M316793 八、新型說明： 【新型所屬之技術領域】 本創作係與〶分子成型加卫機械有關，制是關於—讎具真空罩件與擠 筒出料端之結合構造。 ^ 【先前技術】 接’真空罩件係以提健具適當之真空環境以符合製造程序之需求者，而 白知真空罩件之具體技術内容則有如我國第8121丽號新型專利前案所揭露 _者，其主要乃係於挾模裝置之上下模座間設置一適當長度之導桂，並於該導枝 上収t巾目狀之真空罩，而以該真空罩將模具適#地罩蓋於_封閉之空間 中’再經由外部的負壓裝置將該封閉空間中之氣體予以抽除，從而達到使所罩 閉之模具處於真空環境下。 /上開之習知技_容，雖確得對模具提供理想的真空環境，_應產業技 術之舰’該等技術内容已無法適應新的需求，具體而言，當製造程序中要求 ^真❾讀下進行模具之频健時，±狀技_料無法_提供此一效 鲁月匕盍其真空罩件並無適當可供與外界連結並維持空間呈封閉之狀態，如此一 來上開衣&上而求，習知之技術内容即已適用之餘地。 【新型内容】 因此，本創作之主要目的㈣在提供—種模具真空罩件與擠筒出料端之社 合構造，其射嫩機版糖_纖_树通，並維持 氣密而與外界隔絕之封閉狀態。 構二達成上述目的，摘作所提供模具真空罩件與擠郎料端之結合 知猶含~勢仏棒-帛意，输於該本 5 M316793 '體之-側體壁用以連通該本體之内部空間與外界，—第二接孔，係貫設於該本 體之另側體壁’用以連通該本體之内部空間與外界；—真空罩件，具有一中空 入之罩體，係可與外側體壁氣密地抵接於該第一接孔之開口端上，一通孔，係貫 '設於該罩體之-侧體壁，而可與該第—接孔相通；—擠麟，係以預定部位氣 选地穿設於該第二接孔中，具有一柱形擠筒，一將原料以預定形態輸出之出料 端係設於該侧_-端上，係可穿經該本體之邮w认鮮體巾以將該擠 筒内之高分子原料以預定形態輸出予模具。 • 【實施方式】 以下，茲舉本創作三較佳實施例並配合圖式作進一步說明，其中： 第一圖係本創作第一較佳實施例之側視圖。 第二圖係本創作第一較佳實施例之剖視示意圖，係顯示該連結件甫連結各 5亥真空罩件及擠筒件之狀態。 第二圖係本創作第—較佳實施例之剖視示意圖，係顯示該擠筒件之出料端 穿經該連結件喊倾域线件巾之模具墟之狀態。 鲁 第四圖係本創作第二較佳實施例之剖視圖。 第五圖係本創作第三較佳實施例之剖視圖。 請參閱各圖所示，在本創作一較佳實施例中所提供模具真空罩件與擠筒出 料端之結合構造⑽者，其係由—連結件⑽、—真空罩件⑽以及_擠筒件 (40)所組成者。 该連結件(20)係具有一長形中空本體⑵），一第一接孔(22)與一第二接孔 (3)係刀⑼貝设於該本體⑵）長軸兩端上，彼此並同軸對應於該本體⑵）之手 輛亚使该第-接孔(22)之孔徑大於該第二接孔(23)之孔徑。 ' M316793 • 3真工罩件⑽)係具有’底兩相背端透空之巾空罩體⑶），—適當尺寸 之UU32Mt又於為罩體(31)一側體壁上，用以連通該罩體⑶）之内部空間與 /外界。 、/ η筒件(4G)係為相之射出擠筒，具有_用以將原料加熱溶成縣狀之 柱狀t冋（41)以及一设於該擠筒⑹柱軸一端用以將溶融原料射出之柱狀出 料端(42)’並使該出料端(42)同軸滑接於該第二接孔⑽中，俾使該連結件⑽ 被適當地定位滑接於該擠筒件(4〇 )上。 籲 藉由上述構件之組成，該模具真空罩件與擠筒出料端之結合構造(10)應用 於產業上時，其中，·該真空罩件⑽提賴具真空魏之技細容以及該 技同件(40)將原料經由模具注料孔射入模具内部模室之技術内容，係屬習知技 術之範疇，於此即不再另為容陳。 …而需加以說明者係：當該真空罩件(3〇)罩蓋於模具周侧後，即可藉由該擠 筒件（40)之it座位移作動’藉以改變鱗結件⑽）之空間位置，以使該連結件 (20)之本體（21)長軸-端端末氣密地抵接於該通孔⑽周側之軍體⑶）體壁 鲁上„亥帛接孔⑽亚與該通孔(32)同軸相通，俾使該本體⑵）内部與該罩體 ⑻内部經由各該通孔⑽及第—接孔⑽彼此連通，且藉由該本體⑵）長轴 一端抵接之《，贿該賴件⑽之細錄獲得蚊，而柳織筒件⑽ 德續進座作動而改變位置，此際，該出料端⑽則沿自雜歸行轴移，並 藉由滑接之該第二接孔⑽滑移穿經該本體⑻内部空間，經由各該第一接孔 (22)及通孔(32)伸人該罩體⑻内部空間中，且使出料端口抵胁模具之注料 口上，俾供將該擠筒（41)中之原料注入模具中。 上該技術，當該本體(21)以-端氣密地抵接於該罩體(31)之同時，以該真 7 M316793 .鍋(3軸_編_卿2)存树麵鄉即獲得改 .二使該真空罩件⑽)之内部空間經由該連結件(2軸技間封閉之狀態， …：卜卩之負壓I置將該罩體(31)與本體(21)内部空間之氣體予以抽離， 攸而提i、所罩鍊具適#的真空環境，並於此等環境下，允許簡筒件(4〇)將 原料注入模具巾，以因應製造條件之需求。 除上揭實施例露之具體技術内料，驗進—步確健本體與該罩體 ^抵接結合之狀態維持於—適#的氣餘態下時，則可於該本體上施加以適 _田之外力’使該本體與罩體間之抵接在受到外力適當的施加下維持適當的結合 、具體而曰’轉外力之提供係可如第四圖之第二較佳實施例中所揭露般， 乂彈頁（50)牙套於該出料端（42，）上，並使兩端分別抵接於擠筒⑷，)與本體 (2Γ)間，用以提供彈力，以彈性地將該本體⑵，)定位於與該罩體⑶，)抵接之狀 態唱；或亦可如第五圖之第三較佳實施例所揭露般，逕於該擠筒(41，，)端末適當 位置轴設-流體壓力缸體(50，，），而以該流體壓力缸體(5〇，，)之出力軸端與該本體 (2Γ)相接，俾以得藉由該流體壓力缸體(5〇，，)逕自驅動並定位該本體(21，，)之所 φ在位置。 8 M316793 【圖式簡單說明】 第一圖係本創作第一較佳實施例之側視圖。 係顯示該連結件甫連結各 第二圖係本創作第一較佳實施例之剖視示意圖 該真空罩件及擠筒件之狀態。 *第三圖係本創作第—較佳實施例之剖視示意圖，雜示該擠筒件 穿經該連結件而與位於該真空罩件中之模具抵接之狀態。 飞 第四圖係本創作第二較佳實施狀剖視圖。 » 第五圖係本創作第三較佳實施例之剖視圖。 【主要元件符號說明】M316793 VIII. New description: [New technical field] This creation is related to the Molecular Molding and Adding Machine. The system is about the combination of the vacuum cover and the discharge end of the extrusion. ^ [Prior Art] The 'vacuum cover part is attached to the appropriate vacuum environment to meet the needs of the manufacturing process, and the specific technical content of the vacuum cover part is disclosed in the new patent case No. 8121 of China. _, which is mainly to set a proper length of guide gui between