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An application device for applying a cosmetic product includes a wand, and an applicator member on the wand. The applicator member includes a plurality of bristles configured to apply a cosmetic product. Some of bristles include a plurality of particles providing roughness on at least a portion of t

An application device for applying a cosmetic product includes a wand, and an applicator member on the wand. The applicator member includes a plurality of bristles configured to apply a cosmetic product. Some of bristles include a plurality of particles providing roughness on at least a portion of the outer surface of the bristles. The application device can be used in a cosmetic application system having a reservoir. The reservoir is configured to contain a cosmetic product capable of being applied with the application device.

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An application device for applying a cosmetic product includes a wand, and an applicator member on the wand. The applicator member includes a plurality of bristles configured to apply a cosmetic product. Some of bristles include a plurality of particles providing roughness on at least a portion of t

An application device for applying a cosmetic product includes a wand, and an applicator member on the wand. The applicator member includes a plurality of bristles configured to apply a cosmetic product. Some of bristles include a plurality of particles providing roughness on at least a portion of the outer surface of the bristles. The application device can be used in a cosmetic application system having a reservoir. The reservoir is configured to contain a cosmetic product capable of being applied with the application device. an outermost paper layer and wherein said front flap includes an extended segment defined by said outermost paper layer and extending laterally across said front flap. 7. The block bottom bag according to claim 6 wherein said extended segment overlaps and is adhered to said back flap. 8. A blank for forming a bag for containing bulk quantities of material and of the type having one open end and one closed block bottom end, comprising: multiple paper layers, each layer adhered to the next adjacent layer to define a top paper layer and a bottom paper layer; at least one plastic layer adhered to the top paper layer and non-detachable therefrom, said plastic layer and said top paper layer having coextensive edges; said multiple layers of paper and plastic defining a generally rectangular blank having a longitudinal bag axis, wherein each layer of paper and plastic has opposed side edges and opposed top and bottom end edges; a pair of fold lines extending along said longitudinal bag axis to define a front panel having top and bottom edges and a back panel having top and bottom edges; wherein in the back panel the top edge of each layer of paper is offset along the longitudinal axis relative to the top edge of the top paper layer and the plastic layer, and in the front panel the bottom layer includes an extended segment of paper that extends laterally across a portion of the front panel at the bottom edge and said extended segment extends beyond the coextensive edges of all other layers in the front panel at the bottom edge. 9. The blank according to claim 8 wherein each side edge of each layer is offset relative to the coextensive side edges of the top paper layer and the plastic layer. 10. The blank according to claim 9 formed into a bag defining a tubular body having an open end and a closed end defined by a block bottom closure, said bag formed by folding said blank at said fold lines and overlapping and adhering to one another the respective side edges of each layer to define offset longitudinal seams, and wherein said closed end defines an inner bag surface that is substantially entirely covered with said plastic and substantially free from exposed paper. 11. A method of forming a bag of the type having one open end and an opposite end of the block bottom closure type, comprising the steps of: (a) providing a flat and generally rectangular bag blank from multiple paper layers, each layer adhered to the next adjacent layer to define a top layer and a bottom layer and adhering a plastic layer to the top paper layer so that the plastic layer is non-detachable therefrom and has peripheral edges coextensively aligned with said top layer around the entire periphery thereof, said bag blank having opposed side edges and opposed top and bottom end edges and defining a longitudinal bag axis extending between said opposed top and bottom end edges; (b) scoring the bag blank to form a pair of parallel fold lines extending between said opposed top and bottom end edges to define a front panel and a back panel wherein in the back panel the end edge of each layer of paper is offset along the longitudinal axis relative to the end edge of the top paper layer and the plastic layer, and in the front panel the bottom layer includes an extended segment of paper that extends laterally across a portion of the front panel at the bottom edge and said extended segment extends beyond the coextensive edges of all other layers in the front panel at the bottom edge; (c) folding said bag blank along said parallel fold lines and overlapping and adhering to one another the respective side edges of each layer to form a tubular member having open opposite ends and having a front panel and a back panel having opposed top corners at a top end of said tubular member and opposed bottom corners at a bottom end of said tubular member; (d) closing the bottom end of said tubular member to define a block bottom closure by folding said opposed bottom corner s inwardly at a pair of diagonal fold lines, each of said diagonal fold lines extending diagonally from a respective side edge to the bag bottom edge to thereby define an opening at the bottom end of said bag, and wherein the perimeter of said opening defines a regular rectangle defined by opposed lateral edges and opposed upper and lower edges of a respective front and back flap, said opening having a front flap portion and a back flap portion, wherein the lateral edges of the paper plies and plastic in the front flap portion are coextensive, and the lateral edges of plastic in the opening in the back flap portion are aligned with the lateral edges of the front flap portion but the edges of at least one paper layer at the opening at the back flap portion are stepped laterally outwardly relative to the edges of the plastic in said back flap portion to define an inner bag surface that is substantially entirely covered with said plastic and substantially free from exposed paper. 12. The method according to claim 11 including the step of forming a primary fold line extending transverse to the bag axis and intersecting said opposed side edges at the points where said diagonal fold lines intersect said opposed side edges. 13. The method according to claim 12 wherein step (d) further comprises forming first and second secondary bag fold lines extending parallel to said primary cross bag fold line and each spaced from said primary fold line on opposite sides thereof. 14. The method according to claim 13 including applying adhesive to zones bordering the opposed lateral edges of the opening. 15. The method according to claim 14 including folding said tubular member at said first and second secondary fold lines to close said opening. , 439/557; US-5363465, 19941100, Korkowski et al., 385/135; US-5363467, 19941100, Keith, 385/135; US-5372523, 19941200, Sakatani et al., 439/552; US-RE34955, 19950500, Anton et al., 385/053; US-5432875, 19950700, Korkowski et al., 385/027; US-5482476, 19960100, Watanabe et al., 439/555; US-5530954, 19960600, Larson et al., 385/135; US-5545061, 19960800, Sawayanagi, 439/752; US-5757997, 19980500, Birrell et al., 385/060; US-5779500, 19980700, Tokuwa et al., 439/557; US-5781223, 19980700, Sutoh et al., 347/238; US-6089909, 20000700, Tokuwa, 439/557; US-6123579, 20000900, Ping, 439/557; US-6210217, 20010400, Ping, 439/557; US-6508593, 20030100, Farnsworth et al., 385/055 a display element capable of being mounted on a printed circuit board, having an LED and a device for illuminating a light exit area. It comprises an optical waveguide forming the illuminating device and the light exit area, which optical waveguide has a recess, which has a light coupling-in area for light from the LED and in which the LED is fixed. er optic cable assembly including a fiber optic cable segment, a first fiber optic connector which fastens to one end of that fiber optic cable segment and a second fiber optic connector which fastens to another end of that fiber optic cable segment, wherein each fiber optic connector extends through a hole defined by one of the first and second planar members; and a vacuum injected medium dispos