Abstract: A heat-shrinkable polymeric cover provides a safe, low cost way to cover a food service pan during food preparation, storage, cooking, transport and reheating. The food pan cover can have a closed top end having a first top edge and a second top edge and an open bottom end having a first bottom edge and a second bottom edge. A first side seal extends from the top end to the bottom end, and a second side seal extends from the top end to the bottom end. A gusset can be formed between the first top edge and the second top edge. The food pan cover can be formed from a single layer of heat-shrinkable polymeric material capable of withstanding a temperature of at least about 400 degrees Fahrenheit.

Abstract: A thermally protective storage cooler with a plurality of hardened material walls. The cooler also has at least one aperture formed in a first wall of the hardened material walls and at least two apertures formed in a second wall of the hardened material walls. In the cooler, the second wall is adjacent the first wall so that each of the at least one aperture and the at least two apertures is for receiving a respective portion of a body of game when a portion of the body of the game is stored in an interior of the cooler.

Abstract: A child-resistant flip-top closure including a base for engaging a container and a lid is hingedly attached to the base. A child-resistant locking mechanism inhibits opening of the flip-top closure. The mechanism includes at least one locking tab extending vertically upward from a portion of the lid and terminating in a locking lip. An actuation button is attached to the tab though a connecting rib so that the button is positioned laterally to the side of the tab. At least one barrier wall located adjacent to the actuation button, the barrier wall formed integral with the base and extending upward. The barrier wall includes a locking ledge formed on a rear side of the wall. The locking ledge is configured to engage the locking lip of the tab so as to provide an interlock between the lid and the base.

Abstract: A reusable bottle cap system includes a bottle cap and a bottle cap cover. The bottle cap includes a stem portion extending downwardly from a flanged portion. When in use the stem portion is used to seal a bottle mouth. When the bottle cap is not in use the bottle cap cover encloses and houses the stem portion to protect it from debris. The flanged portion includes a complementary mating structure. The bottle cap cover includes a mating structure that engages the complementary mating structure to secure the bottle cap cover to the flanged portion. When the bottle cap cover is secured to the flanged portion the stem portion extends substantially to a closed bottom end of an inside surface of the bottle cap cover.

Abstract: The system contains a container, comprising a plurality of sides, each side having a plurality of fluid permeable openings, wherein the plurality of sides form a substantially enclosed unit. The system contains at least one lid. The system contains at least one latch unit for movably attached to a first side of the plurality of sides at a proximate end of the latch unit. The system contains a lid restraint, formed at a distal end of the latch unit whereby the lid restraint restrains the lid when engaged with the lid. Lastly, the system contains at least one locking element formed along the latch unit for engagement with the first side, wherein engagement of the locking element limits the mobility of the latch unit.

Abstract: A mounting assembly to support a refuse container and mount the refuse container to a variety of objects. The mounting assembly includes a body portion extending along a first plane between a first end and a second end of the mounting assembly, a mounting portion extending along a second plane outwardly from the first plane, the mounting portion configured to be secured to a fixture, one or more support members at the first end of the mounting assembly, each of the one or more support members configured to couple to a corresponding portion of the container; and a retaining member at the second end of the mounting assembly, the retaining member configured to retain a fastening member that is to extend around at least a portion of an exterior perimeter of the container.

Abstract: An All-In-One Lid Dispenser contains condiments and additives to be added to a beverage or food container. Raised sections on the top panel of the lid are depressed by the consumer which causes punches to separate the dispensing flaps from the bottom panel. The condiments or additives which are contained in between the top and bottom panels flow through the dispensing flap holes into the beverage or food.

Abstract: A junction box includes a box body that has a component mounting portion, an upper cover that covers an upper part of the box body, and a side cover that is attached to a side face of the box body. The box body has a side wall portion which surrounds a component mounting portion and an electric distribution portion which is electrically connected to the component mounting portion. The upper cover has a top panel and a down wall portion which are downwardly provided from the peripheral end of the top panel. The side cover has a terminal and a case portion which covers the terminal. A recess or a hole which is located outside the down wall portion of the upper cover is formed on an upper face of the case portion.

Abstract: A hinge system comprises a first component and a second component. Arranged on the first component, a first pin (314) and a second pin (324) are not on a same axis. The first pin is movably arranged in a first slot (814) on the second component. The second pin is movably arranged in a second slot (824) on the second component. The first component selectively stays in a first position state or a second position state relative to the second component, thus allowing the hinge system to be folded reliably and conveniently. Also a collapsible container comprising the hinge system is disclosed.

Abstract: A foamed plastic container in which the cell diameters vary along a gradient so as not to decrease the content protection performance, in a manner quite different from the foamed cells distributed in the conventional foamed containers. The foamed plastic container has a container wall formed by using a plastic material and in which foamed cells are distributed, the lengths of the foamed cells in the surface direction of the container wall decreasing from the outer surface of the container toward the inner surface thereof.

