| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | ENVELOPES AND METHODS FOR THEIR PRODUCTION | EP11835354 | 2011-10-27 | EP2632816A4 | 2015-08-26 | MACGREGOR CHRISTIAN |
| 2 | ENVELOPES AND METHODS FOR THEIR PRODUCTION | EP11835354.9 | 2011-10-27 | EP2632816A1 | 2013-09-04 | MACGREGOR, Christian |
| An envelope is formed from continuous COPP film web by pre-creasing envelope body (13) and flap (14) fold lines along the web, continuously installing an adhesive tape along the flap portions and pre-cutting relief slots in the web corresponding to the flap side edges (15). The pre-creased web is folded and cut into individual envelopes by hot knife cutting, whereby the presence of the slots prevents the flaps from welding to the side seams even with the flap folded over. Envelopes produced by the method are suited to automatic stuffing. Apparatus for making envelopes in accordance with the invention is also described. | ||||||
| 3 | Process for making packaging materials | US196969 | 1998-11-20 | US6035611A | 2000-03-14 | Hershey Lerner |
| A process of manufacturing webs of side connected bags is disclosed. A tube of heat sealable material is flattened and spaced, transverse seals are formed from one edge of the tube toward the other to delineate bag sides. Thereafter, the seals are bisected by lines of weakness to facilitate separation of sides of adjacent bags. Longitudinal lines of weakness are formed immediately adjacent the seals to delineate the tops of bag faces and backs and a separate top or lip section. | ||||||
| 4 | Apparatus and method for fabricating containers | US36728 | 1998-03-09 | US6024683A | 2000-02-15 | Kenneth R. Wilkes |
| A pouch making machine which simultaneously creates perimeter seams for a plurality of pouches on a web and temporarily stores the seamed web in an accumulator at the conclusion of the seaming step, and then withdraws the web from the accumulator to sever the individual pouches from the web. The individual pouches are severed from the web by a cutoff knife that is moving at the same velocity as the web during the cut. The withdrawal of the web from the accumulator is carried on independent of the seaming step, except that regulating means is included to make the long term average web speed the same through the seaming step as through the cutoff step. | ||||||
| 5 | Apparatus for manufacturing shipping pouches | US150386 | 1998-09-09 | US5993368A | 1999-11-30 | Lee Benovitz; Harry Morris; Rex Poole; Willis Huff |
| The present invention is an apparatus for manufacturing interconnected, easily separable, protective pouches, made from heat-sealable material, and adapted to enclose and protect objects. The pouches are made by feeding a continuous sheet of heat-sealable material through a folding unit, folding the material approximately in half, perforating and heat-sealing the sheet across the width of the sheet, moving the sheet downstream the length of the opening for the pouch, heat-sealing across the sheet, moving the sheet downstream the length of the edge allowances for the pouch, and repeating the steps until the desired number of pouches have been produced. The finished pouches are collected on rewind rolls. | ||||||
| 6 | Method for making a non-peelable, sterilizable bag | US885641 | 1997-06-30 | US5976299A | 1999-11-02 | Brian W. Ivey |
| A method for making a non-peelable, sterilizable receptacle having a low particulate count for receiving articles for storage in pharmaceutical intermediate processing. This method involves providing a continuous first web of polyolefin film, providing a continuous second porous web of spun-bonded polyolefin film. The webs are advanced through cleaning processes that include an anti-static device, an ultrasonic vibrating device and a vacuum device. The two clean webs are then brought together and passed into the heat sealing section. The webs are heated welded together by forming continuous seams on the webs to form an open pouch. The seams are made by applying opposing platens at a pressure between about 30 to about 40 psi to both the webs and a heat welding element at a temperature of about 330.degree. to about 380.degree. F. against only the first web. This causes the first web to melt into the pores of the second web. The seams are then cooled to produce a welded seam having a pull resistance of greater than five pounds per linear inch. The webs welded are then cut in between the seams to form the receptacle. | ||||||
| 7 | Bag and method of making the same | US597365 | 1996-02-08 | US5952025A | 1999-09-14 | Gilbert N. Yannuzzi, Jr. |
| A bag suitable for use in microwave cooking is constructed of an elongated tube of flexible material closed at one end by a cold seal closure and having a heat seal adhesive deposit applied to the other end thereof for use in closing the bag after filling thereof to form a package. In another embodiment, a package suitable for use in microwave cooking is constructed of an elongated tube of flexible material closed at one end by a cold seal closure and having a cold seal adhesive deposit applied to the other end thereof for use in closing the bag after filling thereof. Methods for making bags and packages including methods for making rolls from which bags and packages may be made. | ||||||
| 8 | Manufacture of bags | US943250 | 1997-10-17 | US5890810A | 1999-04-06 | Garry Barlow |
| An extruded plastics tube is flattened and the lateral side portions (4) are folded to form inwardly extending gussets (2). Each gusseted side portion is then folded about a longitudinal fold line (5) onto the medial portion (3) between the side portions. The resultant layers are heat sealed to form the bottom of the bag. | ||||||
