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    • 2. 发明申请
    • SPRAY NOZZLE ARRANGEMENTS
    • 喷雾安瓿
    • WO2017029466A1
    • 2017-02-23
    • PCT/GB2016/000148
    • 2016-08-11
    • LEAFGREEN LIMITED
    • LAIDLER, Keith
    • B05B1/08B05B1/34
    • B05B1/086B05B1/3415B05B11/0067B05B11/007B65D83/7535
    • A nozzle arrangement that produces an atomised spray or foam wherein the nozzle arrangement comprises a nozzle body with an inlet for a pressurized fluid into a chamber with an outlet orifice in the downstream wall and a prodder with a tapered conical tip wherein the prodder is inside of said chamber and at least part of the tip of the prodder protrudes inside the outlet orifice creating at least one circumferential gap between the prodder tip and the outlet orifice whereby the fluid spins around at least part of the prodder tip and out through the circumferential gap and produces an atomized spray or foam with a substantially full cone shape.
    • 一种喷嘴装置,其产生雾化的喷雾或泡沫,其中喷嘴装置包括具有用于加压流体的入口的喷嘴主体,其具有在下游壁中的出口孔的腔室和具有锥形锥形末端的制品,其中, 所述室并且所述制品的尖端的至少一部分在所述出口孔内突出,从而在所述制品尖端和所述出口孔之间产生至少一个周向间隙,由此所述流体围绕所述制品尖端的至少一部分旋转并穿过所述周向间隙, 产生具有基本上全锥形的雾化喷雾或泡沫。
    • 5. 发明申请
    • IN-LINE CHECK VALVE ASSEMBLY
    • 在线检查阀组件
    • WO2004023010A1
    • 2004-03-18
    • PCT/CA2003/001364
    • 2003-09-08
    • HERCULES VALVE INC.
    • FLOH, RobertoSPINDLER, Richard
    • F16K15/14
    • B05B1/086F16K7/075F16K15/145Y10T137/784Y10T137/7861Y10T137/7889Y10T137/7895
    • A check valve (20) is placed in a conduit (16) for pressurized fluids, and comprises a cylindrical external housing (22) having inlet (17) and outlet ends (19), a cylindrical internal spigot (24), and an elastomeric sleeve (26) fitted over the spigot (24). It is sealed at the second end (46), and has a plurality of radially directed vent apertures (48) along its length. The elastomeric sleeve (26) is securely fitted to the internal spigot (24), in the region of the first, inlet end (17). The elastomeric sleeve (26) has an internal diameter and an elastic memory such that it fits and adheres snugly to the outer periphery of the spigot (24), and its elasticity is overcome at a positive gauge pressure of between 5 and 20 psi so that pressurized fluid will flow from the vent apertures. Backflow of fluid at substantially zero or negative gauge pressure is precluded.
    • 止回阀(20)被放置在用于加压流体的导管(16)中,并且包括具有入口(17)和出口端(19)的圆柱形外壳(22),圆柱形内部插口(24)和弹性体 套筒(26)安装在套管(24)上。 其在第二端(46)处被密封,并且沿其长度具有多个径向通气孔(48)。 在第一入口端(17)的区域中,弹性体套筒(26)牢固地配合到内部插口(24)上。 弹性体套筒(26)具有内径和弹性记忆,使得其适配并贴合到插口(24)的外周边,并且在5至20psi的正表压下克服其弹性,使得 加压流体将从通气孔流出。 排除流体基本为零或负表压的回流。
    • 6. 发明申请
    • PULSED SPRAY NOZZLE ARRANGEMENTS
    • 脉冲喷嘴安装
    • WO2017029467A1
    • 2017-02-23
    • PCT/GB2016/000149
    • 2016-08-11
    • LEAFGREEN LIMITED
    • LAIDLER, Keith
    • B05B1/08
    • B05B1/086B05B1/3415B05B11/0067B05B11/007B65D83/7535
    • A nozzle arrangement connected to a source of pressurized fluid mat produces a series of fast pulsed discharges of fluid in quick succession wherein the nozzle arrangement comprises a nozzle body with an inlet for the pressurized fluid into a chamber with a downstream wall with an outlet hole in said chamber wall wherein a prodder moves between a sealed and unsealed position in said outlet hole of the chamber wall and wherein a sprung plunger that is upstream of and connected to said prodder and has a annular seal that forms a seal between said plunger and the chamber creating a mobile chamber wall upstream of the downstream wall in said chamber, simultaneously moves between a downstream and an upstream position as the chamber fills with the fluid and then returns to a downstream position as the prodder returns from an unsealed position to a sealed position while the fluid is discharged.
