| 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 | Machine for making wrapping case | JP16442378 | 1978-12-27 | JPS54110075A | 1979-08-29 | KAARU HAINTSU KOOMAN; BORUFUGANGU HAIBERU |
| 22 | JPS5123899B2 - | JP2038674 | 1974-02-20 | JPS5123899B2 | 1976-07-20 | |
| 23 | 디스크용 자킷 케이스의 제조장치 | KR1019850001229 | 1985-02-27 | KR1019900006638B1 | 1990-09-15 | 시즈꾸다요시나리; 모모세요시노리 |
| Apparatus has a unit punching out a plastic sheet with centre fold line and an end and two side flaps on one half, a locating table (6) for positioning (8,11) the half with flaps, a lifter (9) to carry and fold over the second half, and two further members (10) to fold over the side flaps onto the second half when this has been folded over onto the first. A welding unit (18) is located above the table to weld the flaps after folding over. The sheet is for example of semi- rigid PVC with carbon filler and is pretreated to reduce accumulated electrostatic charge. The sheet may be laminated to a lining of nonwoven polyester or polypropylene fabric. | ||||||
| 24 | POUCH AND METHOD | EP09772810.9 | 2009-07-02 | EP2301031A2 | 2011-03-30 | MIDDLECOTT, Andrew; HOLT, Nick |
| The present invention relates to a pouch for storing and transporting machine- readable discs which may be used numerous times and which protects the contents of the sleeve from breakage and abrasion, which comprises a first and second layer of flexible material and a third layer which comprises a non-abrasive material; wherein the third layer of non-abrasive material is interposed between the first and second layers of material; and wherein the first and second layers and the non- abrasive layer are connected to form a pouch, also claimed is a method of preparing a sleeve or pouch for use in storing and transporting machine-readable discs. | ||||||
| 25 | Centerfold forming apparatus for a disk envelope | EP86100561.9 | 1986-01-17 | EP0190579B1 | 1991-05-15 | Brady, William Anthony, Jr.; Jordan, Stanley Robert; Morgado, Eugenio Jose; Perlini, Julius Joseph; Stricker, Alfred Alois |
| 26 | Flap folding apparatus for a disk envelope | EP86100562 | 1986-01-17 | EP0190580A3 | 1988-08-03 | Bleau, Charles Dale; Gasper, Andrew, Jr.; Perlini, Julius Joseph; Stricker, Alfred Alois |
Apparatus for forming side flap folds in an envelope for a flexible disk wherein the envelope is formed from a flexible plastic prepunched blank having two connected sections. One section of the blank has side flaps extending from the opposite side edges. The blank is folded about an end of a mandrel (34) so that the side flaps (17) extend beyond the side edges of the mandrel. The mandrel (34) holds the plastic blank section having the flaps extending therefrom against the bottom surface of a plate (23). The mandrel has raised edge portions running along the side edges on the outward facing surface thereof. The side flaps (17) are folded around the adjacent edge of the mandrel (34) in an outward folding direction by folding blades (44) which are driven about pivot means (52) to guide the folding blades (44) in an arcuate path. Stops (64) are provided which stop the arcuate motion of the folding blades (44) and allow the upward motion means (54,68) associated with the pivot means (52) in response to the drive means (60) to cause compression of said flaps (17) against the adjacent blank section (16) and mandrel (34) by said folding blades (44) beyond said raised edge portions providing overfold zones adjacent thereto. Infre-red heating means are operable through guide openings (74) in the folding blades (44) adjacent the side folds to provide annealing of the fold thereby relieving any stresses therein. |
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| 27 | Centerfold forming apparatus for a disk envelope | EP86100561 | 1986-01-17 | EP0190579A3 | 1988-07-20 | Brady, William Anthony, Jr.; Jordan, Stanley Robert; Morgado, Eugenio Jose; Perlini, Julius Joseph; Stricker, Alfred Alois |
Centerfold forming apparatus for making an envelope for a plastic disk from a prepunched, flexible, plastic blank having two sections connected at the heads thereof and containing a drive hole at the same location in each section; the flexible plastic material blank (10) is held against two outward surfaces (32,33) of a first and second folding plate (21,23) that are pivoted in the middle (28) so that the plates (21, 23) are driven in an arcuate path until said outward surfaces (32,33) are positioned in vertical planes facing each other; the drive holes in each section of the flexible blank are fitted over respective hubs (35,35') located in the same location in said surface (32,33) of each first and second folding plate (21,23); a mandrel (34) which is extendable vertically and has an edge thereof in the extended position pressing against the blank (10) in the area between the first and second plates pulling the drive holes in the blank taut on said hubs (35,35') thereby locating the centerline of said blank; drive means moving the folding plates (21,23) from the horizontal to the vertical facing position causing said blank (10) to bend along the pressing edge of said mandrel (34) forming the centerfold; heating means are provided for heating the centerfold to a predetermined temperature to anneal the material thereby reducing internal stresses therein. |
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| 28 | An apparatus for manufacturing a jacket case for disc | EP85102181.6 | 1985-02-27 | EP0153742A1 | 1985-09-04 | Shizukuda, Yoshinari; Momose, Yoshinori |
