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    • 3. 发明专利
    • VIBRATION-PROOF FLOOR
    • JPH0238661A
    • 1990-02-08
    • JP18766888
    • 1988-07-27
    • SEKISUI HOUSE KK
    • MORITA TAKESHISUGIHARA MASAMI
    • E04B5/43E04F15/02
    • PURPOSE:To reduce a cost by butting the respective end sections of ALC (lightweight gas concrete) floor boards to each other on the upper surface sections of steel joists crossed over a beam, to arrange floor boards consisting of plywoods or the like, continuously at butted sections on the ALC floor boards, and by fixing the floor boards on the joists with screws. CONSTITUTION:On a beam 11, square-pipe-shaped steel joists 12 are orthogonally arranged, and the end sections of ALC floor boards 13 are butted to each other to be arranged on the joists 12. Besides, on the upper surface sections of the floor boards 13, plywood-like upper floor boards 15 are continuously laid, and screws 16 screwed in through the upper surface of the floor boards 15 are penetrated through the floor board 13 and are driven into the joists 12. Then, by the floor boards 13 and the joists 12, a vertical load is supported, and even when the thinner floor boards 13 are used, sufficient strength is contrived to be obtained. Accordingly, work can be easily executed at a low cost.
    • 4. 发明专利
    • HEAT STORING GRANULE
    • JPS61235483A
    • 1986-10-20
    • JP7610285
    • 1985-04-10
    • SEKISUI HOUSE KK
    • MORITA TAKESHI
    • F28F23/02C09K5/00C09K5/08
    • PURPOSE:To obtain a heat storing granule which is excellent in corrosion resistance, heat transfer efficiency, etc., causes neither supercooling nor phase separation and is suitable for use as component for heat storing wall etc. used in a building, by coating a latent heat storing agent with an org. coating into a small granule. CONSTITUTION:A latent heat storing agent 2 such as paraffin or calcium chloride hexahydrate is coated with an org. coating 3 (e.g.: gelatin coating or cellulose coating) to microencapsulate it, thereby obtaining an intended heat storing granule 1. The heat storing granule 1 can be used, e.g., in such a manner that a number of heat storing granules are uniformly scattered in a concrete matrix 5 for use as a component of heat storing floor, heat storing roof, etc. in the form of a block-shaped heat storing material 4, which contributes to efficient utilization of natural energy for energy conservation.
    • 5. 发明专利
    • HEAT STORING GRANULE
    • JPS61235482A
    • 1986-10-20
    • JP7610185
    • 1985-04-10
    • SEKISUI HOUSE KK
    • MORITA TAKESHI
    • F28F23/02C09K5/00C09K5/08
    • PURPOSE:To obtain a heat storing granule which is excellent in corrosion resistance, heat transfer efficiency, etc., causes neither supercooling nor phase separation and is suitable for use as a component for heat storing wall, etc., used in a building, by packing an inorg. small granule in its voids with a latent heat storing agent. CONSTITUTION:An inorg. small granule 2 (e.g.: perlite rock) is mixed with a solid latent heat storing agent 3 (e.g.: paraffin or calcium chloride hexahydrate). The mixture is allowed to stand in a reduced pressure atmosphere to deaerate voids 2a of the inorg. small granule 2. The mixture is heated at a temp. corresponding to or exceeding the melting point of the latent heat storing material 3 to melt the latent heat storing agent 3, causing the latent heat storing agent 3 to penetrate the voids 2a of the inorg. small granule 2 while keeping the mixture in a reduced pressure atmosphere. The reduced pressure is released, and the mixture is allowed to stand for cooling to obtain an intended heat storing granule 1 in which the voids 2a of the inorg. small granule 2 is packed with the latent heat storing agent 3. The heat storing granule 1 is used, e.g., as a heat storing material 5 by scattering it in a concrete block 4.
    • 7. 发明专利
    • MULTIPLE LIGHT SOURCE COLOR FLUORESCENT LAMP AND LIGHTING SYSTEM USING IT
    • JP2000294190A
    • 2000-10-20
    • JP10271599
    • 1999-04-09
    • SEKISUI HOUSE KK
    • MORITA TAKESHI
    • H01J61/32H01J61/38H05B41/16
    • PROBLEM TO BE SOLVED: To provide a multiple light source color fluorescent lamp that can emit light-rays having two or more different colors from one light source, can evenly emit the respective light-rays in all directions and occupies a small mounting space, and provide a lighting system capable of providing a proper light environment matching human biorhythm by using the multiple light source color fluorescent. SOLUTION: This multiple light source color fluorescent lamp 1 is composed by intertwining plural fluorescent tubes 3 into a bar-like form, and the plural fluorescent tubes 3 are composed of fluorescent tubes 3 having two or more different light source colors. Or the plural fluorescent tubes 3 are composed of fluorescent tubes 3 having two kinds of light source colors of low color temperature and high color temperature. The number of the fluorescent tubes having a light source color of high color temperature out of the plural fluorescent tubes 3 is set more than that of the fluorescent tubes having a light source color of low color temperature. This lighting system 2 is provided with the multiple light source color fluorescent lamp 1, and a control device for selectively lighting all or part of the plural fluorescent tubes 3 of the multiple light source color fluorescent lamp 1 or for individually regulating the brightness of them.
