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    • 1. 发明专利
    • HEAT ENERGY AMPLIFICATION METHOD AND APPARATUS
    • JP2002228285A
    • 2002-08-14
    • JP2001021330
    • 2001-01-30
    • KAJINO YUKIO
    • KAJINO YUKIO
    • F25B7/00
    • PROBLEM TO BE SOLVED: To provide a method and an apparatus for obtaining high heat energy and for generating heat energy with heat generated by itself as a heat source after initial operation. SOLUTION: A plurality of heating apparatuses is used. The heating apparatuses comprise an evaporator, a compressor, a condenser, and a heating medium circuit for circulating a capillary tube successively increases heat radiation energy at the condenser by circulating a heating medium whose temperature has been increased by the compressor to the evaporator by limiting the radiation of heat to the heat storage circuit section of the condenser for allowing one portion of heat energy to remain. The plurality of heating devices is used to supply the heat energy being stored from the condenser in the pre-stage heating device to the evaporator of a plurality of next-stage heating devices being arranged in parallel as a heat source, at the same time one portion of heat radiated from the condenser of either heating device after the second stage is supplied as the heat source of the evaporator of the first-stage heating device. A bypass is provided at the heat supply circuit section of the next-stage heating device, where the bypass detours the condenser of the pre-stage heating device by detecting the temperature of the heating medium.
    • 2. 发明专利
    • DISC-SHAPED ROTARY ENGINE
    • JPH10205344A
    • 1998-08-04
    • JP33348397
    • 1997-11-18
    • KAJINO YUKIO
    • KAJINO YUKIO
    • F02B53/00F01C1/30
    • PROBLEM TO BE SOLVED: To provide an engine in which pollution is reduced and the decrease of rate of consumption fuel and output is restrained by using two variable capacity chambers formed of rotors. SOLUTION: A disk-shaped rotary engine is provided with a casing 1 provided with a cylindrical inner peripheral wall, a non-rotational circular body 2 provided with at least each two radial recessed and projecting parts on one end side and coaxially and airtightly fitted on the casing inner peripheral wall, a rotational circular body 3 having the same surface as the irregular surface of the non-rotational circular body on one end side, to be brought in slide- contact with the irregular surface of the non-rotational circular body, and airtightly and rotatably fitted to the casing inner peripheral wall, a rotational output shaft 6' to be rotated by being interlocked with the rotational circular body, pressing means 7, 8 for engaging the rotational circular body to the non- rotational circular body, a fuel supplying passage communicated with the non- rotational circular body, an exhaust port, a gas accumulating combustion chamber in which a spark plug is arranged, and a compression communication passage.
    • 3. 发明专利
    • FILTERING DEVICE AND METHOD
    • JPH08131733A
    • 1996-05-28
    • JP30562194
    • 1994-11-15
    • KAJINO YUKIO
    • KAJINO YUKIO
    • B01D24/00B01D29/60B01D29/62B01D29/66B01D37/00B01D37/04
    • PURPOSE: To automatically clean a filter in a short time and supply a high-purity cleaning liquid in the operation of unclogging the filter layer of the filter provided in a circulating circuit for supplying the cleaning liquid therethrough. CONSTITUTION: In a filtering device provided in a circulating circuit 1, the interior of a filter 3 is divided by a filter layer 4 consisting of a filter medium into the upper and the lower part, i.e., a polluting chamber 5 and a cleaning chamber 6, a polluting circuit 8 having a pump 7 provided thereon is connected at its end to the polluting chamber, an auxiliarly circuit 10 braching off a directional control valve 9 on the polluting circuit is connected at its end to the cleaning chamber, a cleaning circuit 12 with an opening/closing valve 11 is connected at its base end to the cleaning chamber and a drain circuit 14 with a drain opening/closing valve 13 is provided at the lowest part of the polluting chamber. To a controller 16 is connected a line 15 capable of transmitting the signals for electrically activating the pump, the directional control valve, the opening/closing valve and the drain opening/closing valve.
