JP4278164B2 - Air seal with continuous pump and its manufacturing method - Google Patents

Air seal with continuous pump and its manufacturing method Download PDF

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JP4278164B2
JP4278164B2 JP2006324628A JP2006324628A JP4278164B2 JP 4278164 B2 JP4278164 B2 JP 4278164B2 JP 2006324628 A JP2006324628 A JP 2006324628A JP 2006324628 A JP2006324628 A JP 2006324628A JP 4278164 B2 JP4278164 B2 JP 4278164B2
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thin film
air
gas
heat
seal
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JP2007238177A (en
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廖建華
簡伯欣
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D81/00—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents
    • B65D81/02—Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage
    • B65D81/03—Wrappers or envelopes with shock-absorbing properties, e.g. bubble films
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C65/00—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor
    • B29C65/02—Joining or sealing of preformed parts, e.g. welding of plastics materials; Apparatus therefor by heating, with or without pressure
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C66/00—General aspects of processes or apparatus for joining preformed parts
    • B29C66/01—General aspects dealing with the joint area or with the area to be joined
    • B29C66/05—Particular design of joint configurations
    • B29C66/10—Particular design of joint configurations particular design of the joint cross-sections
    • B29C66/11—Joint cross-sections comprising a single joint-segment, i.e. one of the parts to be joined comprising a single joint-segment in the joint cross-section
    • B29C66/112—Single lapped joints
    • B29C66/1122—Single lap to lap joints, i.e. overlap joints
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29C—SHAPING OR JOINING OF PLASTICS; SHAPING OF MATERIAL IN A PLASTIC STATE, NOT OTHERWISE PROVIDED FOR; AFTER-TREATMENT OF THE SHAPED PRODUCTS, e.g. REPAIRING
    • B29C66/00—General aspects of processes or apparatus for joining preformed parts
    • B29C66/40—General aspects of joining substantially flat articles, e.g. plates, sheets or web-like materials; Making flat seams in tubular or hollow articles; Joining single elements to substantially flat surfaces
    • B29C66/41—Joining substantially flat articles ; Making flat seams in tubular or hollow articles
    • B29C66/43—Joining a relatively small portion of the surface of said articles
    • B29C66/439—Joining sheets for making inflated articles without using a mould
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29D—PRODUCING PARTICULAR ARTICLES FROM PLASTICS OR FROM SUBSTANCES IN A PLASTIC STATE
    • B29D22/00—Producing hollow articles
    • B29D22/02—Inflatable articles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D31/00—Bags or like containers made of paper and having structural provision for thickness of contents
    • B65D31/14—Valve bags, i.e. with valves for filling
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29L—INDEXING SCHEME ASSOCIATED WITH SUBCLASS B29C, RELATING TO PARTICULAR ARTICLES
    • B29L2022/00—Hollow articles
    • B29L2022/02—Inflatable articles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B29—WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29L—INDEXING SCHEME ASSOCIATED WITH SUBCLASS B29C, RELATING TO PARTICULAR ARTICLES
    • B29L2031/00—Other particular articles
    • B29L2031/712—Containers; Packaging elements or accessories, Packages
    • B29L2031/7138—Shock absorbing

Description

本発明はエアーシールとその製作方法で、特に連続ポンプによるエアーシールとその製作方法のことである。   The present invention relates to an air seal and a manufacturing method thereof, and more particularly to an air seal using a continuous pump and a manufacturing method thereof.

エアーシールは樹脂膜を素材とし、ヒートシールにより密封状態となってエアーカラムを形成し、ガスを注入するための注入口を設け、ガスが注入口からエアーカラムに注入されると、エアーシールは内部包装に用いられて緩衝素材となる。   The air seal is made of a resin film, is sealed by heat sealing to form an air column, and is provided with an inlet for injecting gas.When gas is injected from the inlet into the air column, the air seal is Used as a cushioning material for internal packaging.

一般のエアーシールは主に二種類に分けられる。一種類目のエアーシールは、主に複数の互いに独立したエアーカラムから構成されており、エアーカラムはそれぞれ独立した吸気口を具えており、注入の際各エアーカラムの吸気口にガスを注入するために、中華民国申請案件番号第９２１１３５７４号の発明特許の様に、注入の過程でかなり時間を費やしている。   General air seals are mainly divided into two types. The first type of air seal is mainly composed of a plurality of independent air columns. Each air column has an independent air inlet and injects gas into the air inlet of each air column. Therefore, much time is spent in the injection process as in the invention patent of the Chinese application number 9211574.

二種類目のエアーシールは、主に複数のそれぞれ通じ合ったエアーカラムから構成されており、一つ又はそれ以上の吸気口を設け、注入の際にはガスは吸気口からエアーカラム内部に詰め込まれ、各エアーカラム間は通じているので、同時に複数のエアーカラム内部にガスを充満させることが出来る一方、どれか一つでもエアーカラムが破損すると、アメリカ第５４２７８３０号特許の様に、多くのそれぞれ通じ合っているエアーカラムが同時にガス漏れを起こすのである。   The second type of air seal is mainly composed of multiple air columns that communicate with each other. One or more air inlets are provided, and gas is packed into the air column from the air inlets during injection. Since each air column communicates with each other, a plurality of air columns can be filled with gas at the same time. However, if any one of the air columns is damaged, a large number of air columns, as in US Pat. No. 5,427,830, can be obtained. Each communicating air column causes gas leakage at the same time.

この二種類のエアーシールは注入時に内薄膜が気圧によって高められてガスを閉塞するが、ガスを閉鎖する方法についてはまだ深く研究されておらず、注入後エアーカラム内の空気を長時間貯めて置くことが出来ず、上記の欠点が
エアーシールの実用性に影響を及ぼしている。 In these two types of air seals, the inner thin film is raised by the atmospheric pressure during injection to close the gas, but the method of closing the gas has not been studied deeply yet, and after the injection, the air in the air column is stored for a long time. The above disadvantages affect the practicality of air seals.

中華民国発明特許９２年５月２０日９２１１３５７４号はシールの開閉弁の据え付け構造において、空気の進入に対してシールの開閉弁は二枚の内薄膜と片側外薄膜とを相互にシールして開閉弁の通路を形成し、注入後エアーシールが膨張して通路を遮断し、この開閉弁はシールされた空気を遮断して漏らさない様にする方法を述べているだけで、注入簡素化に関しては言及しておらず、当該設計に従うと空気はシール内に自動的に注入されることがないのである。   The Chinese Invention Patent No. 9211574 on May 20, 921 is a seal on-off valve installation structure. When the air enters, the seal on-off valve seals two inner thin films and one outer thin film to open and close each other. The valve seal is formed and the air seal expands after injection to shut off the passage, and this on-off valve only describes how to shut off the sealed air so that it does not leak. Not mentioned and according to the design, air is not automatically injected into the seal.

如何にしてシールを設計するか、それぞれ独立してしかも同時に注入可能なように、且つ間接的に吸気口を開けて注入時間節減のために連続注入でき、注入時に自動的にガスを閉塞し、閉塞後に長時間空気を外に漏らさない様に自動的に閉鎖することが出来ることが、本件の発明人並びに関係業界に携わる技術者が直面する技術的課題である。   How to design a seal, so that each can be injected independently and simultaneously, and can be continuously infused by opening the inlet port indirectly to save injection time, automatically closing the gas at the time of injection, The ability to automatically close the air so as not to leak outside for a long time after the closing is a technical problem faced by the inventors of the present invention and engineers in the related industry.

本発明は連続ポンプによるエアーシールとその製作方法を提供する。   The present invention provides an air seal using a continuous pump and a manufacturing method thereof.

