Abstract: A vapor therapy treatment device and method for generating a therapeutic vapor is disclosed. The vapor therapy treatment device includes a cushion having an inner space with water-absorbing material therein. The cushion includes a cover having an outer surface and a vapor permeable pouch associated with or connected to the cushion. The pouch is adapted for receiving, retaining, and subsequently releasing vapor therapy materials or compositions. Upon heating of the water-absorbing material, water vapor is released. Released water vapor may combine with vapor therapy materials and compositions to form a gaseous therapeutic vapor. The heated cushion can be applied to the face and/or nose of a user, facilitating inhalation by a user of therapeutic vapors released from the device.

Abstract: A substantially self-contained system and corresponding method provides practical spot cleaning of soiled garments without requiring the use of chlorinated solvents. A soiled garment may optionally be pretreated with either of a water based or petroleum based nonchlorinated cleaner. Thereafter, a relatively high level of vacuum force is applied to the soiled garment to be cleaned, and comprises the flushing agent for both the soil and the pretreatment cleaner. Drying effects obtained with the vacuum force may be augmented by the addition of compressed air directed onto the garment. A self-contained workstation practicing such methodology may optionally include an electric water boiler for generating steam to be applied as a supplement to vacuum and also include an industrial grade vacuum pick-up with a waste collector for generating the relatively high vacuum force, preferably at least about 80 inches of mercury of static pressure.

Abstract: A substantially self-contained system and corresponding method provides practical spot cleaning of soiled garments without requiring the use of chlorinated solvents. A soiled garment may optionally be pretreated with a water base, nonchlorinated cleaner. Thereafter, a relatively high level of vacuum force is applied to the soiled garment to be cleaned while steam is directed onto the spot. The steam comprises the main cleaner when no pretreatment is used, and comprises the flushing agent whenever a water-based pretreatment cleaner is used. Drying effects obtained with the vacuum force may be augmented by the addition of compressed air directed onto the garment. A self-contained workstation practicing such methodology may include an electric water boiler for generating steam and an industrial grade vacuum pick-up with a waste collector for generating the relatively high vacuum force, preferably at least about 80 inches of mercury of static pressure.