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    • 3. 发明授权
    • Pressure based regulating design in fluid conditioning and distribution system
    • US11729953B2
    • 2023-08-15
    • US17144013
    • 2021-01-07
    • Baidu USA LLC
    • Tianyi Gao
    • H05K7/20G05D16/08G06F1/20
    • H05K7/20781H05K7/20272G05D16/08G06F1/206
    • A cooling system includes an inlet port and an outlet port to be coupled to one or more electronic devices, a main loop having a heat exchanger coupled to the inlet port and the outlet port, and a buffer loop coupled to the inlet port and the outlet port. The main loop having a heat exchanger to receive fluid from the inlet port, to extract heat generated by the electronic devices and carried by the fluid, and to return the fluid to the electronic devices via the outlet. In an embodiment, a cooling system includes a buffer loop, configured in parallel with the main loop, with a buffer unit to temporarily buffer at least a portion of the fluid, and a first pressure controllable valve, coupled to the main loop and the buffer loop, to selectively distribute at least a portion of the fluid to at least one of the main loop or the buffer loop based on a fluid pressure of the fluid. In an embodiment, a cooling system includes a bypass loop coupled between the first pressure controllable valve and the outlet port to operate as a direct bypass loop from the inlet port to the outlet port, bypassing the heat exchanger and the buffer unit. Pressure is measured and used for controlling those loops under different working scenarios.
    • 5. 发明公开
    • PRESSURE REGULATING DEVICE
    • DRUCKREGULIERENDE VORRICHTUNG
    • EP2656159A1
    • 2013-10-30
    • EP11808920.0
    • 2011-12-19
    • Eurojet Medical KFT.
    • LINDMAYER, István
    • G05D16/06
    • G05D16/0647G05D16/08Y10T137/7825
    • The pressure regulating device (10) is adapted to be interposed between a pressurized fluid supply and a fluid receiving space into which the pressurized fluid is discharged at a regulated reduced pressure. The device (10) comprising a housing (12) and a diaphragm assembly (30), wherein said housing (12) comprises a means for coupling to said pressurized fluid supply in a sealed manner, and a diaphragm chamber (18) adapted to communicate with said fluid receiving space through a fluid discharging passage (23) and being separated from said pressurized fluid supply by a barrier wall (26) having a central port (28) extending therethrough, wherein said diaphragm assembly (30) comprises a elastic diaphragm (31) connected to a throttle head (34) by a stem (32), said stem (32) extending through said central port (28) to define a flow passage therein, and said diaphragm (31) being secured along its periphery to said housing (12) so that in its initial position, the diaphragm (31) rests on a planar upper surface of said barrier wall (26), and wherein said housing (12) is made of a rigid gas-tight plastic material, and wherein said diaphragm (31), said stem (32) and said throttle head (34) are integrated into one piece as a diaphragm assembly, said integrated piece being made of a gas-tight elastomeric material.
    • 压力调节装置(10)适于插入加压流体源和流体容纳空间之间,加压流体在调节的减压下被排放到该流体供应。 所述装置(10)包括壳体(12)和隔膜组件(30),其中所述壳体(12)包括用于以密封方式联接到所述加压流体源的装置和适于连通的隔膜室(18) 其中所述流体接收空间通过流体排放通道(23)并且通过具有延伸穿过其中的中心端口(28)的阻挡壁(26)与所述加压流体源分离,其中所述隔膜组件(30)包括弹性隔膜 31),其通过杆(32)连接到节流阀头(34),所述杆(32)延伸穿过所述中心端口(28)以在其中限定流动通道,并且所述隔膜(31)沿其周边固定到所述 壳体(12),使得在其初始位置,隔膜(31)位于所述阻挡壁(26)的平坦的上表面上,并且其中所述壳体(12)由刚性气密塑料材料制成,并且其中 所述隔膜(31),所述杆(32)和所述节流阀头(34) 作为隔膜组件磨成一体,所述整体件由气密弹性体材料制成。
    • 7. 发明申请
    • PRESSURE MODULATOR
    • 压力调节器
    • US20160146369A1
    • 2016-05-26
    • US14551296
    • 2014-11-24
    • General Electric Company
    • Christopher GrindeBjorn Erik Seeberg
    • F16K31/126F16K7/10
    • G01L13/026F15C3/04F16K7/10F16K31/126G01L7/08G01L7/088G01L13/02G01L15/00G01L19/0015G01L19/0046G05D16/06G05D16/0605G05D16/08
    • An apparatus, for controlling signal passage, includes a first passageway for a first fluid, a second passageway for a second fluid, and an interposed chamber. A first, movable diaphragm at a first chamber junction and a second, movable diaphragm at a second chamber junction, with a third fluid bound there between and interposed between the first and second passageways. A device varies a volume of the third fluid bound between the diaphragms and thus moves the diaphragms. The diaphragms each have at least one position that permits passage of a pressure signal between the first fluid in the first passageway and the second fluid in the second passageway through the third fluid bound between the diaphragms. The diaphragms each have at least one position that prohibits passage of a pressure signal.