the lower mold base of the stencil device, and to receive a vacuum cover on the guide branch, and use the vacuum cover to apply the mold cover The gas in the enclosed space is removed in the closed space by an external vacuum device, so that the closed mold is placed under vacuum. / The knowledge of the open technology _ 容, although it is true to provide the ideal vacuum environment for the mold, _ should be the industrial technology ship 'the technical content has been unable to adapt to new needs, specifically, when the manufacturing process requires ^ true When reading the frequency of the mold, the condition of the mold is not available. This provides a good effect. The vacuum cover is not properly connected to the outside world and maintains the space closed. Apparel & on the request, the technical content of the knowledge is already applicable. [New content] Therefore, the main purpose of this creation (4) is to provide a kind of mechanical structure for the vacuum cover of the mold and the discharge end of the extrusion tube, which is a kind of sugar-fiber_tree pass, and maintains airtightness and the outside world. Isolated state. The second purpose of the structure is to extract the combination of the vacuum cover of the mold and the squeezing end of the mold, and the combination of the end of the body and the side wall of the body is used to connect the body. The inner space and the outer space, the second connecting hole is disposed on the other side body wall of the body for connecting the inner space of the body with the outside; the vacuum cover member has a hollow cover body, Abutting the outer body wall to the open end of the first connecting hole, a through hole is disposed in the side body wall of the cover body, and can communicate with the first connecting hole; The gas is selectively disposed in the second joint hole by a predetermined portion, and has a cylindrical extrusion tube. A discharge end for outputting the raw material in a predetermined shape is disposed on the side end, which can be worn. The main body of the mail w is used to output the polymer material in the extrusion tube to the mold in a predetermined form. [Embodiment] Hereinafter, the present invention will be further described with reference to the drawings, in which: FIG. 1 is a side view of the first preferred embodiment of the present invention. The second drawing is a schematic cross-sectional view of the first preferred embodiment of the present invention, showing the state in which the connecting member is connected to each of the 5 hood vacuum cover members and the extrusion member. The second drawing is a schematic cross-sectional view of the first preferred embodiment of the present invention, showing the state of the stencil of the extrusion end of the extrusion member passing through the joint member. The fourth diagram is a cross-sectional view of a second preferred embodiment of the present invention. The fifth drawing is a cross-sectional view of a third preferred embodiment of the present creation. Referring to the