The invention provides a machine for manufacturing a plastic-made jacket-like case for enveloping a disc-like material such as the jacket for a floppy disc in computers with high efficiency and reliablility by folding and bending a development sheet followed by welding of the side flaps. Different from conventional process using a series of machines for each of the working steps, the inventive machine comprises in itself: (a) a sheet-stationing table (6) for mounting thereon the half portion of a generally rectangular sheet development provided with peripheral flaps; (b) a positioning means (8,11) for exactly positioning the development sheet on the table; (c) a body-flap lifter table (9) which serves to fold the second half portion of the development sheet on the first half portion; (d) a pair of side-flap bender tables (10) installed at both sides of the sheet-stationing table which serve to bend the side flaps on to the second half portion of the sheet body now folded in two; and (e) a welding means (18) above the sheet-stationing table for bonding the side flaps to the second half portion of the body sheet by welding. |
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| 29 | COST-SAVING METHOD OF MAILING CD, DVD AND OTHER DISCS | US13487156 | 2012-06-01 | US20120305421A1 | 2012-12-06 | Daniel SARCEDA |
| Methods of making and using a cost-saving mailer, as well as the inventive mailer are described. To qualify for the lowest-cost, automated mailing of discs (including CD, DVD and similarly sized objects), the mailing system has a mailer of cardboard sized to enclose a standard disc around which the cardboard is folded; and glue is placed in ribbons along the side edges of the cardboard to seal the side edges of the mailer and in two spots to stabilize the disc centrally in the mailer, the two spots being located away from the mailer opening and on either side of the enclosed disc, thereby preventing the disc from moving up and down or side to side after the disc is sealed within the mailer. | ||||||
| 30 | Device for covering packaging boxes | US10960509 | 2004-10-08 | US07097606B2 | 2006-08-29 | Candido Calugi |
| A device for applying a sheet of covering material (4, 40) to boxes (1) having at least one wall (2, 200) with an outside surface (5, 50), an inside surface (6, 60) and a free edge (3, 30) intermediate between the surfaces (5, 6; 50, 60) comprises one or more elements (10, 100) for folding a flap (7, 70) of the sheet (4) around the intermediate edge (3, 30) so that the flap (7, 70) is made to cover the edge (3, 30) and then applying the flap (7, 70) to the inside surface (6, 60) of the wall (2, 200). | ||||||
| 31 | Form for a package and method of making same | US10143109 | 2002-05-09 | US06899223B2 | 2005-05-31 | Hayden A. Carney; Anthony B. Joyce |
| A form for a package for holding consumer articles including optically-based media. The form is a base sheet with a central section and a series of foldable adjoining flaps extending from the central section in alternate first and second directions. The flaps are adapted to be folded over the central section and then secured to the central section for mounting one or more holders, such as one or more trays for digital video disks. The invention includes the package made from the form and a method of making the form from a blank sheet of paperboard material. | ||||||
| 32 | Device for containing a compact disc | US577426 | 1995-12-22 | US5657867A | 1997-08-19 | David Fu; Michael Mencacci; William R. Miller |
| A flexible plastic device for containing a compact disc and having a pocket configured such that the compact disc may be easily inserted into and removed from the pocket. The pocket is formed by a rectangular flexible plastic sheet and another flexible plastic sheet in superposed relation and welded together along three edges thereof with an opening between the rectangular sheet and an unsealed edge of the other sheet for receiving the disc, the unsealed edge extending between opposing welded together edges of the sheets and projectively contoured, the other sheet having an aperture for permitting access to the disc at the disc aperture when the disc is contained in the pocket, the other sheet having a narrow gap in the unsealed edge approximately mid-width thereof and communicating with the aperture of the other sheet. | ||||||
| 33 | Apparatus for folding jacket material | US552242 | 1983-11-16 | US4559030A | 1985-12-17 | Akira Tada; Koichi Tanigawa |
| An apparatus for folding a jacket material, used mainly for a magnetic cartridge, is characterized by using a folding insert, a folding bar, and a heater bar, to form the jacket material into a jacket of good external shape and high dimensional precision with a folded corner entirely free from loosening, warping, waving, swelling, etc. | ||||||
| 34 | Folding of flat sheet to exact interior height | US526830 | 1983-08-26 | US4530729A | 1985-07-23 | Gilbert Fuchs; Norman Crowley; Randall Wink |