    • 一种用于控制信号通道的装置包括用于第一流体的第一通道,用于第二流体的第二通道和介入的腔室。 第一室连接处的第一可移动隔膜和在第二室接合处的第二可移动隔膜,其中第三流体限定在第一室和第二通道之间并插入在第一和第二通道之间。 装置改变膜片之间限定的第三流体的体积,从而移动隔膜。 每个隔膜具有至少一个位置,允许第一通道中的第一流体和第二通道中的第二流体之间的压力信号通过限制在隔膜之间的第三流体。 每个隔膜具有至少一个禁止压力信号通过的位置。
    • 8. 发明申请
    • PRESSURE REGULATING DEVICE
    • 压力调节装置
    • US20150034181A1
    • 2015-02-05
    • US13996653
    • 2011-12-19
    • Istvan Stephen Lindmayer
    • Istvan Stephen Lindmayer
    • G05D16/06
    • G05D16/0647G05D16/08Y10T137/7825
    • The pressure regulating device (10) is adapted to be interposed between a pressurized fluid supply and a fluid receiving space into which the pressurized fluid is discharged at a regulated reduced pressure. The device (10) comprising a housing (12) and a diaphragm assembly (30), wherein said housing (12) comprises a means for coupling to said pressurized fluid supply in a sealed manner, and a diaphragm chamber (18) adapted to communicate with said fluid receiving space through a fluid discharging passage (23) and being separated from said pressurized fluid supply by a barrier wall (26) having a central port (28) extending therethrough, wherein said diaphragm assembly (30) comprises a elastic diaphragm (31) connected to a throttle head (34) by a stem (32), said stem (32) extending through said central port (28) to define a flow passage therein, and said diaphragm (31) being secured along its periphery to said housing (12) so that in its initial position, the diaphragm (31) rests on a planar upper surface of said barrier wall (26), and wherein said housing (12) is made of a rigid gas-tight plastic material, and wherein said diaphragm (31), said stem (32) and said throttle head (34) are integrated into one piece as a diaphragm assembly, said integrated piece being made of a gas-tight elastomeric material.
    • 压力调节装置(10)适于插入加压流体源和流体容纳空间之间,加压流体在调节的减压下被排出。 所述装置(10)包括壳体(12)和隔膜组件(30),其中所述壳体(12)包括用于以密封方式联接到所述加压流体源的装置和适于连通的隔膜室(18) 其中所述流体接收空间通过流体排放通道(23),并且通过具有延伸穿过其中的中心端口(28)的阻挡壁(26)与所述加压流体源分离,其中所述隔膜组件(30)包括弹性膜片 31),其通过杆(32)连接到节流阀头(34),所述杆(32)延伸穿过所述中心端口(28)以在其中限定流动通道,并且所述隔膜(31)沿其周边固定到所述 壳体(12),使得在其初始位置,隔膜(31)搁置在所述阻挡壁(26)的平坦的上表面上,并且其中所述壳体(12)由刚性气密塑料材料制成,并且其中 所述隔膜(31),所述杆(32)和所述节流阀头(34) 作为隔膜组件被磨碎为一体,所述整体件由气密弹性体材料制成。
    • 10. 发明申请
    • PRESSURE MODULATOR
    • 压力调节器
    • WO2016085644A1
    • 2016-06-02
    • PCT/US2015/059811
    • 2015-11-10
    • GENERAL ELECTRIC COMPANY
    • GRINDE, ChristopherSEEBERG, Bjorn, Erik
    • F15C3/04G01L19/00
    • G01L13/026F15C3/04F16K7/10F16K31/126G01L7/08G01L7/088G01L13/02G01L15/00G01L19/0015G01L19/0046G05D16/06G05D16/0605G05D16/08
    • An apparatus, for controlling signal passage, includes a first passageway (16) for a first fluid (14), a second passageway (26) for a second fluid (24), and an interposed chamber (30). A first, movable diaphragm (40) at a first chamber junction and a second, movable diaphragm (50) at a second chamber junction, with a third fluid (54) bound there between and interposed between the first and second passageways. A device (60) varies a volume of the third fluid bound between the diaphragms and thus moves the diaphragms. The diaphragms each have at least one position that permits passage of a pressure signal between the first fluid in the first passageway and the second fluid in the second passageway through the third fluid bound between the diaphragms. The diaphragms each have at least one position that prohibits passage of a pressure signal.
    • 用于控制信号通道的装置包括用于第一流体(14)的第一通道(16),用于第二流体(24)的第二通道(26)和介入腔室(30)。 在第一室连接处的第一可移动隔膜(40)和在第二室接合处的第二可移动隔膜(50),第三流体(54)结合在第一和第二通道之间并插入在第一和第二通道之间。 装置(60)改变在隔膜之间限定的第三流体的体积,从而移动隔膜。 每个隔膜具有至少一个位置,允许第一通道中的第一流体和第二通道中的第二流体之间的压力信号通过在隔膜之间限定的第三流体。 每个隔膜具有至少一个禁止压力信号通过的位置。