| 9 | System and method for making plastic film bags with headers, open mouths and sealed bottoms | US730049 | 1996-10-15 | US5860905A | 1999-01-19 | Edward C. Bruno |
| A system for receiving tubular formed film comprising two facing walls and forming plastic bags having headers, open mouths and sealed bottoms into a block or stack of bags. The system includes an opener means for severing a spaced perforation on only one wall of the film to make a bag with an open mouth. | ||||||
| 10 | Bag and method of making the same | US301853 | 1994-09-07 | US5814382A | 1998-09-29 | Gilbert N. Yannuzzi, Jr. |
| A bag suitable for use in microwave cooking is constructed of an elongated tube of flexible material closed at one end by means of a cold seal closure and having a heat seal adhesive deposit applied to the other end thereof for use in closing the bag after filling thereof; and methods of making the same are described, including the making of a roll from which said bags can be made. | ||||||
| 11 | bag with an access hole in one panel | US522053 | 1995-08-31 | US5810706A | 1998-09-22 | Gregory E. McDonald; Andrew W. Moehlenbrock; John Carson |
| A bag includes a first panel with at least one access hole in it, and a second panel without a hole corresponding to the at least one hole of the first panel. Preferably, two holes are present, preferably near the bag mouth. The panels are substantially equal in length. The bag can be easily opened by described bag opening means, without the need for vacuum or air to open the bag. The bag can be used in conjunction with otherwise conventional taped bag systems. A method of making the bag, a bag opening system, a method of opening the bag, and a packaging system are also disclosed. | ||||||
| 12 | Multi-web carrier | US292851 | 1994-08-19 | US5803888A | 1998-09-08 | Dale R. Severs; David Frankenberger; Richard Williams; Michael Kemp |
| An apparatus (31) and a method are disclosed for performing an operation upon multiple webs (51,53), including the feeding of multiple webs (51,53), the provision of a carrier (65) for assisting in moving the webs (51,53) along a predetermined path (83), the performance of an operation (69) upon the webs, the insertion of a carrier (65) between the webs (51,53), and the provision of a sealing device (71) for sealing the webs together to form a sealed portion (75) to cooperate with the carrier (65) for assisting in moving the webs (51,53). The carriers (65) are mounted on a conveyor (83) and each carrier (65) pushes against the sealed portion (75) to pull the webs (51,53), and the packages (41) formed therefrom in the direction of conveyor travel. The preferred carrier (65) has a shaped head on the end of a flat plastic blade. The shaped head may have an opening (81) therein of a smaller size than the sealer (188) inserted into the opening such that the fused plastic may extrude outwardly to abut the edge (79) of the carrier defining the opening. | ||||||
| 13 | Metered flexible dispensing package | US651110 | 1996-05-21 | US5746352A | 1998-05-05 | Arthur P. Corella |
| A first embodiment of a package including superimposed flexible opaque and transparent sides and a circumferential peripheral seal determining an interior sealed enclosure for storing a liquid material includes two contiguous depending seals separated by a preformed slot dividing the enclosure bilaterally into a storage reservoir and a dispensing channel in fluid communication. The dispensing channel includes a closed lower end contiguous to a notch in the peripheral seal. Tearing the package at the notch results in collaterally tearing open the channel lower end and a contiguous portion of the peripheral seal, thereby enabling removal of package contents. Use of a ruled scale imprinted on the opaque side proximate to the dispensing channel and viewing through the transparent side the disposition of material in the channel enable the selection of a measured quantity of material to be expelled from the channel. A second embodiment is identical to the first embodiment except that a continuous divider which is easily torn to define a slot replaces the vertical slot separating the reservoir and channel. A third embodiment is identical to the second embodiment except that a scored line adjacent to the channel lower end enables a flap, formed when the package is torn open, to be folded upwardly where it can be secured to the package, thereby sealing the channel to prevent material leakage. | ||||||
| 14 | Multi-compartment package, system and method | US699036 | 1996-08-19 | US5724789A | 1998-03-10 | Arthur P. Corella |
| A peripherally sealed, juxtaposed, multi-compartment, flexible package is provided which includes a pair of outer walls and at least one separator wall disposed between the outer walls for dividing the package into a plurality of compartments. All of the walls are sealed at a common peripheral terminus, and flowable material is disposed within each of the compartments. The package is adapted to be torn open to simultaneously dispense and admix the flowable material. The multi-compartment dispensing package is manufactured by feeding at least three sheetings of heat sealable flexible film through a first embodiment of form-and-fill packaging instrumentation. A two-compartment dispensing package is manufactured by feeding two sheetings of film through a second instrumentation embodiment including an assembly dividing one sheet into two halves which become outer walls. | ||||||
| 15 | Thermoplastic bag structure | US624817 | 1996-03-26 | US5709641A | 1998-01-20 | Edward A. Vaquero |
