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    • 1. 发明专利
    • SLIDING DOOR DEVICE
    • JPH09125831A
    • 1997-05-13
    • JP28064395
    • 1995-10-27
    • TATEYAMA ALUMINUM KOGYO KKHITACHI CHEMICAL CO LTDHITACHI KASEI UNIT KK
    • INAGAKI SHINJIOKADA MAKOTO
    • E06B3/14E04H1/12E06B3/46E06B3/48
    • PROBLEM TO BE SOLVED: To ensure effective opening width at the time of opening operation at a large value by forming an inward flange to one vertical frame and inhibiting the width of each sliding door at small values in response to the height of flanges. SOLUTION: A sliding door 30 on the operation side is moved forward and abutted against the internal side face of a vertical frame 11, and the opening width W of a door frame 10 is closed. A sliding door 20 on the nonoperation side engages a hook 32b thereof with the hook 21b of a front end section and is pulled forward at that time, and the hook 22b of a rear end section is retained to the hook 12d of a flange 12c and a forward limitation is regulated. The sliding doors 20, 30 are retreated so that each rear end is abutted against a vertical frame 12, and opened and operated in effective opening width w1. The height (h) of the flange 12c formed to one vertical frame 12 is contained in the opening width W of the door frame 10. The sliding doors 20, 30 under a closed state can be locked under the unopened state by incorporating a lock mechanism into a style 31 at the front end of the sliding door 30 on the operation side and locking the stile 31 between the stile 31 and the corresponding vertical frame 11.
    • 2. 发明专利
    • EQUIPMENT UNIT
    • JPH09125717A
    • 1997-05-13
    • JP28364195
    • 1995-10-31
    • HITACHI CHEMICAL CO LTDHITACHI KASEI UNIT KK
    • OKADA MAKOTOHIRAI MASASHI
    • E06B3/46E04H1/02E04H1/12
    • PROBLEM TO BE SOLVED: To reduce a stage difference of an entrance of an equipment unit, and to improve the water resistance and workability. SOLUTION: Depth dimension D1 of a door mounting part 1a of three sides of the periphery of a water-resistant pan 1 is formed at 30mm, and a water- resistant pan FL and a standing end 1b of the periphery of the water-resistant pan 1 are formed at the same height so that an upper end 2a of a lower frame of a door inside of a room and the water resistant pan FL are formed at the same level. Depth dimension D2 of a water-resistant pan housing part of the lower frame of the door is formed at 30mm, which is the depth dimension D1 of the water resistant pan door mounting part, or less so as to form a stage difference at 3mm between the upper end 2a of the lower frame of the door inside of the room and the upper end 2b of the lower frame of the door outside of the room. A draining groove 2c and a draining groove cover 1d are provided along the door mounting place 1a of the water resistant pan 1 so as to be formed lower by one step from the door mounting place 1a, and as the door 2, two sliding doors having a wide opening width and the excellent operability are used.
    • 6. 发明专利
    • MULTI-FUNCTIONAL AUTONOMOUS WALKING SUPPORT MACHINE
    • JP2000210339A
    • 2000-08-02
    • JP1639699
    • 1999-01-26
    • HITACHI CHEMICAL CO LTD
    • SUZUKI YASHIOOKADA MAKOTOKOBAYASHI HIROYUKI
    • A47B9/04A47B13/00A47C9/00A47C13/00A61G5/04A61H3/04
    • PROBLEM TO BE SOLVED: To enable applying this machine into a chair, a table or a sitting stand or the like by permitting the horizontal direction angle of a top plate arranged at the upper end of an elevating/lowering member in a horizontal direction to be adjustment possible. SOLUTION: An angle adjusting mechanism is disposed at the upper end of a driving rod 22 constituting the elevating/lowering member 21 and the top plate 33 is mounted with it. The mechanism is constituted of a connecting member 35, a connecting pipe 36, a gas spring 37, a top plate connecting plate 38, a bar member 39 and an adjustment handle 40. The top plate 22 is vertically moved in accordance with the vertical motion of the driving rod 22 to adjust the horizontal direction angle. For example, the upward pulling of the adjustment handle 40 makes the bar member 39 move forward, the bottom surface of a press tool 46 pushes a lock pin 45 and the gas spring 37 is made to be extension/contraction possible. Thus, when force to the top plate 33 is zero, a shaft 48 is extended and the top plate 33 and the top plate connecting plate 38 are inclined in an angle of elevation with a second pin member 42 as a fulcrum. Then the machine is fixed when the adjustment handle 40 is separated. Thus, the application of this machine into the chair or the table or the like is attained.
    • 10. 发明专利
    • RESERVOIR TANK TYPE HEAT PUMP WATER HEATER
    • JPS61213436A
    • 1986-09-22
    • JP5524185
    • 1985-03-19
    • HITACHI CHEMICAL CO LTD
    • KATAGAI NOBUYOSHIITABASHI MASAHIKOOKADA MAKOTOMITA TETSUSHIHAKETA MAMORU
    • F24H1/18F24D19/10
    • PURPOSE:To perform an economical operation by maximizing the operation hours of heat pump and minimizing the operation hours of heater by controlling the heating while comparing the heating characteristics curve showing the heating time relative to the combined heating capacity of the heat pump and supplemental heat source with the detected water temperature. CONSTITUTION:Water circulating between the reservoir tank 1 and water heat exchanger 5 by means of a circulation pump 4 returns to the reservoir tank after being heated in the water heat exchanger 5. At this moment, the water temperature is detected at regular time intervals by a thermo sensor 6 in the reservoir tank. Meanwhile, the relationship between the elapsed time of operation and water temperature is compared in the memory unit 10 based on the combined heating capacity of the heat pump unit 3 and heater 2, and, if the detected water temperature is low, the heater 2 is additionally operated. If the detected water temperature is high, only the heat pump is operated. While such processes are repeated, the heating of the reservoir tank 1 is completed. The control device 11 switches to the operation of the heater 2 only once the first predetermined water temperature is reached, and also controls thereafter the heating operation up tot he second water temperature at the end of the midnight time power supply.