A solution bottle contains: a body and an applying head. The body includes a holder, a first sleeve, and a second sleeve. The holder has an accommodation chamber configured to accommodate a spray can, the first sleeve is secured on a top of the holder, and the second sleeve is connected with an inner wall of the first sleeve. The second sleeve has a connection hole arranged on a bottom thereof and fitting with the spray can, and the second sleeve has a receiving groove configured to house the applying head and communicating with the fitting hole. Thereby, the solution bottle is capable of massaging and applying the solution (such as medicine agent or cosmetics) on the user's body.

The purpose of the art is to treat the air via an air treatment machine. The invention consists of a base; major connector; pcb; dc motor; motor/modified scotch yoke mount; and modified scotch yoke. The base supports a decorative housing which can be made by the end user. The “modified scotch yoke/motor mount” is fastened by screws and nuts to the major connector which is attached to the base also by nuts and screws. Electrical and mechanical moving parts are fixed to the major connector of the battery operated device.

Air is treated by the contents of an aerosol spray can. The aerosol can is inserted through the bottom of the air treatment machine and secured in place by the major bracket screw cap. Once the aerosol spray can's nozzle is depressed by the modified scotch yoke, a vertical spray mist is expelled through the opening at the top of the decorative housing, thus treating the air in the surrounding environment.

The present invention comprises a compact atomizer that substantially encapsulates a standard inhalant canister and allows for in-line dispensing through a mouthpiece formed in an actuating cover. The compact atomizer comprises an actuating cover and housing that cooperate to secure the canister. By compressing the actuating cover and housing together, a nozzle of the canister is depressed to release a portion of substance within the canister. Compression is enabled by an actuation surface formed in the actuating cover. Substance is released in-line with the canister through a mouthpiece at the end of the actuating cover. The result is a small, compact, yet attractive atomizer that can be carried in a pocket or the like while keeping the canister free of debris.

An aerosol foam dispenser for dispensing a foam antiperspirant or deodorant composition. The foam dispenser can have a pressurized container adapted for one or more propellants and a liquid deodorant or antiperspirant composition; a valve assembly, which can be a metered valve assembly, having a valve stem; an actuating mechanism in operative communication with the valve assembly, a dome with a skin contacting surface and one or more exit orifices in fluid communication with the valve stem; and a dip tube.

A repellent system with a housing containing a pressurized cannister containing a repellent and having a release valve, and an actuator in the housing that activates the release valve to dispense repellent.

Disclosed is a refill bottle configured to be insertable into a liquid fragrance dispensing device. The bottle includes a body and a neck, the body having an asymmetrical bulbous portion, which is configured such that a greater proportion of the liquid can be stored in the bottom half of the body than in the top half of the body of the refill bottle. Such results in that the centre of mass of the bottle is offset from the neck. The refill bottle may also include a rotatable spray head with a nozzle for dispensing a liquid fragrance contained within the bottle.

A spray foam insulator assembly for retaining a pressurized can of spray foam at a preferred temperature includes an insulating sleeve that has a diameter of at least 68.0 mm and a height of at least 245.0 mm to insertably receive a pressurized can of spray foam. The insulating sleeve is comprised of a thermally insulating material to retain the pressurized can of spray foam at an optimal temperature for enhancing functionality of the pressurized can of spray foam. The insulating sleeve has a cut integrated into the insulating sleeve to enhance inserting the pressurized can of spray foam into the insulating sleeve. A closure is integrated into the insulating sleeve for opening and closing the cut. A belt clip is coupled to the insulating sleeve to engage an article of clothing on a user for storing the insulating sleeve.

The art of this invention is new. The technical disclosures as described will allow a person to have a firm grip on an otherwise slippery can of spray grease. The 2" x 4" x .125 material is a clear silicone sleeve which can stretch and is washable. The product’s company logo is not obscured by the sleeve. The size of grease cans are uniformly 2-¼" in diameter so it can be used with various manufacturers' products. The 2" diameter allows stretching for a tight fit on the 2-¼" diameter can. The 4" height of the piece will allow for increased grip area. No other invention could be found that solves this problem.

Disclosed is a refill bottle configured to be insertable into a liquid fragrance dispensing device. The bottle includes a body and a neck, the body having an asymmetrical bulbous portion, which is configured such that a greater proportion of the liquid can be stored in the bottom half of the body than in the top half of the body of the refill bottle. Such results in that the centre of mass of the bottle is offset from the neck. The refill bottle may also include a rotatable spray head with a nozzle for dispensing a liquid fragrance contained within the bottle.

A double pressurized container 11, 31 includes an outer container 13, 33; an inner container 14, 34 stored inside the outer container 13, 33 and having flexibility; and a plug 15, 35 welded to the outer container 13, 33 and the inner container 14, 34 and sealing both of the outer container 13, 33 and the inner container 14, 34. An inside of the inner container 14, 34 is a concentrate chamber for charging a concentrate C, and a space between the outer container 13, 33 and the inner container 14, 34 is a pressurizing agent chamber for charging a pressurizing agent P, and the plug 15, 35 is provided with an openable seal part 15d, 44 to open the concentrate chamber. A discharge product 11a, 31a has the double pressurized container 11 filled with the concentrate C and the pressurizing agent P.