A flexible pouch kit that includes a flexible pouch having front and rear panels joined by peripheral seals defining a compartment. A bottom gusset is joined with the front and rear panels. A pair of side gussets are formed and positioned between the bottom gusset and a top peripheral seal of the front and rear panels. The pair of side gussets define an attachment area. A sealable fitment is attached and sealed to the front and rear panels. At least one vial is positioned and removably connected in the attachment area of at least one of the pair of side gussets. The compartment includes a first component and the vial includes a second component different from the first component which is mixed in the compartment after opening of the sealable fitment. A frangible seal may be positioned between the compartment and a top peripheral seal.

The present disclosure relates to a container device capable of storing and discharging liquid. A container device according to the present disclosure includes a pouch having the elastic property; a rigid container having a rigid outer case compared to the pouch and having a container opening at one side thereof; a coupling unit coupled to the container opening and for coupling an opening of the pouch with the container opening; and an air passage formed at the rigid container or the coupling unit. When the pressure is applied to the inside of the pouch and the volume of the pouch is increased, the volume of a space between the pouch and the rigid container is reduced by an increase in the volume of the pouch, such that the air in the space is discharged to the outside of the rigid container through the air passage to perform the depressurization of the space.

A foamed product dispensing system that includes: a product dispensing machine configured to receive an exchangeable product container; and a product container configured to cooperate with the product dispensing machine after placement in the machine, wherein the product container contains a foamable product and is provided with a product processing unit including a frothing device having a product entrance for receiving product and a product exit for discharging product, and wherein the processing unit is connectable to a fluid supply for supplying gas to the product during product discharge.

Examples of the present disclosure relate to a build material container for a three-dimensional printing system. The container has an external casing with an upper surface, a lower compartment to receive a build material reservoir, at least one load-bearing element, and an upper compartment below the upper surface. The upper compartment and the lower compartment are separated by a lower surface. The at least one load-bearing element is arranged below the lower surface. The upper compartment has stiffening members arranged to distribute load received from the upper surface to the at least one load-bearing element.

The present invention relates to a package. More particularly but not exclusively it relates to package that is rupturable so as to create an opening in the package, yet the package is resistant to rupture from undue forces from particular directions due to a convex shaped burst region that requires straightening to burst.

Particulate aerogel material kit for grip enhancement, and related systems and methods, are generally described. Certain embodiments are related to interfaces comprising human skin, a layer of particulate aerogel material, and a solid surface. Methods of creating such interfaces, packaging the particulate aerogel material, and applications thereof (including kits for grip enhancement) are also described.

A synthetic resin-made multilayer bottle includes: an outer shell bottle having a shoulder section continuing from an outer opening section, and a body section continuing from the shoulder section; a synthetic resin-made inner container body having a cylindrical inner opening section provided inside the outer opening section of the outer shell bottle, and an inner container main body continuing from the inner opening section, shaped along an inner surface shape of the outer shell bottle, which deforms by an external pressure; and an air passage formed between the outer opening section and the inner opening section and which introduces outside air between the outer shell bottle and the inner container body. The inner circumferential surface of the inner opening section is provided with a small-diameter section having a diameter smaller than the inner diameter of the open end of the inner opening section.

The invention is drawn to a container comprising a bottom wall and at least one sidewall extending upwardly from the bottom wall. The sidewall terminates in an edge and has an inner and an outer surface. The bottom wall and the at least one sidewall form a container interior. A flexible bag having an open end is disposed within the interior of the container and over the top edge of the container. A slide ring extends at least partially circumferentially about the outer surface of the sidewall and is affixed to the open end of the bag and frictionally engaged with the outer surface of the sidewall.

A dispensable food container has a container body having an interior for receipt of dispensable food, and a container lid. The container body has a base and an opening opposite the base, and side walls that are collapsible. The lid has a closed condition in which it closes and seals the opening of the container body and an open condition in which the opening of the container body is exposed for access into the interior. The lid has a dispensing opening which is in communication with the interior of the container body when the lid is in the closed condition. In use, when the lid is in the closed condition, the container body is collapsible by pressure applied to the lid and the base in opposite directions to cause the side walls to collapse and to force dispensable food within the interior of the container body through the dispensing opening.