| 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 | TRAY FORMING APPARATUS | US13761007 | 2013-02-06 | US20130150223A1 | 2013-06-13 | Robert M. Herrin |
| A tray forming apparatus forms a blank into a tray having a double glued side wall construction for providing a desirable strength to the tray. A platen drives the blank through a forming rails which fold the blank into a partially formed tray having bottom, end and side walls, and inside corner supports formed about the platen. The platen is retracted prior to folding arms further extended portions of the partially formed tray. A compression plate and the folding arms are biased against adhesive portions of the tray for forming a fully formed tray having a double glued side wall construction. | ||||||
| 2 | Apparatus and method for forming a container having an enhanced corner support structure | US11467312 | 2006-08-25 | US07470226B1 | 2008-12-30 | Robert M Herrin |
| An apparatus automatically forms a paperboard blank into a container having a double glued side wall construction for providing an enhanced strength to the container. A platen drives the blank through mechanically powered forming rails for an initial folding of the blank into a partially formed container having a bottom, end and side walls, and inside corner supports. A compression plate and folding arms are biased against adhesive portions of the partially formed container for forming a fully formed container having a double glued side wall construction. | ||||||
| 3 | Carton forming device | US16094 | 1998-01-30 | US06042527A | 2000-03-28 | Paul Anderson; Anders H. Johansson; Anders Andren |
| An apparatus and method for forming an erected carton from a blank for cartons having non-traditional configurations is disclosed herein. Such non-traditional configurations may include beveled edge cartons and eight-sided cartons. The apparatus includes rolling means for breaking a first set of crease lines on the blank, force exertion means for breaking a second set of crease lines on the blank, and maintenance means for maintaining the shape of en erected carton. The present invention also includes a mandrel configured to substantially match the side configuration of a carton such as a beveled edge carton. | ||||||
| 4 | Octagonal box structure and setting up apparatus | US657998 | 1996-06-04 | US5628450A | 1997-05-13 | Arthur H. Cromwell; Max K. Kacksetter |
| An octagonal box structure comprises eight upstanding side wall panels and eight closure flaps integrally connected to one another and closing an end of the box structure. The side wall panels include four smaller panels having a width dimension of about 20 to 40 percent of the width dimension of the narrowest pair of the remaining four side wall panels. The closure flaps have a width corresponding to the width of the side wall panel from which they depend. Four of the closure flaps include diagonally extending score hinge lines to permit each of the these closure flaps to fold inwardly in partial overlapping relationship upon itself and the next adjacent closure flap. The diagonal score lines are formed at an angle between about 20 to 25 degrees relative to an extension of the vertical score lines which define the width of each closure flap. Also disclosed is an apparatus for quickly setting up the box from the typical planar folded tube form in which the boxes are shipped. The apparatus includes separated frame portions representing the octagonal shape which are mounted for relative movement toward one another to cause the planar box form to open along vertical score lines provided on the box form. Another vertically movable frame then engages the closure flaps causing the flaps to fold inwardly along selected score hinge lines closing an end of the box thereby forming an erected box ready to accept the contents. | ||||||
| 5 | Octagonal box structure and setting up apparatus | US580589 | 1995-12-29 | US5624368A | 1997-04-29 | Arthur H. Cromwell |
| An apparatus for quickly setting up an octagonal box configuration from the typical planar folded tube form in which the boxes are shipped. The apparatus includes separated frame portions representing the octagonal shape which are mounted for relative movement toward one another to cause the planar box form to open along vertical score lines provided on the box form. Another vertically movable frame includes plurality of fixed and pivotal folding plates which engage closure flaps connected to the box form to cause the flaps to fold inwardly along selected score hinge lines to close an end of the box thereby forming an opened, erected box ready to accept the desired contents. | ||||||
| 6 | Apparatus for erecting a bottle carrier | US674235 | 1984-11-23 | US4611712A | 1986-09-16 | Orison W. Stone |
| Apparatus for erecting a bottle carrier. The carrier is initially formed as a flat folded tube having a bottom wall, a top wall and transversely creased end walls, the top wall forming a central partition. The apparatus has a longitudinal partition former which is spaced to create a longitudinal slot and end formers which are spaced from the longitudinal formers to create end slots. A blade passing through a hole in the bottom wall engages the inside surface of the top wall to drive it into the longitudinal slot. This operation creates the central partition and simultaneously erects the end walls as the carrier is thrust into the forming apparatus. | ||||||
