200418707 玖、發明_^藤^ [發明所屬之技術領域] 本發明係關於一種無須使用諸如閥、裝置、漏斗或類 似之额外輔助設備即可充氣、分離及裝填緊接之箔層之方 法及裝置，尤指一種用於穿透相互緊密配置之箔狀基材之 方法及裝置。 [先前技術] 為了使令各箔層個別機機地分離，以往通常係應用裝 置以I填緊接之箔層或袋子，之後再將用於裝填的導管插 入至經分離的箔層間，或者，將導管（cannules)、喷嘴或類 似元件藉由複雜且精確之人工作業而插入或刺入至各绪層 Fel 〇 〇 置上插入閥、裝填用開口元件或間隔件至待調製猪層内 以在後續作業時將適當的導f或噴嘴連接至用於裝^程^ 之調製位置處。然而，對所有生產過程而 ：： 費之材料、時間以及成本之支出頗高，= 變得更複雜及困難。同樣地，在 動崎 能(例如閥或裝填開。)而製成之嶋二兄 需要複雜的操作技術以適當處理該些落層材料構成，" [發明内容] Μ ° 本發明之主要目的在於提供一 種用於裝i直：¾:代 、 離相互緊接之落層之方法及壯 Ή衣，且为 J在汉衣置，所提供 於操作，且無須對箔層有很高的要求。Μ 法及裝置易 92457 5 ζ,υυ^ιο / υ / ‘ 為達成上揭及其他目的，本發 相互緊密配置之箔狀基材之方去^ 八種用於穿透 -的落層，並係透過控制中空圓技體堇穿透所需數量 .割面之-定之力矩大小及轉動數穿透文=端至少一個切 根據本發明，將待分離…牙透该些落層。 至包括中空圓柱雜之單側螺紋導5, heIica„y designed)的㈣面之末對》=:二 籲填開口元件的習知方法而 于於包括特-之裝 猪層。在本發明之較佳實施例中，：::=精確定位該 體之螺紋狀設計的切割面上，並透置於該中空圓柱 、ρ、ι 卫*還過圍繞该中空圓柱體之 將該中邮—一者衝定於定位。之後， *圓柱」“又疋在叉控制之特定之旋轉運動，令該中 工0柱體端上形成螺紋狀設 τ iJb ^ ^ ^ 彳末而的切告!1面透過摩擦作用 =订取::，確地粗化，以便以㈣層表面所具有之粗 二二在後續猎由該切割面的尖端抓住 在 =轉運動中穿透該，層。如此，該辖層藉由垂直延伸 纹：之切割面而切開成圓孔，且由於該中空圓柱體之螺 螺^士槿使5玄央端在绪層間轉動’使該已打開之结層因該 神、、’、。而沿該螺紋之導程(lead)而向上拉升。該中空圓柱 =之.!£動麥數(如轉動圈轉、速度及力矩），則考慮材料強 又材料特j生以> 及待分離的箱層數量而定。 〆〜、更方'農填作業，根據本發明之較佳實施例復提出將 氣悲或液態介曾读# γ 貝透過違已插入之中空圓桎體導入至各箔層 間之方案。 92457 6 200418707 替六為達成上述之目的，本發明係提供一種用於穿透相互 罟，配置之、泊狀基材之裝置，該箔狀基材係彼此緊密配 —而^裝置包括單側螺紋狀設計的中空圓柱體，其中， ::空圓柱體之螺紋末端部至少有一個切割面設計為藉由 t同％ 乂刀別逐漸穿透箔層，藉以避免在預定轉動停止 立置牙透下一層之箔層。 .介本么月使帛種轉動自如地安裝且因而受驅動之管狀 〇 Ώ柱版而5亥中空圓柱體一端係螺紋狀設計。該中空 圓杈體之螺紋末端係例如設有兩切割自，該兩切割面係： *垂直而配置’且該兩切割表面藉由朝彼此延伸並沿嗜中 空圓柱體圓周延伸而會合於頂端。這兩個切割 以下列方㈣，決定開始程序的切割面之大部分传配置 為：直：中空圓柱體之孔轴中心.線，並且負責粗化及 一】待牙透之材㈣。因*匕，此切割面之切割邊係磨成僅朝 一側之末端而終止。與前述之切割面相垂直延伸之第二切 割面(即與該中空圓柱體之孔軸平行)，則負責進行對：該 中空圓柱體之圓周圓形延伸之切#j。由該兩切割面所形成 之曰σ頂部係設計成由該垂直於孔軸中心線而延伸之切割 面所粗化之箔層表面可予以抓住，以使該尖端以較平緩之 角度穿透落層材料。以相對該中空圓柱體之孔軸的垂直線 為基準之第—切割面之角度偏差（扣gula】. deviati〇n)決定 粗化或穿透動作形態（behayor)。以相對該孔轴之垂直線為 基準，5亥角度偏差愈大，該中空圓柱體對該箔層之穿透^ 愈大，而有可能產生穿透或損傷置於其下之第：心的危 92457 7 200418707 險因此，僅於對具有抵抗性且較厚之％ 才使用上述之配置形態。 厂…層材料之情形， μ本發明之較佳實施例中，該切割面之傾 節’以適合不同材料以及不同之材料厚度。“可加以調 為了使各羯層相對於彼此之距離易於 該距離係、藉由構成螺紋結構 較佳的是 定。 在進仃分離期間所決 在許多案例中，必須考慮個別辖 文中，較佳者為藉由決定構成螺紋結構在本 定個別羯層對該中空圓柱體之黏著程度广文尺寸，以決 為使本發明之裝置於穿透至少声 較佳者為對該中空圓柱體 二才0 •«疋位， ^ ^ u、'凡5亥中空圓柱體之漏斗擗 構件，並透過該漏斗形構件將周 "^ 〃民| ·^空乳抽取， 工吸抽施加至該螺紋狀設計的中空圓㈣上的w，Μ 層設置於預定且相對於形成該螺紋狀設計的“圓 柱肢之切刎面不可移動之位置處。 為精確地定位各箔層並且避免在 ,4- ++ , 別牙或牙透#層時致 使其他之落層有過大的應力產生， 較佳之方式為該裝置連 接—個緩衝構件，該緩衝構件係位 中空圓柱體的末端之切割面正“ H亥螺紋狀設計的 … Φ止對面，以使該緩衝構件將错 要如 U往肢的末端之切割面，而設 置在預定且不可移動之位置處。 可依實際之應用場合，由卜什* $ 由上述之裝填作業而形成之開 可能或必須再度封閉。而此封閉動作在進-步之作業程 92457 8 200418707 序中單獨地藉由膠黏 可將這些程序結合於 中。 、烊接或藉由封閉件施行。然而，亦 忒哀置中並且整合至控制工程之程序 根據本發明之裝置之型 尨人私 構造及所處理之程序確實 、a正合於可手動操作 、 F 間早應用巾，以便提供用於撓性 衷填泊袋或分離箔層之交 曰（谷易使用且可移動的設備。 此外，該螺紋狀中允圓士雕200418707 玖,发明_^藤^ [Technical Field of the Invention] The present invention relates to a method and apparatus for inflating, separating and filling an immediately adjacent foil layer without the use of additional auxiliary equipment such as valves, devices, funnels or the like In particular, a method and apparatus for penetrating a foil-like substrate that is closely spaced from each other. [Prior Art] In order to separate the individual foil layers, it is conventional to apply the device to fill the foil layer or the bag with I, and then insert the catheter for filling into the separated foil layers, or Inserting or piercing a canus, nozzle or the like into a layer of the pig layer to be prepared by inserting or piercing into the Fel device by a complicated and precise manual operation. Connect the appropriate guide or nozzle to the modulation position for the mounting process during subsequent operations. However, the cost of materials, time, and cost for all production processes is quite high, and = becomes more complicated and difficult. Similarly, the second brother who is made in the case of the dynamics (such as a valve or a filling) requires complicated operation techniques to properly handle the