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    • 2. 发明专利
    • Solar heat air turbine cogeneration system
    • 太阳能热空气涡轮机加热系统
    • JPH11280638A
    • 1999-10-15
    • JP7918298
    • 1998-03-26
    • Mitsubishi Heavy Ind Ltd三菱重工業株式会社
    • ISHIHARA TAKAO
    • F03G6/00F03G6/04
    • Y02E10/465
    • PROBLEM TO BE SOLVED: To make full use of solar energy possible by concentrating solar heat at the focal point of a solar heat reflection mirror of a solar heat reception device, using high temperature compressed air generated at heat reception device to rotate an air turbine, and passing exhaust air through a regenerator and heat supply heat exchanger for recovery.
      SOLUTION: After atmospheric air is pressurized to a predetermined pressure by an air compressor 3 driven by an air compressor motor 4, passed through a regenerator 5, and is used to conduct exhaust heat exchange with a solar air turbine 1 air to raise temperature, then guided to a solar heat a reception device 6. Solar radiant energy is caught by a solar heat reflection mirror 7, and used to heat solar heat reception device 6 located at the focal point thereof, and heat recovered by the regenerator 5, guided to the solar heat reception device 6 further heats high temperature compressed air (800°C to 1000°C max.) and thereafter guided to the solar air turbine 1. Then this solar air turbine 1 drives a generator 2 by adiabatic expansion, thus generating electricity.
      COPYRIGHT: (C)1999,JPO
    • 要解决的问题:通过在太阳能热接收装置的太阳能热反射镜的焦点聚焦太阳能来充分利用太阳能,使用在热接收装置产生的高温压缩空气来旋转空气涡轮机, 并通过废气通过再生器和供热换热器进行回收。 解决方案:通过空气压缩机马达4驱动的空气压缩机3将大气压力加压到预定的压力后,通过再生器5,并用于与太阳能空气涡轮机1的空气进行热交换以提高温度, 引导到太阳能热接收装置6.太阳能辐射能被太阳能热反射镜7捕获,并用于加热位于其焦点的太阳能热接收装置6,并且由再生器5回收的热量被引导到 太阳能热接收装置6进一步加热高温压缩空气(800℃至1000℃最大),然后被引导到太阳能空气涡轮机1.然后,太阳能空气涡轮机1通过绝热膨胀驱动发电机2,从而产生 电力。
    • 5. 发明专利
    • STIRLING ENGINE SPEED CONTROLLER
    • JPS63235649A
    • 1988-09-30
    • JP6935087
    • 1987-03-24
    • AISIN SEIKI
    • NAITO YOSHIHIRO
    • F03G6/00F02G1/043F02G1/045F02G1/05F02G1/06F03G6/04F03G6/06H02P9/00
    • PURPOSE:To control a variation in engine speed, by installing both main and sub load pars to operate with power out of a generator being driven by a Stirling engine, and controlling them so as to regulate a distribution factor of output to each load part according to the engine speed. CONSTITUTION:Installing a heat collector 1 being heated by solar heat, a Stirling engine 2 is driven by the heat obtained in this collector, thereby driving a generator 3 with the generating power. And, a loading device 4 is driven by this generated electric power. In suchlike equipment, the loading device 4 is constituted of a main load part 40, a dummy load part 41 as a subload part, and a control part 43 for regulating a distribution factor of output to these load parts 40 and 41. The dummy load part 41 is constituted to store electrical energy as water heat. In addition, the control part 43 is constituted of a distributor 430, regulating the distributing factor of output to these load parts 40 and 41 on the basis of output of a speed governor 42 for detecting a variation in revolving speed of an engine output shaft 20, a pressure regulator 432 or the like for regulating working gas pressure.
    • 6. 发明专利
    • SOLAR ENERGY CONVERTER DEVICE USING STIRLING ENGINE
    • JPS62107278A
    • 1987-05-18
    • JP24766085
    • 1985-11-05
    • AISIN SEIKI
    • MOMOSE YUTAKA
    • F03G6/00F02G1/043F02G1/055F03G6/04F03G6/06
    • PURPOSE:To improve reliability of operation, by constituting a heat pipe of a flexible tube, in the case of a device which provides an evaporative part of the heat pipe for heating a heat part of a Stirling engine in the focus of a light collecting part in a sunlight chaser. CONSTITUTION:This device has a sunlight chaser 1 containing a base body 4 which provides a swivel part 41, swiveling to chase a movement of the sun, to be arranged in a fixed part 40 fixed to the ground. Said device 1, having a solar dish 10 serving as a light collecting part, provides an evaporative part 30 of a heat pipe 3 to be arranged in a position of almost the focus of said solar dish 10. The heat pipe 3 has a condensing part 31, acting as a heating part 23 of a Stirling engine 2, in the end part of an opposite side to the evaporative part 30. Here the heat pipe 3, being formed by a flexible tube 32, enables a swivel of the swivel part 41 and the solar dish 10 to be absorbed. In this way, improper lubrication is prevented from being generated in a driving part of the engine 2 and its sealed part.
