| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 161 | Container handling apparatus and container | US11089429 | 2005-03-24 | US20060243726A1 | 2006-11-02 | James Sonon |
| A container handling apparatus for use in loading and transporting a container from a first location to a second location is provided. The container handling apparatus includes a mast and support structure for supporting the container thereon. The support structure is vertically positionable relative to the mast. The container handling apparatus also includes a container interlocking member including an engaging portion for use in releasably engaging a container. The container interlocking member is horizontally positionable relative to the support structure and configured to provide a pivot axis about which the container can pivot relative to the interlocking member when engaged with the container. | ||||||
| 162 | Box-like container with an interpenetrating structure and process for the realization thereof | US10888020 | 2004-07-12 | US20040251261A1 | 2004-12-16 | Michael Basara |
| A box-like hollow body, particularly a container of various shapes and size, comprising at least an inner hollow body 3 and an outer hollow body 2, interpenetrating with each other so as to create an integral structure with particular characteristics of mechanical resistance and ornamental, and provided with a continuous inner surface without gaps and an outer surface patterned according to zones or sections. | ||||||
| 163 | Collapsible three-dimensional enclosure, and a method of manufacturing thereof | US08789491 | 1997-01-27 | US06648159B2 | 2003-11-18 | Vladimir Prutkin; Oskar Kalman |
| A collapsible, reusable, general purpose shipping box is made from an inexpensive polymer composition, and can be mass produced by extrusion or coextrusion. The boxes are extruded or coextruded in an almost wasteless production as endless webs of inner layouts and outer layouts, which are folded into respective configurations with one of the configurations being outer one and another inner one. The enclosure is assembled by inserting the inner configuration into the outer one and snap-connecting the complementary male-female locking elements already extruded into the layouts. An extruded web may be many layouts wide as a given extruder and die allow. The boxes can be easily assembled from substantially flat and rectangular layouts at the point of packaging, either by hand or by using a slightly modified and currently widely used box erection machine, and as easily disassembled for transportation and cleansing at the point of unloading. | ||||||
| 164 | COLLAPSIBLE THREE-DIMENSIONAL ENCLOSURE, AND A METHOD OF MANUFACTURING THEREOF | US08789491 | 1997-01-27 | US20030168452A1 | 2003-09-11 | VLADIMIR PRUTKIN; OSKAR KALMAN |
| A collapsible, reusable, general purpose shipping box is made from an inexpensive polymer composition, and can be mass produced by extrusion or coextrusion. The boxes are extruded or coextruded in an almost wasteless production as endless webs of inner layouts and outer layouts, which are folded into respective configurations with one of the configurations being outer one and another inner one. The enclosure is assembled by inserting the inner configuration into the outer one and snap-connecting the complementary male-female locking elements already extruded into the layouts. An extruded web may be many layouts wide as a given extruder and die allow. The boxes can be easily assembled from substantially flat and rectangular layouts at the point of packaging, either by hand or by using a slightly modified and currently widely used box erection machine, and as easily disassembled for transportation and cleansing at the point of unloading. | ||||||
| 165 | Interlocking container | US76562701 | 2001-01-22 | US6409036B2 | 2002-06-25 | MARTIN GARY F |
| An interlocking container comprising a number of mutually interlocking plate forming the container that may be used for a plurality of various applications such as a vase, a pencil cup, a trash can, a support for a clock, or the like. The interlocking plates consist of a series of commonly formed printable pieces that interlock to form a variety of containers having unique geometric configuration. | ||||||
| 166 | Box-like container with an interpenetrating structure and process for the realization thereof | US09468836 | 1999-12-22 | US06349841B1 | 2002-02-26 | Michael Basara |
| A box-like hollow body, particularly a container of various shapes and size, comprising at least an inner hollow body 3 and an outer hollow body 2, interpenetrating with each other so as to create an integral structure with particular characteristics of mechanical resistance and ornamental, and provided with a continuous inner surface without gaps and an outer surface patterned according to zones or sections. | ||||||
| 167 | Screw band | US810319 | 1997-02-28 | US5775514A | 1998-07-07 | Jack Lin |
| A screw band can hold screws of different diameters, having a body of any length provided with notches in two longitudinal sides for the band to be moved by a screw driving tool. The band has plural screw holes respectively defined by an annular wall extending down from the band. The annular wall has plural small notches for screws to be driven through the screw holes smoothly. Plural valves extend inward from an inner surface of the annular wall for supporting a screw planted in each screw hole. The valves may be any type and may bend to form a contact-with-each-other condition or a non-contact-with-each-other condition and to produce elasticity for securely supporting a screw of different diameters. | ||||||
| 168 | Thermoplastic container having end wall butt-welded to body | US353458 | 1989-05-18 | US4962862A | 1990-10-16 | Edward J. Farrington; Gerrit J. Van Keimpema |