本発明における連続ポンプによるエアーシールは、上下に覆い合わさった二枚の外薄膜並びに二枚の外薄膜間に位置する一枚またはそれ以上の内薄膜を含み、ヒートシール手段により外薄膜と内薄膜間にポンプチャンネル、吸気口、複数のエアーカラム及び複数の曲線状のガスチャンネルを形成し、前記ポンプチャンネル内に位置し、１枚の前記外薄膜と１枚の前記内薄膜の間に介在され、１枚の前記外薄膜と１枚の前記内薄膜をシールする少なくとも１つのヒートシールポイントを含み、注入時に外部のガスがポンプチャンネルの注入口を通ってエアーシールを装填し、ポンプチャンネルはガスの圧力を受けて膨張し、２枚の前記外薄膜を外側へ開かせ、前記ヒートシールポイントによりシールされない２枚の前記内薄膜を動かして外側へ開かせ、全ての吸気口を自動的に開け、ガスが曲線状のガスチャンネルを通ってエアーカラム内に注入され、エアーカラム内の気体圧力が次第に増大し、内薄膜が外薄膜に肉薄すると、吸気口は内薄膜によって閉じられ、自動ガス閉塞機能を果たすと同時に、内薄膜のガスチャンネルは外薄膜に圧迫されて、ガスチャンネルを曲線部位で外薄膜に肉薄し、ガス閉鎖機能を果たす。
The air seal by the continuous pump in the present invention includes two outer thin films covered one above the other and one or more inner thin films positioned between the two outer thin films, and the outer thin film and the inner thin film are formed by heat sealing means. A pump channel, an air inlet, a plurality of air columns and a plurality of curved gas channels are formed therebetween, and are located in the pump channel and interposed between one outer thin film and one inner thin film. It includes at least one heat seal point that seals the outer thin film and the inner thin film, and an external gas is loaded through the inlet of the pump channel during injection, and the pump channel is a gas The two outer thin films are opened outward, and the two inner thin films that are not sealed by the heat seal point are moved outward. When all the air inlets are opened automatically, gas is injected into the air column through the curved gas channel, the gas pressure in the air column gradually increases, and the inner thin film becomes thinner to the outer thin film. The intake port is closed by the inner thin film and performs an automatic gas closing function. At the same time, the gas channel of the inner thin film is pressed by the outer thin film, and the gas channel is thinned to the outer thin film at a curved portion to perform the gas closing function.

本発明における連続ポンプによるエアーシールとその製作方法は、下記の工程を含む。一枚以上の内薄膜を提供する。耐熱材料を内薄膜の面の部分に塗布する。二枚の外薄膜を覆い合わせて内薄膜を外薄膜の間に介在させる。ヒートシールラインに沿ってヒートシール手段により外薄膜と内薄膜をシールする。外薄膜と内薄膜でポンプチャンネル及び複数のエアカラムを形成する。内薄膜の耐熱材料を塗布した部分に多くの吸気口を形成し、ポンプチャンネル及びエアーカラムに通じさせ、前記ポンプチャンネル内に位置し１枚の前記外薄膜と１枚の前記内薄膜の間に介在された少なくとも１つのヒートシールポイントにより１枚の前記外薄膜と１枚の前記内薄膜をシールする。ガスを充填してポンプチャンネルを膨張させ、２枚の前記外薄膜を外側へ開かせ、前記ヒートシールポイントによりシールされない２枚の前記内薄膜を動かして外側に向かって開かせて自動的に吸気口を開ける。連続して吸気口からエアーカラムにガスを充填する。エアカラムのガスが内薄膜を圧迫して吸気口を覆いエアカラムを閉じる。
The air seal by the continuous pump in this invention and its manufacturing method include the following processes. Provide one or more inner thin films. A heat-resistant material is applied to the surface of the inner thin film. Two outer thin films are covered and an inner thin film is interposed between the outer thin films. The outer thin film and the inner thin film are sealed by heat sealing means along the heat seal line. The outer thin film and the inner thin film form a pump channel and a plurality of air columns. A lot of air inlets are formed in the inner thin film coated with the heat-resistant material, communicated with the pump channel and the air column, and are located in the pump channel between one outer thin film and one inner thin film. by intervening by at least one heat-sealing point was it seal one said outer film and one said thin film of. Fill the gas to expand the pump channel , open the two outer thin films outward, move the two inner thin films that are not sealed by the heat seal point, and open them outward to automatically inhale Open your mouth. Gas is continuously filled into the air column from the intake port. The air column gas squeezes the inner thin film to cover the air intake and close the air column.

本発明における連続ポンプによるエアーシールとその製作方法は、ガスを充填しポンプチャンネルを膨張させ、二枚の外薄膜を開き、内薄膜が形成する吸気口が耐熱材料を塗布することで他の薄膜にシールすることがないので、吸気口が自動的に開き、吸気口よりガスを多くのエアーカラムに充填するが、充填の際各吸気口を位置決めする必要がないので、ガス注入時間を節減できるのである。各エアーカラムは相互に独立しており、たとえエアーカラムが破損しても緩衝効果に影響を及ぼさないのである。エアーカラムのガスは内薄膜を圧迫して吸気口を塞いでエアーカラムを閉じてガス漏れを防止し、ガス閉塞効果を上げることができる。エアーカラムは曲線状のガスチャンネルを含んで、吸気口に通じており、吸気口に通ずる一端は他端よりも広く、前記ガスチャンネルは曲線部の気体圧力が両側の気体圧力よりも大き、吸気口のガスが進入し易く出難い状況となり、エアーカラム内部の圧力が増大するとガスチャンネルの曲線部に肉薄してガス閉鎖効果が達成されるのである。   In the present invention, the air seal by the continuous pump and the manufacturing method thereof are filled with gas, the pump channel is expanded, the two outer thin films are opened, and the air inlet formed by the inner thin film is coated with a heat resistant material to form another thin film The air inlet automatically opens and fills the air column with more gas than the air inlet, but there is no need to position each air inlet during filling, so gas injection time can be saved. It is. Each air column is independent of each other, and even if the air column is broken, the buffering effect is not affected. The gas in the air column can compress the inner thin film to block the intake port and close the air column to prevent gas leakage, thereby increasing the gas blocking effect. The air column includes a curved gas channel and communicates with the intake port. One end leading to the intake port is wider than the other end, and the gas channel has a gas pressure at the curved portion larger than the gas pressure on both sides. When the pressure inside the air column increases, the gas channel curve is thinned and the gas closing effect is achieved.

本発明の好ましい実施例及びその効果については、図面と合わせて後述するものとする。   Preferred embodiments of the present invention and effects thereof will be described later in conjunction with the drawings.

［実施例］
図１は連続ポンプによるエアーシールの最初の実施例である。図２Ａ並びに
図２Ｂは二枚の壁貼り式エアーシールで、図２Ａは注入後の断面図であり、図２Ｂは注入前の平面図である。 [Example]
FIG. 1 is the first embodiment of air sealing by a continuous pump. 2A and 2B are two wall-mounted air seals, FIG. 2A is a cross-sectional view after injection, and FIG. 2B is a plan view before injection.

エアーシールは、二枚の外薄膜２ａ並びに２ｂ、２枚の内薄膜１ａ並びに１ｂ、ポンプチャンネル９、エアーカラム１１、吸気口２ｄを含む。二枚の外薄膜２ａ並びに２ｂは上下に覆い合わさる。二枚の内薄膜１ａ並びに１ｂは二枚の外薄膜２ａ並びに２ｂの間にあり、その幅は外薄膜２ａ並びに２ｂよりも狭い。   The air seal includes two outer thin films 2a and 2b, two inner thin films 1a and 1b, a pump channel 9, an air column 11, and an intake port 2d. The two outer thin films 2a and 2b are covered up and down. The two inner thin films 1a and 1b are between the two outer thin films 2a and 2b, and the width is narrower than the outer thin films 2a and 2b.

ヒートシールライン３、４に沿ってヒートシールし、二枚の外薄膜２ａ並びに２ｂをシールしガスチャンネル９を形成し、ガスチャンネル９は外部のガスに通じる注入口１２を含む。   Heat sealing is performed along the heat sealing lines 3 and 4 to seal the two outer thin films 2a and 2b to form a gas channel 9. The gas channel 9 includes an inlet 12 that leads to an external gas.

ヒートシールライン４、５、６、７に沿ってヒートシール手段によってヒートシールし、二枚の外薄膜２ａ並びに２ｂをシールしてガス貯蔵用のエアカラム１１を形成する。   Heat sealing is performed by heat sealing means along the heat sealing lines 4, 5, 6, and 7, and the two outer thin films 2a and 2b are sealed to form an air column 11 for gas storage.

ヒートシール手段によってヒートシールポイント２ｃが生じ、外薄膜２ａと内薄膜１ａ及び外薄膜２ｂと内薄膜１ｂをシールする。   A heat seal point 2c is generated by the heat sealing means, and the outer thin film 2a and the inner thin film 1a and the outer thin film 2b and the inner thin film 1b are sealed.

