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    • 56. 发明专利
    • HAND-GRASP HEALTH ENHANCER
    • JPH09643A
    • 1997-01-07
    • JP17400695
    • 1995-06-17
    • SATO TAKASHI
    • SATO TAKASHI
    • A61N1/10A61H39/04A61N2/08
    • PURPOSE: To enable the prompt dissipation of bodily strains by gasping a spherical, ellipsoidal, or walnut shaped main body that accommodates a towcmaline crystalline product, tourmaline crystalline fragments, chips, or powder. CONSTITUTION: An accommodating hole is formed, with an opening 2 at one end thereof, in a crystalline body 1 of a diameter required, and a tourmaline crystalline product 4 is placed therein and the opening 2 is sealed up for example with water glass 5. The tourmaline crystalline product 4 may be as scraped from a crystalline body, as scraped and polished and then formed into a column; fragments or powder of tourmaline crystalline bodies; or tourmaline crystalline fragments or powder solidified using a solidifying agent such as water glass. New materials replacing the conventional material walnut, effects involving electric potential and magnetic field add to the massaging effect.
    • 57. 发明专利
    • VACUUM SUCTION BLASTING DEVICE FOR PIPE INNER SURFACE
    • JPH071336A
    • 1995-01-06
    • JP3390992
    • 1992-02-21
    • SATO TAKASHI
    • SATO TAKASHI
    • B24C3/16B24C3/32
    • PURPOSE:To enable plural pipe inner parts to be blasted at the same time by constituting a receiver box in a vacuum suction part of plural pieces of dummy pipes, a first stage box whose upper end is connected to an air suction pipe and a second stage box whose lower end is connected to a scraping material carrying-out means, respectively. CONSTITUTION:A vacuum suction part having a scraping material K carrying- out means Y and a cyclone 51 or the like in addition to a receiver box X separating scraping material and vacuum suction air is connected to one end of a blasted pie A. Likewise a supplying part of the scraping material K and the vacuum suction air floating and conveying this material K is connected to the other end of the pipe A. In this case, the receiver box X consists of a first stage box 71 covering plural pieces of dummy pipes 70 provided with a discharge hole 69 each on the underside while its upper end being connected to an air suction connecting pipe 73 and a second stage box 72 receiving the scraping material K to be dropped out of the discharge hole 69 while its lower end being connected to the scraping material carrying-out means Y. In succession, each of skirts 74 and 75 is overhung across respective connecting parts.
    • 58. 发明专利
    • FAR INFRARED IRRADIATION DEVICE
    • JPH02242042A
    • 1990-09-26
    • JP6267989
    • 1989-03-15
    • SAKURADA KAICHIROSATO TAKASHI
    • SAKURADA KAICHIROSATO TAKASHI
    • F24H1/10C04B35/00
    • PURPOSE:To obtain an infrared irradiation device capable of efficiently applying a large quantity of a infrared rays to a liquid such as water, steam and the like by providing a plate inside of a plate body composed of ceramic from which far infrared rays are radiated with many ceramic plates in which many through holes are bored to pile the many ceramic plates so as to insert in a case. CONSTITUTION:Steam in a turbulent flow state is jetted in the side of piping 81 introduced in a case body 11' and branched steam is blown in a lower side space 6A. And the steam is jetted from a steam jetting opening 131' into the case body 11'. Because the steam jetted from piping 82 into the case body 11' is mixed with the other steam jetted from the steam jetting opening 131' into the case body 11', turbulent flow state is violent. As shown in the above, when the steam is made the turbulent flow state beforehand to introduce in ceramic plates 3, the irradiation quantity of far infrared rays for the steam increases largely, compared with the case in which the steam without the turbulent flow state is directly introduced in the ceramic plates 3 since the motion of the steam is not constant.