| The invention deals with the butt-welded connection between the endwall and the body of a thermoplastic container. Contrary to the known connection the invention provides the endwall with an axially extending edge, which may form part of a gripping edge and which overlaps the weld, so that the weld beads are hidden, while further the area of transition between the endwall and its edge above the weld has an axial thickness which is in essence the same as the thickness of the endwall and the radial thickness of the axially extending edge of the endwall, so that the material flow of the plastic during molding of the endwall is more even. | ||||||
| 169 | Container and sealing enclosure | US584142 | 1984-02-27 | US4546874A | 1985-10-15 | James J. Kirchhan |
| The following specification discloses a container such as a box, packing or shipping container for items that are to be maintained in a vapor proof environment. The container is made out of a sheetlike material, such as plastic derived from one of the olefin family of plastics. It is formed with bumpers, guards, and reinforcing and expanded portions of the case for protection and reinforcement thereof. The sealing and closure means comprise a pair of channel members that are secured over the edge of the walls of the container. One of the channel members provides an elongated depressed seat for an elastomeric seal therein, and the second channel member provides a mating tongue that seats against the elastomeric seal. Both of the channel members are hinged, latched or clamped together with the edge regions of the container walls lying within the channels. The channels have barbs or tangs which impinge against the container wall portion. The barbs are on opposite channel walls and are offset against said wall portion. This provides a bending moment to the container wall and a sealing of the wall portion against the barbs or tangs. The container wall section is further sealed in the channel by means of a non-hardening sealant. | ||||||
| 170 | Plastic containers, particularly canisters | US225612 | 1981-01-16 | US4337286A | 1982-06-29 | Wolfram Schiemann |
| A canister blank has four injection molded side walls having bottom wall sections extending therefrom, which are arranged to be bent at right angles to the side walls to form the container bottom. The side walls have plastic ledges with triangular cross sections projecting at the transition region from the side walls to the bottom wall sections. One concave side of the triangle forms a continuation of the external surface when the bottom wall section is bent and the other concave side of the triangle forms a part of the container bottom when the bottom wall section is bent. The point of the triangle forms an outside edge at the bottom. | ||||||
| 171 | Method of manufacturing containers | US25766 | 1979-04-02 | US4268336A | 1981-05-19 | Lars-Eric Piltz; Bo T. Quist; Folke Kiellarson; Siwer Mansson; Bengt Nilsson |
| A method for manufacturing retortable cans is taught which includes the step of cable extruding a tube of plastic. Subsequently, a substantially gas-tight material is laminated to the outside of the tube and a plastic layer is laminated to the layer of substantially gas-tight material. Preferably, the gas-tight material comprises a metallic foil. | ||||||
| 172 | Tear opening device for containers | US25792 | 1979-04-02 | US4267937A | 1981-05-19 | Lars-Eric Piltz; Bo T. Quist; Folke Kiellarson; Siwer Mansson; Bengt Nilsson |
| An opening device is taught for packages comprising a substantially rigid outer wall portion and an inner layer of substantially gas-tight material (preferably a metallic foil), wherein the outer wall portion includes a first tearing notch defining an opening and a second tearing notch defining a grip tongue. The outer wall and the inner wall being interconnected substantially over their total surfaces facing each other with said outer wall portion and said inner layer being separated within an area substantially under said grip tongue. Preferably, the grip tongue is located completely within the opening defined by said first tearing notch. | ||||||
| 173 | Containers | US42522065 | 1965-01-13 | US3370737A | 1968-02-27 | IAN AINSLIE |
| 1,090,723. Moulded containers; filling containers. IAN AINSLIE & CO. Ltd. Jan. 15, 1965 [Jan. 21, 1964], No. 2612/64. Headings B8D and B8T. A container e.g. a beer barrel, comprises two cup-shaped end members 2, 4 compression moulded from a polyester resin mixture containing glass fibres lying at random, the end members being joined by means of adhesively. coated screw threads, either directly or indirectly through a tubular part 6. The screwthreaded parts may be tapered. As shown, the joints between the part 6 and its adjacent end member are surrounded by a nylon ring 10 under tension, to which is adhered a rubber ring 12. A ring 24 of metal is riveted to integral lugs 30 on the end member 4, and a metal plate riveted to the member 2. A clip 16 is bolted to the container interior as a seating for the lower end of a discharge pipe 22 held at its upper end by a fitting 14. The container interior may be coated with an epoxy-phenolic lacquer. Washing and filling.-Before filling, the container is inverted over a washing nozzle, the pipe 22 and associated fitting 20 having been removed. The container is filled through a pipe (not shown) having a bayonet connection with the fitting 20, the pipe pushing the tube 22 against a spring so that the lower end of the pipe engages a metal contact 40. An electric circuit is thereby established from the supply pipe via the members 22, 40 to a metal strip 42 forming part of the plate 36 which is in electrical contact with the filling-machine. A measured quantity of beer is thereby filled into the container. | ||||||
| 174 | COMPARTMENTED ASSEMBLY AND METHOD FOR MAKING A COMPARTMENTED ASSEMBLY | US16042792 | 2018-07-23 | US20180338617A1 | 2018-11-29 | Harold Wayne Qualkinbush |
