An article of manufacture for use in constructing a three-dimensional discard cup comprising a substantially square flexible substrate having a front side and back side, a first corner, a second corner, a third corner and a fourth corner. A center and two pairs of opposing corners, wherein the flexible substrate having diagonal mirror image cut lines in the shape of an

L, a score line diagonal near the first corner and the third corner. A first wall is created by folding inward along the first score line and the flexible substrate is rotated 180 degrees preparing for the next fold along the second score line. A second wall is created by folding inward along the second score line, and the first wall the second wall are formed creating a pouch.

A method for manufacturing a paperboard bottle and spiral-wound paperboard bottle. The bottle has a tubular body portion, a shoulder and neck portion having a circular cross-section narrowing from the body portion to a circular mouth. The paperboard bottle is a liquid packaging board having thermoplastic polymer coating on both sides. The method includes cutting a planar elongated blank from a packaging board sheet. Protecting exposed cut raw edge of the first longitudinal edge against absorption of liquid. Securing the first end of the blank to a rotatable mandrel having a rotation axis (x) and an outer shape corresponding to the shape of the bottle. Rotating the mandrel to wind the blank spirally onto the mandrel, so that the longitudinal edges overlap applying heat-sealing energy and pressure, onto the overlapping longitudinal edges to form a bottle with hermetically sealed spiral seam and removing the mandrel from inside the bottle.

A method for manufacturing a paperboard bottle and spiral-wound paperboard bottle. The bottle has a tubular body portion, a shoulder and neck portion having a circular cross-section narrowing from the body portion to a circular mouth. The paperboard bottle is a liquid packaging board having thermoplastic polymer coating on both sides. The method includes cutting a planar elongated blank from a packaging board sheet. Protecting exposed cut raw edge of the first longitudinal edge against absorption of liquid. Securing the first end of the blank to a rotatable mandrel having a rotation axis (x) and an outer shape corresponding to the shape of the bottle. Rotating the mandrel to wind the blank spirally onto the mandrel, so that the longitudinal edges overlap applying heat-sealing energy and pressure, onto the overlapping longitudinal edges to form a bottle with hermetically sealed spiral seam and removing the mandrel from inside the bottle.

A composite container (300) comprising a tubular body (301), the tubular body (301) having an inside surface (306) and an outside surface (307) and a container opening (337) at a top end (338) of the tubular body (301), the tubular body (301) being made from a laminate sheet material (8) comprising a carton layer (10, 310) and an inside polymeric layer (11, 311), the inside polymeric layer (311) being arranged at an inside surface (306) of the carton layer (10, 310), the composite container (300) comprising a top rim (339) surrounding the container opening (337), the top rim (339) being attached to a top end portion (340) of the tubular body (301) at the top end (338) of the tubular body (301), and a lid (342) for opening and closing the composite container (300). The composite container (300) comprises a separation arrangement (312), for separating the top end portion (340) of the tubular body (301) together with the attached top rim (339) from a main part (351) of the tubular body (301), the separation arrangement (312) comprising a tear strip (313) comprising a portion of the inside polymeric layer (311), the tear strip (313) being formed between a pair of inside score lines (314, 315) which are arranged in the laminate sheet material (8) from the inside surface (306) of the tubular body (301) through only a part of a thickness (t) of the laminate sheet material (8), the inside score lines (314, 315) and the tear strip (313) extending in a circumferential direction of the tubular body (301), adjacent the top rim (339).

A composite container (300) comprising a tubular body (301), the tubular body (301) having an inside surface (306) and an outside surface (307) and a container opening (337) at a top end (338) of the tubular body (301), the tubular body (301) being made from a laminate sheet material (8) comprising a carton layer (10, 310) and an inside polymeric layer (11, 311), the inside polymeric layer (311) being arranged at an inside surface (306) of the carton layer (10, 310), the composite container (300) comprising a top rim (339) surrounding the container opening (337), the top rim (339) being attached to a top end portion (340) of the tubular body (301) at the top end (338) of the tubular body (301), and a lid (342) for opening and closing the composite container (300). The composite container (300) comprises a separation arrangement (312), for separating the top end portion (340) of the tubular body (301) together with the attached top rim (339) from a main part (351) of the tubular body (301), the separation arrangement (312) comprising a tear strip (313) comprising a portion of the inside polymeric layer (311), the tear strip (313) being formed between a pair of inside score lines (314, 315) which are arranged in the laminate sheet material (8) from the inside surface (306) of the tubular body (301) through only a part of a thickness (t) of the laminate sheet material (8), the inside score lines (314, 315) and the tear strip (313) extending in a circumferential direction of the tubular body (301), adjacent the top rim (339).

Provided is a test tube automatic alignment and label attaching apparatus including a basket formed in a box shape and whose upper surface is open to receive a plurality of test tubes and having a concave bottom surface; a test tube supply device mounted inside the basket and configured to discharge test tubes received in the basket to one side of the basket; and a test tube feeder configured to move the test tubes discharged from one side of the basket. Various other embodiments are available.

A package for shipping a product ordered via the Internet. The package comprising a container body, an inner label, a closure, an outer label removably attached to and covering all or part of the inner label, and a shipping label adhered to the outer label.

An aqueous cell culture medium composition includes an aqueous cell culture solution configured to support the culture of mammalian cells. The composition further includes a synthetic polymer conjugated to a polypeptide dissolved in the aqueous cell culture solution. The synthetic polymer conjugated to a polypeptide is configured to attach to the surface of a cell culture article under cell culture conditions. Incubation of the aqueous cell culture medium composition on a cell culture surface under cell culture conditions results is attachment to the surface of the synthetic polymer conjugated to the polypeptide.

A package for shipping a product ordered via the Internet. The package comprising a container body, an inner label, a closure, an outer label removably attached to and covering all or part of the inner label, and a shipping label adhered to the outer label.

A paper bottle includes a cap, a mouth, a body and a bottom. The mouth has a tube and a body top. The cap can be to seal the tube. The tube is made of biodegradable plastic. A top end of the body is closely connected with the body top. The body is consisted of two layers of paper-based composite paper. The two layers of paper-based composite paper are spirally wound to form a tubular structure. The bottom is made of wood-pulp paper and closely connected with a bottom end of the body.