composition of the falling materials, "[Summary] Μ ° The main purpose of the present invention It is to provide a method for loading the straight: 3⁄4: generation, the falling layer immediately adjacent to each other, and the sturdy robes, and the J is placed in the Han dynasty, provided for operation, and does not require high requirements on the foil layer. . Μ法和装置易92457 5 ζ,υυ^ιο / υ / ' For the purpose of achieving the above and other purposes, the hair of the foil-like substrate that is closely arranged with each other is used to go through eight kinds of layers for penetration. By controlling the hollow circular body to penetrate the required number. The cutting surface is determined by the magnitude of the torque and the number of rotations. At least one cut according to the present invention, the particles to be separated are to be separated. To the conventional method including the end of the (four) plane of the single-sided thread guide 5, heIica „y designed), the second method of inserting the opening element, and including the special-packed pig layer. In the preferred embodiment, ::::= precisely positions the cutting surface of the threaded design of the body, and penetrates the hollow cylinder, ρ, ι 卫* and also surrounds the hollow cylinder. The person is determined to be positioned. After that, the *cylinder" is squatted in the specific rotation motion of the fork control, so that the threaded end of the cylinder 0 is formed with a threaded shape τ iJb ^ ^ ^ 彳 end! Through the friction action = the order::, is indeed roughened so that the thickness of the surface of the (four) layer is captured by the tip of the cutting surface in the subsequent hunting, and the layer is penetrated in the = turning motion. Thus, The ruling layer is cut into a round hole by the vertical extending pattern: the cutting surface, and because the screw of the hollow cylinder causes the 5th central end to rotate between the layers, the open layer is caused by the god, , ', and pull up along the lead of the thread. The hollow cylinder = .. £ moving wheat number (such as rotating circle rotation, speed Torque), considering the material strength and the material, and the number of tanks to be separated. 〆~, the more 'agricultural filling operation, according to the preferred embodiment of the present invention, the gas is sad or liquid.介前读# γ 透过 导入 导入 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 92 a device for forming a substrate, the foil-like substrate being closely matched to each other - and the device comprises a hollow cylinder of a single-sided threaded design, wherein at least one of the cutting ends of the threaded end portion of the hollow cylinder is designed to be t and % 乂 别 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐 逐渐The end of the hollow cylinder of the 5th hollow is designed to be threaded. The threaded end of the hollow circular body is, for example, provided with two cutting surfaces: the two cutting surfaces are: * vertically arranged and the two cutting surfaces are extended toward each other Round hollow cylinder The circumference extends to meet the top. The two cuts are determined by the following (4), and the majority of the cut surface of the starting procedure is determined as follows: straight: the center of the hole axis of the hollow cylinder, and is responsible for roughening and a Permeable material (4). Because *匕, the cutting edge of the cutting surface is ground to terminate only toward one end. The second cutting surface extending perpendicular to the cutting surface (ie parallel to the hole axis of the hollow cylinder) And is responsible for performing: the circular circular