二枚の内薄膜１ａ並びに１ｂの間にプリント方式で耐熱ゴム又はインクをプリントするように等間隔に耐熱材料１ｃを塗布すると、ヒートシール手段によっても二枚の内薄膜１ａ並びに１ｂはシールされることなくして吸気口２ｄを形成する。   When the heat-resistant material 1c is applied between the two inner thin films 1a and 1b at equal intervals so as to print heat-resistant rubber or ink by a printing method, the two inner thin films 1a and 1b are also sealed by the heat sealing means. The air inlet 2d is formed without this.

注入口１２に進入するガスはガスチャンネル９を膨張させ、二枚の外薄膜２ａ並びに２ｂを外側へ開き、外薄膜２ａ並びに内薄膜１ａ及び外薄膜２ｂ並びに内薄膜１ｂをヒートシール手段によってシールし、シールしない二枚の内薄膜１ａ並びに１ｂは外側へ開かれて自動的に吸気口２ｄが開くのである。   The gas entering the inlet 12 expands the gas channel 9, opens the two outer thin films 2a and 2b outward, and seals the outer thin film 2a, the inner thin film 1a, the outer thin film 2b, and the inner thin film 1b with heat sealing means. The two inner thin films 1a and 1b that are not sealed are opened to the outside and the intake port 2d is automatically opened.

吸気口２ｄが自動的に開くと、一個のガスチャンネル９が連続して複数のエアーカラム１１に注入し、各吸気口２ｄに対して位置決めする必要なく注入出来るので、注入時間が節減でき、また各エアーカラム１１は互いに独立しているので、たとえあるエアカラム１１が破損してもエアーシールの全体的な緩衝効果に影響を及ぼすことはないのである。   When the intake port 2d is automatically opened, one gas channel 9 is continuously injected into the plurality of air columns 11, and injection can be performed without positioning with respect to each intake port 2d. Since the air columns 11 are independent of each other, even if a certain air column 11 is broken, the overall cushioning effect of the air seal is not affected.

ガスの充填は吸気口２ｄよりエアカラム１１に進入した後、エアカラム１１のガスの内部圧力が内薄膜１ａ又は１ｂを圧迫して吸気口２ｄを覆って、エアカラム１１を塞ぐので、ガスを外部に漏らさないようにしてガス閉塞効果が達成されるのである。   After filling the air column 11 from the air inlet 2d, the gas is filled, and the internal pressure of the gas in the air column 11 presses against the inner thin film 1a or 1b to cover the air inlet 2d and closes the air column 11, so that the gas is leaked to the outside. In this way, a gas blocking effect is achieved.

エアカラム１１内でまず曲線状のガスチャンネル１３を設置して吸気口２ｄに通じ、ガスチャンネル１３が吸気口２ｄに通じる一端の幅は他端よりも広く、前記ガスチャンネル１３の曲線部における気体圧力は、両側の気体圧力よりも大きく、吸気口２ｄのガスが進入し易く出難くなり、エアカラム１１内部の圧力が増大すると、ガスチャンネル１３の曲線部を圧迫してガス閉鎖効果が達成されるのである。   First, a curved gas channel 13 is installed in the air column 11 and communicates with the intake port 2d. One end of the gas channel 13 communicating with the intake port 2d is wider than the other end. Is larger than the gas pressure on both sides, the gas at the inlet 2d is more likely to enter and difficult to come out, and when the pressure inside the air column 11 increases, the curved portion of the gas channel 13 is pressed to achieve a gas closing effect. is there.

この様式では二枚の内薄膜１ａ並びに１ｂを採用し、外薄膜２ａ又は２ｂの側面に貼るので、「二枚の壁貼り式」と称する。   In this mode, the two inner thin films 1a and 1b are employed and are attached to the side surfaces of the outer thin film 2a or 2b, so that it is referred to as “two-wall bonding type”.

図３Ａと図３Ｂは、二枚の壁掛け式のエアーシールで、図３Ａは注入後の断面図であり、図３Ｂは注入前の平面図である。   3A and 3B are two wall-mounted air seals, FIG. 3A is a cross-sectional view after injection, and FIG. 3B is a plan view before injection.

この様式では二枚の内薄膜１ａ並びに１ｂを採用し、二枚の外薄膜２ａ又は２ｂの間に取り付けるので、「二枚の壁掛け式」と称する。   In this mode, the two inner thin films 1a and 1b are adopted and attached between the two outer thin films 2a or 2b.

図４Ａ並びに図４Ｂは一枚の壁貼り式のエアーシールであり、図４Ａは注入後の断面図であり、図４Ｂは注入前の平面図である。   4A and 4B are a single wall-mounted air seal, FIG. 4A is a cross-sectional view after injection, and FIG. 4B is a plan view before injection.

エアーシールは、二枚の外薄膜２ａ並びに２ｂ、一枚の内薄膜１ｂ、ポンプチャンネル９、エアーカラム１１及び吸気口２ｄを含む。   The air seal includes two outer thin films 2a and 2b, one inner thin film 1b, a pump channel 9, an air column 11, and an intake port 2d.

二枚の外薄膜２ａ並びに２ｂは上下に覆い合わせる。   The two outer thin films 2a and 2b are covered up and down.

一枚の内薄膜１ｂは、二枚の外薄膜２ａ並びに２ｂの間に位置し、その幅は外薄膜２ａ並びに２ｂよりも狭い。   One inner thin film 1b is located between the two outer thin films 2a and 2b, and the width thereof is narrower than that of the outer thin films 2a and 2b.

ヒートシールライン３、４はヒートシール手段でヒートシールし、二枚の外薄膜２ａ並びに２ｂをシールして外部のガスに通じている注入口１２を含むポンプチャンネル９を形成する。   The heat seal lines 3 and 4 are heat-sealed by heat-sealing means, and the two outer thin films 2a and 2b are sealed to form a pump channel 9 including an inlet 12 communicating with an external gas.

ヒートシールライン４、５、６、７に沿ってヒートシール手段でヒートシールし、二枚の外薄膜２ａ並びに２ｂをシールしてガスを貯蔵するのに用いるエアーカラム１１を形成する。   The heat column is heat sealed along the heat seal lines 4, 5, 6, 7, and the two outer thin films 2 a and 2 b are sealed to form the air column 11 used for storing gas.

ヒートシール手段でヒートシールポイント２ｃを発生させ、これでもって外薄膜２ｂ並びに内薄膜１ｂをシールする。   The heat sealing point 2c is generated by the heat sealing means, and the outer thin film 2b and the inner thin film 1b are sealed with this.

内薄膜１ｂ並びに外薄膜２ａの間にプリント方式で耐熱ゴム又はインクでプリントするように等間隔に耐熱材料１ｃを塗布すると、ヒートシール手段によっても内薄膜１ｂ並びに外薄膜２ｂは依然としてシールされることなく吸気口２ｄを形成する。   When the heat-resistant material 1c is applied between the inner thin film 1b and the outer thin film 2a at equal intervals so as to print with heat-resistant rubber or ink by a printing method, the inner thin film 1b and the outer thin film 2b are still sealed by the heat sealing means. And the air inlet 2d is formed.

注入口１２より進入したガスはポンプチャンネル９を膨張させ、二枚の外薄膜２ａ並びに２ｂを外側へ開き、外薄膜２ｂ並びに内薄膜１ｂはヒートシール手段によってシールされ、シールされない内薄膜１ｂ並びに外薄膜２ａは外側へ開いて吸気口２ｄを開くのである。   The gas that has entered through the inlet 12 expands the pump channel 9 and opens the two outer thin films 2a and 2b to the outside. The outer thin film 2b and the inner thin film 1b are sealed by heat sealing means, and the inner thin film 1b and the outer thin film that are not sealed are sealed. The thin film 2a opens outward and opens the inlet 2d.

吸気口２ｄが自動的に開くことで、一個のポンプチャンネル９は連続して複数のエアーカラム１１に注入でき、各吸気口１１に対して位置決めをした上で注入する必要がないので、注入時間が節減でき、また各エアーカラム１１は互いに独立しているので、たとえあるエアーカラム１１が破損してもエアーシールの全体的な緩衝効果に影響を与えることがないのである。   By automatically opening the intake port 2d, one pump channel 9 can be continuously injected into a plurality of air columns 11, and it is not necessary to inject after positioning with respect to each intake port 11. Since the air columns 11 are independent of each other, even if a certain air column 11 is broken, the overall cushioning effect of the air seal is not affected.