| Compartmented assemblies related to customizable storage compartments. A bottom panel, side panels, and divider panels may be configured in any combination to form a compartmented assembly with a primary compartment comprising at least two sub-compartments. A method of designing and constructing compartmented assemblies is described. A graphical user interface may be used to format a design which may be transmitted to associated machinery for automated cutting of the component panels. Series of notches, tabs, and apertures are used for mating adjacent panels to one another. Adhesive may be inserted into joints for securing the panels. | ||||||
| 175 | METHODS OF ADDING EXPANSION MATERIAL TO FLEXIBLE CONTAINERS | US15953691 | 2018-04-16 | US20180312283A1 | 2018-11-01 | Marc Richard BOURGEOIS; Jun YOU; Kunie KOLB; Joseph Craig LESTER; Benjamin Jacob CLARE |
| Methods of opening and adding expansion materials to containers made from flexible materials. The methods involve forming a partially completed container blank that may have four layers of flexible materials. The partially completed container blank may be opened by separating a portion of the first layer from a portion of the second layer by bending portions of the second, third, and fourth layers toward a first direction; and dosing the partially completed container blank, by adding an expansion material out of a dispenser and into a space disposed between a portion of the first layer and a portion of the second layer. | ||||||
| 176 | Polymeric Component | US15204899 | 2015-04-27 | US20180162615A1 | 2018-06-14 | Mads Jeppe Hansen |
| An elastomeric material molded into a crease pattern is described. Also described are processes for making an elastomeric material having a crease pattern as well as useful items made from the elastomeric material having a crease pattern. | ||||||
| 177 | FOOD POUCH CONTAINER | US15876010 | 2018-01-19 | US20180140122A1 | 2018-05-24 | Timothy Fellin; Jennifer Fellin |
| A rigid food pouch container developed to accommodate prepared food packaged in soft containers is designed to prevent a child from squeezing the container and causing its contents to spurt from the container. The food pouch container includes a back portion having an interior cavity; a front portion; a top hole; and a surface dividing the back portion into an upper cavity and a lower cavity. In some embodiments, the lower cavity is inside the back portion, while in other embodiments, the lower cavity is an exterior cavity. Also disclosed are food pouch containers that include a back portion having an interior cavity; a front portion; a top hole; means for contouring the food pouch from the bottom or side of the pouch. Some embodiments include a hinged clam shell configuration for easy insertion and removal of the food pouch. Other embodiments include a storage facility for the pouch cap. | ||||||
| 178 | Jewelry Box | US15670516 | 2017-08-07 | US20180035772A1 | 2018-02-08 | Spencer Christian Powell; Kristin Pennell Powell; Steven Arthur Coxson |
| A jewelry box comprising a lid, a drawer, a lift assembly and a jewelry holder; wherein the lid comprises a top, two parallel sides and an interior surface with opposing guide grooves on the interior surface of the sides; wherein the lid and drawer are sized to engage together and to slide to an opened position and a closed position; wherein the lift assembly is positioned in the drawer; the lift assembly having a down position when the lid and drawer are in the closed position and an up position when the lid and drawer are in the opened position; wherein the jewelry holder is positioned in the drawer attached to the lift assembly, and as the lift assembly moves from the down position to the up position, the jewelry holder pivots from the down position to the up position. | ||||||
| 179 | HINGE ASSEMBLY AND CONTAINER WITH SUCH A HINGE ASSEMBLY | US15659301 | 2017-07-25 | US20180029748A1 | 2018-02-01 | MICHAEL BERLING; STEVE LOFTUS |
| A hinge assembly is disclosed between two walls sections of a container which are pivotable relative to one another, with a hinge pin provided at a first wall section and a hinge pin attachment provided at a second wall section, the hinge pin fitting positively in the hinge pin attachment and being rotationally and translationally movable in such a way as to allow a parallel shift of the rotational axis of the hinge pin. A pair of guide contours are provided on the wall sections, in contact with one another and formed separately from the hinge pin and hinge pin attachment to define a simultaneous rotational and translational movement of the hinge pin in the hinge pin attachment. | ||||||
| 180 | A Storage and Display Device and System | US15535388 | 2015-12-10 | US20170361982A1 | 2017-12-21 | Joseph Patrick Kelly |
| The present invention relates to storage and display device comprising a base wall and a side wall that are connected together and operable to move between a folded and an expanded configuration, the expanded configuration defining an interior region for the storage of product between the side wall and the base wall, and the side wall and the base wall are arranged to provide a top opening and a side opening to the interior region. The device comprises at least one locking arm arrangement comprising a pair of connected locking arms each having a side wall engaging locking surface and together operable to move between a locked configuration and an unlocked configuration in the expanded configuration of the device. The locking arm arrangement strengthens and provides considerable stability and rigidity to the device in the expanded configuration by preventing sideways movement or wobble of the side wall when of the device in the expanded configuration. The present invention provides a re-usable storage and display device for the transport and display of product, such as in a retail environment. | ||||||
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