    • 连接到加压流体垫的源的喷嘴装置快速连续地产生一系列快速脉冲的流体排放,其中喷嘴装置包括具有用于加压流体进入腔室的入口的喷嘴主体,其中下游壁具有出口孔 所述室壁,其中制品在所述室壁的所述出口孔中的密封和非密封位置之间移动,并且其中弹簧柱塞在所述制品的上游并连接到所述制品,并且具有在所述柱塞和所述腔室之间形成密封的环形密封件 在所述室中的下游壁的上游形成移动室壁,同时当腔室填充有流体时同时在下游位置和上游位置之间移动,然后当制品从未密封位置返回到密封位置时返回到下游位置,同时 流体排出。
    • 8. 发明申请
    • RADIATION SOURCE AND METHOD FOR LITHOGRAPHIC APPARATUS AND DEVICE MANUFACTURING METHOD
    • 放射源和方法用于光刻设备和器件制造方法
    • WO2013020758A1
    • 2013-02-14
    • PCT/EP2012/063019
    • 2012-07-04
    • ASML NETHERLANDS B.V.LOOPSTRA, ErikDIJKSMAN, Johan
    • LOOPSTRA, ErikDIJKSMAN, Johan
    • H05G2/00
    • H05G2/003B05B1/086B05B1/24B05B17/0607H05G2/005H05G2/006
    • A radiation source for generating EUV from a stream of molten fuel droplets by LPP (Laser Produced Plasma) or (Dual Laser Plasma) has a fuel droplet generator arranged to provide a stream of droplets of fuel (314) and at least one laser configured to vaporize at least some of the droplets of fuel, whereby radiation is generated. The fuel droplet generator has a nozzle (301), a feed chamber, and a reservoir (303), with a pumping device arranged to supply a flow of fuel in molten state from the reservoir through the feed chamber and out of the nozzle as a stream of droplets. The feed chamber has an outer face in contact with a drive cavity (310) filled with a liquid, and the liquid is driven to oscillate by a vibrator (311) with the oscillation transmissible to the molten fuel in the feed chamber from the outer face of the feed chamber through the liquid. The arrangement permits oscillatory driving of a nozzle feed chamber to control fuel stream breakup into droplets without need for direct contact between a vibrator and the fuel nozzle feed chamber. This may reduce risk of loss of transmission from vibrator to feed chamber through contact failure and may allow for remote positioning of the vibrator at a cooled location for efficient operation.
    • 用于通过LPP(激光产生等离子体)或(双激光等离子体)从熔融燃料液滴流产生EUV的辐射源具有燃料液滴发生器,其布置成提供燃料液滴(314)和至少一个激光器,其配置成 蒸发至少一些燃料液滴,从而产生辐射。 燃料液滴发生器具有喷嘴(301),进料室和储存器(303),其中泵送装置被布置成将熔融状态的燃料流从储存器通过进料室提供出来并作为喷嘴 液滴流。 进料室具有与填充有液体的驱动腔(310)接触的外表面,并且液体被振动器(311)驱动振荡,振动器(311)可从外表面传送到进料室中的熔融燃料 的进料室通过液体。 该布置允许喷嘴进料室的振荡驱动以将燃料流分解成液滴,而不需要振动器和燃料喷嘴进料室之间的直接接触。 这可以降低通过接触故障从振动器传递到进料室的损失的风险,并且可以允许将振动器远程定位在冷却的位置以进行有效的操作。