Abstract: The invention relates to an automatic storage system having a storage volume enclosed at least sectionwise by a covering made of at least one wall panel (3), wherein the wall panel (3) is attached to a support structure. The invention further relates to a kit for automatic storage systems and to a method for assembling an automatic storage system (1), wherein at least one wall panel (3) is placed on at least one support (8) substantially transverse to a longitudinal axis of the support (8). In order to simplify the assembly of the storage system, according to the invention, attachment segments (3c) or mounting segments (8b) designed as latching elements on the wall panels (3) and the supports (8) have at least one mounting surface (3d) facing outward.

Abstract: Disclosed is an improved container including a container body defining a container cavity, the improved container including a container top configured to create at least two container openings via at least at least partial depression of at least two container portions into the cavity defined by the container body.

Abstract: A drinking cup lid is disclosed. The drinking cup lid includes a body with a deck and an annular wall that depends downwards. The annular wall is adapted to insert into a drinking cup. A first gasket and a second gasket extend outward from the annular wall and are configured for sealing engagement with the drinking cup. A closure is pivotally attached to the annular wall and configured and arranged to pivot between a closed position, sealing the drinking cup closed, and an open position, opening the drinking cup.

Abstract: The spill-proof coloring container is an invention that because of its unique geometry and design, will when oriented in any position prevent spillage of liquid contents when filled to predetermined amount. Because of the use of vacuum formed sheet in the construction of the container, the container pieces are compactly stackable and are of substantially low manufacturing cost. The container is principally intended for use by young children to facilitate painting pictures and dying objects such as Easter eggs without the mess otherwise associated with painting and dying. The invention is also intended to help avoid the mess associated with pouring paint or paint powder concentrates otherwise encountered when preparing a cup of paint for general purpose painting.

Abstract: A beverage container within a floatation device, such as a noodle, is provided. The beverage container may include a flexible tubular body made of a food grade polymer. The beverage container includes a first end and a second end. At least one of the first end and the second end includes a nozzle that delivers beverages within the beverage container. The beverage container may fit within a hollow center of the floatation device. The nozzle may protrude outside of the floatation device. Therefore, a user may float in water and drink from the beverage container without spilling the beverage.

Abstract: A composite closure which includes an end panel that is received in a circular plastic fitment having a central opening therein defined by an inwardly extending flange which overlies an outer periphery of the end panel and an integral skirt downwardly depending from the flange. The fitment includes a radially inwardly extending circumferential bead or bead segments which include a substantially non-deformable flat vertical surfaces that are substantially parallel to the axis of the closure and axially positioned to contact the radial outermost edge of the end panel when the closure is fully applied to a container. The bead or bead segments are configured to impart a predetermined radial force on the end panel which produces a perceptible resistance upon initial rotation of the fully applied closure and provides assurance to a person removing the closure from the container that it has been fully applied to the container.

Abstract: A checkpoint-friendly bag for allowing a laptop computer stored in a dedicated portion thereof to provide a clear, unobstructed, and distinct image thereof when X-ray screened at an inspection station without having to remove the laptop computer from the dedicated portion. The bag includes a dedicated compartment and a non-dedicated compartment. The non-dedicated compartment stores items other than the laptop computer.

Abstract: A closure is provided for a container that has an opening to the container interior wherein contents may be stored. The closure includes the following: (A) a body having at least one access aperture that can communicate with the container opening and that can accommodate removal of the contents in a discharge direction out of the at least one access aperture; (B) a sliding seal member disposed on the body for accommodating movement of the seal member relative to said at least one access aperture between (a) a closed position sealing against the closure body at the at least one access aperture to occlude the at least one access aperture, and (b) an open position exposing the at least one access aperture; and (c) cooperating guide surfaces on the body and the sliding seal member for guiding the sliding seal member.

Abstract: Systems for improved access door assemblies. In particular, disclosed are boltless/screwless access door assemblies with a radial sealing mechanism. In some embodiments, the access door assembly includes a shoulder configured to withstand interior stresses and a retaining strip configured to withstand exterior stresses. The access door assembly is also configured to be opened when the retaining strip is released.

Abstract: A liquid agent container includes the container's main unit, a cap, an intermediate member, and an internal stopper. The cap is provided with a liquid agent discharging path and an air introducing path. The intermediate member has a tube projecting toward the interior of the main unit. Between a liquid agent introducing path and the liquid agent discharging path a hydrophilic filter is provided, and between an air supplying path communicating with the air introducing path and an air delivering path a filter is provided. The air delivering path communicates with the interior of the main unit via a check valve, with an annular valve having an inner circumferential surface in contact with an outer circumferential surface of the tube, to pass air only in a direction toward the interior of the main unit. The present invention can provide a liquid agent container including a check valve readily fabricated and ensuring preventing a liquid agent from flowing back.