Abstract:
Disclosed is a cushion for relieving fatigue and reforming a sleeping position. The cushion includes a cylindrical sponge, and first, second and third driving motors placed in the sponge to apply vibrations to a user. A controller controls the first, second and third driving motors to generate the vibrations. The cushion also has a cylindrical plastic frame having open ends so that one end of the sponge is fixed in the frame, and an inner cover covers the sponge and first and second molded bodies of the frame. A vessel receiving a battery is inserted into an end of the frame, and a cap covers an opening of the vessel and is equipped with an input unit and a display unit of the controller. An aromatic case is mounted to the cap and has an aromatic material therein for releasing the aroma, and an outer cover covers the inner cover and the frame. A warming or cooling sheet, having pockets sewn on an internal surface thereof to accommodate hot or cold packs, is detachably mounted to an external surface of the outer cover for emitting warmth or coolness. The user lies on his or her side while wrapping the arms and legs around the cushion or holds the legs on the cushion, whereby the spine of the user becomes straight and blood circulation is improved, thus reforming the sleeping position and recovering from fatigue.
Abstract:
An artificial vagina is described comprising a sheath (1) made from a flexible waterproof material. The sheath tapers from one end to the other, the wider end having a resealable opening (2) closed by a screw-threaded stopper (3). Projecting from the inner end of stopper (3) is an eye loop (4) connected to a hook (5) which swivels on wire loop (6) secured to tab (7). The tapered end of sheath (1) has a soft flexible undulating wall (8) and a bulbous portion (9) from which extends an annular membrane (10), the peripheral edge of which has a reinforced elastic rib (11). When assembled with the hook (5) connected to wire loop (6) a fluid chamber (12) is formed and filled with warm water (13) forming a chamber (14). Aperture (15) is formed in wall (8) to connect with bulbous portion (9) for the passage of the water (13).
Abstract:
PROBLEM TO BE SOLVED: To solve such a problem that it is inconvenient for a user to lie down on his/her side or to support a wet towel by a hand to prevent the wet towel from falling when the wet towel is brought into contact with a human body, that an initial temperature of the wet towel, in using the wet towel by keeping warm or cooling, approaches a body temperature in a short time, and that water in the wet towel may wet his/her clothes.SOLUTION: A heat-retaining wet towel holder brings the wet towel (10) into close contact with the human body and holds the wet towel by enveloping the same by a curved holding part (20). This enables the wet towel to retain heat and to keep its original temperature for a long time without letting moisture seep out. A steamed towel is a typical example of the wet towel being a hot steam generating material, and the wet towel is configured to be detachably fitted. The towel can be a cooled towel.
Abstract:
PROBLEM TO BE SOLVED: To provide a compact perspiration device which promotes much perspiration, imparts an excellent refreshing feeling and contributes to the prevention of diseases. SOLUTION: In a perspiration method, a planar heat-generating sheet 2 is located at the upper and lower positions while heat-storage mats 5, 6 are filled with a liquid heat-storing agent and laid on the upper and lower areas of the heat-generating sheet 2 respectively, and then the body of a human user is located between the upper and lower areas of the heat generating sheet 2 so that a heating space is provided on the heat-storage mat 5 in the back side of the human body 4, and the user is made to lie down within the heating space, and thus the back and chest faces of the human body 4 are indirectly heated by the heat having been generated from a heater and stored in the heat-storage mats 5, 6 via the heat-storing agent to thereby provide a large amount of heat at a temperature around the human body temperature. COPYRIGHT: (C)2009,JPO&INPIT