ガスを充填すると、吸気口２ｄからエアーカラム１１に進入し、エアーカラム１１のガスの内部圧力が内薄膜１ｂを圧迫して吸気口２ｄを覆い、エアーカラム１１を閉鎖してガスを外部へ洩らさない様にして閉塞効果が達成される。   When the gas is filled, the air enters the air column 11 through the air inlet 2d, the internal pressure of the gas in the air column 11 presses the inner thin film 1b to cover the air inlet 2d, and the air column 11 is closed to leak the gas to the outside. The obstruction effect is achieved in such a way that it does not come off.

エアーカラム１１内ではまず曲線状のガスチャンネル１３を設けて吸気口２ｄに通じさせ、ガスチャンネル１３が吸気口２ｄに通じる一端の幅は、他端の幅よりも広く、前記ガスチャンネル１３では曲線部の気体圧力が両側の気体圧力よりも大きいので、吸気口２ｄのガスは進入し易く出難くなり、エアーカラム１１の内部圧力が増大するとガスチャンネル１３の曲線部を圧迫してガス閉鎖効果を達成する。   In the air column 11, a curved gas channel 13 is first provided and communicated with the inlet 2d. The width of one end where the gas channel 13 communicates with the inlet 2d is wider than the width of the other end. Since the gas pressure at the inlet is larger than the gas pressure at both sides, the gas at the inlet 2d is easy to enter and difficult to come out, and when the internal pressure of the air column 11 increases, the curved portion of the gas channel 13 is pressed to exert a gas closing effect. Achieve.

この様式は一枚の内薄膜１ｂを採用し、外薄膜２ａ又は２ｂの側面に貼るので、「一枚の壁貼り式」と称する。   This mode employs a single inner thin film 1b and is attached to the side surface of the outer thin film 2a or 2b.

最初の実施例では自動的に吸気口を開き、ガスを閉塞し、また閉鎖する効果は達成でき、各吸気口に対して位置決めする必要がないので、注入時間が節減できるのである。然しながら、注入口１２がポンプチャンネル９を経由して複数のエアーカラム１１に注入する際、注入口１２から遠いエアーカラム１１は注入が遅れがちとなって、注入時間が長くなるので、これを考慮して本発明では実施例を下記に開示する。   In the first embodiment, the effects of automatically opening and closing and closing the gas can be achieved, and the injection time can be saved because there is no need to position each inlet. However, when the injection port 12 injects into the plurality of air columns 11 via the pump channel 9, the air column 11 far from the injection port 12 tends to be delayed in injection, and the injection time becomes longer. In the present invention, examples are disclosed below.

図５は連続ポンプ（注入）によるエアーシールの二番目の実施例である。エアーシールは、二枚の外薄膜２ａ並びに２ｂ、二枚の内薄膜１ａ並びに１ｂ、チェンバー１４、ポンプチャンネル９、エアカラム１１及び吸気口２ｄを含む。   FIG. 5 shows a second embodiment of the air seal using a continuous pump (injection). The air seal includes two outer thin films 2a and 2b, two inner thin films 1a and 1b, a chamber 14, a pump channel 9, an air column 11, and an intake port 2d.

ヒートシールライン３、４に沿ってヒートシール手段でヒートシールし、二枚の外薄膜２ａ並びに２ｂをシールして一つのチェンバー１４及び多くのポンプチャンネル９を形成し、チェンバー１４は外部のガスに接触している注入口１２を含む。   Heat sealing is performed along the heat sealing lines 3 and 4 by heat sealing means, and the two outer thin films 2a and 2b are sealed to form one chamber 14 and many pump channels 9, and the chamber 14 is used as an external gas. It includes an inlet 12 that is in contact.

ヒートシール手段でヒートシールポイント２ｃを発生させ、外薄膜２ａと内薄膜１ａ、外薄膜２ｂと内薄膜１ｂをシールする。   A heat sealing point 2c is generated by the heat sealing means, and the outer thin film 2a and the inner thin film 1a, and the outer thin film 2b and the inner thin film 1b are sealed.

二枚の内薄膜１ａ並びに１ｂの間をプリント方式で耐熱ゴム又はインクでプリントするように等間隔に耐熱材料１ｃを塗布すると、ヒートシール手段によっても二枚の内薄膜１ａ並びに１ｂは依然としてシールされることなく吸気口２ｄを形成する。   When the heat resistant material 1c is applied at equal intervals so that the two inner thin films 1a and 1b are printed with heat resistant rubber or ink by a printing method, the two inner thin films 1a and 1b are still sealed by the heat sealing means. The air inlet 2d is formed without any problems.

注入口１２より進入したガスはチェンバー１４を経由してポンプチャンネル９を膨張させ、二枚の外薄膜２ａ並びに２ｂを外側へ開き、外薄膜２ａ並びに内薄膜１ａ、外薄膜２ｂ並びに内薄膜１ｂをヒートシール手段によってシールすると、シールしない二枚の内薄膜１ａ並びに１ｂは外側へ開かれて自動的に吸気口２ｄが開くのである。一つの注入口１２はチェンバー１４、ポンプチャンネル９を経由して、同時に複数のエアーカラム１１に対して注入し、注入時間を節減できるのである。   The gas that has entered through the inlet 12 expands the pump channel 9 via the chamber 14, opens the two outer thin films 2a and 2b outward, and opens the outer thin film 2a, the inner thin film 1a, the outer thin film 2b, and the inner thin film 1b. When sealed by heat sealing means, the two inner thin films 1a and 1b that are not sealed are opened to the outside and the intake port 2d is automatically opened. One injection port 12 can simultaneously inject a plurality of air columns 11 via the chamber 14 and the pump channel 9 to save the injection time.

本実施例は二枚の壁貼り式、二枚の壁掛け式又は一枚の壁貼り式を設計することができ、上記のヒートシール手段は鋳型プレスであり、さらに上記のガスチャンネル９は一つの吸気口２ｄ若しくは複数の吸気口２ｄに通じ、且つ各エアーカラム１１はさらに一つのガスチャンネル１３若しくは複数のガスチャンネル１３とも通じており、また各エアーカラムの間も互いに通じているので、一つのガスチャンネル１３若しくは複数のガスチャンネル１３を共用できるのである。連続注入したエアーシールの製作方法の最初の実施例は下記の工程を含む。   In this embodiment, two wall-mounted type, two wall-mounted type or one wall-mounted type can be designed, the heat sealing means is a mold press, and the gas channel 9 is one The air column 11 communicates with the air inlet 2d or the plurality of air inlets 2d, and each air column 11 also communicates with one gas channel 13 or a plurality of gas channels 13, and also between each air column, so The gas channel 13 or a plurality of gas channels 13 can be shared. A first embodiment of a method for making a continuously injected air seal includes the following steps.

工程１：少なくとも一枚の内薄膜１ｂを提供する。   Step 1: At least one inner thin film 1b is provided.

工程２：プリント方式で耐熱ゴム又はインクでプリントするように、内薄膜１ｂの面の部分に等間隔に耐熱材料１ｃを塗布する。   Step 2: The heat resistant material 1c is applied to the surface portion of the inner thin film 1b at equal intervals so as to print with heat resistant rubber or ink by a printing method.

工程３：外薄膜２ａ並びに２ｂを覆い合わせて、内薄膜１ｂを外薄膜２ａ並びに２ｂの間に介在させる。二枚の内薄膜１ａ並びに１ｂがあるとき、耐熱材料１ｃは内薄膜１ａ並びに１ｂの間にあり、内薄膜１ｂ一枚のときのみ、耐熱材料１ｃは内薄膜１ｂと外薄膜２ａの間にある。   Step 3: The outer thin films 2a and 2b are covered and the inner thin film 1b is interposed between the outer thin films 2a and 2b. When there are two inner thin films 1a and 1b, the heat resistant material 1c is between the inner thin films 1a and 1b, and when only one inner thin film 1b is present, the heat resistant material 1c is between the inner thin film 1b and the outer thin film 2a. .