drawings, in the preferred embodiment of the present invention, the combination of the mold vacuum cover member and the discharge end of the squeeze tube is provided by a joint member (10), a vacuum cover member (10), and a squeeze. The component of the cylinder (40). The connecting member (20) has an elongated hollow body (2)), and a first connecting hole (22) and a second connecting hole (3) are provided on the two ends of the long axis of the body (2). And the hand corresponding to the body (2) coaxially makes the aperture of the first connection hole (22) larger than the aperture of the second connection hole (23). ' M316793 • 3 genuine cover (10)) is a hollow cover (3) with a 'bottom two-phase back end through the air,' - the UU32Mt of the appropriate size is on the side wall of the cover (31) for communication The inner space and/or the outside of the cover (3)). , / η cylinder (4G) is a phase extrusion barrel, has a columnar t冋 (41) for heating the raw material into a county, and a column is provided at one end of the column (6) for melting a cylindrical discharge end (42) of the raw material is injected and the discharge end (42) is coaxially slidably coupled to the second connection hole (10), so that the joint member (10) is appropriately positioned and slidably connected to the extrusion tube member. (4〇). By the combination of the above components, the combination structure (10) of the vacuum cover member and the discharge end of the squeeze tube is applied to the industry, wherein the vacuum cover member (10) is provided with the vacuum and the technical details and The technical content of the same piece (40) that injects the raw material into the mold cavity through the mold injection hole is within the scope of the prior art, and is no longer another. ...and need to be explained: when the vacuum cover member (3〇) is covered on the peripheral side of the mold, the displacement of the seat member (40) can be actuated to change the scale member (10). The spatial position is such that the long axis end end of the body (21) of the connecting member (20) is airtightly abutted against the body wall (3) of the circumference of the through hole (10). The through hole (32) is coaxially connected, and the inside of the body (2)) and the inside of the cover (8) communicate with each other through the through hole (10) and the first through hole (10), and one end of the long axis of the body (2) abuts ", the bribe of the item (10) is recorded in detail to obtain the mosquito, and the Liuzhi cylinder (10) is continuously moved to change the position. At this time, the discharge end (10) is moved along the axis of the self-healing, and by sliding The second receiving hole (10) slides through the inner space of the body (8), and extends through the first receiving hole (22) and the through hole (32) into the inner space of the cover body (8), and the discharge port is threatened. On the injection port of the mold, the raw material in the extrusion tube (41) is injected into the mold. With the technique, when the body (21) is