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    • 1. 发明授权
    • Air driven pumps and components therefor
    • 气动泵及其组件
    • US6142749A
    • 2000-11-07
    • US478733
    • 2000-01-06
    • Robert F. JackEric L. FormanJames E. HumphriesGary K. Lent
    • Robert F. JackEric L. FormanJames E. HumphriesGary K. Lent
    • F04B43/073F04B53/10F04B43/06F04B45/00
    • F04B53/1002F04B43/0736
    • An air driven double diaphragm pump including two opposed pump chambers with an air motor having air chambers therebetween. The pump chambers and air chambers form pumping cavities divided by diaphragms. Each pump chamber includes an inlet ball valve and outlet ball valve. An inlet manifold is positioned below the pump chambers and an outlet manifold above. Tie-rods extend both across the pump from one pump chamber to the other with nuts to place the assembly in compression. Tie-rods also extend from the outlet manifold through the pump chambers, to the inlet manifold and to feet mounted therebelow. Two plates, one to either side of the air motor extend to grooves in the inlet and outlet manifold and also extend to grooves in the pump chambers so as to close of the side of the pump structure. With the plates, an outlet manifold is provided from which air may be exhausted remotely. The ball valves include small diametrical clearance and a limitation on lift for added performance. The ball valves also include seats which are sealed with the components of the pump through the use of O-rings and surfaces polished to 10R.sub.A. Belleville washers relieve thermal stresses on the tie-rods. Integrally molded diaphragms include an annular sheet about a hub. A semi-circular corrugation about the periphery provides for attachment to the pump while a cylindrical flange mates with a boss on the respective pump chamber. A stud is molded as an insert into the diaphragm. The pullout failure rate of the stud is empirically established by appropriate sizes of circumferential ribs and hub thickness to be higher than the rupture rate for the annular sheet.
    • 一种气动双隔膜泵,包括两个相对的泵室,其具有在其间具有气室的空气马达。 泵室和空气室形成由隔膜分隔的泵送空腔。 每个泵室包括入口球阀和出口球阀。 入口歧管位于泵室下方和上方的出口歧管。 连杆通过泵从一个泵室延伸到另一个泵室,另一个用螺母将组件放置在压缩状态。 导杆还从出口歧管延伸通过泵室,进入歧管和安装在其下的脚。 两个板,一个到空气马达的任一侧延伸到入口和出口歧管中的凹槽,并且还延伸到泵室中的凹槽,以便靠近泵结构的侧面。 通过这些板,可以提供出口歧管,空气可从该出口歧管远程排出。 球阀包括小直径间隙和对提升的限制以增加性能。 球阀还包括通过使用O形圈和抛光到10RA的表面与泵的部件密封的座。 Belleville垫圈减轻了拉杆上的热应力。 整体模制的隔膜包括围绕毂的环形片。 围绕周边的半圆形波纹提供了附接到泵,而圆柱形凸缘与相应泵室上的凸台配合。 螺柱被模制成隔膜中的插入物。 螺栓的拔出故障率通过圆周肋和轮毂厚度的合适尺寸来确定,高于环形片的断裂率。
    • 2. 发明授权
    • Air driven pumps and components therefor
    • 气动泵及其组件
    • US06257845B1
    • 2001-07-10
    • US09115287
    • 1998-07-14
    • Robert F. JackEric L. FormanJames E. HumphriesGary K. Lent
    • Robert F. JackEric L. FormanJames E. HumphriesGary K. Lent
    • F04B4306
    • F04B53/1002F04B43/0736
    • An air driven double diaphragm pump including two opposed pump chambers with an air motor having air chambers therebetween. The pump chambers and air chambers form pumping cavities divided by diaphragms. Each pump chamber includes an inlet ball valve and outlet ball valve. An inlet manifold is positioned below the pump chambers and an outlet manifold above. Tie-rods extend both across the pump from one pump chamber to the other with nuts to place the assembly in compression. Tie-rods also extend from the outlet manifold through the pump chambers, to the inlet manifold and to feet mounted therebelow. Two plates, one to either side of the air motor extend to grooves in the inlet and outlet manifold and also extend to grooves in the pump chambers so as to close of the side of the pump structure. With the plates, an outlet manifold is provided from which air may be exhausted remotely. The ball valves include small diametrical clearance and a limitation on lift for added performance. The ball valves also include seats which are sealed with the components of the pump through the use of O-rings and surfaces polished to 10RA. Belleville washers relieve thermal stresses on the tie-rods. Integrally molded diaphragms include an annular sheet about a hub. A semi-circular corrugation about the periphery provides for attachment to the pump while a cylindrical flange mates with a boss on the respective pump chamber. A stud is molded as an insert into the diaphragm. The pullout failure rate of the stud is empirically established by appropriate sizes of circumferential ribs and hub thickness to be higher than the rupture rate for the annular sheet. Thus, failure occurs before air chamber contamination.