工程４：ヒートシールライン４、５、６、７に沿って、ヒートシール手段で外薄膜２ａ並びに２ｂ及び内薄膜１ｂをシールする。   Step 4: The outer thin films 2a and 2b and the inner thin film 1b are sealed by heat sealing means along the heat seal lines 4, 5, 6, and 7.

工程５：外薄膜２ａ並びに２ｂで一つのポンプチャンネル９及び複数のエアーカラム１１を形成し、ポンプチャンネル９は外部のガスに通じる注入口１２を含み、エアーカラム１１はガスを貯蔵するのに用いる。   Step 5: The outer thin films 2a and 2b form one pump channel 9 and a plurality of air columns 11. The pump channel 9 includes an inlet 12 that communicates with external gas, and the air column 11 is used to store gas. .

工程６：内薄膜１ｂの耐熱材料を塗布した部分にポンプチャンネル９並びにエアーカラム１１に通じる多くの吸気口２ｄを形成する。二枚の内薄膜１ａ並びに１ｂがあるとき、ヒートシールポイント２ｃは外薄膜２ａ並びに内薄膜１ａ及び外薄膜２ｂ並びに内薄膜１ｂをシールし、二枚の内薄膜１ａ並びに１ｂはヒートシール手段によってもシールされずに吸気口２ｄを形成する。内薄膜１ｂは一枚のときのみ、ヒートシールポイント２ｃは外薄膜２ｂ並びに内薄膜１ｂをシールし、内薄膜１ｂ並びに外薄膜２ａはヒートシール手段でによってもシールされずに吸気口２ｄを形成する。   Step 6: Many intake ports 2d communicating with the pump channel 9 and the air column 11 are formed in the portion of the inner thin film 1b where the heat-resistant material is applied. When there are two inner thin films 1a and 1b, the heat seal point 2c seals the outer thin film 2a, the inner thin film 1a and the outer thin film 2b, and the inner thin film 1b, and the two inner thin films 1a and 1b are also sealed by heat sealing means. The inlet 2d is formed without being sealed. Only when there is one inner thin film 1b, the heat seal point 2c seals the outer thin film 2b and the inner thin film 1b, and the inner thin film 1b and the outer thin film 2a are not sealed by the heat sealing means to form the inlet 2d. .

工程７：ガスを充填してポンプチャンネル９を膨張させ、吸気口２ｄを自動的に開く。注入口１２より進入したガスはポンプチャンネル９を膨張させ、二枚の外薄膜２ａ並びに２ｂを外側へ開き、外薄膜２ｂ並びに内薄膜１ｂはヒートシール手段によってシールされ、シールされない内薄膜１ｂ並びに外薄膜２ａは外側へ開いて吸気口２ｄを開くのである。   Step 7: Gas is filled to expand the pump channel 9, and the inlet 2d is automatically opened. The gas that has entered through the inlet 12 expands the pump channel 9 and opens the two outer thin films 2a and 2b to the outside. The outer thin film 2b and the inner thin film 1b are sealed by heat sealing means, and the inner thin film 1b and the outer thin film that are not sealed are sealed. The thin film 2a opens outward and opens the inlet 2d.

工程８：連続して吸気口２ｄよりガスをエアーカラム１１に充填する。吸気口２ｄが自動的に開くことで、一個のポンプチャンネル９は連続して複数のエアーカラム１１に注入でき、各吸気口１１に対して位置決めをした上で注入する必要がないので、注入時間が節減でき、また各エアーカラム１１は互いに独立しているので、たとえあるエアーカラム１１が破損してもエアーシールの全体的な緩衝効果に影響を与えることがないのである。   Step 8: Gas is continuously filled into the air column 11 from the intake port 2d. By automatically opening the intake port 2d, one pump channel 9 can be continuously injected into a plurality of air columns 11, and it is not necessary to inject after positioning with respect to each intake port 11. Since the air columns 11 are independent of each other, even if a certain air column 11 is broken, the overall cushioning effect of the air seal is not affected.

工程９：エアーカラム１１のガスで内薄膜１ｂを圧迫して吸気口２ｄを塞いでエアーカラム１１を密閉する。ガスを充填すると、吸気口２ｄからエアーカラム１１に進入し、エアーカラム１１のガスの内部圧力が内薄膜１ｂを圧迫して吸気口２ｄを覆い、エアーカラム１１を閉鎖してガスを外部へ洩らさない様にしてガス閉塞効果が達成される。エアーカラム１１内ではまず曲線状のガスチャンネル１３を設けて吸気口２ｄに通じさせ、ガスチャンネル１３が吸気口２ｄに通じる一端の幅は、他端の幅よりも広く、前記ガスチャンネル１３では曲線部の気体圧力が両側の気体圧力よりも大きいので、吸気口２ｄのガスは進入し易く出難くなり、エアーカラム１１の内の圧力が増大するとガスチャンネル１３の曲線部を圧迫してガス閉鎖効果を達成する。   Step 9: The inner thin film 1b is pressed with the gas of the air column 11 to close the air inlet 2d, and the air column 11 is sealed. When the gas is filled, the air enters the air column 11 through the air inlet 2d, the internal pressure of the gas in the air column 11 presses the inner thin film 1b to cover the air inlet 2d, and the air column 11 is closed to leak the gas to the outside. In this way, a gas blocking effect is achieved. In the air column 11, a curved gas channel 13 is first provided and communicated with the inlet 2d. The width of one end where the gas channel 13 communicates with the inlet 2d is wider than the width of the other end. Since the gas pressure at the gas inlet portion is larger than the gas pressure at both sides, the gas at the inlet 2d is easy to enter and difficult to come out, and when the pressure in the air column 11 increases, the curved portion of the gas channel 13 is compressed and the gas closing effect is achieved. To achieve.

本実施例は二枚の壁貼り式、二枚の壁掛け式又は一枚の壁貼り式を設計することが出来、上記のヒートシール手段は鋳型プレスであり、さらに上記のガスチャンネル９は一つの吸気口２ｄ若しくは複数の吸気口２ｄと通じ、且つ各エアーカラム１１はさらに一つのガスチャンネル１３若しくは複数のガスチャンネル１３とも通じており、また各エアーカラムの間は互いに通じているので、一つのガスチャンネル１３若しくは複数のガスチャンネル１３を共用できるのである。   In this embodiment, two wall-mounted, two wall-mounted, or one wall-mounted types can be designed, the heat sealing means is a mold press, and the gas channel 9 is one Since each of the air columns 11 communicates with one gas channel 13 or a plurality of gas channels 13 and communicates with each other between the air columns 2d. The gas channel 13 or a plurality of gas channels 13 can be shared.

連続ポンプしたエアーシールの製作方法の二番目の実施例は下記の工程を含む。   A second embodiment of a continuous pumped air seal fabrication method includes the following steps.

工程１：少なくとも一枚の内薄膜１ｂを提供する。   Step 1: At least one inner thin film 1b is provided.

工程２：内薄膜１ｂの面の部分に等間隔に耐熱材料１ｃを塗布する。   Process 2: The heat-resistant material 1c is apply | coated to the surface part of the inner thin film 1b at equal intervals.

工程３：外薄膜２ａ並びに２ｂを覆い合わせて、内薄膜１ｂを外薄膜２ａ並びに２ｂの間に介在させる。   Step 3: The outer thin films 2a and 2b are covered and the inner thin film 1b is interposed between the outer thin films 2a and 2b.

工程４：ヒートシールライン４、５、６、７に沿って、ヒートシール手段で外薄膜２ａ並びに２ｂ及び内薄膜１ｂをシールする。   Step 4: The outer thin films 2a and 2b and the inner thin film 1b are sealed by heat sealing means along the heat seal lines 4, 5, 6, and 7.

工程５：外薄膜２ａ並びに２ｂで一つのチェンバー１４並びに多くのポンプチャンネル９及び複数のエアーカラム１１を形成し、チェンバー１４は外部のガスに通じる注入口１２を含み、チェンバー１４はポンプチャンネル９に通じ、エアーカラム１１はガスを貯蔵するのに用いる。   Step 5: The outer thin films 2a and 2b form one chamber 14 and a number of pump channels 9 and a plurality of air columns 11, and the chamber 14 includes an inlet 12 that leads to external gas. Through the air column 11 is used for storing gas.