| 7 | Apparatus for feeding from a hopper and for setting up collapsed article carriers | US342179 | 1982-01-25 | US4512756A | 1985-04-23 | Willie M. Fields |
| Carriers of the top gripping type and having downwardly depending side and end walls and stacked in collapsed condition in a hopper are fed in sequence by oscillatable feeder means which engages a lower planar element of the lowermost carton in the stack of cartons and draws that element outwardly from its associated face contacting element by means of inwardly extending projections fixedly mounted on the hopper and arranged to engage parts of the upper planar elements which coincide with edge notches formed on the lower planar element so that movement of the lower planar element away from the upper planar element initiates setting up of the carrier and also effects withdrawal of the lowermost carrier from the hopper. | ||||||
| 8 | Apparatus for pulling open tube sections to form base squares in the production of cross-bottom sacks | US171803 | 1980-07-24 | US4371367A | 1983-02-01 | Fritz Achelpohl; Werner Decker |
| An apparatus for opening and folding the end of a flattened tubular sheet to define the rectangular base of a bag or sack to be made from the sheet comprises a table having a slot through which the flattened sheet projects, the projection being formed into a bag base by suckers locating the projection in a pre-opened condition and grippers which engage opposed margins of the projection, one of the grippers being fixed and the other being secured to a pivotable arm. | ||||||
| 9 | Article carrier erecting mechanism | US161796 | 1980-06-23 | US4340380A | 1982-07-20 | Rodney K. Calvert |
| An erector mechanism for setting-up article carriers of the basket type from a collapsed condition to a set-up condition comprises a pivotal arm arranged to oscillate between a pair of spaced carrier erector locations. The erector locations each include a pivotal leg having suction elements to withdraw collapsed carriers from a supply and maintain them in position for setting-up and the pivotal arm includes two opposed sets of suction elements for cooperation with the suction elements of the respective pivotal legs in that position so that the carrier side walls are drawn apart to set up the carrier. The pivotal legs are timed from a cam system to withdraw carriers from a supply at each erector section alternately and the pivotal arm is synchronized by the cam system to cooperate in the carrier setting-up procedure with each pivotal leg in turn while the other pivotal leg is actuated to withdraw the next succeeding carrier. | ||||||
| 10 | Machine for manipulating a collapsed basket style carton into set-up condition and for adhering end flaps to end panels at each end of the carton | US963202 | 1978-11-24 | US4201118A | 1980-05-06 | Rodney K. Calvert; Alton J. Fishback |
| A reciprocable feeder arm (10) includes a projecting portion (12) for engaging an edge of a collapsed carton (C) in a hopper (1) and with the aid of a suction cup (13) removes the collapsed carton (C) from the hopper (1) and into a position adjacent but spaced from fixed suction cup means (3) into engagement with which one side wall (A1) of the carton is driven by movable suction cup means (4) which engages the opposite side wall (A) of the carton so that subsequent movement of the movable suction cup means (4) away from the fixed suction cup means (3) moves the carton side walls apart and tends to manipulate the carton into set-up condition during which movement a pair of spaced guides (6) engage end wall panels (B,D,B1,D1) at each end of the carrier and aid further in setting the carrier up while an arcuate fixed guide (6a) disposed adjacent the path of movement of the carton engages its bottom wall (E) so as to hold a pair of end flaps (F,G) foldably joined to the ends of the bottom wall are moved into approximately coplanar relation with the bottom wall so that a pair of fixed adhesive applicators (7) may apply adhesive to the inner surfaces of the end flaps (F,G) following which movement a reciprocable pusher element (8) engages the set-up carton (C4) along its upper edges and moves the carton between a pair of spaced plates (9) which engage the carton end flaps and force such flaps (F,G) into firm flat face contacting engagement with the end panels (B,D,B1,D1) at each end of the carton. | ||||||
| 11 | Packaging machine | US650175 | 1976-01-19 | US4012887A | 1977-03-22 | Rodney K. Calvert; Dale K. Scott |
| A machine withdraws collapsed sleeve type containers in sequence from a hopper and sets up each collapsed blank into a condition for receiving bottles through the open ends thereof and includes an oscillatable loading arm disposed adjacent an open end of the set-up sleeve for engaging articles and for moving those articles into the open end of the sleeve together with movable end flap folding means for engaging end flaps disposed on one end edge of a trailing side wall together with a fixed plow which engages end flaps foldably joined to an end edge of a leading side wall to manipulate those flaps into closed condition following loading, and fixed top and bottom end flap folding plows engage the top and bottom end flaps in sequence to fold those flaps into closed condition following operation of glue applying means which applies glue to the outer surface of the upper end flap immediately prior to engagement of that surface by the inner surface of the lower end flap. | ||||||
