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    • 2. 发明专利
    • STAIRCASE TYPE ELEVATOR
    • JPH10139336A
    • 1998-05-26
    • JP29856196
    • 1996-11-11
    • USUI YOSHIO
    • USUI YOSHIO
    • B66B21/00
    • PROBLEM TO BE SOLVED: To easily elevate a load in simple equipment by providing a fixed staircase with plural steps of a designated pitch and a movable staircase which has at least one step connected in the same pitch as that of the steps of the fixed staircase and is supported on the fixed staircase in such a manner as to be moved vertically within a designated pitch. SOLUTION: In the case of moving a load to the upper floor, first when a movable staircase M is at the lowermost point, the load is transferred from the fixed staircase S to the movable staircase M, the movable staircase M is raised to the uppermost point, the load is again moved to the fixed staircase S to raise the load by two pitches of the fixed staircase S, and the above operation is repeated to raise the load. That is, the pressing force toward the vertical wall of the fixed staircase S is applied to the load to move the load. Especially, if the load is a load with casters like a suit case, it will be sufficient to press lightly. On the other hand, in the lowering operation, when the positions of the fixed staircase S and the movable staircase M match, the load is pulled to this side to transfer the load between the fixed staircase S and the movable staircase M.
    • 3. 发明专利
    • FRACTION COLLECTOR
    • JPH0815108A
    • 1996-01-19
    • JP14777694
    • 1994-06-29
    • USUI YOSHIO
    • USUI YOSHIO
    • G01N1/18G01W1/14
    • PURPOSE:To collect and preserve a bottled liquid over some long term by driving an endless chain, entrained about the respective layers of bottle arranging plane, along a predetermined path constituted of a sprocket and a chain guide and then bottling the collected objective liquid and preserving the bottled liquid while refrigerating. CONSTITUTION:In a refrigerator 7, bottles 8 are set on the two layer bottle arranging plane fixed with the bottle receiver group of an endless chain entrained about the respective layers. The bottle receiver moving paths 10 provided for the two layers of bottle arranging surface in the refrigerator 7 are coupled with each other and driven by a same driving means. The endless chain has a curved detouring path for maximizing the availability of the area of each bottle arranging surface. The bottle receiver groups for holding the bottles 8 provided collectively on the endless chain are moved sequentially and the collected liquid is bottled 8 and preserved while being refrigerated.
    • 4. 发明专利
    • DEFOGGER DEVICE
    • JPH0718638A
    • 1995-01-20
    • JP34039692
    • 1992-12-21
    • USUI YOSHIO
    • USUI YOSHIO
    • E01H13/00
    • PURPOSE:To improve the effect of eliminating fog by rotating a flocked body formed by planting fibers thickly in the periphery of a rotary shaft, thereby sucking air containing fog to be changed into a water particle and blowing off the water particle to the periphery. CONSTITUTION:When a fog eliminating device is installed in a place where a fog is generated and rotated, air contained in fibers of a flocked body 3 is blown off in the radial direction by the centrifugal force, and a fog is sucked with air from the end surface of a cylinder of the flocked body 3. When the fog contained in the air flows through the flocked body 3, fog particles inertia- collide with the fibers as the fibers are rotated. Subsequently, the fog particles are gathered and made into a water drop, flow in the longitudinal direction outward along the fiber surface, and blown off to the outside from the fiber end part. The water drop takes in fog particles in the ambient air to remove the same. Further, water is supplied from a water supply source 5 at need to increase spraying of water drop. Thus, fog can be eliminated very effectively.
    • 6. 发明专利
    • MOISTURE PICKING UP DEVICE IN FOG
    • JPS60123737A
    • 1985-07-02
    • JP23188083
    • 1983-12-08
    • USUI YOSHIOUSUI HIDEO
    • USUI YOSHIO
    • G01G17/04G01N1/02
    • PURPOSE:To ensure the pickup of moisture in fog, by providing a means, by which a piece of non-water absorbing string is moved at a constant speed; a wedge to which the string that has passed through the fog is contacted; a water receiving device, which faces the wedge and has a gap; and a pump for dropping the water. CONSTITUTION:A piece of Tetron string 13 is fed from a string feeding reel 11, to which a weak brake is applied, to a winding reel 12 at a constant speed. The string 13 is placed in the atmosphere of fog to be measured. The string 13 is contacted with a wedge 14, which is provided at the intermediate part of the feeding. The droplets attached to the wedge are dropped into a water receiving device 15. A through hole at the central part of the water receiving device 15 is communicated to a pipe 17 having a constant quantity pump 16. The pump 16 is selected so that it sucks the water without pulsation even though the water and bubbles appear in the pipe 16 alternately. Thus the moisture in the fog can be positively picked up. Therefore, the amount of water contained in the fog can be accurately found.
    • 9. 发明专利
    • THIN WIRE-TYPE MIST WATER COLLECTION APPARATUS
    • JPH08201242A
    • 1996-08-09
    • JP1183395
    • 1995-01-27
    • USUI YOSHIO
    • USUI YOSHIO
    • G01N1/02G01N1/22G01W1/14
    • PURPOSE: To provide an apparatus which is compact and fit to carry with, and efficiently collects moisture included in mist. CONSTITUTION: An upper member 12A and a lower member 12B are ring-shaped at peripheral edges thereof. An axial pillar 11 supports the upper and lower members 12A, 12B between both end parts with a suitable distance kept from the end parts. A pair of engaging members 13A, 13B are fitted with the end parts of the axial pillar 11, and thin wires 14 are closely stretched between the pair of engaging members 13A and 13B via the upper and lower members 12A, 12B in such a manner as to represent a cylindrical shape at the outer periphery of the upper and lower members 12A, 12B and a conical shape between the upper/lower members 12A/12B and engaging members 13A/13B. A water collection body 10 is thus constituted. The thin wire-type mist water collection apparatus is provided with, in addition to this water collection body 10, a holding member 24 attached to a fixed member and engaged with the upper member 13A among the pair of the engaging members 13A, 13B thereby to hold the axial pillar 11, and a funnel member 41 attached to a fixed member and engaged with the lower member 13B of the pair of engaging members 13A, 13B to receive the water falling along the thin wires of the water collection body 10.