工程６：内薄膜１ｂの耐熱材料を塗布した部分にポンプチャンネル９並びにエアーカラム１１に通じる多くの吸気口２ｄを形成する。   Step 6: Many intake ports 2d communicating with the pump channel 9 and the air column 11 are formed in the portion of the inner thin film 1b where the heat-resistant material is applied.

工程７：チェンバー１４によりガスを充填してポンプチャンネル９を膨張させ、吸気口２ｄを自動的に開く。   Step 7: Gas is filled by the chamber 14 to expand the pump channel 9, and the inlet 2d is automatically opened.

工程８：連続して吸気口２ｄよりガスをエアーカラム１１に充填する。   Step 8: Gas is continuously filled into the air column 11 from the intake port 2d.

工程９：エアーカラム１１のガスで内薄膜１ｂを圧迫して吸気口２ｄを塞ぎエアーカラム１１を密閉する。   Step 9: The inner thin film 1b is pressed with the gas of the air column 11 to close the air inlet 2d, and the air column 11 is sealed.

本実施例は二枚の壁貼り式、二枚の壁掛け式又は一枚の壁貼り式を設計することが出来、上記のヒートシール手段は鋳型プレスであり、さらに上記のガスチャンネル９は一つの吸気口２ｄ若しくは複数の吸気口２ｄと通じ、且つ各エアーカラム１１はさらに一つのガスチャンネル１３若しくは複数のガスチャンネル１３とも通じており、また各エアーカラムの間は互いに通じているので、一つのガスチャンネル１３若しくは複数のガスチャンネル１３を共用できるのである。   In this embodiment, two wall-mounted, two wall-mounted, or one wall-mounted types can be designed, the heat sealing means is a mold press, and the gas channel 9 is one Since each of the air columns 11 communicates with one gas channel 13 or a plurality of gas channels 13 and communicates with each other between the air columns 2d. The gas channel 13 or a plurality of gas channels 13 can be shared.

図６で示すように、連続ポンプのエアーシールの三番目の実施例では、図面から見られるように、エアーシールが一つ若しくはそれ以上のエアーカラム１１を設け、各エアーカラム１１並びにポンプチャンネル９の間に一つ若しくはそれ以上の吸気口２ｄを設け、且つ各吸気口２ｄにはそれに対応してガスチャンネル１３があり、エアーカラム１１の容積が大きい時、複数の吸気口２ｄ並びにガスチャンネル１３からガスを注入すると、迅速にエアーカラム１１内部のにガスを充満させることが出来るのである。   As shown in FIG. 6, in the third embodiment of the air seal of the continuous pump, as can be seen from the drawing, one or more air columns 11 are provided, and each air column 11 and pump channel 9 are provided. One or more air inlets 2d are provided between the air inlets 2d, and each air inlet 2d has a gas channel 13 corresponding thereto. When the volume of the air column 11 is large, a plurality of air inlets 2d and gas channels 13 are provided. When the gas is injected from the air column 11, the gas can be quickly filled into the air column 11.

本発明の技術内容は既に好ましい実施例でもって上記に開示しているが、本発明はこれだけに限られず、当該技術に熟知する技術者が本発明の趣旨の範囲内で加えた些細な変更並びに補正は何れも本発明に含まれるものとする。   Although the technical contents of the present invention have already been disclosed above in the preferred embodiments, the present invention is not limited to these, and minor modifications made by engineers skilled in the art within the scope of the present invention and Any correction is included in the present invention.

連続ポンプ（注入）によるエアーシールの最初の実施例である。It is the first Example of the air seal by a continuous pump (injection). 二枚の壁貼り式エアーシールの注入後の断面図である。It is sectional drawing after injection | pouring of two wall sticking type air seals. 二枚の壁貼り式エアーシールの注入前の平面図である。It is a top view before injection | pouring of two wall sticking type air seals. 二枚の壁掛け式エアーシールの注入後の断面図である。It is sectional drawing after injection | pouring of two wall-hanging type air seals. 二枚の壁掛け式エアーシールの注入前の平面図である。It is a top view before injection | pouring of two wall-hanging type air seals. 一枚の壁貼り式エアーシールの注入後の断面図である。It is sectional drawing after injection | pouring of one sheet of a wall sticking type air seal. 一枚の壁貼り式エアーシールの注入前の平面図である。It is a top view before the injection | pouring of one sheet of a wall sticking type air seal. 連続ポンプ（注入）によるエアーシールの二番目の実施例である。It is the 2nd Example of the air seal by a continuous pump (injection). 連続ポンプ（注入）によるエアーシールの三番目の実施例である。It is a 3rd Example of the air seal by a continuous pump (injection).

符号の説明Explanation of symbols

１ａ、１ｂ 内薄膜
１ｃ 耐熱材料
２ａ、２ｂ 外薄膜
２ｃ ヒートシールポイント
２ｄ 吸気口
３，４，５，６、７ ヒートシールライン
９ ポンプチャンネル
１１ エアーカラム
１２ 注入口
１３ ガスチャンネル
１４ チェンバー 1a, 1b inner thin film
1c Heat-resistant material 2a, 2b Outer thin film 2c Heat seal point 2d Inlet 3, 4, 5, 6, 7 Heat seal line 9 Pump channel 11 Air column 12 Inlet 13 Gas channel 14 Chamber

Claims (18)