| A thermoplastic bag structure and method for making and packaging thermoplastic bags such that their tops are easily identified and the bags are easily opened. The method for producing these bags begins with cutting a flattened thermoplastic tube into two portions. At least one of the two portions is then collapsed to form a sheet of material having a pair of thermoplastic layers, a straight folded bottom edge and a pair of top edges, at least one of which has a skewed-cut. Bag side structures are formed in the sheet of material at about bag-width distances apart. The bags are then folded a predetermined number of times, in a direction transverse to the bag side structures, so that the skewed-cut top edge(s) of each of the bags remains exposed. | ||||||
| 16 | Retractable web separator | US293441 | 1994-08-19 | US5690600A | 1997-11-25 | Sungwook Yang; Dale R. Severs; David Frankenberger; Michael Kemp |
| An apparatus (31) and a method are disclosed for temporarily separating multiple webs (51,53) while performing an operation (123,125,133) thereon, including the feeding of multiple webs (51,53), the provision of a retractable web separator (68) for temporarily separating the webs, the performance of an operation (123,125,133)) upon the webs, the provision of a gripping device (65) for gripping the webs and assisting in moving the webs (51,53) along a predetermined path (83), and the provision of a sealing device (71) for sealing the webs together to form a package seal (73). The retractable separators (68) are mounted on a conveyor (83) and each separator (68) in turn temporarily separates the webs (51,53), for insertion of a port (45), fitting or the like, whereupon the separator (68) may be retracted and the port (45) may be sealed into the packages (41) being manufactured. The preferred separator (68) has a shaped head (170) on the end of a reciprocating shaft (158). The head (170) may be enlarged and may have a tapered end (171) for insertion between the webs (51,53). | ||||||
| 17 | Method and apparatus for continuously forming bags | US959655 | 1992-10-13 | US5662575A | 1997-09-02 | Hisatoshi Saito; Masamitsu Yano; Satoshi Takane |
| A method for continuously forming bags comprising continuous steps of heat-sealing a continuous tubular plastic film, such as a continuously formed inflation tube or the like, widthwise at given positions thereof while the tubular film is being conveyed, cutting sequentially the tubular film along the heat-seals into bag-shaped containers, and conveying the tubular film over a set distance to a following step while the heat-seals of the heat-sealed tubular film being press-held and cooled. Also the present invention relates to an apparatus for continuously forming bags for heat-sealing a continuous tubular plastic film, such as a continuously formed inflation tube or the like, widthwise at given positions thereof while the tubular film is being conveyed, and then cutting the tubular film along the heat-seals into bag-shaped containers. The apparatus comprises heat-sealing device for sealing the tubular film including a pair of heat-sealing members which are disposed on one side of a track of conveyance of the tubular film, opposing each other so as to hold the tubular film therebetween, and are movable to and from each other, driving device for driving the heat-sealing device to and from each other, cooling device for cooling the tubular film including a pair of cooling sandwiching members which are supported on a movable member disposed movably in directions of width of the tubular film and conveyance thereof, and intrude inbetween the heat-sealing members to sandwich the heat-seals of the tubular film, and driving device for driving the cooling sandwiching members to and from each other, whereby the tubular film is conveyed by a movement of the movable member to a next step with the those parts of the tubular film at the heat seals held between the cooling sandwiching members. | ||||||
| 18 | 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. | ||||||
| 19 | Pouch producing machine | US661992 | 1996-06-12 | US5628863A | 1997-05-13 | Shu-ken Lee |
| A pouch producing machine for producing protective pouches has a feeding device, a gluing device, a glue provider and a cutting-forming device. A sheet of pouch has an upper sheet, a lower sheet, a middle bar and two side bars. The already combined sheet of pouches, after being processed by the machine, becomes an individual pouch having its three sides sealed by the middle bar and the side bars. | ||||||
| 20 | Method and apparatus for registration of a seal on a plastic bag | US289426 | 1994-08-12 | US5587032A | 1996-12-24 | Stephen A. Saindon; Peter J. Gietman, Jr.; Nicholas J. Nagel |
| A plastic bag making machine includes a cylindrical drum with a variable diameter. A plurality of seal bars define the circumference of the drum, and are substantially parallel to the drum's rotational axis. The bags are made from a plastic film with registration marks that are detected by a detector disposed near the film. A detector also detects each revolution of the drum and an encoder provides signals indicative of the position of the film. A controller determines the distance phase of the registration marks and the rum size error. The drum diameter is adjusted in response to an output of the controller in such a way as to correct for both the initial drum size error, the initial phase error, and the phase error accumulated while the drum diameter is being corrected. | ||||||
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