extension of the hollow cylinder is cut #j. The top of the 曰σ formed by the two cutting faces is designed to be roughened by the cutting surface extending perpendicular to the center line of the hole axis. The surface of the foil layer can be grasped so that the tip penetrates the falling material at a relatively gentle angle. The angular deviation of the first-cut surface based on the vertical line of the hole axis of the hollow cylinder (deduction gula) Deviati〇n) decides to roughen or penetrate the behavioral form (behayor). Based on the vertical line with respect to the axis of the hole, the greater the deviation of the angle of 5 hai, the greater the penetration of the hollow cylinder into the foil layer, and the possibility of penetration or damage placed underneath: DANGER 92457 7 200418707 Risk Therefore, the above configuration is only used when it is resistant and thick. In the case of a layer material, in the preferred embodiment of the invention, the cutting surface is oriented to suit different materials and different material thicknesses. "It can be adjusted so that the distance between the layers is relatively easy with respect to each other. It is better to form the thread structure. In the case of separation, it must be considered in many cases, preferably in individual jurisdictions. In order to determine the degree of adhesion of the individual hollow layers to the hollow cylinder by determining the constituent thread structure, it is determined that the device of the present invention penetrates at least the sound is better for the hollow cylinder. 0 • «疋 position, ^ ^ u, 'five haul hollow cylinder funnel 擗 member, and through the funnel-shaped member, the week " ^ 〃民 | · ^ empty milk extraction, work suction pumping applied to the thread The w, Μ layer on the hollow circle (4) of the design is placed at a predetermined position relative to the position at which the tangential surface of the cylindrical limb is immovable. In order to accurately position each foil layer and avoid excessive stress generation on other layers in the 4-++, dent or tooth-through layer, it is preferred that the device be connected to a cushioning member, the cushioning member The cutting surface of the end of the hollow cylinder of the base is "H-threaded... Φ is opposite, so that the cushioning member will be in the wrong and the unmovable position, such as the cutting surface of the U to the end of the limb. According to the actual application, the opening formed by the above-mentioned filling operation may or may have to be closed again. This closing action is separately used in the step of the step-by-step operation 92457 8 200418707. Adhesively, these procedures can be combined, spliced or carried out by means of a closure. However, the procedure for integrating and integrating into the control project is based on the type of device and the procedure being processed according to the device of the present invention. a, in the case of a manually operable, early application of the F, in order to provide a flexible for the filling bag or the separation of the foil layer (the valley is easy to use and moveable equipment. In addition, the thread is in the middle of the circle Carving