上下の薄膜により覆い合わせる２枚の外薄膜と、
前記２枚の外薄膜の間に位置する１枚以上の内薄膜と、
ヒートシール手段により前記２枚の外薄膜をシールしてスペースを形成し、外からのエアーを注入する注入口を有するポンプチャンネルと、
前記ポンプチャンネル内に位置し、１枚の前記外薄膜と１枚の前記内薄膜の間に介在され、１枚の前記外薄膜と１枚の前記内薄膜をシールする少なくとも１つのヒートシールポイントと、
ヒートシール手段により前記２枚の外薄膜をシールしガスを貯蔵するスペースを形成する複数エアーカラムと、
前記ポンプチャンネル及びエアーカラムの間にあって、内薄膜の一面より順番に等間隔で耐熱材料を塗布し、ヒートシール手段により他の薄膜をシールせずに形成する複数吸気口を含み、
前記注入口のガスを進入させ、前記ガスチャンネルを膨張させ、２枚の前記外薄膜を外側へ開かせ、前記ヒートシールポイントによりシールされない２枚の前記内薄膜を動かして外側へ開かせ、前記吸気口を開き前記エアーカラムにガスを進入させた後、前記エアーカラムのガスは前記内薄膜を圧迫し前記吸気口を覆い、前記エアーカラムをシールすることを特徴とする、
連続ポンプによるエアーシール。 Two outer thin films that are covered by upper and lower thin films;
One or more inner thin films positioned between the two outer thin films;
A pump channel having an inlet for injecting air from outside, forming a space by sealing the two outer thin films by heat sealing means;
At least one heat seal point located in the pump channel, interposed between the one outer thin film and the one inner thin film, and sealing one outer thin film and one inner thin film; ,
A plurality of air columns that form a space for storing gas by sealing the two outer thin films by heat sealing means;
Between the pump channel and the air column, including a plurality of air inlets formed by applying a heat-resistant material at regular intervals in order from one surface of the inner thin film, without sealing other thin films by heat sealing means,
The gas at the inlet is made to enter, the gas channel is expanded, the two outer thin films are opened outward, the two inner thin films that are not sealed by the heat seal point are moved and opened outward, after gas allowed to enter the air column opens an inlet, the air column of the gas covers the inlet pressure on said thin film, characterized by sealing the air column,
Air seal with continuous pump. 前記内薄膜は一枚であり、前記耐熱材料は等間隔で前記内薄膜と一枚の前記外薄膜の間に塗布してあることを特徴とする請求項１に記載の連続ポンプによるエアーシール。 2. The air seal according to claim 1, wherein the inner thin film is a single sheet, and the heat-resistant material is applied between the inner thin film and the single outer thin film at equal intervals. 前記内薄膜は二枚で、前記耐熱材料は等間隔で二枚の前記内薄膜の間に塗布してあることを特徴とする請求項１に記載の連続ポンプによるエアーシール。 2. The air seal by a continuous pump according to claim 1, wherein the inner thin film is two sheets and the heat-resistant material is applied between the two inner thin films at equal intervals. 前記エアーカラムは前記吸気口に接続する曲線状のガスチャンネルを含み、前記ガスチャンネルでは、曲線部のガス圧力が両側のガス圧力より大きいことを特徴とする請求項２に記載の連続ポンプによるエアーシール。 3. The continuous pump air according to claim 2, wherein the air column includes a curved gas channel connected to the intake port, and the gas pressure in the curved portion is larger than the gas pressure on both sides in the gas channel. sticker. 前記エアーカラムは前記吸気口に接続する曲線状のガスチャンネルを含み、前記吸気口の一端に接続し他端より広くしてあることを特徴とする請求項２に記載の連続ポンプによるエアーシール。 The air seal according to claim 2, wherein the air column includes a curved gas channel connected to the air inlet, and is connected to one end of the air inlet and wider than the other end. 上下の薄膜により覆い合わせる２枚の外薄膜と、
前記２枚外薄膜が介在する１枚以上の内薄膜と、
１枚の前記外薄膜と１枚の前記内薄膜の間に介在され、１枚の前記外薄膜と１枚の前記内薄膜をシールする少なくとも１つのヒートシールポイントと、
ヒートシール手段により前記２枚の外薄膜をシールしてスペースを形成し、外からのエアーを注入する注入口を有するチェンバーと、
ヒートシール手段により前記２枚の外薄膜をシールしてスペースを形成し、
前記チェンバーに接続する複数ポンプチャンネルと、
ヒートシール手段により前記２枚の外薄膜をシールしガスを貯蔵するスペースを形成する複数エアーカラムと、
前記ポンプチャンネル及び前記エアーカラムに接続し、内薄膜の面の部分に耐熱材料を塗布しヒートシール手段により他の薄膜をシールせずに形成する複数吸気口を含み、
前記注入口のガスを進入させ、前記チェンバーにより前記ポンプチャンネルを膨張させ、２枚の前記外薄膜を外側へ開かせ、前記ヒートシールポイントによりシールされない２枚の前記内薄膜を動かして外側へ開かせ、前記吸気口を開き前記エアーカラム内にガスを進入させた後、前記エアーカラムのガスは前記内薄膜を圧迫し、前記吸気口を覆い前記エアーカラムをシールすることを特徴とする、連続ポンプによるエアーシール。 Two outer thin films that are covered by upper and lower thin films;
One or more inner thin films interposing the two outer thin films;
At least one heat seal point interposed between one outer thin film and one inner thin film and sealing one outer thin film and one inner thin film;
A chamber having an inlet for injecting air from outside , forming a space by sealing the two outer thin films by heat sealing means;
A space is formed by sealing the two outer thin films by heat sealing means,
A plurality of pump channels connected to the chamber;
A plurality of air columns that form a space for storing gas by sealing the two outer thin films by heat sealing means;
Connected to the pump channel and the air column, including a plurality of air inlets formed by applying a heat-resistant material to the surface portion of the inner thin film without sealing other thin films by heat sealing means,
The inlet gas is introduced, the pump channel is expanded by the chamber, the two outer thin films are opened outward, and the two inner thin films that are not sealed by the heat seal point are moved and opened outward. was, after gas is entering into the air column opens the inlet, the gas of the air column pressure on said thin film, you characterized by sealing the air column covering the air inlet, Air seal with continuous pump. 前記内薄膜は一枚であり、前記耐熱材料は等間隔で前記内薄膜と一枚の前記外薄膜の間に塗布してあることを特徴とする請求項６に記載の連続ポンプによるエアーシール。 Said thin film is one, said refractory material is air sealed by continuous pump according to claim 6, characterized in that are applied between the outer film in said thin film and one at equal intervals. 前記内薄膜は二枚であり、前記耐熱材料は等間隔で二枚の前記内薄膜の間に塗布してあることを特徴とする請求項６に記載の連続ポンプによるエアーシール。 It said thin film is a two, airtight seal by continuous pump according to claim 6, wherein the refractory material are applied between the said thin film of two at equal intervals. 前記エアーカラムは前記吸気口に接続する曲線状のガスチャンネルを含み、且つ前記ガスチャンネルでは曲線部のガス圧力は両側のガス圧力より大きくしてあることを特徴とする請求項６に記載の連続ポンプによるエアーシール。 The continuous air according to claim 6, wherein the air column includes a curved gas channel connected to the intake port, and the gas pressure of the curved portion is larger than the gas pressure on both sides of the gas channel. Air seal by pump. 前記エアーカラムは前記吸気口に接続する曲線状のガスチャンネルを含み、前記吸気口の一端に接続し他端より広くしてあることを特徴とする請求項６に記載の連続ポンプによるエアーシール。 The air seal according to claim 6, wherein the air column includes a curved gas channel connected to the air inlet, and is connected to one end of the air inlet and wider than the other end. １枚以上の内薄膜を提供する工程と、
等間隔で耐熱材料を前記内薄膜の一面部分に塗布する工程と、
２枚の外薄膜を合わせて前記内薄膜が前記外薄膜に介在する工程と、
一対のヒートシールラインに沿ってヒートシールにより前記外薄膜をヒートシールする工程と、
前記外薄膜からポンプチャンネル及び複数エアーカラムを形成する工程と、
前記内薄膜から等間隔で前記耐熱材料を塗布した部分に複数吸気口を形成し前記ポンプチャンネル及び前記エアーカラムと接続し、前記ポンプチャンネル内に位置し１枚の前記外薄膜と１枚の前記内薄膜の間に介在された少なくとも１つのヒートシールポイントにより１枚の前記外薄膜と１枚の前記内薄膜をシールする工程と、
ガスを充填し前記ポンプチャンネルを膨張させ、２枚の前記外薄膜を外側へ開かせ、前記ヒートシールポイントによりシールされない２枚の前記内薄膜を動かして外側に向かって開かせ、前記吸気口を自動的に開く工程と、
連続して前記吸気口から前記エアーカラムにガスを充填する工程と、
前記エアーカラムのガスにより前記内薄膜を圧迫し前記吸気口を覆い前記エアーカラムをシールする工程を含むことを特徴とする記載の連続ポンプによるエアーシールの製作方法。 Providing one or more inner thin films;
Applying a heat-resistant material to one side of the inner thin film at regular intervals;
A step in which the inner thin film is interposed in the outer thin film by combining two outer thin films;
Heat sealing the outer thin film by heat sealing along a pair of heat seal lines;
Forming a pump channel and a plurality of air columns from the outer thin film;
A plurality of air inlets are formed in a portion where the heat-resistant material is applied at equal intervals from the inner thin film, connected to the pump channel and the air column, and located in the pump channel, one outer thin film and one sheet Sealing one outer thin film and one inner thin film by at least one heat seal point interposed between inner thin films ;
Filling the gas and inflating the pump channel , opening the two outer membranes outward, moving the two inner membranes not sealed by the heat seal point to open outwards, and opening the inlet Automatically opening process,
Continuously filling the air column with gas from the inlet;
The method for producing an air seal using a continuous pump according to claim 1, further comprising a step of sealing the air column by pressing the inner thin film with the gas of the air column to cover the intake port. 等間隔で耐熱材料を塗布する工程はプリントによって完成することを特徴とする請求項１１に記載の連続ポンプによるエアーシールの製作方法。 12. The method for producing an air seal with a continuous pump according to claim 11, wherein the step of applying the heat-resistant material at equal intervals is completed by printing. 前記内薄膜は１枚で前記耐熱材料は等間隔で前記内薄膜及び一枚の前記外薄膜の間に塗布してあることを特徴とする請求項１１に記載の連続ポンプによるエアーシールの製作方法。 Said refractory material within the thin film in one sheet manufacturing method of the airtight seal by continuous pump according to claim 11, characterized in that are applied between said thin film and one said outer film at equal intervals . 前記内薄膜は２枚で前記耐熱材料は等間隔で２枚の前記内薄膜の間に塗布してあることを特徴とする請求項１１に記載の連続ポンプによるエアーシールの製作方法。 Method of fabricating an air seal by continuous pump according to claim 11, wherein said thin film of two sheets said refractory material are applied between two said films at equal intervals. １枚以上の内薄膜を提供する工程と、
等間隔で耐熱材料を前記内薄膜の一面部分に塗布する工程と、
２枚の外薄膜を合わせて前記内薄膜が前記外薄膜に介在する工程と、
一対のヒートシールラインに沿ってヒートシールにより前記外薄膜及び前記内薄膜をヒートシールする工程と、
前記外薄膜によってチェンバー、複数ポンプチャンネル、複数エアーカラムを形成し、前記チェンバーが前記ポンプチャンネルに接続する工程と、
前記内薄膜から前記耐熱材料を塗布した部分に複数吸気口を形成し、前記ポンプチャンネル及び前記エアーカラムを接続し、前記ポンプチャンネル内に位置し１枚の前記外薄膜と１枚の前記内薄膜の間に介在された少なくとも１つのヒートシールポイントにより１枚の前記外薄膜と１枚の前記内薄膜をシールする工程と、
前記チェンバーによりガスを充填し前記ポンプチャンネルを膨張させ、２枚の前記外薄膜を外側に向かって開かせ、前記ヒートシールポイントによりシールされない２枚の前記内薄膜を動かして外側に向かって開かせ、前記吸気口を自動的に開く工程と、
連続して前記吸気口から前記エアーカラムにガスを充填する工程と、
前記エアーカラムのガスにより前記内薄膜を圧迫し前記吸気口を覆い前記エアーカラムをシールする工程を含むことを特徴とする連続ポンプによるエアーシールの製作方法。 Providing one or more inner thin films;
Applying a heat-resistant material to one side of the inner thin film at regular intervals;
A step in which the inner thin film is interposed in the outer thin film by combining two outer thin films;
Heat sealing the outer thin film and the inner thin film by heat sealing along a pair of heat seal lines;
Forming a chamber, a plurality of pump channels, a plurality of air columns by the outer thin film, and connecting the chamber to the pump channel;
A plurality of air inlets are formed in a portion where the heat-resistant material is applied from the inner thin film, the pump channel and the air column are connected , and one outer thin film and one inner thin film are located in the pump channel. Sealing one sheet of the outer thin film and one sheet of the inner thin film with at least one heat sealing point interposed between
The chamber is filled with gas and the pump channel is expanded, the two outer thin films are opened outward, and the two inner thin films that are not sealed by the heat seal point are moved to open outward. a step of opening the intake port automatically,
Continuously filling the air column with gas from the inlet;
A method for producing an air seal with a continuous pump, comprising the step of compressing the inner thin film with the gas of the air column to cover the intake port and seal the air column. 等間隔で耐熱材料を塗布する工程はプリントにより完成することを特徴とする請求項１５に記載の連続ポンプによるエアーシールの製作方法。 16. The method for producing an air seal with a continuous pump according to claim 15, wherein the step of applying the heat-resistant material at equal intervals is completed by printing. 前記内薄膜は一枚で前記耐熱材料は等間隔で前記内薄膜及び一枚の前記外薄膜の間に塗布してあることを特徴とする請求項１５に記載の連続ポンプによるエアーシールの製作方法。 Said refractory material within said film is a piece manufacturing method of the air seal by continuous pump according to claim 15, characterized in that are applied between said thin film and one said outer film at equal intervals . 前記内薄膜は２枚で前記耐熱材料は等間隔で２枚の前記内薄膜の間に塗布してあることを特徴とする請求項１５に記載の連続ポンプによるエアーシールの製作方法。 Method of fabricating an air seal by continuous pump according to claim 15, wherein said thin film of two sheets said refractory material are applied between two said films at equal intervals.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP4673929B1 (en) * 2010-06-17 2011-04-20 有限会社田中テクニカル Seat check valve structure

