Abstract: The present invention provides a fragrant article that delivers fragrance over a period of time by an article comprising a polymer matrix, a fragrance and a decorative object. The decorative object is contained within a polymer matrix and in a preferred embodiment is the similar to the fragrance that is being released. The article is particularly well suited to be used as a room freshener, which because of its attractive appearance does not need to be hidden.

Abstract: Described are flavor composition, flavor component, perfume composition and perfume component-containing microparticles which are particulate matrices composed of: (a) an olfactorily active component (e.g., perfume component); (b) silica; and (c) a saccharide composition which is a mixture of mannitol and maltose. The microparticles are useful in augmenting, enhancing and/or imparting aroma and/or taste (over relatively long periods of time in a controllably releasable manner) to perfume compositions, perfumed articles (e.g., deodorancy and antiperspirant sticks), foodstuffs, chewing gums, beverages and the like. Also described is a process for preparing the above-mentioned microparticles using, in sequence, (1) adsorption of the olfactorily active material onto silica followed by (2) a blending/extrusion step followed by (3) at least one particularization step.

Abstract: The present invention provides a fragrant article that delivers fragrance over a period of time by an article comprising a polymer matrix, a fragrance and a decorative object. The decorative object is contained within a polymer matrix and in a preferred embodiment is the similar to the fragrance that is being released. The article is particularly well suited to be used as a room freshener, which because of its attractive appearance does not need to be hidden.

Abstract: The present invention provides a fragrant article that delivers fragrance over a period of time by an article comprising a polymer matrix, a fragrance and a decorative object. The decorative object is contained within a polymer matrix and in a preferred embodiment is the similar to the fragrance that is being released. The article is particularly well suited to be used as a room freshener, which because of its attractive appearance does not need to be hidden.

Abstract: Described are flavor composition, flavor component, perfume composition and perfume component-containing microparticles which are particulate matrices composed of: (a) an olfactorily active component (e.g., perfume component); (b) silica; and (c) a saccharide composition which is a mixture of mannitol and maltose. The microparticles are useful in augmenting, enhancing and/or imparting aroma and/or taste (over relatively long periods of time in a controllably releasable manner) to perfume compositions, perfumed articles (e.g., deodorancy and antiperspirant sticks), foodstuffs, chewing gums, beverages and the like. Also described is a process for preparing the above-mentioned microparticles using, in sequence, (1) adsorption of the olfactorily active material onto silica followed by (2) a blending/extrusion step followed by (3) at least one particularization step.

Abstract: Described is an expandable sponge article, initially substantially anhydrous useful for aromatizing and/or freshening and de-wrinkling clothes and linens (e.g., towels, sheets, pillowcases and the like) consisting of a relatively small expandable sponge having contained in the interstices thereof perfume oil and a fragrance substantivity/fabric relaxing substance. The article is specifically intended to be used on clothing and/or linens in need of de-wrinkling and aromatization and/or freshening, and such use is effected in an automatic dryer (which has different "cycles"); on operation of the "fluff" cycle. The sponge article of our invention is activated by placing water thereon and thereby hydrating and thus expanding the sponge article. The thus-hydrated and expanded sponge article is placed in an automatic dryer along with a suitable number of articles of clothing (e.g., 1-3) and/or linens in need of freshening and/or aromatization and de-wrinkling.

Abstract: Described is an expandable sponge article, initially substantially anhydrous useful for aromatizing and/or freshening and de-wrinkling clothes and linens (e.g., towels, sheets, pillowcases and the like) consisting of a relatively small expandable sponge having contained in the interstices thereof perfume oil and a fragrance substantivity/fabric relaxing substance. The article is specifically intended to be used on clothing and/or linens in need of de-wrinkling and aromatization and/or freshening, and such use is effected in an automatic dryer (which has different "cycles"); on operation of the "no heat" ("fluff" cycle) and/or the "low heat" cycle. The sponge article of our invention is activated by placing water thereon and thereby hydrating and thus expanding the sponge article. The thus-hydrated and expanded sponge article (or a plurality thereof, e.g., two or three sponge articles) is (are) placed in an automatic dryer along with a suitable number of articles of clothing (e.g.

