A heat resistant portable storage device is provided. The heat resistant portable storage unit may include an outer shell, a thermal liner, and a facing material. The heat resistant fabric that may comprise the thermal liner of the portable storage device may be comprised of non-woven fabric, may be resistant to moisture, and may be coated with one or more heat resistant coatings.

The present invention discloses a system and process for creating a bag having authentic cassette tapes to form a design/pattern which gives it a unique appearance as compared to conventional handbags.

The present invention discloses a system and process for creating a bag having authentic cassette tapes to form a design/pattern which gives it a unique appearance as compared to conventional handbags.

The presently disclosed subject matter is generally directed to bag that can be used to easily transport a wide variety of items. The disclosed bag includes integral legs attached thereto, configured to allow the bag to rest at an elevated position. The bag comprises an upper compartment and a lower compartment separated and divided by an interior wall. One or more legs are housed within the lower compartment. The legs are exposed when the lower compartment is removed via an access, which can be a zipper. In this way, the bag can rest on the legs when desired by the user, keeping the main compartment elevated above a support surface (e.g., sand). The bag therefore performs the dual function of storing and transporting items, and also provides stability and support to the bag when at rest.

The presently disclosed subject matter is generally directed to bag that can be used to easily transport a wide variety of items. The disclosed bag includes integral legs attached thereto, configured to allow the bag to rest at an elevated position. The bag comprises an upper compartment and a lower compartment separated and divided by an interior wall. One or more legs are housed within the lower compartment. The legs are exposed when the lower compartment is removed via an access, which can be a zipper. In this way, the bag can rest on the legs when desired by the user, keeping the main compartment elevated above a support surface (e.g., sand). The bag therefore performs the dual function of storing and transporting items, and also provides stability and support to the bag when at rest.

A light emitting system includes a bag that may contain items. A lighting unit is coupled to the bag and the lighting unit selectively illuminates the items thereby facilitating the items to be retrieved from the bag. The lighting unit is touch sensitive such that the lighting unit turns on when the lighting unit is touched. The lighting unit has a pair of intersecting arms such that the lighting unit has a cruciform shape.

A light emitting system includes a bag that may contain items. A lighting unit is coupled to the bag and the lighting unit selectively illuminates the items thereby facilitating the items to be retrieved from the bag. The lighting unit is touch sensitive such that the lighting unit turns on when the lighting unit is touched. The lighting unit has a pair of intersecting arms such that the lighting unit has a cruciform shape.

A container includes a pair of flaps, which can be brought close to one another, one of the flaps having a buttonhole; and a clasp designed to get through the buttonhole. The clasp includes an anchoring portion, which is fixed to the other one of the flaps; a wide portion, which is designed to prevent the clasp from moving apart from the buttonhole; and an intermediate connection portion, connected, through a pair of hinges, to the anchoring portion and to the wide portion, respectively. The wide portion and the anchoring portion are configured to rotate relative to the intermediate portion, so that the clasp is able to assume a plurality of operating conditions. The buttonhole is designed to interact with the clasp based on the operating condition assumed by the clasp, allowing the flaps or walls be brought close to one another or preventing them from moving apart.

A container includes a pair of flaps, which can be brought close to one another, one of the flaps having a buttonhole; and a clasp designed to get through the buttonhole. The clasp includes an anchoring portion, which is fixed to the other one of the flaps; a wide portion, which is designed to prevent the clasp from moving apart from the buttonhole; and an intermediate connection portion, connected, through a pair of hinges, to the anchoring portion and to the wide portion, respectively. The wide portion and the anchoring portion are configured to rotate relative to the intermediate portion, so that the clasp is able to assume a plurality of operating conditions. The buttonhole is designed to interact with the clasp based on the operating condition assumed by the clasp, allowing the flaps or walls be brought close to one another or preventing them from moving apart.

A smart bag, handbag, carryall for storing, transporting, and recharging multimedia devices, such as a smartphone, personal digital assistant (PDA), laptop, and the like, and having pockets and compartments for storing personal articles therein. The smart bag comprises stitchably joined panels and gussets that can be made from an array of fabrics, synthetic materials, or animal skins, such as leather. The body of the smart bag includes a rechargeable power source between inner lining and outer shell of the purse interconnecting various compartments via a restricted power cord arrangement, integral flexible electrical conduits stitchably disposed in seams, or wireless charging arrangement. The smart bag also has modular adaptability to include a coupling module and a removable clutch bag when the user does not require the storage capability of a conventional purse.