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    • 1. 发明专利
    • Compressed air generator
    • 压缩空气发生器
    • JP2013002402A
    • 2013-01-07
    • JP2011135926
    • 2011-06-20
    • Tmc System KkTmcシステム株式会社
    • SAGAWA MIZUHOISHIGURO AKIRA
    • F04F7/02F04F1/16
    • PROBLEM TO BE SOLVED: To provide a compressed air generator that suppresses the consumption of an electrical energy, achieves energy saving, and suppresses the enlargement of the entire device.SOLUTION: The compressed air generator includes an input pipe 4 that sends a liquid to a valve chamber 3, a pressurized tank 5 disposed above the valve chamber 3, a pumping valve 6 that is released if a predetermined pressure or more is received, an intake valve 7 that introduces the atmospheric air to the pressurized tank 5, a discharge valve 8 that discharges the compressed air generated in the pressurized tank 5, a pressurized tank drain valve 9 that discharges the liquid supplied inside the pressurized tank 5 to the outside, and a valve chamber drain valve 10 that discharges the liquid flowing in from the input pipe 4 provided downstream the valve chamber 3 to the outside. The valve chamber drain valve 10 is closed by the flow in a predetermined flow rate of the liquid, the pumping valve 6 is opened by a rise in pressure inside the valve chamber 3 due to the blocking of the valve chamber drain valve 10, and a part of the fluid flowing in from the input pipe 4 is flowing into the pressurized tank 5, thereby compressing the air inside the pressurized tank 5 to thus generate the compressed air.
    • 要解决的问题:提供抑制电能消耗的压缩空气发生器,实现节能,并且抑制整个装置的放大。 解决方案:压缩空气发生器包括输入管4,其将液体送到阀室3,设置在阀室3上方的加压罐5;如果接收到预定压力或更多压力则释放的泵送阀6 ,将大气引入加压罐5的进气阀7,对加压罐5内产生的压缩空气进行排出的排出阀8,将加压罐5内供给的液体排出到加压槽5内的加压槽排出阀9, 以及将从设置在阀室3下游的输入管4流入的液体排出到外部的阀室排水阀10。 阀室排出阀10以预定的液体流量的流动关闭,由于阀室排出阀10的阻塞,泵阀3内的压力升高而使泵阀6打开,并且 从输入管4流入的流体的一部分流入加压罐5,从而压缩加压罐5内的空气,从而产生压缩空气。 版权所有(C)2013,JPO&INPIT
    • 8. 发明专利
    • Water hammer type automatic pumping up unit
    • 水锤式自动抽油机
    • JPS5783700A
    • 1982-05-25
    • JP15964180
    • 1980-11-14
    • Yukiyasu Unno
    • UNNO YUKIYASU
    • F04F7/02
    • PURPOSE: To improve pumping-up efficiency, by means of such a structure in which a swing valve is provided in the front space of a valve chamber and the air enclosed in a plunger profruding its end of rod to touch a water discharge valve, is introdeced into the lower part of the pumping up tube via a form generator.
      CONSTITUTION: When a water discharge valve 4 makes up and down motion as an arrow (a) shows in response to the hight of the valve chamber 2, a rod 6 of the plunger 5 also makes reciprocating motion being interlocked with the motion of said valve to send out the air in plunger 5 to a foam generator 11 and the foams produced in the foam generator 11 are introduced into the lower end of the pumping-up tube 10. On the other hand, when the inside of the valve chamber 2 is pressurized by the water flow, the swing valve 3 is kept in the dotted time position b where the pumping-up valve 8 opens to introduce the water into a compression tank 9. Then, if the inside of the valve chamber 2 is decompressed, water discharge valve 4 is opened to allow the water to flow in through the duct 1 to push the swing wavle 3 up to the position c, then allowing the water flow into the valve chamber 2 to close the wate discharge valve 4, thus pumping-up stroke may be started. The pumping-up efficiency can be improved by maltiplied effect consisting of the swinging action and foam generation due to the plunger.
      COPYRIGHT: (C)1982,JPO&Japio
    • 目的:为了提高泵送效率,通过这样的结构,其中在阀室的前部空间中设置有旋转阀,并且封闭在突出其端部的柱塞中的空气以接触排水阀,是 通过形式发生器进入抽油管的下部。 构成:当排水阀4作为箭头(a)响应于阀室2的高度而示出的上下运动时,柱塞5的杆6也使往复运动与所述阀的运动互锁 将柱塞5中的空气发送到泡沫发生器11,并且在泡沫发生器11中产生的泡沫被引入到泵送管10的下端。另一方面,当阀室2的内部为 通过水流加压,将回转阀3保持在点燃时间位置b,在该时间点b,抽油阀8打开以将水引入压缩罐9.然后,如果阀室2的内部被减压,则水 排出阀4打开以允许水通过管道1流入,以将摆动臂3推动到位置c,然后允许水流入阀室2以关闭浇口排出阀4,从而泵送 中风可能开始。 通过由于柱塞引起的摆动和产生泡沫的麦芽汁效果可以提高抽水效率。
    • 10. 发明专利
    • SYSTEM FOR PUMPING UP SEA WATER
    • JPS5569800A
    • 1980-05-26
    • JP14164778
    • 1978-11-16
    • TANI KATSUHIKOUSHIO MORIYASUMUSHIYA SOUICHIROUIMAEDA KAZUO
    • TANI KATSUHIKOSAKAMOTO TAMIOTAKEI FUMIOMIYAZAWA HIDEAKI
    • F04F7/02
    • PURPOSE:To pump up sea water to a higher place automatically without the use of manpower, electricity or other types of energy by a system wherein sea water is stored in a storege tank utilizing wave motion, the the sea water is pumped up from the storage tank by means of an automatic water power pumping machine. CONSTITUTION:Sea water is stored in the storage tank by utilizing the wave motion . When a cock 31a is opened, the sea water in the storage tank 2 flows down to a valve chamber 32, then it is discharged from a discharge outlet 33, but a discharge valve 34 is shut if the speed of the sea water exceeds the specified value. When the valve is shut, impact pressure is produced in the valve chamber 32, and the sea water pushes up a pumping-up valve 36, then goes up through a pumping-up pipe 37. The sea water tends to flow back when it reaches a certain level of height, but its flow-back is prevented because the pumping-up valve 36 is shut. Consequently, suction pressure is produced in the valve chamber 32, which opens the discharge valve 34, and the sea water in the storage tank 2 is again discharged. By the repetition of this operation, it is automatically pumped up to an elevated place.