Abstract: A mesh-like conveyor belt is capable of varying in width and shape as it travels. The conveyor belt comprises a plurality of links, joints, and control elements. The joints connect the links to each other and allow the links to change their orientation within the conveying surface of the conveyor belt. The plurality of links and joints allow the conveyor belt to vary in width, shape, trajectory, and surface speed while in motion. The conveyor belt also includes control elements, built into the structure of the belt that are capable of engaging with external guides. When the conveyor belt is in motion, the control elements engage with and follow the paths determined by external guides thereby controlling the shape of the belt.

Abstract: A mesh-like conveyor belt is capable of varying in width and shape as it travels. The conveyor belt comprises a plurality of links, joints, and control elements. The joints connect the links to each other and allow the links to change their orientation within the conveying surface of the conveyor belt. The plurality of links and joints allow the conveyor belt to vary in width, shape, trajectory, and surface speed while in motion. The conveyor belt also includes control elements, built into the structure of the belt that are capable of engaging with external guides. When the conveyor belt is in motion, the control elements engage with and follow the paths determined by external guides thereby controlling the shape of the belt.

Abstract: A removable attachment system for temporarily attaching a portable pocket to an object made of fabric such as clothing, bag, or the like. The system comprises an outer part placed on the front side of the host fabric and an inner part placed on the back side of the host fabric in a manner such that the host fabric is compressed between the two parts thereby securing the two parts in place. The portable pocket being bound to the outer part is thereby quickly and easily attached to any location on the host object requiring no temporary or permanent modification to the host object and affecting no permanent alteration to the host object upon removal of the portable pocket.

Abstract: A mesh-like conveyor belt is capable of varying in width and shape as it travels. The conveyor belt comprises a plurality of links, joints, and control elements. The joints connect the links to each other and allow the links to change their orientation within the conveying surface of the conveyor belt. The plurality of links and joints allow the conveyor belt to vary in width, shape, trajectory, and surface speed while in motion. The conveyor belt also includes control elements, built into the structure of the belt that are capable of engaging with external guides. When the conveyor belt is in motion, the control elements engage with and follow the paths determined by external guides thereby controlling the shape of the belt.

Abstract: A removable attachment system for temporarily attaching a portable pocket to an object made of fabric such as clothing, bag, or the like. The system comprises an outer part placed on the front side of the host fabric and an inner part placed on the back side of the host fabric in a manner such that the host fabric is compressed between the two parts thereby securing the two parts in place. The portable pocket being bound to the outer part is thereby quickly and easily attached to any location on the host object requiring no temporary or permanent modification to the host object and affecting no permanent alteration to the host object upon removal of the portable pocket.

Abstract: A mesh-like conveyor belt is capable of varying in width and shape as it travels. The conveyor belt comprises a plurality of links, joints, and control elements. The joints connect the links to each other and allow the links to change their orientation within the conveying surface of the conveyor belt. The plurality of links and joints allow the conveyor belt to vary in width, shape, trajectory, and surface speed while in motion. The conveyor belt also includes control elements, built into the structure of the belt that are capable of engaging with external guides. When the conveyor belt is in motion, the control elements engage with and follow the paths determined by external guides thereby controlling the shape of the belt.