会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明公开
    • EJECTOR AND VACUUM GENERATING DEVICE INCLUDING THE SAME
    • EP4105495A3
    • 2023-01-25
    • EP22177127.2
    • 2022-06-03
    • SMC Corporation
    • MATSUMURA, Kenichi
    • F04F5/16F04F5/18F04F5/14F04F5/20F04F5/46F04F5/52
    • [Object] To provide an ejector and a vacuum generating device that are capable of reducing an installation space for a switching valve, the ejector, and a pipe and reducing the time and effort for an assembly work.
      [Solution] An ejector 20 includes an ejector body 21 having an internal passage 27 and a negative-pressure generating mechanism 22 including a nozzle unit 23 that ejects compressed air and a diffuser unit 24 that generates a negative pressure by using compressed air ejected by the nozzle unit 23. The ejector body has a first attachment surface 20a to which a valve body 41 of a switching valve 40 is fixedly attached and a second attachment surface 20b to which a base body 18 of the manifold base 10 is fixedly attached. The first attachment surface has a first inflow port 28a for supplying compressed air to the negative-pressure generating mechanism by being connected to a first output port A of the switching valve, and this port communicates with the nozzle unit through a supply passage 28. The second attachment surface has a negative-pressure supply port 29c for outputting a negative pressure to the outside by being connected to a negative-pressure inflow port of the manifold base, and this port communicates with the diffuser unit through a negative-pressure communication passage 29.
    • 3. 发明公开
    • EJECTOR AND VACUUM GENERATING DEVICE INCLUDING THE SAME
    • EP4105495A2
    • 2022-12-21
    • EP22177127.2
    • 2022-06-03
    • SMC Corporation
    • MATSUMURA, Kenichi
    • F04F5/16F04F5/18
    • [Object] To provide an ejector and a vacuum generating device that are capable of reducing an installation space for a switching valve, the ejector, and a pipe and reducing the time and effort for an assembly work.
      [Solution] An ejector 20 includes an ejector body 21 having an internal passage 27 and a negative-pressure generating mechanism 22 including a nozzle unit 23 that ejects compressed air and a diffuser unit 24 that generates a negative pressure by using compressed air ejected by the nozzle unit 23. The ejector body has a first attachment surface 20a to which a valve body 41 of a switching valve 40 is fixedly attached and a second attachment surface 20b to which a base body 18 of the manifold base 10 is fixedly attached. The first attachment surface has a first inflow port 28a for supplying compressed air to the negative-pressure generating mechanism by being connected to a first output port A of the switching valve, and this port communicates with the nozzle unit through a supply passage 28. The second attachment surface has a negative-pressure supply port 29c for outputting a negative pressure to the outside by being connected to a negative-pressure inflow port of the manifold base, and this port communicates with the diffuser unit through a negative-pressure communication passage 29.
    • 8. 发明公开
    • Variable flow rate system for hydrokinetic amplifier
    • VeränderlichesDurchflusssystemfürhydrokinetischeVerstärker。
    • EP0282061A2
    • 1988-09-14
    • EP88103822.8
    • 1988-03-10
    • HELIOS RESEARCH CORPORATION
    • Nicodemus, Carl D.Nicodemus, Blake T.
    • F04F5/04F04F5/18F04F5/46
    • F04F5/12F04F5/467
    • A hydrokinetic amplifier 10 having a primary liquid input formed into a primary liquid jet surrounded by a motivating vapor that transfers vapor momentum to the primary liquid jet and accelerates the primary liquid jet through a minimum cross-sectional area 20 upstream of a diffuser is provided with a secondary inlet that admits a secondary fluid to merge with the primary liquid jet in a diffuser 16 beyond the minimum cross-sectional area. Without varying the primary inflows of liquid and vapor, the secondary flow varies inversely with the fluid flow resistance of the output load; and this can be used to vary the volume, pressure, and temperature of the output. The product of the pressure and volume of the combined flows can exceed the product of the pressure and volume of the primary flow, and change in the load resistance can be used to turn the secondary flow on and off for adding a material to the primary flow.
    • 具有主要液体输入的流体动力放大器10具有形成为由蒸发气体包围的初级液体射流,其将蒸汽动量传递到初级液体射流并通过扩散器上游的最小横截面积20加速初级液体射流。 允许次级流体允许第二流体与扩散器16中的主液体射流合并超过最小横截面积。 在不改变液体和蒸气的主要流入的情况下,二次流与输出负载的流体流动阻力成反比变化; 这可以用来改变输出的体积,压力和温度。 组合流的压力和体积的乘积可以超过主流的压力和体积的乘积,并且可以使用负载电阻的变化来打开和关闭二次流以将材料添加到主流 。