A package for containing liquid-exuding product is formed of a single sheet of film that is folded and sealed at certain locations. The package can include an active member, optionally in the form of absorbent, that is heat staked or otherwise attached to a portion of the sheet of film such that the active member is located on an interior surface of a bottom of the folded and sealed package.

A container for packaging at least one product is provided. The container comprises a front wall defining a first foot region at a lower end thereof, a rear wall, a bottom wall connected to the rear wall, and a second foot region foldably connected to the bottom wall. The front wall, the rear wall, and the bottom wall at least partially define a receptacle therebetween. The at least one product is at least partially received within the receptacle. The first foot region and the second foot region are attached to each other to form a foot that extends downwardly from the bottom wall away from the receptacle, such that upon seating the foot and the bottom wall on an external planar surface, the container is inclined obliquely to the external planar surface.

The present invention relates to a method of packaging character ice cream using a horizontal disposable plastic film mold as an inner packaging material. Ice cream packaging material uses a horizontal disposable plastic film mold as the inner packaging material, in which a horizontal disposable character mold for maintaining a shape of bar-type character ice cream is made by forming a plastic film in a character shape or other stereoscopic shapes. Ice cream liquid is injected into the horizontal disposable plastic film mold and then frozen, and the ice cream is packaged together with a rear reinforcement material without separating the ice cream from the horizontal disposable plastic film mold, thereby preventing a surface of the ice cream from being oxidized or preventing the character shape from being damaged.

A package for containing liquid-exuding product is formed of a single sheet of film that is folded and sealed at certain locations. The package can include an active member, optionally in the form of absorbent, that is heat staked or otherwise attached to a portion of the sheet of film such that the active member is located on an interior surface of a bottom of the folded and sealed package.

The present invention provides environmentally friendly blister package and method of forming the blister package for odd-shaped goods with contact adhesives. The blister package is formed from recyclable or renewable substrates. The contact adhesives form strong cohesive bonds with each other with minimal adhesion to all other surfaces, including the goods packaged therewith.

A mono-dose container comprises a housing defining an internal cavity. The housing includes a first sidewall defining a first interior surface of the internal cavity, and a second sidewall defining a second interior surface of the internal cavity at least partially opposing the first interior surface. A first protrusion extends from the first sidewall into the internal cavity. A second protrusion extends from the second sidewall into the internal cavity and in a direction of the first protrusion. The first and second protrusions define complementary surfaces sized to engage one another and limit relative movement between the first and second protrusions in at least two directions.

A mono-dose container comprises a housing defining an internal cavity. The housing includes a first sidewall defining a first interior surface of the internal cavity, and a second sidewall defining a second interior surface of the internal cavity at least partially opposing the first interior surface. A first protrusion extends from the first sidewall into the internal cavity. A second protrusion extends from the second sidewall into the internal cavity and in a direction of the first protrusion. The first and second protrusions define complementary surfaces sized to engage one another and limit relative movement between the first and second protrusions in at least two directions.

The Direct-Mold Blister Packaging System for Chocolate and Gummy Products provides an integrated method and apparatus for the production and packaging of confectionery items. The system enables pouring of molten chocolate or gummy mixture directly into custom plastic molds. These molds not only shape the confections but also form part of the final packaging. After the confections solidify, a metallic film is used to overlay and seal the molds, ensuring prolonged freshness and protection. This film also enhances the visual appeal of the package. The packaging system combines the molding and packaging stages into one, offering advantages like shape retention, precise dosage control, and waste reduction

A packaging structure of manicure product comprises: a product body, having a decorative surface; and a transparent layer, at least covering the decorative surface to allow users to observe the decorative surface without opening a package. The utility model has the following beneficial effects: the decorative surface of the product body can be visually observed without opening the package layer by layer, such that users can easily observe the style, pattern and color of a product and determine whether the product is defective or damaged, thus improving user experience; the risk of performance degradation of the product body is reduced, and the service life of the product body is prolonged; and high requirements for the external environment of the product body during transportation and storage can be lowered, the efficiency is improved, and the cost and risk are reduced.

A package for containing liquid-exuding product is formed of a single sheet of film that is folded and sealed at certain locations. The package can include an active member, optionally in the form of absorbent, that is heat staked or otherwise attached to a portion of the sheet of film such that the active member is located on an interior surface of a bottom of the folded and sealed package.