    • 9. 发明专利
    • Power generating device utilizing updraft in cylindrical column
    • 发电机组利用圆柱升压
    • JPS6185588A
    • 1986-05-01
    • JP20694584
    • 1984-10-02
    • Toshiaki Ichikawa
    • ICHIKAWA TOSHIAKI
    • F03D9/00F03G6/00F03G6/04
    • F03D9/00F05B2240/131F05B2240/9111F05B2250/231Y02E10/46Y02E10/465Y02E10/728
    • PURPOSE:To obtain a power generating device capable of saving energy with a small space by heating the lower section in a vertically provided cylindrical column with the solar heat, ascending the inner air, and rotating a turbine with this updraft. CONSTITUTION:A tapered cylindrical column 1 is installed vertically to the ground surface. Inflow ports 3 of air are provided on the root section of this cylindrical column 1, and a heat collecting device 4 is provided above these inflow ports 3. Glass windows 6 guiding the solar heat collected by this heat collecting device 4 into the cylindrical column 1 are provided on the side wall of the cylindrical column 1. The inner wall of this cylindrical column 1 is made black so as to facilitate heat collection. The turbine 2 of a power generating device is provided at the upper section in the cylindrical column 1 and is rotated by the heated updraft.
    • 目的:为了获得能够通过在具有太阳热的垂直设置的圆柱形柱中加热下部而升高内部空气并且利用该上升气流旋转涡轮机而能够节省空间的发电装置。 构成:锥形圆柱1垂直于地面安装。 在该圆筒1的根部设置有空气流入口3,在这些流入口3的上方设置有集热装置4.将由该集热装置4收集的太阳能的热量导入圆筒状列1 设置在圆筒1的侧壁上。该圆筒1的内壁被制成黑色,以便于收集热量。 发电装置的涡轮机2设置在圆筒1的上部,并通过加热的上升气流旋转。
    • 10. 发明专利
    • Photo-turbine
    • 照片涡轮
    • JPS6131674A
    • 1986-02-14
    • JP15425584
    • 1984-07-25
    • Takashi Aoki
    • AOKI TAKASHI
    • F01D1/02F03G6/00F03G6/04F03H3/00
    • F03G6/045F01D1/02F03H3/00Y02E10/465
    • PURPOSE:To simplify the structure of photo-turbine for converting the light energy into mechanical rotary energy in the air, by providing a spiral and/or radial reflector/straightner while arranging an impeller rotatably in the center. CONSTITUTION:Plural (eight in the drawing) reflector/straightner 1 are arranged in spiral on a circular bottom plate 4 then an impeller 2 is journaled rotatably to the rotary shaft 5 planted vertically from the center of the bottom plate 4 such that it will be positioned in the center of the spiral of said reflector/ straightner 1. While a tube having open ends 3 is arranged above the reflector/ straightner 1 coaxially with the impeller 2. An updraft is produced by the thermal energy produced from each vane of the impeller 2 through irradiation of light and the air flow sucked through the gap of said reflector/straightner 1 is straightened and taken in then collided against one face of impeller to rotate the impeller.
    • 目的:为了简化用于将光能转换成机械旋转能量的光电涡轮机的结构,通过在将叶轮可旋转地安置在中心的同时提供螺旋和/或径向反射器/直线器。 构成:多个(图中为八个)反射器/直板1以螺旋形布置在圆形底板4上,然后叶轮2可旋转地轴颈旋转到从底板4的中心垂直植入的旋转轴5, 定位在所述反射器/直线器1的螺旋的中心。虽然具有开口端3的管被布置在与叶轮2同轴的反射器/直杆1上方。上升气流由通过叶轮的每个叶片产生的热能产生 通过照射光,并且通过所述反射器/直管器1的间隙吸入的空气流被拉直,然后与叶轮的一个面碰撞以旋转叶轮。