| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 21 | Liquid container and method of manufacturing same | US673729 | 1996-06-26 | US5660477A | 1997-08-26 | Tooru Ichikawa |
| A liquid container comprises a flexible bag-shaped container body 1 which is provided with two flat portions 3(3a,3b) as front and back walls and two gusset portions 4(4a,4b) as side walls which are folded inwardly, and a pipe-shaped delivery unit 2 which is provided with a mouth portion 11 at an upper end thereof to be projected out of an upper end portion of the container body, and a flange portion 12 below the mouth portion to be held at a joining portion 5 of the upper end portion of the container body, wherein each gusset portion 4 has a width approximately equal to that of the flat portion 3, inward end portions 15(15a,15b) of the two gusset portions being interposed between the flange portion 12 and the flat portion 3 at the joining portion 5. When the liquid container is manufactured, it is preferable that films for the gusset portions are temporarily bonded to a film for the flat portion before the positioning of the delivery unit. | ||||||
| 22 | Protective shipping or mailing envelopes and method of making | US306458 | 1994-09-15 | US5544473A | 1996-08-13 | Richard C. Maida; Joseph Sferlazza |
| A first embodiment of the envelope comprises an outer envelope forming an interior, and a packing material secured in the interior of the outer envelope and forming a pocket for receiving an article. This packing material is comprised of a flexible and expandable packing material forming a multitude of slits arranged to allow the packing material to be pulled into a three-dimensional shape in which the packing material cushions and protects the article inside the packing material. A second embodiment of the envelope of this invention comprises a plurality of sections connected together to form an interior for holding an article; and each of these sections is comprised of a flexible and expandable paper material forming a multitude of slits to allow the sections to be pulled into three dimensional shapes in which those sections cushion and protect the article in the interior of the envelope. This envelope also includes a gripping panel connected to the expandable sections of the envelope to facilitate pulling those sections into their expanded shapes. | ||||||
| 23 | Method of making laminated multi-layered film enclosures | US326701 | 1981-12-02 | US4450028A | 1984-05-22 | Leonard J. Vilutis |
| Multi-layered enclosures are provided which include extruded tubing laminated between two extruded sheets of coextruded film in order to rapidly produce an unusually tough enclosure having longitudinal side walls that are free of internal seams while providing superior fluid barrier properties. When desired, the multi-layered enclosure is transformed into a multi-layered bag or pouch by sealing the multi-layered enclosure together along one or more locations interconnecting the longitudinal or side edges of the multi-layered enclosure to thereby cross seal together the sheets, the tubing, and the internal surfaces of the tubing. | ||||||
| 24 | Method and apparatus for manufacturing an agricultural bag | US342842 | 1982-01-26 | US4424051A | 1984-01-03 | Richard H. Lee; Steven R. Cullen; Eddie H. Bailen; David H. Rasmussen; William C. Johnson |
| In a method and apparatus for manufacturing two-ply agricultural storage bags, two supplies (36, 38) of flexible tubular materials are positioned on opposite sides of feed wheels (26) mounted on a generally cylindrical frame structure (24). The inner material (36a) from the first supply (36) extends through the frame (24) and outwardly around the feed wheels (26). The outer material (38a) from the second supply (38) extends around the feedwheels (26) in surrounding engagement over the inner material (36a). Actuation of the feedwheels (26) effects simultaneous advancement of the materials (36a, 38a) around the frame (24) so that a bag can be collected at the lower end of the frame. | ||||||
| 25 | Method for making sacks which are open at one end and comprise an outer sack of woven plastics tape fabric | US79246 | 1979-09-27 | US4274896A | 1981-06-23 | Frank Bosse |
| Sacks are made from a web comprising a tube of stretched plastics tape fabric woven around a thermoplastic tubular film. The web is continuously fed to a storage device from which two-ply sack lengths are intermittently withdrawn and severed and provided with a stitched base seam. Each severing cut is made to extend through transverse strips of hot-melt adhesive which were applied to both sides of the fabric tube and cooled. After severing and prior to stitching through both plies, the inner ply is provided with a separate base seam by means of welding jaws. | ||||||
| 26 | Symmetrical sack with double side folds | US904320 | 1978-05-09 | US4174804A | 1979-11-20 | Frank Bosse |
| Lined plastics sacks are made from tube sections successively severed from a tubular web consisting of a tubular inner layer of thermoplastic film around which a circular fabric of stretched plastics tapes is woven to form an outer layer. In each severed tube section, the layers are interconnected by a seam at one end to define a sack. The outer layer may be formed with side pleats defining three outwardly directed folds, the inner layer being flattened and disposed in the central such fold before the sack is filled. | ||||||
| 27 | Apparatus for folding gauze for surgical dressings, &c. | US22691618 | 1918-04-05 | US1268596A | 1918-06-04 | MILLER LULU H |
| 28 | Cloth'splitting and rewinding machine. | US1907351433 | 1907-01-09 | US868761A | 1907-10-22 | COHEN SAMUEL B |
| 29 | Cloth-doubling machine. | US1900009539 | 1900-03-21 | US674310A | 1901-05-14 | WINDLE JOHN E |