    • 一种气动双隔膜泵,包括两个相对的泵室,其具有在其间具有气室的空气马达。 泵室和空气室形成由隔膜分隔的泵送空腔。 每个泵室包括入口球阀和出口球阀。 入口歧管位于泵室下方和上方的出口歧管。 连杆通过泵从一个泵室延伸到另一个泵室,另一个用螺母将组件放置在压缩状态。 导杆还从出口歧管延伸通过泵室,进入歧管和安装在其下的脚。 两个板,一个到空气马达的任一侧延伸到入口和出口歧管中的凹槽,并且还延伸到泵室中的凹槽,以便靠近泵结构的侧面。 通过这些板,可以提供出口歧管,空气可从该出口歧管远程排出。 球阀包括小直径间隙和对提升的限制以增加性能。 球阀还包括通过使用O形圈和抛光到10RA的表面与泵的部件密封的座。 Belleville垫圈减轻了拉杆上的热应力。 整体模制的隔膜包括围绕毂的环形片。 围绕周边的半圆形波纹提供了附接到泵,而圆柱形凸缘与相应泵室上的凸台配合。 螺柱被模制成隔膜中的插入物。 螺栓的拔出故障率通过圆周肋和轮毂厚度的合适尺寸来确定,高于环形片的断裂率。 因此,在空气室污染之前发生故障。
    • 4. 发明授权
    • Air driven pump with performance control
    • 气动泵具有性能控制
    • US07811067B2
    • 2010-10-12
    • US11407878
    • 2006-04-19
    • Curtis W. DietzschGreg S. DuncanGary K. Lent
    • Curtis W. DietzschGreg S. DuncanGary K. Lent
    • F04B49/00F16K47/00
    • F04B43/0736Y10T137/8275
    • An air driven diaphragm pump includes an performance control actuator having a housing with opposed air chambers. The pump includes pump chambers facing the air chambers and pump diaphragms extending between each air chamber and each pump chamber, respectively. The actuator further includes an air valve, an intake to the air valve and an engagement. The intake includes an intake passage and a performance control intake adjuster rotatably mounted. The intake adjuster has a helical channel and a closure element extending adjustably into the intake passage. The engagement engages the helical channel for control of the intake. The helical channel has varied pitch to provide a nonlinear relationship between rotation and axial advancement of the intake adjuster. The nonlinear relationship gives flow rate proportional to the angular rotation of the intake adjuster. The end points of the channel provide a practical minimum pump performance of about 40% of maximum pump flow rate and a maximum pump performance of about 97% of maximum pump flow rate.
