A reinforced polybag and methods of manufacturing the same are presented. A method of making a reinforced polybag involves: providing a plurality of walls; providing a hole in a wall of the plurality of walls such that a remaining portion of the wall separates the hole in the wall form a side edge of at least one side edge of the wall; forming the polybag out of the plurality of walls by attaching each wall in the plurality of walls along the at least one side edge of that wall to at least one adjoining wall; providing a synthetic resin fiber mesh cover to cover the hole in the wall; and attaching a peripheral portion of the synthetic resin fiber mesh cover the remaining portion to cover the hole in the wall. Each wall in the plurality of walls is made of a synthetic resin film.

A reinforced polybag and methods of manufacturing the same are presented. A method of making a reinforced polybag involves: providing a plurality of walls; providing a hole in a wall of the plurality of walls such that a remaining portion of the wall separates the hole in the wall form a side edge of at least one side edge of the wall; forming the polybag out of the plurality of walls by attaching each wall in the plurality of walls along the at least one side edge of that wall to at least one adjoining wall; providing a synthetic resin fiber mesh cover to cover the hole in the wall; and attaching a peripheral portion of the synthetic resin fiber mesh cover the remaining portion to cover the hole in the wall. Each wall in the plurality of walls is made of a synthetic resin film.

A flexible, two-part bag. The bag has a first outer section for containing common toiletry items, such as toothpaste, toothbrush, floss, etc., including a small shovel, clean toilet paper, or package of moist wipes etc. The walls of the first outer section are preferably of transparent material or netting material to enable viewing of the contents. A second center section, formed inside the first outer section, and extending slightly above the first section, enables the contents of the sections to be separated, such that the bag forms at least two compartments.

A flexible, two-part bag. The bag has a first outer section for containing common toiletry items, such as toothpaste, toothbrush, floss, etc., including a small shovel, clean toilet paper, or package of moist wipes etc. The walls of the first outer section are preferably of transparent material or netting material to enable viewing of the contents. A second center section, formed inside the first outer section, and extending slightly above the first section, enables the contents of the sections to be separated, such that the bag forms at least two compartments.

A molded container for a tissue scaffold is provided. The molded container comprises a bag made from a soft material, a shape memory frame, and an inner support tube. A sealing part is disposed on the opening of the bag, and an operation window is disposed on the lower part of the bag. The sealing part is closed when no external force is applied. The shape memory frame is embedded in the bag. At least two adjustable hooks are disposed on the ends of the shape memory frame. The inner support tube is disposed on the inner bottom of the bag and selectively penetrates a molded accommodation volume for forming a tissue scaffold. The length of the inner support tube is more than the length of the molded accommodation volume. Therefore, the molded container for a tissue scaffold has features of portability, adjustability, sterility, convenience, and stability.

A molded container for a tissue scaffold is provided. The molded container comprises a bag made from a soft material, a shape memory frame, and an inner support tube. A sealing part is disposed on the opening of the bag, and an operation window is disposed on the lower part of the bag. The sealing part is closed when no external force is applied. The shape memory frame is embedded in the bag. At least two adjustable hooks are disposed on the ends of the shape memory frame. The inner support tube is disposed on the inner bottom of the bag and selectively penetrates a molded accommodation volume for forming a tissue scaffold. The length of the inner support tube is more than the length of the molded accommodation volume. Therefore, the molded container for a tissue scaffold has features of portability, adjustability, sterility, convenience, and stability.

Among other things, a dispenser for dispensing material is provided herein. The dispenser includes a cover. The dispenser is configured to receive a container from which material is dispensed. The container is adapted to be supported by the cover. Biasing structure is adapted to apply a force to the container to facilitate dispensing the material from the container.

The present invention provides a photo-substrate for printing of lenticular images that comprises a lenticular lens array, and an energy-reactive material adhered to the backside of the lenticular lens array. According to the methods of the present invention, the lenticular image is printed directly through the lenticular lens array onto the energy-reactive material, using, for example, collimated light or laser. The photo-substrate of the present invention can be adapted for large scale or industrial production to print lenticular images on a wide array of substrates, including such things as packaging and clothing.

A tubular casing has a package design (la) printed on an original fabric film (1) with transparent no-print zones (2, 3) formed along left and right end edges (2a, 3a). Best before date characters (4) are inkjet printed on the no-print zone (2). The fabric film (1) is bent to place the no-print zone (2) with printed characters on a lower side and form the fabric film (1) in a cylindrical shape. A heat seal portion (H) is formed including the date characters (4), in the no-print zone (2) located on the lower side. The heat seal portion (H) is formed up to the end edge (2a) of the no-print zone (2) and a no-heat seal portion (S) is formed on the end edge (3a) side of the no-print zone (3) located on an upper side to form a casing portion. Both ends of the casing portion are sealed.

A tubular casing has a package design (la) printed on an original fabric film (1) with transparent no-print zones (2, 3) formed along left and right end edges (2a, 3a). Best before date characters (4) are inkjet printed on the no-print zone (2). The fabric film (1) is bent to place the no-print zone (2) with printed characters on a lower side and form the fabric film (1) in a cylindrical shape. A heat seal portion (H) is formed including the date characters (4), in the no-print zone (2) located on the lower side. The heat seal portion (H) is formed up to the end edge (2a) of the no-print zone (2) and a no-heat seal portion (S) is formed on the end edge (3a) side of the no-print zone (3) located on an upper side to form a casing portion. Both ends of the casing portion are sealed.