| 30 | Bulk bag or liner and method of making it | US249396 | 1999-02-12 | US6139482A | 2000-10-31 | Lee Lafleur |
| A method of making flexible and collapsible bulk bags or liners for bulk bags or containers from individual flat panels of material, or tubes of material folded flat, is disclosed. The bags or liners have one or more sidewalls interconnected by at least a bottom wall and preferably also a top wall generally opposed to the bottom wall. The bags are preferably formed by disposing a pair of inner blanks of material with one on top of the other and then heat sealing along a straight line generally bisecting the blanks and thereafter severing the heat seal along its entire length. Next, a pair of outer blanks of material are disposed adjacent the inner blanks with the inner blanks received between the outer blanks. The outer blanks are each heat sealed about their side edges to an adjacent side edge of an inner blank. Once so formed, the inner blanks form a pair of gusseted panels received between the outer and overlying panels. When expanded, this configuration provides four generally rectilinear sidewalls of the bulk bag. To form the bottom wall of the bulk bag, the outer blanks are heat sealed to the adjacent gusseted, inner blanks along canted lines forming a triangular portion integral with each sidewall. When heat sealed in this manner, a generally rectangular bottom wall, integral with the sidewalls, is formed. A top wall may be formed in a similar manner or separately attached to the bag. | ||||||
| 31 | System for making waterproof bags by lining bag shell with tubular film | US190189 | 1998-11-12 | US6105337A | 2000-08-22 | Soon-Keun Ahn |
| A system which stacks and folds waterproof tube film in a zigzag configuration in a film receiving box and then inserts the tube film in the film receiving box into an interior of a cylindrical bag. The system also includes a film unwinding means, which is provided with guide rollers for guiding tube film pulled from bobbin and tension controlling rollers. The film is preferably sealed to the interior of the cylindrical bag to form a waterproof bag. | ||||||
| 32 | Method for making and converting a centerfolded film | US9625 | 1998-01-20 | US6063221A | 2000-05-16 | Alan S. Weinberg; Blaine C. Childress |
| A method includes the steps of providing a tubing having an inner annular layer comprising a crosslinked polymeric material, and an outer annular layer comprising a non-crosslinked polymeric material, or a material that is crosslinked to a lesser extent than the material of the inner layer; longitudinally slitting the tubing to form a folded film; and reverse centerfolding the folded film to provide a folded film having a lateral slit edge, and a lateral folded edge opposite said lateral slit edge, such that the inner annular layer becomes an outer layer, and the outer annular layer becomes an inner layer. A bag can be made from the reverse centerfolded film, and an article such as food can be packaged in the bag. | ||||||
| 33 | Apparatus and method for automatically forming an article | US9632 | 1998-01-20 | US5944646A | 1999-08-31 | Donald E. Weder; Joseph G.. Straeter; William F. Straeter; Frank Craig; Michael J. King; William C. Funk |
| An apparatus and method for forming a sheet of material into an article, such as a flower pot cover, is provided. The apparatus includes a female die and a male die. A sheet of material is positioned between the male die and the female die. The male and female dies are shaped such that at least a portion of the male die is receivable in the opening of the female die to form the article. The apparatus further includes means for supplying a stream of air between the female die and the formed article to release the formed article from the female die and means for holding the formed article against the male die as the male die and the female die are positioned from a forming position to a discharge position whereby the formed article is removed from the female die. | ||||||
| 34 | Apparatus and method for automatically forming an article | US680348 | 1996-07-17 | US5795281A | 1998-08-18 | Donald E. Weder; Joseph G. Straeter; William F. Straeter; Frank Craig; Michael J. King; William C. Funk |
| An apparatus and method for automatically forming at least two sheets of material into an article, such as a flower pot cover, is provided. The apparatus includes a first roll of sheet material, a second roll of sheet material, a female die and a male die. A first sheet of material and a second sheet of material are automatically formed from the first and second rolls of sheet material, respectively, and the first and second sheets of material are positioned between the male die and the female die. The male and female dies are shaped such that at least a portion of the male die is receivable in the opening of the female die to form the article. The formed articles are automatically stacked. | ||||||
| 35 | Sealing apparatus useful in bag-making machine | US732756 | 1996-10-18 | US5792306A | 1998-08-11 | Wim Verbeiren |
| In an apparatus useful for sealing layers of a web comprised of plastic film layers to one another in a bag-making machine, a sealing drum having a cylindrical surface is employed. A sealing blanket is deployed about plural blanket rolls and about the sealing drum so that a substantial portion of the cylindrical surface of the sealing drum is wrapped by the sealing blanket with the wrapping surface facing the cylindrical surface while the remaining portion of the cylindrical surface is not wrapped thereby at any given time. A nip roll acts together with one of the blanket rolls so as to define a nip. An idle roll is located near the nip. The sealing apparatus is operable so that the sealing blanket is drawn through the nip with the wrapping surface facing the nip roll, so that the web is drawn through the nip, between the nip roll and the wrapping surface of the sealing blanket, then around the idle roll, and then around the sealing drum, between the wrapping surface of the sealing blanket and the cylindrical surface of the sealing drum. The nip roll is pressed pneumatically with an adjustable pressure toward the blanket roll acting together with the nip roll, whereby the nip roll controls the tension on the web being drawn through the nip. | ||||||
