A cotton-based single use grocery bag for carrying groceries or other items. The single use grocery bag is also used for cleaning furniture, cleaning counter tops, washing dishes, etc. The single-use grocery bag may include the a body made of a cotton gauze material defining an internal compartment between a first side, a second side, a third side, a fourth side, a top, and a bottom, wherein the internal compartment is accessed through an opening at the top; the first side and the third side each comprise edges coupled together at a bottom portion of the body and separated at a top portion of the body; and the separated edges define a gap communicating the internal compartment with an outside of the body, wherein each gap is entirely disposed downward relative to the top and the opening and communicates the internal compartment to the external environment.

A cotton-based single use grocery bag for carrying groceries or other items. The single use grocery bag is also used for cleaning furniture, cleaning counter tops, washing dishes, etc. The single-use grocery bag may include the a body made of a cotton gauze material defining an internal compartment between a first side, a second side, a third side, a fourth side, a top, and a bottom, wherein the internal compartment is accessed through an opening at the top; the first side and the third side each comprise edges coupled together at a bottom portion of the body and separated at a top portion of the body; and the separated edges define a gap communicating the internal compartment with an outside of the body, wherein each gap is entirely disposed downward relative to the top and the opening and communicates the internal compartment to the external environment.

A fabric bag and a method for producing the fabric bag are proposed. The fabric bag may be maximally reduced a folded volume of a bag body when folded and stored, by enabling the bag body to be folded in multiple layers to reduce its size in left and right directions, and includes: a body fabric including a front body fabric, a lower folded part, and a rear body fabric; a bag body produced by folding the lower folded part of the body fabric and sewing ends of opposite sides of the folded body fabric with side sewing parts; and a handle strap woven to extend integrally on each opposite side of an open end of the rear body fabric and having each end thereof to be woven and connected to each opposite side of the open end of the front body fabric by a strap sewing part.

A bag, in particular a foldable bag, comprises a tube having a closed end and an open end. The tube is of a fabric and includes at least one set of pleats. The at least one set of pleats includes at least five parallel longitudinal folds in alternating directions that extend from the closed end to the open end of the tube. The longitudinal folds of the at least one set of pleats are secured in place at the closed end of the tube. The sections of fabric on opposite sides of each longitudinal fold are arranged the one on top of the other in a folded state of the at least one set of pleats.

A bag, in particular a foldable bag, comprises a tube having a closed end and an open end. The tube is of a fabric and includes at least one set of pleats. The at least one set of pleats includes at least five parallel longitudinal folds in alternating directions that extend from the closed end to the open end of the tube. The longitudinal folds of the at least one set of pleats are secured in place at the closed end of the tube. The sections of fabric on opposite sides of each longitudinal fold are arranged the one on top of the other in a folded state of the at least one set of pleats.

Disclosed herein is a collapsibly erectable bag. Further, the collapsibly erectable bag may include at least one panel and an elastic component pair. Further, the at least one panel may be configured for forming an interior space and an opening leading into interior space. Further, the at least one panel may include a plurality of side panel pairs and a bottom panel. Further, a side panel pair of the plurality of side panel pairs may include oppositely facing panels. Further, the elastic component pair may be coupled to a primary side panel pair of the plurality of side panel pairs. Further, applying of a force on an elastic component of the elastic component pair may be configured for moving the elastic component from an initial position to a final position collapsing a first primary side panel of the primary side panel pair.

A Stretchable Reusable bag such as for shopping or groceries that is small enough to be kept inside a pocket when in its Compacted Mode and easily and quickly decompressed into an Empty Mode and then expandable to a large In-Use Mode in which it is capable of adapting to the shape and volume of Regular-Sized Items until acquiring a total volume of 500 times the volume of the bag in its Compacted Mode through Smooth Transitions, is achieved by sewing one or more handles to an elastic waistband attached to a rectangular or squared Main Body primarily made of a Nylon-elastane fiber material, preferably in its 85% nylon-15% elastane configuration and its micro-fishnet mesh variant. A method is disclosed for the formation of these bags out of the repurposing of a micro-fishnet pantyhose.

Personal protective devices have a carrying bag, such as a purse, and a separate bullet resistant vest or penetration resistant (to stab wounds) vest comprises at least one neck sling and at least one torso strap. The bullet/penetration resistant vest is dimensioned to removably fit within the carrying bag. The carrying bags are configured to provide a ready state wherein a bullet resistant shield and neck sling are within the carrying bag while at least a connector attached to the end of a deployable torso strap(s) is outside of the carrying bag. The carrying bag has at least one slot designed to allow the torso strap(s) to be pre-fed from the interior of the carrying bag to a position exterior of the carrying bag. In this ready state, the majority of the torso strap is maintained within the interior of the carrying bag. The neck sling and torso straps are deployable to secure the vest to a wearer's torso in the deployed position.

Disclosed herein is a collapsibly erectable bag. Further, the collapsibly erectable bag may include at least one panel and an elastic component pair. Further, the at least one panel may be configured for forming an interior space and an opening leading into interior space. Further, the at least one panel may include a plurality of side panel pairs and a bottom panel. Further, a side panel pair of the plurality of side panel pairs may include oppositely facing panels. Further, the elastic component pair may be coupled to a primary side panel pair of the plurality of side panel pairs. Further, applying of a force on an elastic component of the elastic component pair may be configured for moving the elastic component from an initial position to a final position collapsing a first primary side panel of the primary side panel pair.

Products, processes, and kits are provided for compressing, containing, and carrying goods, particularly soft goods. Cinchable carrying bags are reconfigurable between and open, substantially flat configuration and the present disclosure relates to cinchable carrying bags, cases, or luggage. In particular, present disclosure relates to portable, soft-sided or textile bags configured for reducing the volume or footprint of a load of goods, such as soft goods, contained therein. More specifically, the present disclosure relates to reconfigurable bag templates configured for receiving a load of goods while in an open or substantially flat configuration, wrapping around the load of goods into a folded configuration, reducing the volume or footprint of the goods in a cinched configuration, and securing or containing the cinched goods in a closed configuration. The present disclosure relates to cinchable carrying bags, cases, or luggage. In particular, present disclosure relates to portable, soft-sided or textile bags configured for reducing the volume or footprint of a load of goods, such as soft goods, contained therein. More specifically, the present disclosure relates to reconfigurable bag templates configured for receiving a load of goods while in an open or substantially flat configuration, wrapping around the load of goods into a folded configuration, reducing the volume or footprint of the goods in a cinched configuration, and securing or containing the cinched goods in a closed configuration.