) 装 _, ιτ- Line V. Description of the invention (fΉ Α7 Β7 Printed by the Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs (2). There must be a safer guide than the fixed tool clamping plate (2). The cross-section of the four-drawing line D-D shows a possible embodiment of the guide of the movable tool clamping plate. A guide rail is provided at a distance of gglg on both inner sides of the frame. The guide rail (6) There are rollers (3-31) on the top, bottom, and sides, which are supported in a movable manner in the movable tool clamping plate (3). The fifth figure shows an embodiment that is partially opposite to the fourth figure. In this example, The end plate (4) and the linear drive (5) are accommodated in the frame (1) above the support shaft (1 1) and the lower support shaft (12) [they are designed as pins (1! .1) (12 · 1 ) Form]. The strong deformable pressure rod (13) has a support leg hole (13 · 3) on the left end * The pin (12 · 1) can be inserted into it and be supported by a bearing sleeve (not shown) ) Is accommodated in the frame (1). The other end of the pressure rod can be similarly inserted into the first-order hole [the hole is located in the end plate (4)] and connected to the end plate (4) with screw joints to be adjustable The elastic deformation rod (13) is used to match the end rod (4) with the strong deformation of the frame (1), and the angle change is compensated by the compression rod (13). The piston rod of the operating cylinder (5) is not subjected to the possible lateral force load when the closed force is generated * and protects the tool guide of the stomach tool (8) (not shown), so the piston rod and the movable tool clamp The tight plates (3) are also connected to each other via a joint. In addition, the joint rods (5, 1) can protect the piston rod guide, because this way can prevent the static overload caused by the triple support. In this example, Opposite fixed tool clamping plates (2), both sides of the M can be mounted on a single axis in the joint (2.6)-2 1-This paper is suitable for China National Falcon (CNS) Α4 see grid (210Χ297mm) ( Please read the precautions on the back before filling out this page) Policy A7 B7 V. Description of the invention (q) (2.6.1) Supported in the frame (1) in an inclined manner. Below the fixed tool clamping plate (2), the guide rail (6) is in the frame (1 ) The inner side is screwed together (6 · 3> Μ can be loosely fixed to each other. For this', an enlarged detailed view is shown in the thirteenth mole. The guide rail (6) is on the other end of the frame (1) ) Is accommodated in the Kan section (6.1). When the frame (1) is deformed by the thrust on the die, the section (6.1) slides in a short long hole (6.4), which is Located in each guide rail (6). In this way, the fixed tool clamping plate (2), the movable tool clamping plate (3) and the guide rail (6) can be completely free from the elastic deformation W of the frame (1). Unlike this, the strong deformation of the frame (1) can be completely transmitted to the end plate (4) with the strong deformable elements (13) and compensated by these elements, so that the horizontal position of the linear drive (5) is not Will change. When the lateral thrust is acting, M and in this embodiment variation, the half of the die tool (8) can have accurate parallelism in the tool separation plane (8.1). The mode of operation of the solution of the present invention will be described below using the mold apparatus of FIG. In the closed position of the figure, the linear actuator (5) deforms the frame (1) due to the closing force (exaggerated in the figure). Due to the force joint above the undisclosed neutral payment, the frame is stretched longitudinally, causing bending deformation. The upper right and left sections of the frame (1) are inclined outward by an angle of α. In this way, the pins (9.1) and (100.1) or (11.1) and (12 '1) (they are vertically separated by a distance I) are mutually close to a value close to △ I. The two longitudinal axes (9) (1 ()) or (11) (12) can be matched to avoid a fixed paper clamping plate (2) or an end plate (4). The original paper scale is applicable to the Chinese national standard rate (CNS) ) A4 specification (210 X 297 public) ------- 1 丨 installed ------ ordered ---- | I line (please read the precautions on the back before filling this page) Central Ministry of Economic Affairs A7 B7 printed by the Bureau of Standards and Staff Consumer Cooperatives V. Description of invention (> 〇). In this way, the inclination of the entire leg in the connection between the support frame (1) and the support shaft (9) (10) is transmitted to the plates (2 * 3) and (4.22) for compensation. In a non-supporting mode of the fixed tool clamping plate (2) and end plate (4), it will also automatically cause the fixed tool clamping plate (2) and end plate (4) to tilt at the same angle. However, this will cause the mold tool to shut down, cause undesired material outflow and / or damage the tool guide. The use of elastically deformable elements (they are composed of support arms that are too high in the fourteenth figure, and their cross-sections are reduced due to the milled-out portions (3 · 31) and (4 · 21)] enables the support arms ( 2. 3) and (4. 2) show elastic compression ΔΙ value. In this way, the tilt of the frame (1) will not be transmitted to the tool clamping surface (2 · 1) of the fixed tool clamping plate (2). In addition, the elastic deformation of the frame (1) can be completely transmitted to the end plate (4) with the elastically deformable supporting arm (4.2) and compensated by the arm, so that the horizontal position of the linear drive (5) will not change. Because the deformation of the frame (1) and the deformation of the strong deformable element are always proportional to the closing force applied, the plane parallelism of the two mold halves of the mold tool is the most effective when the closing force of various sizes and the pulling force , Can be maintained. In addition, the joint support of the guide rail (6) on the pin (1.5) in the two shafts can make the deformation of the frame (1) not cause the guide rail to bend, so it is clamped on the movable tool plate (3) The horizontal position of the guide can be maintained. -23- This paper scale is applicable to the Chinese National Standard (CNS) A4 * see grid (210X29? Mm) mV m > I m ^ imn ^ — nn— n ^ — ^ l ^ ii 1 ml (please read the back of M (Notes and then fill this page)