The present disclosure relates to a carry bag, the carry bag includes a body having sidewalls and at least one handle disposed on the body. The body is hollow and dimensioned to receive one or more objects that are to be kept either cooler or warmer than the ambient temperature surrounding the body. The sidewalls of the body are constructed from an outer layer that corresponds to an exterior side wall of the body, a heat reflective layer that corresponds with an interior side wall of the body, and an insulative and pliable foam filling disposed between the outer layer and the heat reflective layer. The at least one handle is adapted to swing out of the way when not in use, so that the opening of the bag is unobstructed, thereby allowing the easy placement or removal of items to/from the bag.

A compact reusable tote includes a sac and a closure flap. The sac is configured to transition between an open carry configuration and a compressed storage configuration. The sac includes generally symmetrical front and back panels having a generally rectangular lower portion and an upper portion including a strap. The front and back panels define an interior compartment. A closure flap having cooperating fastener portions is affixed to a sac panel. In the storage configuration the cooperating fastener portions are mated to one another such that no portion of the sac extends substantially beyond the left and right edges of the closure flap.

A compact reusable tote includes a sac and a closure flap. The sac is configured to transition between an open carry configuration and a compressed storage configuration. The sac includes generally symmetrical front and back panels having a generally rectangular lower portion and an upper portion including a strap. The front and back panels define an interior compartment. A closure flap having cooperating fastener portions is affixed to a sac panel. In the storage configuration the cooperating fastener portions are mated to one another such that no portion of the sac extends substantially beyond the left and right edges of the closure flap.

A reversible, expandable, reusable and versatile handbag that has a rectangular proportion and contains two inner pockets each sewn on the side and not fixed at the bottom and at least one outer front pocket. The reversible aspect of the handbag allows it to go from one size to another with the simple action of inverting or flipping the bag inside out because the inside pockets become outer pockets.

A method of providing a dynamic go-bag service to a user is described. The go-bag contains various supplies and important documents, and is configured to protect these contents during an emergency situation. In one embodiment, the method includes receiving user information from a user, including information about the user, the user's family, and the user's home or residence. Based on the received user information, the method further includes generating a customized go-bag for the user that includes contents specific for the user to use in an emergency situation. The method also includes providing the customized go-bag to the user.

A method of providing a dynamic go-bag service to a user is described. The go-bag contains various supplies and important documents, and is configured to protect these contents during an emergency situation. In one embodiment, the method includes receiving user information from a user, including information about the user, the user's family, and the user's home or residence. Based on the received user information, the method further includes generating a customized go-bag for the user that includes contents specific for the user to use in an emergency situation. The method also includes providing the customized go-bag to the user.

A rolling tote bag including a collapsible container body made of a foldable assembly of fabric panels, including a bottom panel and side panels, that jointly define an inner storage volume when in an expanded state. The rolling tote bag further includes a rolling support assembly to provide rolling support for the collapsible container body in the expanded state, the rolling support assembly including a support plate and a plurality of caster wheels provided on an underside of the support plate. The collapsible container body further includes a retaining structure formed of one or more fabric panels, which retaining structure is provided underneath the bottom panel and is configured to securely hold the support plate outside of the inner storage volume against an underside of the bottom panel.

A greeting card containing with a tote bag releasably attached thereto. The tote bag may be folded into a small pouch which is then attached to one or more panels of the greeting card. The tote may be of the reusable kind and may be removed and used by the recipient.

A soft-sided insulated container assembly is made of a flexible wall structure that is movable between a collapsed position and a deployed position. In one variation of the deployed position it resembles a tote-bag; in another variation of folding the deployed position corresponds to a generally box-like shape. The container includes a self-inflating wall structure that has an inner layer or skin, an outer layer or skin, and a resilient, open-cell insulating layer trapped between the two skins. A valve governs the ability to take in or to expel air. The outer layer may be thicker and more robust that the inner layer, the better to resist abrasion or punctures. The inner layer may be reflective. There may be a removable internal liner. That liner may be transparent.

A soft-sided insulated container assembly is made of a flexible wall structure that is movable between a collapsed position and a deployed position. In one variation of the deployed position it resembles a tote-bag; in another variation of folding the deployed position corresponds to a generally box-like shape. The container includes a self-inflating wall structure that has an inner layer or skin, an outer layer or skin, and a resilient, open-cell insulating layer trapped between the two skins. A valve governs the ability to take in or to expel air. The outer layer may be thicker and more robust that the inner layer, the better to resist abrasion or punctures. The inner layer may be reflective. There may be a removable internal liner. That liner may be transparent.