| 12 | TRAY FORMING APPARATUS | US13451279 | 2012-04-19 | US20120202666A1 | 2012-08-09 | Robert M. Herrin |
| A tray forming apparatus forms a blank into a tray having a double glued side wall construction for providing a desirable strength to the tray. A platen drives the blank through a forming rails which fold the blank into a partially formed tray having bottom, end and side walls, and inside corner supports formed about the platen. The platen is retracted prior to folding arms further extended portions of the partially formed tray. A compression plate and the folding arms are biased against adhesive portions of the tray for forming a fully formed tray having a double glued side wall construction. | ||||||
| 13 | Apparatus and method for forming a container having an enhanced corner support structure | US13178720 | 2011-07-08 | US08177698B2 | 2012-05-15 | Robert M. Herrin |
| An apparatus for forming a tray from a blank of sheet material is provided. The apparatus includes a platen configured to move along a path between a first position and a second position to drive the blank downstream from the first position and a first folding arm configured to fold an outside corner support member of the blank to form the blank into a partially formed tray including at least a portion of the outside corner support member being substantially parallel to the bottom panel. The apparatus further includes a fixed plate and a movable plate spaced from and movable with respect to the fixed plate. The fixed plate and the movable plate define a passage therebetween. The fixed plate guides the outside corner support member through the passage to a position adjacent a side panel and/or an end panel. | ||||||
| 14 | APPARATUS AND METHOD FOR FORMING A CONTAINER HAVING AN ENHANCED CORNER SUPPORT STRUCTURE | US13178720 | 2011-07-08 | US20110269609A1 | 2011-11-03 | Robert M. Herrin |
| An apparatus for forming a tray from a blank of sheet material is provided. The apparatus includes a platen configured to move along a path between a first position and a second position to drive the blank downstream from the first position and a first folding arm configured to fold an outside corner support member of the blank to form the blank into a partially formed tray including at least a portion of the outside corner support member being substantially parallel to the bottom panel. The apparatus further includes a fixed plate and a movable plate spaced from and movable with respect to the fixed plate. The fixed plate and the movable plate define a passage therebetween. The fixed plate guides the outside corner support member through the passage to a position adjacent a side panel and/or an end panel. | ||||||
| 15 | Apparatus and method for forming a container having an enhanced corner support structure | US12331548 | 2008-12-10 | US07993255B1 | 2011-08-09 | Robert M. Herrin |
| An apparatus automatically forms a paperboard blank into a container having a double glued side wall construction for providing an enhanced strength to the container. A platen drives the blank through mechanically powered forming rails for an initial folding of the blank into a partially formed container having a bottom, end and side walls, and inside corner supports. A compression plate and folding arms are biased against adhesive portions of the partially formed container for forming a fully formed container having a double glued side wall construction. | ||||||
| 16 | Method and apparatus for storing flat-folded cases in a pile, and for opening and sealing said cases | US530456 | 1990-05-29 | US5024640A | 1991-06-18 | Takashi Saitoh |
| A number of cases are stored horizontally in a stack in a magazine. A bottom upper-inner flap of a flat folded case is folded downward to open the case by a flap-folding member while the case is being lifted from a magazine station to a flap-folding station, and while attracted to and held by a suction cup. The case is opened during this lifting and folding step. Once the bottom upper-inner flap has been folded downward, it comes into the space between the bottom outer flaps. The bottom upper-inner flap, which has been folded downward, pushes the left outer flap during the lifting operation. As the case is lifted higher and higher, both outer side flaps are opened simultaneously. The case is therefore gradually opened, during lifting, thereby forming a hollow cylindrical case. The remianing bottom flaps are closed and then sealed. | ||||||
| 17 | Apparatus for erecting and loading a paperboard carton manually | US834581 | 1986-02-28 | US4662150A | 1987-05-05 | Richard H. Johnson; Howard Selin; Wayne H. Kuhn |