    • 8. 发明专利
    • METHOD AND EQUIPMENT FOR ILLUMINATING WALL SURFACE
    • JPH10340608A
    • 1998-12-22
    • JP15058197
    • 1997-06-09
    • SEKISUI HOUSE KK
    • GOTO KOICHIMORITA TAKESHIKIMURA FUMIOYOSHIDA MOTONORI
    • F21S11/00
    • PROBLEM TO BE SOLVED: To effectively illuminate the interior of a room while avoiding the glare by the direct sunlight by arranging a reflecting plate projecting outward in parallel to the ceiling in the vicinity of an upper end part of a front wall, and introducing the natural light to an indoor wall surface through the reflecting plate. SOLUTION: An opening hole 4 is arranged in the vicinity of an upper end part of a front wall 2 facing to the outdoors in a room 1 of a dwelling house so as to be adjacent to the ceiling 3. A reflecting plate 5 projecting outward from the front wall 2 in parallel to the ceiling 3 is formed along the lower edge of this opening 4. The natural light containing the direct sunlight from the sun 6 is reflected by the reflecting plate 5, and is made incident on a surface of the ceiling 3, and the interior of the room is indirectly illuminated by brightening the surface of the ceiling 3. Here, since the opening 4 is arranged only in the vicinity of an upper end part of the front wall 2, a quantity of the direct sunlight incident indoors through the opening hole 4 is not so much, and is not glaring. An inside surface of the front wall 2 is dark, but the ceiling 3 and respective central parts of a floor surface 7 are bright, and an inside surface of both side walls 8 is also fairly bright. As a result, the interior of the room can be effectively illuminated.
    • 9. 发明专利
    • HIGH ADIABATIC WALL
    • JPH0238638A
    • 1990-02-08
    • JP18766688
    • 1988-07-27
    • SEKISUI HOUSE KK
    • MORITA TAKESHISUGIHARA MASAMI
    • E04B1/76E04B2/56
    • PURPOSE:To prevent reduction in the effective area of the inside of a room by providing an adiabatic layer consisting of an inorganic high performance adiabatic fronting on an air layer and an inorganic common performance adiabatic material which is superposed on the surface opposite to the air layer of the high performance adiabatic material to an inner wall section. CONSTITUTION:An outer wall section 2 is provided to the outside of wall framing struts 1 and, at the same time, an inner wall section 3 is provided to the inside of them to form an air layer 4 between both walls 2 and 3. In the inner wall section 3, an inorganic high performance adiabator 5 fronting on the air layer 4 is so provided that it is brought into contact with the inside of the struts 1. A plurality of stud members 6 are erected to the surface of the inner wall side opposite to the air layer 4, inner wall base boards 7 are stuck to the surfaces of the stud members 6, and the inner wall is finished. An inorganic common performance adiabator 8 is filled into a space surrounded by the adiabator 5, stud members 6 and base boards 7 to form an adiabator layer 9.
    • 10. 发明专利
    • HEAT STORING MATERIAL
    • JPS61235485A
    • 1986-10-20
    • JP7610485
    • 1985-04-10
    • SEKISUI HOUSE KK
    • MORITA TAKESHI
    • F28F23/02C09K5/00C09K5/08F28D20/02
    • PURPOSE:To obtain a heat storing material which is excellent in corrosion resistance, heat transfer efficiency, etc., and suitable for use as a component of a heat storing wall, etc., used in a building, by coating a latent heat storing agent with an organic coating into a small granule to obtain a heat storing granule and scattering the heat storing granule in a matrix such as concrete. CONSTITUTION:A latent heat storing agent 4 such as paraffin or calcium chloride hexahydrate is coated with an org. coating 5 (e.g.: gelatin coating or cellulose coating) to microencapsulate it, thereby obtaining a heat storing granule 3. The heat storing granule 3 is mixed with cement, etc., followed by addition of water. The mixture is set into a block, etc., in a molding tool to obtain a heat storing material 1 in which a number of heat storing granules 3 are scattered in a matrix 2 such as concrete. Since in the present heat storing material the heat storing agent 4 which is a heat storing element of the heat storing material 1 is coated with an org. coating 5 to have a small granular shape, there is caused neither supercooling nor phase separation, which contributes to efficient utilization of natural energy.