Abstract: Described is an expandable sponge article, initially substantially anhydrous useful for aromatizing and/or freshening and de-wrinkling clothes and linens (e.g., towels, sheets, pillowcases and the like) consisting of a relatively small expandable sponge having contained in the interstices thereof perfume oil and a fragrance substantivity/fabric relaxing substance. The article is specifically intended to be used on clothing and/or linens in need of de-wrinkling and aromatization and/or freshening, and such use is effected in an automatic dryer (which has different "cycles"); on operation of the "fluff" cycle. The sponge article of our invention is activated by placing water thereon and thereby hydrating and thus expanding the sponge article. The thus-hydrated and expanded sponge article is placed in an automatic dryer along with a suitable number of articles of clothing (e.g., 1-3) and/or linens in need of freshening and/or aromatization and de-wrinkling.

Abstract: A fragrance-dispensing artificial flower combination has a cylindrical container with an open upper end and a closed lower end. A volatile liquid fragrance is in the container and a piston is slidably mounted in the container for closing the container over the fragrance. The piston has an opening therethrough, between the open upper end of the container and the fragrance in the container. A tube having a lower open end extending into the open end of the piston, has an upper open end.

Abstract: A multi-purpose, clear, anhydrous, liquid perfume composition comprising effective amounts of each of (a) one or more skin protective agents, (b) one or more skin moisturizers or emollients, (c) one or more emulsifiers, and (d) one or more perfume oils is disclosed. This composition can be used directly on the skin as a perfume, e.g., in the form of a vehicle similar to a dry oil spray, can be added directly to bath water as a perfumed bath oil, or can be mixed with water, e.g., in a jar, bottle or in situ on wet skin, to produce an emulsion body lotion.

Abstract: Described is a dispensing unit of a volatilizable substance capable of visible determination of its extent of use. The unit has a variably located centroid initially positioned proximate the geometric center point of the unit with the centroid moving downward when the unit is in use. As the volatilizable substance evaporates, a weight eccentrically located in the same place as the volatilizable substance angularly rotates about the "z" axis leaving its upper position and finally coming to rest at a lower position when the volatilizable material is used up. At least the final position is rendered visibly detectable by means of a simple sighting mechanism.

Abstract: Described is a stick shave formulation and article employing said formulation. The stick shave formulation contains a triethanolamine stearate soap formed in situ with from 1-10% of a nonionic wetting agent; from 1-15% of a silicone copolymer; from 0.1-1% of a polyoxyethylene polymer slip agent; from 1-30% of a synthetic detergent; from 2-10% of a whitening agent; and 5-20% of emollient moisturizers and hair lubricants.

Abstract: Described are multi-layer, multi-functional volatilizable substance delivery articles. The articles are constructed in order to deliver, in sequentially-timed fashion, to the environment surrounding the article (e.g., atmosphere, or body of water) different fish feed attractants, repellents, combinations thereof, perfumes having different aroma profiles, insect repellents which repel different insects . . . during the day time hours and during the night time hours, air freshener-insect repellent combinations, perfume-air freshener combinations and the like. The article can be constructed where one of the layers is a gel layer and the matrix layer adjacent thereto is composed of perfume-containing particles which emit a fragrance in a sustained release fashion.

Abstract: Described are deodorant and/or antiperspirant vehicles which contain fragrance-containing polymer pellets containing 1 to 80% fragrance, the polymeric pellets produced by means of cryogenically grinding an extruded mixture of perfume composition and polymer.

Abstract: Described are deodorant and/or antiperspirant sticks which contain suspended therein fragrance-containing polymeric pellets containing 1 to 80% fragrance, the polymeric pellets produced by means of cryogenically grinding an extruded mixture of perfume composition and polymer.

Abstract: Described is a single phase clear hydroalcoholic after-shave treatment product containing aloe vera and, optionally, allantoin and a process for preparing same comprising the steps of:(a) either forming:(i) aloe vera gel; or(ii) a product resulting from steam distilling aloe vera leaves and separating the resulting oil phase from the resulting aqueous phase;(b) extracting the oil-miscible aloe vera fraction from the organic phase of the steam distillation product or from the aloe vera gel by intimately admixing therewith a quantity of extraction solvent and physically separating the extract phase from the raffinate phase;(c) separating the extraction solvent from the oil-miscible aloe vera extract phase by means of fractional distillation;(d) intimately admixing the resulting distilled oil-miscible aloe vera phase with a totally miscible perfume oil;(e) admixing the resulting mixture with a polyalkylene glycol, a polyalkylene glycol alkyl ether, a quaternary ammonium salt, a lanolin oil-polyalkylene glycol re