Respiratory equipment packaging and insert for a respiratory interface assembly having a respiratory interface and headgear. The packaging includes a first pocket having a first opening, and being configured to enclose and sealing retain at least the respiratory interface and the headgear of the respiratory assembly, and a second pocket, adjacent the first pocket and having a second opening. The second pocket is configured to receive an auxiliary device intended for use with, or comprising part of, the respiratory interface assembly, such as a mask size measuring device. The insert is configured to support the respiratory interface in an upright orientation and includes at least one slot configured to receive a strap of the headgear of the respiratory interface assembly.

A heated equipment bag includes: a housing providing a first compartment configured to receive a first piece of footwear, the housing further providing a second compartment configured to receive a second piece of footwear, the first compartment being separate from the second compartment; a first heater disposed in the first compartment and configured to produce heat; and a second heater disposed in the second compartment and configured to produce heat.

A multi-compartment resealable plastic storage bag includes a front bag surface, a rear bag surface, a left outer seal, a right outer seal, a bottom edge, at least one inner seal, at least one inner perforated line, and a plurality of fastening mechanism. The front bag surface and the rear bag surface are perimetrically connected to each other by the left outer seal, the right outer seal, and the bottom edge. The front bag surface and the rear bag surface are connected to each other through the at least one inner seal thus delineating a multiple compartments. The at least one perforated line traverses along the at least one inner seal so that the multiple compartments can be separated when necessary. The plurality of fastening mechanism is positioned parallel to the bottom edge and integrated in between the front bag surface and the rear bag surface.

A multi-compartment storage bag, including a bottom portion, including a main compartment to store at least one first item therein, and at least one auxiliary compartment removably disposed on at least a portion of the main compartment to store at least one second item therein, a top portion disposed at least partially along an edge of the bottom portion to facilitate gripping by a user, and a plurality of fasteners disposed on at least a portion of the bottom portion to open or close access to at least one of the main compartment and the at least one auxiliary compartment.

A temperature compensated bellows is provided for storage and displacement of a first fluid used as an indicator in a capillary tube. The bellows is made of a housing made of flexible, watertight material. The housing is made up of an upper portion, a lower portion, and an outer accordion formed portion. The accordion formed portion has a length/and is sealingly connected along a periphery between the upper and lower portions. At least one entry/exit port formed on at least one of the portions thereof. At least one of the upper and lower portions extends from a periphery of the accordion formed portion substantially within the housing so as to reduce the storage volume. Preferably, within this area defined by the portion which extends within the housing, a temperature compensation device is disposed. This device is made up of a miniature bellows and reservoir in which a second fluid is placed having a coefficient of expansion which is different than the first fluid. The device is arranged to allow expansion of the second fluid to negatively affect the displacement of the first fluid in the capillary tube. In this manner, the appropriate selection of a first and second fluid allows for temperature compensation, so as to yield an indication which is consistent and accurate across a large range of temperatures.

Concepts and technologies disclosed herein for selectively opening multiple compartment packages and methods for making selectively opening multiple compartment packages. The selectively opening multiple compartment package can include a front layer having two sides; a second layer having two sides; a third layer having two sides; and a rear layer having two sides. Compartments of the selectively opening multiple compartment package can be formed and bound by a second side of the front layer and the first side of the second layer; a second side of the second layer and a first side of the third layer; and a second side of the third layer and a first side of the rear layer. The compartments are configured to be selectively opened.

A drinking cup takeout bag has a bag body formed by folding an elongated film into two overlapping film bodies and bonding the film bodies at opposite edges thereof. The bag body has a joined opening, two through openings respectively formed through the film bodies and located near top edges of the film bodies, multiple first bonding portions, multiple second bonding portions, and a third bonding portion. The first bonding portions are arranged along opposite edges of the bag body at spaced intervals. The second bonding portions are arranged from a bottom of the bag body to the first bonding portions. The third bonding portion bonds a middle segment of the film bodies. The drinking cups can be placed in the bag body stably. The first bonding portions are transverse curve lines to increase bonding areas of the bag body and enhance the structural strength of the bag body.

A bag provided with an expansion member, including: a bag body having a storage space formed therein; a cushion pocket forming a predetermined space inside the storage space of the bag body; and an expansion member which is accommodated in the cushion pocket, and of which the total volume is variable when air is injected or discharged through an injection portion.

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 florescent bulb bag having a body with first and second elongated panels extending along a first axis and composed of material having top, bottom and side edges that are connected to one another along their bottom and side edges in overlying relation to one another and defining a cavity therebetween that is accessible via through the top edges; and a plurality of elongated sleeves formed in the cavity each of which extends along respective, parallel axes and all of which are parallel to the first axis, wherein each sleeve is sized and shaped to comfortably receive one fluorescent bulb therein.