| 36 | Method for the manufacture of padded mailing containers, and apparatus therefor | US173221 | 1993-12-27 | US5503611A | 1996-04-02 | Karl-Heinz Richter; Georg Kucha |
| A mailing container having upper and lower plain paper layers padded with at least two layers of globular paper is made with feed and unwinding devices for upper and lower paper webs and an unwinding device for the padded webs. A device connects the paper webs with padded webs adjacent an edge of the mailing containers. A device cuts the mailing containers to a predetermined format. A station for globular paper includes at least one supply roll to be unwound from the upper paper web and a lower paper web. A reactivatable hot melt adhesive is applied along predetermined zones, on at least one of the globular paper webs and on at least one web of the upper and lower paper webs before the webs are brought together. The hot melt adhesive applied to the predetermined zones between the upper and lower paper web and/or between the globular paper webs causes these webs to be permanently joined. | ||||||
| 37 | Apparatus for manufacturing air cushion dispatch packages | US438980 | 1989-11-20 | US5021039A | 1991-06-04 | Karl-Heinz Richter; Hubert Kurz; Georg Kuecha |
| An apparatus for manufacturing air-cushion dispatch packages, the apparatus comprising an unwinding mechanism for paper webs and air-cushion foil webs. The apparatus introduces air-cushion foil webs between the paper webs and seals each paper web to a foil web over a large area. Transverse and longitudinal sealers seal the edges of the packages. After each sealing operation, the webs are subsequently cooled. Pulling rollers press the paper webs in the edge regions of the packages and advance the webs. Cutters cut the dispatch packages to the desired format. Web controllers correct deviation of the paper webs. A cycle controller is included. | ||||||
| 38 | Flexible disposable material for forming a food container for microwave cooking | US268851 | 1988-11-09 | US4890439A | 1990-01-02 | Allen A. Smart |
| A packaging material and a method of forming the packaging material into a flexible, disposable food container adapted to contain and maintain food in a fresh and sanitary condition, and to ship, display, heat and brown, and serve the food is disclosed. The method includes forming patches of microwave interactive material on a web of plastic and laminating the web of plastic to one side of a web of structural stock material to form a composite web; the microwave interactive material is sandwiched between the web of plastic and the web of structural stock material. Sealant is applied to portions of the plastic layer in registry with the patches of microwave interactive material to seal ends of the composite web. Printed graphics are applied to portions of the structural stock material layer in registry with the patches of microwave interactive material and the sealant. The formed container is sufficiently flexible to contain food having curved and irregular surfaces and to maximize contact of the food with the portion of the container housing the microwave interactive material. The container is sealed so that portions of the composite web extend as fins beyond the sealed ends of the food-containing portion of the container. The container also is capable of receiving food before the food is frozen to prevent portions or parts of the food from falling out of their proper place in the food packaging process. | ||||||
| 39 | Laminated multi-layered film enclosures | US574017 | 1984-01-26 | US4539236A | 1985-09-03 | Leonard J. Vilutis |
| Multi-layered enclosures are provided which include extruded tubing laminated between two extruded sheets of coextruded film in order to rapidly produce an unusually tough enclosure having longitudinal side walls that are free of internal seams while providing superior fluid barrier properties. When desired, the multi-layered enclosure is transformed into a multi-layered bag or pouch by sealing the multi-layered enclosure together along one or more locations interconnecting the longitudinal or side edges of the multi-layered enclosure to thereby cross seal together the sheets, the tubing, and the internal surfaces of the tubing. | ||||||
| 40 | Method and apparatus for manufacturing an agricultural bag | US544496 | 1983-10-24 | US4522615A | 1985-06-11 | Eddie H. Bailen; David H. Rasmussen; William C. Johnson |
| In a method and apparatus for manufacturing two-ply agricultural storage bags, two supplies (36, 38) of flexible tubular materials are positioned on opposite sides of feed wheels (26) mounted on a generally cylindrical frame structure (24). The inner material (36a) from the first supply (36) extends through the frame (24) and outwardly around the feed wheels (26). The outer material (38a) from the second supply (38) extends around the feedwheels (26) in surrounding engagement over the inner material (36a). Actuation of the feedwheels (26) effects simultaneous advancement of the materials (36a, 38a) around the frame (24) so that a bag can be collected at the lower end of the frame. | ||||||
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