    • 7. 发明专利
    • LIFT BOAT
    • JPS62244778A
    • 1987-10-26
    • JP8775086
    • 1986-04-16
    • KAJINO YUKIO
    • KAJINO YUKIO
    • B63B1/16B64C25/52B64C25/54
    • PURPOSE:To enable high speed sailing to be performed in low fuel consumption floating a ship body above the height of an averaged water level and reducing contact resistance with water and air, by providing an airfoil and an auxiliary float, which are overhung from the enclosed type ship body, and adopting the propelling method against the atmosphere on the water surface constituting the ship body to be steered in both air and water regions. CONSTITUTION:A ship body 2 of almost shell shape, having an enclosed type cabin 1, mounts an airfoil 4 to an airfoil body supporting part 3 while an auxiliary float 13 to the bottom of a ship and provides vertical and horizontal tails 7, 8 in the stern 6, and a vertical rudder 9 is extended to a lower position from the waterline 10. And the ship provides a propeller in the tail end of the stern 6 or a propelling machine 11 of jet propulsion or the like in both sides of the tail end. Accordingly, the ship body 2 is floated above the height of an averaged water level by multiplicative lift action of the auxiliary float 13 and the airfoil 4, and energy, required for propulsive force in proportion to a speed, is reduced by extremely decreasing contact resistance against water. While the ship body 2 by its own figure enables the contact resistance with air to be decreased, and even a long period cruise in a high speed can be performed in low fuel consumption.
    • 9. 发明专利
    • METHOD AND DEVICE FOR IGNITING ENGINE EXCEPT DIESEL ENGINE
    • JPS5848780A
    • 1983-03-22
    • JP14704881
    • 1981-09-18
    • KAJINO YUKIO
    • KAJINO YUKIO
    • F02P15/10F02P5/07F02P7/02F02P15/08
    • PURPOSE:To increase a force per explosion by a method wherein a plurality of pulses of electric discharge are supplied to the particles of combustible substance in a cylinder to increase the source of ignition. CONSTITUTION:A movable arm 50 for supplying electricity is advanced in an insulating tube 52 against the resilient force of a coil spring 53 in accordance with a revolving speed under utilizing a centrifugal force for the movable arm 50, which is generated in accordance with the increase of the revolving speed, and an angle of the electric discharging is widened to begin an angle advancing effect from a point where the part 55 of the electric discharge at the tip end of the tube 52 is coincided with the opening part at the same end substantially. Receiving electrodes 56, which are receiving the effect of electric discharge, are arranged with equal intervals in the same number as the cylinders of the electric ignition type engine through insulating parts and are connected by lead wires 7 to ignition plugs 6 mounted on each cylinders. According to this method, the beginning and the finishing of the electric discharge are coincided with each other in the same axial direction and the effect of the electric discharge may be continued, thereby increasing the force of explosion.
    • 10. 发明专利
    • COAXIAL ROTATING ENGINE
    • JP2002089276A
    • 2002-03-27
    • JP2000279443
    • 2000-09-14
    • KAJINO YUKIO
    • KAJINO YUKIO
    • F02B53/00F01C1/30F04C9/00
    • PROBLEM TO BE SOLVED: To provide a coaxial rotating engine capable of obtaining rotating driving force at a compression stroke and preventing an output shaft from reciprocatively moving to the axial direction. SOLUTION: Each pair of a first rotating disk and a first receiving plate, and a second rotating disk and a second receiving plate, of which one surface side is formed to have a streamlined concaved and convexed curved surface respectively, is coaxially disposed in a casing to face to each other in the concaved and convexed curved surfaces. The first rotating disk is installed integrally with the rotating shaft body, and the first receiving plate is installed so as to be not rotatable but axially movable with respect to the rotating shaft body. The second rotating disk rotates integrally with the rotating shaft body and is slidable along axial direction of the rotating shaft, and the second receiving plate is not rotatable but axially movable with respect to the rotating shaft body. By rotations of the rotating shaft body, a pair of volume variable chambers is alternately formed between two pairs of concaved and convexed carved surfaces. A fuel supply port is provided in a first chamber, and an exhaust port is provided in a second chamber. A compression communication passage and a combustion chamber for accumulating gas communicating with it are provided between the first chamber and the second chamber.