A wing costume article of manufacture has a semi-rigid support structure formed in a symmetrical shape emulating a shape of a set of wings, a fabric liner formed over the semi-rigid support structure, a plurality of synthetic feathers cut from synthetic foam sheet material, the synthetic feathers cut in a variety of lengths and widths, each with a first end and a second end, the second ends fastened to the fabric liner in a manner to present the plurality of feathers outward simulating a set of natural wings, and a harness interface configured to engage the wing costume by the semi-rigid support structure to the upper back of a wearer, presenting the wing costume as the set of wings.

A wing costume article of manufacture has a semi-rigid support structure formed in a symmetrical shape emulating a shape of a set of wings, a fabric liner formed over the semi-rigid support structure, a plurality of synthetic feathers cut from synthetic foam sheet material, the synthetic feathers cut in a variety of lengths and widths, each with a first end and a second end, the second ends fastened to the fabric liner in a manner to present the plurality of feathers outward simulating a set of natural wings, and a harness interface configured to engage the wing costume by the semi-rigid support structure to the upper back of a wearer, presenting the wing costume as the set of wings.

An artificial feather filling material. The material comprises artificial feathers (1), Each of the feathers (1) comprises a first sheet (20) of a first nonwoven material, A filament (10) is arranged along one extension of the sheet and the fiber is bonded to the first sheet.

An artificial feather filling material. The material comprises artificial feathers (1), Each of the feathers (1) comprises a first sheet (20) of a first nonwoven material, A filament (10) is arranged along one extension of the sheet and the fiber is bonded to the first sheet.

Disclosed are a stuffing (4) and a method for manufacturing the same, the stuffing (4) comprising a branch (402) and trunk (401) structure formed with a microporous polymer, and having a trunk (401), and branches (402) formed by splitting from the trunk (401). The stuffing (4) of the present invention can still maintain at a dispersedly stuffing state after multiple washings, without notable phenomena such as agglomeration and entanglement.

A holder for a feather has a coil portion. The coil portion has a center axis, an exterior, and an interior. The interior of the coil portion is configured to receive a shaft of the feather inserted into the coil portion along the center axis. The holder has a socket cup connector portion extending from the coil portion. The socket cup connector portion has an inner leg having a first region extending axially relative to the coil portion, and a second region extending in a direction away from the inner leg first region and away from the exterior of the coil portion. The inner leg first region is spaced from the exterior of the coil portion at a distance such that the inner leg first region and the exterior of the coil portion are resiliently engageable with a wall of a socket cup when the holder is releasably attached to the socket cup.

A holder for a feather has a coil portion. The coil portion has a center axis, an exterior, and an interior. The interior of the coil portion is configured to receive a shaft of the feather inserted into the coil portion along the center axis. The holder has a socket cup connector portion extending from the coil portion. The socket cup connector portion has an inner leg having a first region extending axially relative to the coil portion, and a second region extending in a direction away from the inner leg first region and away from the exterior of the coil portion. The inner leg first region is spaced from the exterior of the coil portion at a distance such that the inner leg first region and the exterior of the coil portion are resiliently engageable with a wall of a socket cup when the holder is releasably attached to the socket cup.

The present invention provides a novel down-like cotton material which is bulky, light-weight, excellent in washing resistance, heat-retaining property and heat insulation property and provides volume feeling, without odor from animals.

The down-like cotton material 1 of the present invention is formed as a cotton-like long fiber, in which filaments of an axial fiber and a float each composed of a polyester raw yarn are united by air entangling in air flow to be entangled, connected and integrated to have a down ball-like mass in an aligned form, and the diameter of the down ball-like mass is 1.0 to 3.5 cm and down ball-like masses are continually aligned at an interval of up to about 10 cm or less in a length direction of the axial fiber.

The present invention provides a novel down-like cotton material which is bulky, light-weight, excellent in washing resistance, heat-retaining property and heat insulation property and provides volume feeling, without odor from animals.

The down-like cotton material 1 of the present invention is formed as a cotton-like long fiber, in which filaments of an axial fiber and a float each composed of a polyester raw yarn are united by air entangling in air flow to be entangled, connected and integrated to have a down ball-like mass in an aligned form, and the diameter of the down ball-like mass is 1.0 to 3.5 cm and down ball-like masses are continually aligned at an interval of up to about 10 cm or less in a length direction of the axial fiber.