Abstract: The present invention relates to a device for curling feathers on a bird. The device comprises a base member having a convex surface and a mating member having a concave surface. The base member and the mating member define a space between the convex surface and the concave surface into which a feather to be curled may be placed. The base member and the mating member are configured so as to be squeezable so that the concave surface and the convex surface may be placed into contact with the feather to effect curling thereof. A method for using the curling device is also described.

Abstract: The invention concerns a feather-based padding product having a coherent shape resulting from the presence of a structure in the form of a three-dimensional network; said network consists of mutually bound thermoplastic fibres (2), which enclose said feathers. Said fibres (2) are first mixed with the feathers, then with appropriate heat treatment, said fibres are bonded at their contact points (5). The padding product is thus in the form of a web and it is packed in rolls or in the form of slabs.

Abstract: The present invention relates to a device for curling feathers on a bird. The device comprises a base member having a convex surface and a mating member having a concave surface. The base member and the mating member define a space between the convex surface and the concave surface into which a feather to be curled may be placed. The base member and the mating member are configured so as to be squeezable so that the concave surface and the convex surface may be placed into contact with the feather to effect curling thereof. A method for using the curling device is also described.

Abstract: A wing former includes a pair of cooperating, spring arm members positioned in overlying spaced relation and movable between an open and closed position for receiving a wing forming material, such as a feather or a thin sheet material for shaping a wing of an artificial fishing lure. Each arm member has a first end portion and a shaped second portion with the first end portions being connected for pivotal movement of the arm members. The wing forming material is inserted between the second end portions. Each second end portion has a configuration corresponding to a preselected wing configuration to be formed. Reference markers on at least one of the shaped end portions facilitate selective positioning of the wing forming material between the shaped end portions. With the material in a preselected position, the shape of the wing is controlled so as to permit construction of a wing that accurately imitates the shape of the wing of an insect of a preselected species.