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    • 2. 发明申请
    • Compressed Gas Regulator Apparatus
    • 压缩气体调节器
    • US20100175763A1
    • 2010-07-15
    • US12687031
    • 2010-01-13
    • Shmuel Dovid NewmanJeff Brown
    • Shmuel Dovid NewmanJeff Brown
    • G05D16/10
    • G05D16/103F41B11/723Y10T137/7793Y10T137/7826
    • Regulators for regulating gas that is delivered in discrete charges from a tank that contains compressed gas to a paintball gun, marker, or other application that utilizes or is activated by pressure controlled discrete charges of gas. The regulator has holding, discharge, and fill configurations, controlled by the movement of a piston member in a pressurized chamber, and the activation of a poppet valve on the discharge of the system. One or two low side pressure relief members are provided to prevent the over-pressurization of the pressurized chamber. An externally threaded sleeve member is non-rotatably, but axially slidably received on a distal portion of the body of the regulator so that the sleeve member and distal portion may be axially slidably disengaged, and the regulator can be rotationally positioned so that the pressure gauge is easily viewed by an operator.
    • 调节器,用于调节从包含压缩气体的罐中以离散电荷输送到彩弹枪,标记或其他通过压力控制的离散电荷进行激活的应用。 调节器具有保持,排出和填充构造,由活塞构件在加压室中的运动控制,并且在系统的排出物上启动提升阀。 提供一个或两个低压泄压构件以防止加压室的过度加压。 外螺纹套筒构件是不可旋转的,但是轴向可滑动地容纳在调节器的主体的远侧部分上,使得套筒构件和远侧部分可以轴向滑动地脱开,并且调节器可旋转地定位成使得压力计 操作者很容易看到。
    • 3. 发明授权
    • Gas pressure regulator with in-situ rotatably adjustable adaptor sleeve
    • 气体压力调节器,带有原位可调节的适配器套筒
    • US08991378B2
    • 2015-03-31
    • US13904921
    • 2013-05-29
    • Shmuel Dovid NewmanJeffrey O. Brown
    • Shmuel Dovid NewmanJeffrey O. Brown
    • F41B11/72F41B11/724
    • F41B11/72F41B11/724G05D16/103Y10T137/7808
    • Exemplary embodiments of a gas pressure regulator comprise a regulator body, an adaptor sleeve, a retainer and an indexing ring. The regulator body includes a proximal portion, a distal portion, a ported intermediate portion therebetween, and a main bore. The adaptor sleeve axially receives the distal portion and includes an outer threading for engaging an air source adaptor of a paintball marker. The retainer threadably engages the main bore within the distal end, thereby axially securing the adaptor sleeve onto the distal end. The indexing ring receives the distal portion therethrough for resiliently biased axial movement of the indexing ring between a locking position and an unlocking position. When the indexing ring is in its unlocking position, the adaptor sleeve is rotatable with respect to the regulator body. When the indexing ring is in its locking position, the adaptor sleeve is rendered substantially non-rotatable with respect to the regulator body.
    • 气体压力调节器的示例性实施例包括调节器主体,适配器套筒,保持器和分度环。 调节器主体包括近端部分,远端部分,其间的移动中间部分和主孔。 紧固套筒轴向地容纳远端部分并且包括用于接合彩弹射击标记器的空气源适配器的外螺纹。 保持器可螺纹地接合在远端内的主孔,从而将适配器套筒轴向地固定到远端上。 分度环接收穿过其的远端部分,用于分度环在锁定位置和解锁位置之间的弹性偏置的轴向运动。 当分度环处于其解锁位置时,适配器套筒可相对于调节器主体旋转。 当分度环处于其锁定位置时,适配器套筒相对于调节器本体基本上不可旋转。
    • 4. 发明申请
    • GAS PRESSURE REGULATOR WITH IN-SITU ROTATABLY ADJUSTABLE ADAPTOR SLEEVE
    • 带内置可调式适配器套筒的气压调节器
    • US20130319390A1
    • 2013-12-05
    • US13904921
    • 2013-05-29
    • Shmuel Dovid NewmanJeffrey O. Brown
    • Shmuel Dovid NewmanJeffrey O. Brown
    • F41B11/72
    • F41B11/72F41B11/724G05D16/103Y10T137/7808
    • Exemplary embodiments of a gas pressure regulator comprise a regulator body, an adaptor sleeve, a retainer and an indexing ring. The regulator body includes a proximal portion, a distal portion, a ported intermediate portion therebetween, and a main bore. The adaptor sleeve axially receives the distal portion and includes an outer threading for engaging an air source adaptor of a paintball marker. The retainer threadably engages the main bore within the distal end, thereby axially securing the adaptor sleeve onto the distal end. The indexing ring receives the distal portion therethrough for resiliently biased axial movement of the indexing ring between a locking position and an unlocking position. When the indexing ring is in its unlocking position, the adaptor sleeve is rotatable with respect to the regulator body. When the indexing ring is in its locking position, the adaptor sleeve is rendered substantially non-rotatable with respect to the regulator body.