Families Citing this family (29)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100909537B1 (en) 2007-09-07 2009-07-27 주식회사 동부하이텍 Semiconductor device and manufacturing method thereof
TW200914328A (en) * 2007-09-26 2009-04-01 Chieh-Hua Liao Inflation apparatus for continuously inflating type airtight body and inflating method thereof
KR101457145B1 (en) * 2007-11-08 2014-10-31 주식회사 칸세라 Method for producing ceramic shaped body with asymmetrical channel structure
JP4887337B2 (en) 2008-03-21 2012-02-29 廖建華 Storage bag that can be exhausted from porous
WO2009142372A1 (en) * 2008-05-20 2009-11-26 Indis Air Corp. Air bag with air input coke
US8360641B2 (en) 2008-08-25 2013-01-29 Indis Air Corp. Air bag with continuous heat resistance material
WO2010024499A1 (en) * 2008-08-25 2010-03-04 Indis Air Corp. Air bag with pressurization space
TW201020178A (en) * 2008-11-28 2010-06-01 Air Bag Packing Co Ltd Air tight enclosure with self-releasing air valve
WO2010150967A1 (en) * 2009-06-23 2010-12-29 주식회사 레코 Cushioning packing material having an air inlet path with a bypass, and method for manufacturing same
KR100936160B1 (en) * 2009-03-03 2010-01-12 주식회사 레코 Air-cell packing materials with air bypass line and the fabrication method thereof
KR100969617B1 (en) * 2009-07-01 2010-07-14 주식회사 레코 Packing materials for shock absorbing with side air-pass and the fabricating method thereof
CN101992893B (en) * 2009-08-14 2015-08-12 上海艾尔贝包装科技发展有限公司 A kind of air-packing device and using method thereof with transverse air valves
TWI399325B (en) 2010-07-27 2013-06-21 Naturally open the air valve of the air seal
CN104724392B (en) * 2010-12-27 2017-11-07 上海艾尔贝包装科技发展有限公司 The air-packing bag and its manufacture method of a kind of five-layer structure
JP6022748B2 (en) * 2011-05-20 2016-11-09 川上産業株式会社 Buffer material manufacturing apparatus and buffer material manufacturing method
TWI453151B (en) * 2012-07-20 2014-09-21 Wei Ting Lin Production equipment for column packing material
CN104443794B (en) * 2014-02-13 2016-10-05 苏州亚比斯复合材料有限公司 Quickly open the air sealing body of air intake
CN105292768B (en) * 2014-12-31 2019-02-22 聂会平 Fluid container and its shut-off valve and manufacturing method
CN104670708A (en) * 2015-02-13 2015-06-03 颜登坤 Inflating buffer packaging body and processing method thereof
CN105523283A (en) * 2016-01-19 2016-04-27 厦门艾美森新材料科技股份有限公司 Shock-proof buffering inflation column
CN106315019A (en) * 2016-07-11 2017-01-11 戴国平 Shockproof buffer air column bag
CN106945942A (en) * 2017-05-19 2017-07-14 钟勋 A kind of modified right-angle type lightweight aeration packing box
DE112018004813A5 (en) 2017-08-29 2020-06-04 Bernd Dieter Fuchs Inflatable film arrangement
WO2019042880A1 (en) 2017-08-29 2019-03-07 Bernd Fuchs Inflatable film assembly
CN114288680B (en) * 2020-10-07 2024-04-16 林庆辉 Disposable air firecracker
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CN112219784B (en) * 2020-10-20 2022-03-15 杭州空气盒子包装有限公司 Air column protected oxygenated fresh and live aquatic product transport bag and use method thereof
CN113043666A (en) * 2021-04-02 2021-06-29 瑞安市胜利印刷机械有限公司 Gas column bag forming process without printing gas valve
CN116142631A (en) * 2023-01-18 2023-05-23 浙江迪弗莱包装科技股份有限公司 Single air valve film air column bag and air column bag production process

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH01164142U (en) * 1987-10-30 1989-11-16
AU5161990A (en) * 1989-02-10 1990-09-05 Steven N. Lederman Clam-like packaging system and method
JP2004018112A (en) * 2002-06-19 2004-01-22 Yasuzumi Tanaka Packing sheet having a plurality of independent bags without sealing valves
TW587049B (en) * 2003-05-20 2004-05-11 Kashiwabara Seitai Kk Mounting structure for switching valve of hermetic enclosure and device for manufacturing hermetic enclosure with switching valve
DE202004006032U1 (en) * 2004-04-14 2004-09-09 Camry Packing Industrial Ltd., Sindian Bubble wrap packing has valve mechanism formed inside upper and lower film, and heat resistant element between upper and lower fine film, with sealing seam formed by hot pressing between each two adjacent bubbles

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP4673929B1 (en) * 2010-06-17 2011-04-20 有限会社田中テクニカル Seat check valve structure
JP2012001251A (en) * 2010-06-17 2012-01-05 Tanaka Technical:Kk Check valve structure made of sheet

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