Abstract:
Ein Beutel (1) mit einer Beutelwand, die aus einer Kunststofffolie (17) gefertigt ist, ist dadurch gekennzeichnet, - dass die Beutelwand ein Relief (16) in der Kunststofffolie (17) aufweist, wobei das Relief (16) mit einer Materialschicht (23) beschichtet ist, oder - dass die aus der Kunststofffolie (17) gefertigte Beutelwand ein Relief (16) aufweist, wobei das Relief (16) durch die Materialschicht (23) gebildet ist
Abstract:
The present invention relates to a bag (10), and more particularly to a bag for carrying bottles, cups and other liquid containers. We describe a bag manufactured of a recyclable material, comprising an insert (13) comprising at least one container-receiving aperture.
Abstract:
A pack sealing method and device in which a slit tubular member (16) is slidably fitted around a wrapped portion of a pack (8) (a bag or envelope made of a diverse material while having a diverse size and a diverse shape) formed as a portion of the pack (8) near an opening (4) of the pack (8) is wrapped around a rod member (14), in a state in which a diverse liquid, gaseous, and solid material or object is put into the pack (8) through the opening (4). The rod member (14) is fixedly bonded to the inner or outer surface of the pack (8) or separate from the pack (8). Where the pack (8) is a zipper pack provided with a zipper, this zipper functions as the rod member.
Abstract:
A pouch with a spout includes a pouch body 1 formed by overlapping and thermally fusing both end portions, forming a seam, of a flexible film material and a spout 3 to be inserted between the film end portions of the pouch body 1 and then thermally fused together with the film end portions to the pouch body, wherein a stress dispersion patch 4 is bonded so as to cover partially both a spout seal portion 2 and a deformable film portion 5 so as to straddle a boundary portion 6 between the spout seal portion 2 and the deformable film portion 5 facing an inner space of the pouch body 1.
Abstract:
In a packaging bag made of a flexible film-type first material, comprising an essentially rectangular base (32) designed as a standing surface with longitudinal and transverse edges (34, 35; 36, 37), the base (32) is made of a second material, providing the bag (10) dimensional stability in an area close to the base, and it has a base fold line (a) which extends in the middle of the two longitudinal edges (34, 35) and parallel thereto and which divides the base (32) into two opposite foldable base parts (38, 40), and the longitudinal edges (34, 35) form side fold lines (b, c) between the base (32) and the essentially rectangular side walls (42, 44) arranged on two opposite sides of the base (32), wherein the folding part (30), formed from the base (32) and the two side walls (42, 44), is stuck to the bag (10).
Abstract:
The present invention relates to a method for manufacturing a packaging bag, comprising the steps of: (a) continuously feeding a pair of strips of plastic film material for a main bag body in a longitudinal direction so as to be apart from each other; (b) continuously feeding a pair of strips of thin sheet material for a framework member to place said pair of strips for the framework member on respective inner surfaces of said pair of strips for the main bag body in predetermined positions thereof; (c) bonding said pair of strips for the framework member to said pair of strips for the main bag body, respectively; (d) bringing one of said pair of strips for the main bag body close to another of said pair of strips for the main bag body so as to cause said pair of strips for the framework member face each other, thus preparing a set of composite strips; (e) thermally bonding said set of composite strips in a perpendicular direction to a longitudinal direction thereof by predetermined intervals to form side heat-sealed portions; (f) thermally bonding said set of composite strips on one of longitudinal edges of said set of composite strips to form a bottom heat-sealed portion; and (g) cutting each of said side heat-sealed portions in two in said perpendicular direction to the longitudinal direction of said set of composite strips, thereby continuously manufacturing a plurality of packaging bags each of which comprises the main bag body and the framework member, which is foldable/unfoldable together with said main bag body, to enable said framework member and said main bag body to be shifted between a generally flat collapsed state and an expanded state.
Abstract:
The present invention relates to a method for manufacturing a packaging bag, comprising the steps of: (a) continuously feeding a pair of strips of plastic film material for a main bag body in a longitudinal direction so as to be apart from each other; (b) continuously feeding a pair of strips of thin sheet material for a framework member to place said pair of strips for the framework member on respective inner surfaces of said pair of strips for the main bag body in predetermined positions thereof; (c) bonding said pair of strips for the framework member to said pair of strips for the main bag body, respectively; (d) bringing one of said pair of strips for the main bag body close to another of said pair of strips for the main bag body so as to cause said pair of strips for the framework member face each other, thus preparing a set of composite strips; (e) thermally bonding said set of composite strips in a perpendicular direction to a longitudinal direction thereof by predetermined intervals to form side heat-sealed portions; (f) thermally bonding said set of composite strips on one of longitudinal edges of said set of composite strips to form a bottom heat-sealed portion; and (g) cutting each of said side heat-sealed portions in two in said perpendicular direction to the longitudinal direction of said set of composite strips, thereby continuously manufacturing a plurality of packaging bags each of which comprises the main bag body and the framework member, which is foldable/unfoldable together with said main bag body, to enable said framework member and said main bag body to be shifted between a generally flat collapsed state and an expanded state.
Abstract:
A collapsible basket having a collapsible fabric basket body, a hard bottom board attached to the top surface of the bottom panel of the basket body, and two support open frames formed of a respective metal wire rod and respectively hinged to the top side of the basket body at two sides and attachable to two opposite vertical peripheral panels of the basket body to support the basket body in shape.
Abstract:
The disclosure relates to a pack for holding a food item or items comprising a bag (10) and a channel shaped holder (11) for the bag formed in card and comprising a pair of side walls (12,15) to which the sides of the bag are adhered by adhesive areas (40) and a base (14) hinged at first fold lines (21) to the side walls and having a plurality of spaced second fold lines (22) extending parallel to the first fold ines to allow the base to take up a generally convex or concave shape with the side walls of the holder spaced apart and holding the side walls of the bag apart.