An aluminum bottle outsert including a generally truncated cone-shaped inner surface configured to be received and supported by an upper neck portion of an aluminum bottle and an outer surface having diametrically opposed first and second indents adapted to operably receive prong end portions of a swing cap assembly.

A beverage container system may include a vessel having an interior volume for containing a beverage and shell having an interior volume for removably coupling vessel therein. The vessel may include an inner wall, an outer sidewall, and a sealed volume between the inner wall and the outer wall. The sealed volume may be at a vacuum pressure. The vessel may be constructed from glass while the shell may be constructed from a durable material such as stainless steel.

An atmosphere controlled foodstuff container includes a base tray and a cover. The cover and base tray are constructed of a substantially gas impermeable material. The cover and base tray are connectable and are hermetically sealed with a sealant or sealing material. The container includes at least one atmosphere control member, such as a membrane or micro-perforations, which controls the flow of gases into and out of the otherwise sealed interior of the container. The base tray may be opaque for use as a serving tray and the cover transparent to permit viewing of the product.

Disclosed is a closed container cover, in which an upper plate moves down in accordance with rotation of a rotary knob and pushes outward a packing portion provided on a circumference of a lower plate, thereby having advantages that an inside of a container main body is easily closed by a simple operation, and production processes are decreased with the minimum elements to increase efficiencies of the production and the processes and significantly reduce production costs and lowering a selling price.

A receptacle for holding a foodstuff that is attachable to a beverage container is disclosed. The receptacle of the present disclosure allows a person to be able to hold a beverage and a foodstuff in one hand.

The invention relates to a protective housing for a biopharmaceutical liquid bag having a lower shell with a bottom and side walls, and an upper shell. The upper shell includes a housing for receiving the bag, and can be inserted into the lower shell, in such a way that the opening of the housing is adjacent to and facing the bottom of the lower shell, and in such a way that the upper shell is laterally held in place between the side walls of the lower shell.

The invention presented herein is a lid for container that can be sealed or unsealed, usually plastic and glass bottles, used for carbohydrate and alcoholic beverages and even food. Other kind of containers that can be used with the inventions are metal cans, disposable cups and many others. The list of type of containers that can benefit from this invention is not limited to the few examples cited in this document. The invention is mostly made out of plastic but other materials can be used to get the same result. The main element of the lid is equipped with a pull tab that has attached to it on one side an extrusion from a slit of the main cover and on the other side the pull tab is firmly attached to the main cover. Through a slit cut into the main cover, a slidable, bendable and moving piece of material acting like a tongue will move back and forth as a springlocated below the moving tongue and attached to it, on the inside of the containeris in used or not. The removable piece of the lid can be separated completely from the rest of the lid and will reveal the open space through which the content can flow out of the container. The removable piece should be attached to the moving tongue to avoid it to become a hazard. The spring is located inside a box that has a built-in opening with the same size and same shape as the opening on the outside. Other designs can allow the spring to be located outside of the container but still needs to be connected to the moving tongue. Also, other designs can allow the box to be located outside of the container. In such a case, the box is referred as the cavity that connect the inside and the outside of the container and also is where the moving tongue ends on one side. The user simply has to exert a pressure on the button for the moving tongue to move and reveal the opening of the container in order for its content to flow outside freely.

A sunken-type cup lid, for covering on a cup mouth of a cup body, according to the present invention is disclosed herein, and comprises: a covering panel, a leaning-on portion and a camber-holding portion. On the covering panel, a sunken-type dome structure is formed to expand a contacting area, from the leaning-on portion laterally and tightly fitting against inside the cup body, to the camber-holding portion downwardly and tightly fitting overneath the cup mouth, so as to be in a multi-directional tight fit manner between the cup lid and the cup body. Thus, it can decrease a liquid-leakage probability incurred between the cup lid and the cup body, and an accidentally detaching probability of the cup lid away from the cup body.

A cooler has a body and a lid that co-operate. The lid is movable between closed and open positions. The lid is a freezable reservoir. A filler port is located inside the lid. The entrance of the filler port into the lid is located at a height part way between the inside and outside walls of the lid. The lid has a downwardly extending hollow peripheral formation. The filler port is spanwise inset from the peripheral formation. The lid has spanwise extending internal formations that stiffen the lid and divide the internal chamber into sub-volumes connected by necks through which liquid can flow. The inside and outside walls of the lid may be connected. The lid is provided with a fill to line visible from the filling port to discourage over-filling. The lid may have an insulated cap, and the cooler may have an insulated jacket.

The present invention relates to a novel food storage device. The device is a set of food storage containers that are collapsible, range in size and shape, and nest within each other. The device comprises a base component with a flexible body and grooves around an inner perimeter, to give the base component a rigid structure when expanded. Further, the base component comprises similar-shaped lockable inserts containing freezer gel, thus allowing the food to be separated and kept cold when stored. The lockable inserts are locked into the grooves by wedging the inserts into the expanded sides of the base component via a friction fit design. Further, the base component can also comprise a plurality of rigid, vertical spacers/dividers.