A face mask assembly includes a mask that is wearable on a user’s face to protect the user from inhaling airborne pathogens. A nose strip is integrated into the face mask and the nose strip is comprised of a bendable material to conform to contours of the user’s face when the mask is worn. A scent patch is coupled to the mask and the scent patch is infused with a chemical scent thereby enhancing an odor of the mask. An antibacterial patch is coupled to the mask and the antibacterial patch is infused with a chemical disinfectant. The antibacterial patch releases the chemical disinfectant into air being inhaled by the user when the mask is worn thereby reducing airborne pathogen exposure for the user.

A face masking device for filtering air and infusing lavender thereinto includes a facemask, which is positionable on a face of a user. The facemask comprises a panel having a pair of straps engaged thereto and extending singly from opposed edges thereof. A pair of connectors is engaged singly to the straps distal from the panel. The connectors are selectively mutually couplable. The straps can be positioned around a head of the user, positioning the connectors to be mutually coupled so that the facemask is removably coupled to the head of the user with the panel positioned over a nose and mouth of the user. At least one of an aroma compound and an essential oil is infused into the panel. The panel filters particulates from air passing therethrough while releasing the at least one of the aroma compound and the essential oil into the air.

An animal attack prevention suit to protect the lives of both animal and human. A vest includes a housing mechanism for housing a propellant. A propellant control mechanism controls emission of the propellant from the housing mechanism.

A face mask kit has one or more face masks, each face mask having a facial covering configured to be colored; and at least one colored dye for applying to the facial covering to impart a color. The facial covering is a fabric of a neutral base color to be dyed with the at least one colored dye, the neutral base color is preferably white. The at least one colored dye includes a plurality of colored dyes of different colors, the plurality of colored dyes includes colors selected from colors of red, yellow, blue, orange, green or pink. The face mask kit further has at least one flavored-scent configured to be applied to the facial covering to impart a fragrance to the mask.

A selectively scent infusible face masking assembly for filtering and scenting air includes a facemask, a pocket panel, and a plurality of pads. The facemask is selectively positionable over a nose and mouth of a user so that the facemask is removably engaged to a head of the user. The facemask filters particulates from air passing through the facemask. The pocket panel has opposing edges and a bottom edge that are engaged to the facemask to define a pouch. Each pad is infused with a respective aroma compound so that the plurality of pads comprises pads that are infused with a variety of aroma compounds. The pads are sized complementarily to the pouch. A respective pad is selectively insertable into the pouch so that the respective pad releases an associated aroma compound into the air passing through the facemask.

An apparel system having a removable insert therein that can selectively transport a protect layer. The removable insert may be selectively inserted within a pocket on an apparel item. The removable insert may include an activated carbon layer to help absorb and/or neutralize odorous air in the pocket or in another location on the apparel item.

Systems, methods, and other embodiments associated with an aromatherapy delivery garment or a medicinal delivery garment. In one embodiment, the aromatherapy delivery garment includes a garment, a pocket assembly operatively connected to the garment, and an aromatherapy benefit delivery system located within the pocket assembly for providing an aromatherapy benefit to a wearer of the garment. In another embodiment, the medicinal benefit delivery garment includes a garment having at least one opening, a medicinal benefit delivery system located on a wearer of the garment for providing a medicinal benefit to a wearer of the garment, wherein the medicinal benefit delivery system is located within the opening, and a pocket assembly operatively connected to the garment, wherein the pocket assembly is located over the opening and the medicinal benefit delivery system in order to conceal the opening and the medicinal benefit delivery system.

In one aspect, a mask device may include a facial covering, at least one processor, an electronic assembly accessible to the at least one processor, and storage accessible to the at least one processor. The storage may include instructions executable by the at least one processor to identify a trigger based on a biometric of a user and, based on the identification of the trigger, release a scent from the electronic assembly into a space between the facial covering and an area where the user's nose is disposed while wearing the mask device.

This present invention is an improved face mask having replaceable scented pods that make the wearing of protective face masks a more pleasant and enjoyable experience by eliminating any offensive or unpleasant odors. The novel scented face mask comprises two holders attached to the sides of the mask and is designed to hold scented pods for freshening air coming into or leaving the mask. The unique scented face mask enables the user to select the scented pods as per their desires, and to replace the scented pods when the scent pod becomes worn out. The scented face mask of the present invention encourages users to wear their masks even for prolonged periods of time, to minimizes the chances of spreading harmful pathogens, and therefore protects the individuals from spread of infectious diseases.

A smart mask is proposed, which combines a virus protection function with a sweat-absorbing and quick-drying function, an antibacterial and deodorizing function, and a skin care function. The smart mask includes an outer covering fabric of a three-ply fabric structure including an outside fabric, an inside fabric, and an intermediate fabric intersecting and knitting between the outside fabric and the inside fabric; and an inner covering fabric obtained by coating and drying a composition on a first surface thereof, the composition containing a water-repellent agent for fiber, a functional microcapsule obtained by micro-encapsulating functional oil that has antibacterial and deodorizing effects or skin care effects, and an aqueous binder for processing a fabric, the inner covering fabric being joined to the outer covering fabric by attaching a second surface of the inner covering fabric to a surface of the inside fabric.