    • 气体压力调节器的示例性实施例包括调节器主体,适配器套筒,保持器和分度环。 调节器主体包括近端部分,远端部分,其间的移动中间部分和主孔。 紧固套筒轴向地容纳远端部分并且包括用于接合彩弹射击标记器的空气源适配器的外螺纹。 保持器可螺纹地接合在远端内的主孔,从而将适配器套筒轴向地固定到远端上。 分度环接收穿过其的远端部分,用于分度环在锁定位置和解锁位置之间的弹性偏置的轴向运动。 当分度环处于其解锁位置时,适配器套筒可相对于调节器主体旋转。 当分度环处于其锁定位置时,适配器套筒相对于调节器本体基本上不可旋转。
    • 6. 发明申请
    • FILL NIPPLE ASSEMBLY
    • US20120305135A1
    • 2012-12-06
    • US13479110
    • 2012-05-23
    • Shmuel Dovid NewmanJeffrey O. BrownPricha Sritongsuk
    • Shmuel Dovid NewmanJeffrey O. BrownPricha Sritongsuk
    • B65B3/04
    • F16K1/308
    • A fill nipple assembly for use as a fill interface on a pressure regulator may comprise a fill nipple body, a strut member and a seal member. The fill nipple body includes a main bore with a tapered section. The strut member includes a complimentary tapered surface with a seal groove for retaining a seal member. The seal member extends partially outward of the tapered surface. The tapered section and tapered surface may have respective taper angles which are substantially the same. The rear portion of the strut member may include a radially-extending strut flange adapted to axially engage the proximal end of the fill nipple body. The strut member is received by the main bore for axial movement into and out of a sealing configuration with respect to the main bore. The seal member sealingly engages the tapered section when the strut member is in its sealing configuration.
    • 用作压力调节器上的填充界面的填充乳头组件可以包括填充乳头体,支柱构件和密封构件。 填充接头主体包括具有锥形部分的主孔。 支柱构件包括具有用于保持密封构件的密封槽的互补锥形表面。 密封构件部分地从锥形表面向外延伸。 锥形部分和锥形表面可以具有基本上相同的锥角。 支柱构件的后部可以包括径向延伸的支柱凸缘,其适于轴向地接合填充接头体的近端。 支柱构件由主孔容纳以相对于主孔轴向移动进入和离开密封构造。 当支柱构件处于其密封构造时,密封构件密封地接合锥形部分。
    • 7. 发明申请
    • Burst Disk Assembly
    • 突发磁盘组件
    • US20100282331A1
    • 2010-11-11
    • US12776243
    • 2010-05-07
    • Shmuel Dovid NewmanJeff Brown
    • Shmuel Dovid NewmanJeff Brown
    • F16K17/14
    • F16K17/16Y10T137/1692Y10T137/1714Y10T137/6011
    • A low-profile burst disk assembly for safely venting excess pressure from a pressurized fluid system by way of a tortuous fluid flow path. A burst disk plug includes a male thread and is thereby adapted to thread into the body of a pressurizable chamber. The burst disk plug further includes a fluid receiving port placed in fluid communication between the burst disk and one or more bleed channels open to ambient pressure. The one or more bleed channels generally run axially through the burst disk plug, either intersecting or bypassing the male thread. Embodiments with a plurality of bleed channels generally include a distribution manifold positioned in fluid communication between the fluid receiving port and the one or more bleed channels to ensure an even distribution of venting pressure among the bleed channels. A flange surface further deflects pressurized fluid as it escapes from the bleed channels toward the ambient environment, thereby dispersing the resulting thrust in multiple directions and minimizing the effective force exerted on the body of the pressurized fluid system.