airtightly abutted to the cover (31) at the end, With the true 7 M3 16793. The pot (3 axis_编_卿2) is saved in the tree-faced township. The internal space of the vacuum cover (10) is closed by the joint (the state of the 2-axis technology is closed, ...: the burden of the divination Pressing the I (the body) and the gas in the inner space of the body (21), and extracting the vacuum environment of the cover and the cover, and allowing the simple piece in the environment (in this environment) 4〇) Injecting the raw material into the mold towel to meet the requirements of the manufacturing conditions. In addition to the specific technical materials disclosed in the above-mentioned embodiment, the state of the inspection-step-reinforcing body and the cover body is maintained in the state-- When the gas is in a state of rest, the external force can be applied to the body to maintain the proper combination of the body and the cover, and the external force is appropriately applied. Provided as in the second preferred embodiment of the fourth figure, the cartridge page (50) is sleeved on the discharge end (42,) and the two ends are respectively abutted against the extrusion tube (4), Between the body and the body (2Γ) for providing elastic force to elastically position the body (2),) in a state of abutting against the cover (3), or as shown in FIG. As disclosed in the third preferred embodiment, the fluid pressure cylinder (50,,) is axially disposed at an appropriate end of the extrusion tube (41,), and the fluid pressure cylinder (5〇, The output shaft end is connected to the body (2Γ) so as to be self-driven by the fluid pressure cylinder (5〇,,) and position the φ of the body (21,,). 8 M316793 BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a side view of a first preferred embodiment of the present invention. The connecting piece is connected to each second drawing. The first preferred embodiment of the present invention is a schematic cross-sectional view of the vacuum cover and the extrusion tube. The third figure is a schematic cross-sectional view of the first preferred embodiment of the present invention, showing the state in which the extrusion member passes through the coupling member and abuts against the mold located in the vacuum cover member. The fourth figure is a cross-sectional view of the second preferred embodiment of the present invention. » The fifth drawing is a cross-sectional view of a third preferred embodiment of the present creation. [Main component symbol description]
(30)真空罩件 (40)擠筒件 (50’)彈簧 空罩件與擠筒出料端之結合構造 (21)(21，）（21，，)本體（22)第一接孔 (10)(10’）（10”)模具真 (20)連結件 (23)第二接孔 (32)通孔 (42)(42，）(42”）出料端 (31)(31’）（3Γ)罩體 (41)(41’)(4Γ)擠筒 (50”)流體壓力虹體(30) vacuum cover member (40) extrusion tube member (50') spring empty cover member and extrusion tube discharge end combination structure (21) (21,) (21,) body (22) first connection hole ( 10) (10') (10") mold true (20) joint (23) second joint (32) through hole (42) (42,) (42") discharge end (31) (31') (3Γ) cover body (41) (41') (4Γ) squeeze tube (50") fluid pressure rainbow body