| A folding apparatus and method for folding a flat sheet so that an exact interior height is provided between the two folded portions is disclosed. The flat sheet is folded about a shim having a folding edge which is rounded and which has a thickness corresponding to the desired interior height. The flat shim is positioned on the flat sheet with the edge of the shim located along the line where the fold in the sheet is to be made. Initially, the portion of the sheet away from the shim is folded approximately 90.degree. by tangential bending on the folding edge of the shim. Next, a die having a facing edge mating with the folding edge of the shim is pushed onto the folding edge of the shim. The portion of the sheet which was folded 90.degree. is thus folded onto the top of the shim to approximately 180.degree.. With this two step folding, an exact interior height adjacent the fold is provided. The method and apparatus of the present invention is conveniently used for forming flat jackets having an exact interior height. A plurality of these flat jackets can be formed by providing a plurality of forming devices on a turntable where each step of the forming process is sequentially performed. | ||||||
| 35 | Method and apparatus for the automatic folding of floppy disc storage envelopes | US222897 | 1981-01-06 | US4447218A | 1984-05-08 | Dieter A. Bertsch; Mark A. Finkle; James D. Fishman |
| Presented is a method and apparatus for the substantial automatic folding of flat pre-cut blanks of sheet material to form storage envelopes for floppy or rigid disc storage devices. The machine includes a pedestal formed in part by an electromagnet associated with a clamp plate that constitutes an Armature to retain the sheet material immovable during the folding operation. Additionally, there are provided three rams each associated with a pivotal shoe for folding selected portions of the flat sheet, and reciprocable glue dispensing means are provided for dispensing glue at the appropriate time, in an appropriate amount, and in an appropriate location. The mechanical aspects of the apparatus are connected to and controlled by a computer that scans the functions of the machine to determine if the machine is operating properly and signals the operator through an alphanumeric display panel if there is a malfunction in the apparatus. | ||||||
| 36 | Device for making recording disc cartridge | US227982 | 1981-01-23 | US4391669A | 1983-07-05 | Tohru Yamakawa; Kozi Akiyama |
| This invention is directed to a device for making a magnetic recording disc cartridge having an enclosure composed of a cover sheet with a liner and a recording disc, wherein the liner is preliminarily fixed to the cover sheet by at least two spots to prevent a displacement of the liner from position during the process of making the cartridge. | ||||||
| 37 | Process for the manufacture of a jacket for a flexible disk for data recording | US66553 | 1979-08-15 | US4310371A | 1982-01-12 | Hans Appoldt; Werner Wagner; Karl Hauck; Reinhold Baur |
| A process for the manufacture of a jacket, comprising two cover sheets joined to one another, for a flexible disk for data recording, the cover sheets and the nonwoven lining being punched out in the form of blanks including the functional apertures, and the cover sheet blank and the nonwoven blank being joined to one another and then folded to form the jacket, wherein the sheet material for the cover sheets is transferred from a magazine, with the aid of mechanical, air-operated grippers provided with positioning means, to an assembly surface and is there provided, the sheet of nonwoven material from a second magazine is tacked onto the cover sheet material by spot-welding and is then joined thereto over the entire surface by thermal welding, thereafter the cover sheet material thus provided with the nonwoven covering is transferred to a holder frame and then conveyed, with this frame, to a punching device where it is punched out to form a blank provided with the functional apertures, subsequently the blank is removed from the holder frame by means of mechanical, air-operated grippers and is placed in the correct position on a carrier and folded to form the jacket, and at the same time the folds are stabilized by heating and subsequently cooling the material in the region of the folds, and the surface which come into contact on folding are welded to one another in the marginal portions of the jacket. | ||||||
| 38 | Apparatus for making phonograph record album or similar item | US41808673 | 1973-11-21 | US3874276A | 1975-04-01 | FROEHLIG RUDOLPH A |
| A phonograph record album with an outer sheet having informational material printed thereon. The sheet is folded over the base jacket so that it covers both sides of the jacket. This is done in an automatic machine which applies half the sheet to one side and then reverses itself to apply half to the other side.
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| 39 | Phonograph record jacket | US33396273 | 1973-02-20 | US3826360A | 1974-07-30 | SHORE P |
| An improved phonograph record jacket having at least one pocket to receive a phonograph record is provided. The jacket is formed from at least two blanks of sheet material, one superimposed upon the other with each blank containing two side by side panels. Glue flaps extend from the top and bottom edges of both panels of one of the blanks and are adhesively joined to the panels of the other blanks. A spine is formed by folding the joined blanks along the line separating the two panels. In the fold condition, the glue flaps cooperate to provide a palletlike support for the records to be contained therein thereby maintaining the records in a flat position so as to minimize the danger of warpage during record storage periods.
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| 40 | Envelope making machine | US27043563 | 1963-04-03 | US3176596A | 1965-04-06 | LOUIS TRIOLO |
