A receiving sheath for a thermal insulating insert includes a first receiving space, e.g., for consumer goods, between a front inner wall and a rear inner wall and is limited by the same, and a second receiving space for a thermal insulating insert that surrounds the first receiving space in the direction of a bottom end and is limited in a first portion by a front outer wall and the front inner wall. The present disclosure also relates to a multi-chamber insulated pocket with the receiving sheath and a use of said receiving sheath.

A packaging bag for shockproof includes a bottom wall, a shielding portion, a limiting film and a cover body. Both sides of the shielding portion are adhered to the surface of the bottom wall by heat sealing, and a nesting space is formed between the shielding portion and the bottom wall. The limiting film is stacked above the bottom wall and includes a body and a reversed portion. An accommodation space is formed between a bottom surface of the body, the surface of the bottom wall and the outer longitudinal heat sealing lines, and a limiting space is formed between the top surface of the body, an inner side of the reversed portion and the inner longitudinal heat sealing line. The cover body includes cover air columns located on an upper side of the bottom wall.

A divider assembly including a divider having a divider wall, a first divider attachment structure coupled to a first end of the divider wall, and a second divider attachment structure coupled to a second, opposite end of the divider wall. Each of the first and second divider attachment structures has one of a protrusion configured to be slidably received in a correspondingly-shaped channel, or a channel configured to slidably receive therein a correspondingly-shaped protrusion, to thereby retain the divider in place. The first and second divider attachment structures each have a pair of parallel flanges that closely receive the divider wall therebetween.

An apparatus includes a housing, first handles, second handles and zippers. The housing may be (i) made of a flexible material and (ii) have compartments. The first handles may be (i) attached to an end of the housing and (ii) configured to hang the housing in an upright orientation. The second handles may be attached to another end of the housing. The housing is generally configured to bend such that the first handles are aligned with the second handles to facilitate carrying of the housing. The zippers may be configured to provide an opening into a corresponding compartment suitable to pass recyclable beverage containers. Each compartment may have (i) a zipper proximate a top end of the compartment to insert the recyclable beverage containers and (ii) another zipper proximate a bottom end of the compartment to remove the recyclable beverage containers.

A multi-compartment bag includes a first bag wall; a second bag wall aligned and joined to the first bag wall at a first sealed side edge, a second sealed side edge, a sealed bottom edge, and an unsealed top edge; a first closure track formed in the first bag wall at the top edge; a second closure track formed in the second bag wall at the top edge and configured to mate with the first closure track; a partition seal interposing and extending parallel to the first sealed side edge and the second sealed side edge.

Described herein are multi-unit storage devices where two separate compartments are joined in a manner such that accessing one of the compartments does not compromise product held in the other compartment. The separate compartments may be vacuum or otherwise sealed such that when the seal is broken, access to the products contained therein is provided. Each of the compartments may be independently sealed.

Described herein is a multi-chambered sandwich bag that keeps food components fresh until they are ready to be consumed. The bag can include an outer sleeve having a first outer layer and a second outer layer, and an inner sleeve having a first inner layer and a second inner layer. The respective side edges of the first and second outer layers can be coupled to one another, sealing the sides of the outer sleeve. The bottom edges of all four layers (the first outer layer, second outer layer, first inner layer, and second inner layer) can be removably coupled to one another. By being removably coupled, the bottom edges can be separated from one another. This allows a user to remove the inner sleeve and join the contents of the inner sleeve with the contents of the outer sleeves.

A gusseted stand-up flexible pouch including a pouch-forming structure. The pouch-forming structure including first and second body panels, first and second side gussets, a bottom gusset and at least one interior gusset. The bottom gusset extends between the first and second body panels. Each of the first and second side gussets is joined to the first and second body panels. The at least one interior gusset is joined to the first and second body panels. The at least one interior gusset is located between the first and second side gussets. The at least one interior gusset divides an interior of the stand-up flexible pouch into a plurality of compartments.

A gusseted stand-up flexible pouch including a pouch-forming structure. The pouch-forming structure including first and second body panels, first and second side gussets, a bottom gusset and at least one interior gusset. The bottom gusset extends between the first and second body panels. Each of the first and second side gussets is joined to the first and second body panels. The at least one interior gusset is joined to the first and second body panels. The at least one interior gusset is located between the first and second side gussets. The at least one interior gusset divides an interior of the stand-up flexible pouch into a plurality of compartments.

A plastic material wave bag assembly having a sheet-like first side panel and a sheet-like second side panel oriented in opposed congruent relationship to one another when in a folded condition. The wave bag assembly includes a single use closure adhesive strip disposed and oriented primarily laterally across an interior wall of the upper panel section of the first side panel at a location below the handle apertures. The closure adhesive strip is configured to selectively close and maintain the upper panel sections in a closed condition while the remaining portions of the first and second side panels are maintained in the receiving condition. The closure adhesive strip includes opposed closure adhesive strip distal ends formed and dimensioned to terminate proximate to a respective corner intersection such that at least one vent passage is formed between a corresponding closure adhesive strip distal end, in the closed condition, and the corresponding upper side edge end portion of the side edge of the first and second side panels. The vent passage is of a lateral dimension sufficiently large to enable the venting of steam while being sufficiently small to prevent the passage of a human hand therethrough.