    • 空气驱动隔膜泵包括具有相对的气室的壳体的性能控制致动器。 泵包括面向空气室的泵室和在每个空气室和每个泵室之间分别延伸的泵隔膜。 致动器还包括空气阀,到空气阀的入口和接合。 进气口包括可旋转地安装的进气通道和性能控制进气调节器。 进气调节器具有可调节地进入进气通道的螺旋通道和闭合元件。 该啮合接合螺旋通道以控制进气口。 螺旋通道具有变化的间距以在进气调节器的旋转和轴向前进之间提供非线性关系。 非线性关系给出与进气调节器的角旋转成比例的流量。 通道的端点提供了最大泵流量的约40%的实际最小泵性能,并且最大泵性能为最大泵流量的约97%。
    • 5. 发明授权
    • Air driven pump with performance control
    • 气动泵具有性能控制
    • US08360745B2
    • 2013-01-29
    • US12903087
    • 2010-10-12
    • Curtis W. DietzschGreg S. DuncanGary K. Lent
    • Curtis W. DietzschGreg S. DuncanGary K. Lent
    • F04B49/00
    • F04B43/0736Y10T137/8275
    • An air driven diaphragm pump includes an performance control actuator having a housing with opposed air chambers. The pump includes pump chambers facing the air chambers and pump diaphragms extending between each air chamber and each pump chamber, respectively. The actuator further includes an air valve, an intake to the air valve and an engagement. The intake includes an intake passage and a performance control intake adjuster rotatably mounted. The intake adjuster has a helical channel and a closure element extending adjustably into the intake passage. The engagement engages the helical channel for control of the intake. The helical channel has varied pitch to provide a nonlinear relationship between rotation and axial advancement of the intake adjuster. The nonlinear relationship gives flow rate proportional to the angular rotation of the intake adjuster. The end points of the channel provide a practical minimum pump performance of about 40% of maximum pump flow rate and a maximum pump performance of about 97% of maximum pump flow rate.
    • 空气驱动隔膜泵包括具有相对的气室的壳体的性能控制致动器。 泵包括面向空气室的泵室和在每个空气室和每个泵室之间分别延伸的泵隔膜。 致动器还包括空气阀,到空气阀的入口和接合。 进气口包括可旋转地安装的进气通道和性能控制进气调节器。 进气调节器具有可调节地进入进气通道的螺旋通道和闭合元件。 该啮合接合螺旋通道以控制进气口。 螺旋通道具有变化的间距以在进气调节器的旋转和轴向前进之间提供非线性关系。 非线性关系给出与进气调节器的角旋转成比例的流量。 通道的端点提供了最大泵流量的约40%的实际最小泵性能,并且最大泵性能为最大泵流量的约97%。
    • 6. 发明申请
    • AIR DRIVEN PUMP WITH PERFORMANCE CONTROL
    • 具有性能控制的空气泵
    • US20110027109A1
    • 2011-02-03
    • US12903087
    • 2010-10-12
    • CURTIS W. DIETZSCHGreg S. DuncanGary K. Lent
    • CURTIS W. DIETZSCHGreg S. DuncanGary K. Lent
    • F04B43/06
    • F04B43/0736Y10T137/8275
    • An air driven diaphragm pump includes an performance control actuator having a housing with opposed air chambers. The pump includes pump chambers facing the air chambers and pump diaphragms extending between each air chamber and each pump chamber, respectively. The actuator further includes an air valve, an intake to the air valve and an engagement. The intake includes an intake passage and a performance control intake adjuster rotatably mounted. The intake adjuster has a helical channel and a closure element extending adjustably into the intake passage. The engagement engages the helical channel for control of the intake. The helical channel has varied pitch to provide a nonlinear relationship between rotation and axial advancement of the intake adjuster. The nonlinear relationship gives flow rate proportional to the angular rotation of the intake adjuster. The end points of the channel provide a practical minimum pump performance of about 40% of maximum pump flow rate and a maximum pump performance of about 97% of maximum pump flow rate.
    • 空气驱动隔膜泵包括具有相对的气室的壳体的性能控制致动器。 泵包括面向空气室的泵室和在每个空气室和每个泵室之间分别延伸的泵隔膜。 致动器还包括空气阀,到空气阀的入口和接合。 进气口包括可旋转地安装的进气通道和性能控制进气调节器。 进气调节器具有可调节地进入进气通道的螺旋通道和闭合元件。 该啮合接合螺旋通道以控制进气口。 螺旋通道具有变化的间距以在进气调节器的旋转和轴向前进之间提供非线性关系。 非线性关系给出与进气调节器的角旋转成比例的流量。 通道的端点提供了最大泵流量的约40%的实际最小泵性能,并且最大泵性能为最大泵流量的约97%。