    • 一种低调的爆破盘组件,用于通过曲折的流体流动路径安全地排出来自加压流体系统的过量压力。 爆破盘塞包括阳螺纹,从而适于螺纹进入可加压室的主体。 爆破盘插头还包括流体接收端口,其设置在爆破盘与一个或多个敞开到环境压力的排放通道之间的流体连通中。 一个或多个排放通道通常沿着突出盘塞轴向延伸,或者与外螺纹相交或绕过。 具有多个排放通道的实施方案通常包括分配歧管,其位于流体接收口和一个或多个排放通道之间的流体连通中,以确保排放通道之间的排气压力均匀分布。 当加压流体从排放通道向周围环境逸出时,凸缘表面进一步使加压流体偏转,从而将所得到的推力分散在多个方向上,并使施加在加压流体系统的主体上的有效力最小化。
    • 9. 发明授权
    • Safety relief fill valve assembly
    • 安全溢流阀组件
    • US08381758B2
    • 2013-02-26
    • US12776267
    • 2010-05-07
    • Shmuel Dovid NewmanJeff Brown
    • Shmuel Dovid NewmanJeff Brown
    • F16K15/20
    • F16K17/048F16K1/306F16K17/168Y10T137/2605Y10T137/2622Y10T137/3646Y10T137/7779Y10T137/778Y10T137/7794Y10T137/7841Y10T137/88038
    • A safety relief fill valve adapted to being an interface for filling and relieving excess pressure from a closed fluid system. An insert shell retains a piston member for movement between fluid input and fluid holding configurations, the piston member being resiliently biased toward fluid holding configuration. When in fluid holding configuration, the piston member sealingly engages an inlet bore of the insert shell. When in fluid input configuration, the piston member allows fluid flow through the inlet bore. A housing receives the insert shell, thereby limiting relative axial movement and forming a cavity between a portion of the housing the insert shell. This cavity provides mechanical guidance and a flow channel for an overpressure relief system having fluid retaining and fluid relief configurations, the overpressure relief system being elastically biased toward fluid retaining configuration. The elastic bias is overcome responsive to excess pressure within the closed fluid system.
    • 一种安全释放填充阀,适于作为用于填充和释放来自封闭流体系统的过量压力的界面。 插入壳体保持用于在流体输入和流体保持构造之间移动的活塞构件,活塞构件被弹性地偏压到流体保持构型。 当处于流体保持构造时,活塞构件密封地接合插入壳体的入口孔。 当处于流体输入构型时,活塞构件允许流体流过入口孔。 壳体接收插入壳体,从而限制相对的轴向移动并且在壳体的一部分插入壳体之间形成空腔。 该空腔提供机械引导和用于具有流体保持和流体释放构造的超压释放系统的流动通道,该超压释放系统被弹性地偏向流体保持构型。 响应于封闭流体系统内的过压而克服弹性偏压。
    • 10. 发明申请
    • Gas Biased Pressure Regulator
    • 气体压力调节器
    • US20130014835A1
    • 2013-01-17
    • US13547009
    • 2012-07-11
    • Shmuel Dovid NewmanJeffrey O. Brown
    • Shmuel Dovid NewmanJeffrey O. Brown
    • F16K31/36
    • F02M21/0239G05D16/106Y02T10/32Y10S137/906Y10T137/7793Y10T137/7796Y10T137/7827
    • Exemplary embodiments of a gas biased pressure regulator comprise a capsule subassembly and a regulator body. The regulator body is adapted to connect to a source of pressurized gas. The capsule subassembly is removably received within the regulator body and includes a capsule body and a piston. The piston is axially slidable between fluid release and fluid seal configurations. When the piston is in its fluid release configuration, an output chamber is placed in fluid communication with the source. When the piston is in its fluid seal configuration, the output chamber is sealed from fluid communication with the source. A pressurizable bias chamber within the capsule body contains a bias pressure urging the piston toward its fluid release configuration. Pressure from the source urges the piston toward its fluid seal configuration. The piston may also have a fluid charge configuration for facilitating the pressurization of the bias chamber.
    • 气体偏压调压器的示例性实施例包括胶囊子组件和调节器本体。 调节器主体适于连接到加压气体源。 胶囊子组件可移除地容纳在调节器主体内并且包括胶囊主体和活塞。 活塞在流体释放和流体密封配置之间可轴向滑动。 当活塞处于其流体释放构造时,输出室与源流体连通。 当活塞处于其流体密封结构时,输出室与源流体连通地密封。 胶囊主体内的可加压偏压室包含使活塞朝向其流体释放构造的偏压。 来自源的压力促使活塞朝向其流体密封结构。 活塞还可以具有用于促进偏压室的加压的流体供应构造。