| Apparatus for facilitating the manual erection and loading of a partially assembled paperboard carton blank. The machine includes a work table on which the carton blank is manipulated selectively to open the blank and close the bottom thereof by utilizing a vacuum system for selectively restraining major flaps forming the bottom wall of the carton. The opened carton blank remains immobilized on the work table for loading through the open upper end thereof. The major and minor flaps at said upper end then can be folded manually to close the loaded carton, after which the vacuum system can be deactivated to permit sliding of the loaded carton into a takeaway apparatus which can be a taping or sealing device or a conveyor for transporting the loaded carton to a remote work station, such as, for sealing. The table top may be pivotal. Also, the table top is provided with guide means for positioning the blank properly on the work table; said guide means can be adjustable for accommodating different sizes of box blanks thereon. | ||||||
| 18 | Method of making a folded up egg pack | US737826 | 1985-05-24 | US4621484A | 1986-11-11 | Toni Casutt |
| In an egg box made from slitted cardboard blanks of which one provides wave strips joined only at their wave crests for folding around to make pockets for the eggs and the other blank provides flat bottom and side panel or cover strips which brace the wave strips by being glued to the wave trough bottoms of the wave strips, top cover strips respectively glued to the half width wave strips that come together (when the top wave strips are folded around the eggs already packed in the pockets previously formed,) do not both correspond in width to the top wave strips, but one of them has an overlapping free edge the underside of which is bonded adhesively to the other top panel strip. The adhesive bonding is done with a hot-sticking adhesive which when cooled without being covered is no longer sticky. The adhesive is laid down in strips on the wider and shorter blank which provides the cover strips at locations corresponding to the wave trough bottoms that are to be glued on. While it is hot the longer and narrower wave blank, bent into waves, is glued on, leaving the edge portion of the wider blank with spaced cross-ribbons of adhesive which are allowed to cool so that they are no longer sticky. The glued blanks are then filled at a packing station but before they are folded to make pockets, for the eggs, the free edge strip is heated with hot air to soften the adhesive ribbons and then the box is set up and filled and after the top of the box is folded into place, the overlapping free edge strip is pressed against the underlying cover strip to stick the two together. When the adhesive has cooled the pack is secured. | ||||||
| 19 | Vacuum belt carton erector | US645230 | 1984-08-29 | US4596544A | 1986-06-24 | Kent D. Hull |
| A machine to erect flat-folded cartons, especially such as carry beverage containers, from a flat-folded storage configuration to three dimensional carrying configuration. The machine feeds folded containers from a storage hopper, in singulated fashion, between two endless forwardly flaring vacuum belts which hold the carton sides and move them simultaneously therealong to initialy expand the container. The partially expanded container is then completely expanded and fastened by a cooperating over-head positioning chain structure and an underlying cam wheel and thereafter delivered for further operation. The assembly operations are sequentially timed. The vacuum belts are particularly configured to allow a continuous, rapid operation with low air flow. | ||||||
| 20 | Apparatus and method for setting up a basket-type carrier | US642048 | 1984-08-17 | US4596543A | 1986-06-24 | Carl J. Reiser; Charles F. Abernathy |
| Apparatus and method are provided for setting up a basket-type carrier from a collapsed state. The carrier includes pair of foldable end panels connected to opposite ends of a slotted base panel, side panels foldably connected to opposite sides of base panel, and pair of foldably connected panel sections forming a handle. Each end panel has foldably connected upper and lower sections initially in face-to-face relation. Each upper section has side segments foldably connected to ends of the panel sections. A U-shaped insert piece is assembled with the carrier and has upstanding legs extending through the slotted base panel and retaining the handle panel sections in face-to-face relation. The panel sections of the collapsed carrier are in coplanar relation and when the collapsed carrier is at a first station, external force is applied to the panel sections causing same to fold relative to one another into upright face-to-face relation. As the panel sections move to face-to-face relation, the upper and lower sections of each end panel partially unfold. The carrier is moved to a second station wherein the upper and lower sections of each end panel assume an upright coplanar relation. The carrier is moved to a third section wherein adhesive is applied to areas of the side panels. The carrier is moved to a fourth station during which the side panels are folded to upright positions and secured to the end panels. The insert piece is assembled on the carrier slotted base panel at a fifth station. | ||||||
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