Pa n ^ 工口柱月豆可故計成於間距内形成數 個開口之方式。在本 i7? ^ 中係美出至少有一開口形成於該 切告丨j面附近或沿著該螺 糸、，又以與该中空圓柱體之内部相連 通。如此，本發明在分離各箔 。，白層之同日寸，可將介質裝填至 σ Ά層間。若在該中空圓沐邱 卜卜 U柱月豆内引入管件，以使這些孔相 異地打開及關閉，則亦可在夂馆 j在谷、泊層中導入不同的裝填量及 不同裝填介質。因此，本發 ^ ^明易於裝填具有兩層之箔袋， 且藉由膠黏劑或材料結合所i車技 、、 T ° 〇所逑接之多層平箔層亦易於再經 月先刀離及風乾處理’以確保該些箔層片之後續製程最 倥化。在本文中，較佳者係提出内部配置單側封閉之第二 中空圓柱體，其中，由汾沾：# ΑΑ_ 1 Τ 措由改、交该弟二中空圓柱體之位置來 決定該分離的绪層間之供氣態或液態介質用之出口開口。 [實施方式] 以下將藉由不範的實施例參考圖式而更詳細地說明本 發明。 第1圖係用以說明用於穿透箱層之裝置的螺紋狀設計 中空圓柱體3係如何轉動自如地安裝於殼體7内以及如何遂 過I丨生連接件2而由馬達1所驅動。籍由該漏斗4透過導管5 92457 9 200418707 而可產生真空，以使該箔層8定位並固定於該中空圓柱體3 之螺紋狀設計的切割面9上。在由轉動該螺紋設計的中空圓 柱體3以與分離笛層8之後，將介質透過導管6並且藉由孔1 〇 導入至各箔層8間。 弟2圖係用以繪示螺紋狀設計的中空圓柱體，該中空圓 柱脱3 了藉由轴步而1 5福合至驅動器’且另—方面係具有终止 於切割面上14之螺紋狀設計的末端12。液態或氣態介質可 _透過包括開口 1 1之孔1 3而流入。 第3圖係用以繪示螺紋狀設計的中空圓柱體如何轉動 進入袋子中，其中，該袋子係由兩箔層丨7及箔層丨8所構成， 以使得該上層的箔層18藉由該中空圓柱體3螺紋狀設計的 間距16(pitch)而拉升，並且與該下層箔層17分離。 [圖式簡單說明] 第1圖係說明用於分離雙層箔層之組裝裝置之示意圖； 第2圖係繪示帶螺紋狀設計的中空圓柱體之示意圖；以及 瞻第3圖係繪示中空圓柱體轉動進入箔層之示意圖。 2 連接件 4 漏斗/漏斗形部件 7 殼體 9、1 4切割面 11 開口 15 轴端 1 馬達 3 中空圓柱體 5、6 導管 8、1 7、1 8 層/辖狀基材 1 0、1 3 孔 12螺紋狀設計的末端/螺紋 1 6 螺紋間距 92457 10The Pa n ^ sluice can be counted as a way of forming several openings in the gap. In the present i7? ^, at least one opening is formed near or along the surface of the 丨j, and is connected to the inside of the hollow cylinder. Thus, the present invention separates the individual foils. The white layer is the same as the day, and the medium can be filled between the σ Ά layers. If the pipe fittings are introduced into the hollow cup, so that the holes are opened and closed differently, different loading amounts and different filling media can be introduced in the valley and the parking layer. Therefore, the present invention is easy to load a foil bag having two layers, and the multi-layer flat foil layer which is connected by the adhesive technology or the material and the T ° 〇 is also easy to be removed by the knife. And air drying treatment 'to ensure that the subsequent process of the foil layer is the most degenerate. In this context, it is preferred to propose a second hollow cylinder which is internally closed on one side, wherein the separation is determined by the position of the hollow cylinder of the second cylinder by the 汾:# ΑΑ _ 1 Τ An outlet opening for the supply of gaseous or liquid medium between the layers. [Embodiment] Hereinafter, the present invention will be described in more detail with reference to the drawings, by way of exemplary embodiments. Fig. 1 is a view showing how the threaded design of the device for penetrating the tank layer is rotatably mounted in the casing 7 and how it is driven by the motor 1 through the I coupling member 2. . A vacuum can be created by the funnel 4 through the conduit 5 92457 9 200418707 to position and secure the foil layer 8 to the threaded design cutting face 9 of the hollow cylinder 3. After the hollow cylinder 3 designed to rotate the thread to separate the flute layer 8, the medium is transmitted through the conduit 6 and introduced into the foil layer 8 through the holes 1 。. The second figure is used to illustrate a hollow cylindrical body with a threaded design, which is closed to the driver by the axial step and has a threaded design terminated on the cutting surface 14 End 12. The liquid or gaseous medium can flow through the aperture 13 including the opening 11. Figure 3 is a diagram showing how the hollow cylinder of the threaded design is rotated into the bag, wherein the bag is composed of two foil layers 7 and a foil layer 8 such that the upper foil layer 18 is The hollow cylinder 3 is pulled up by a pitch of a threaded design and is separated from the lower foil layer 17. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view showing an assembly apparatus for separating a double-layer foil layer; FIG. 2 is a schematic view showing a hollow cylinder having a thread-like design; and FIG. 3 is a hollow view A schematic view of the cylinder rotating into the foil layer. 2 Connector 4 Funnel/Funnel-shaped part 7 Housing 9, 1 4 Cutting surface 11 Opening 15 Shaft end 1 Motor 3 Hollow cylinder 5, 6 Catheter 8, 1 7 , 1 8 Layer / Substrate 1 0, 1 3 hole 12 threaded design end / thread 1 6 thread spacing 92457 10