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    • 2. 发明授权
    • Gas/air mixing valve
    • 气/空气混合阀
    • US4960377A
    • 1990-10-02
    • US353024
    • 1989-05-17
    • Maurice NunesMichael P. GrimanisJames R. HurleyKailash C. Shukla
    • Maurice NunesMichael P. GrimanisJames R. HurleyKailash C. Shukla
    • B01F15/04F23D14/60F23N1/02
    • F23D14/60B01F15/0429F23N1/027Y10T137/86292Y10T137/87684
    • A gas/air mixing valve is provided for regulating the amounts of combustion air and fuel gas that are delivered to a burner or a series of burners for use with both residential and commerical cooking ranges. The mixing valve overcomes the problem of pressure disturbances caused by known mixing valves by drawing a constant flow of combustion air regardless of whether the burner to which it is supplying fuel gas and air is off or operating at any intensity level. In a preferred embodiment the mixing valve is provided with an adjustable orifice disk which directs a constant flow or air, in selectable proportions, to either combine in the mixing valve with fuel gas for combustion or bleed to atmosphere. By always drawing a constant flow of air independently of the operating level of the burner, the mixing valve allows adjustment of individual burners with no effect on other burners connected to the system.
    • 提供了一种气/空气混合阀,用于调节燃烧空气和燃料气体的量,这些燃烧空气和燃料气体被输送到用于住宅和商业烹饪范围的燃烧器或一系列燃烧器。 混合阀克服了由已知的混合阀引起的压力扰动的问题,通过抽取恒定的燃烧空气流量,而不管供应燃气和空气的燃烧器是否关闭或以任何强度水平运行。 在优选实施例中,混合阀设置有可调整的孔盘,其以可选择的比例引导恒定的流量或空气,以在混合阀中与用于燃烧或排放到大气中的燃料气体组合。 通过总是独立于燃烧器的操作水平绘制恒定的空气流,混合阀允许调节单独的燃烧器,而不影响连接到系统的其它燃烧器。
    • 3. 发明授权
    • Conveyor oven
    • 输送炉
    • US4951648A
    • 1990-08-28
    • US327825
    • 1989-03-23
    • Kailash C. ShuklaJames R. HurleyConrad J. OrcheskiMichael P. Grimanis
    • Kailash C. ShuklaJames R. HurleyConrad J. OrcheskiMichael P. Grimanis
    • A21B1/24A21B1/48F24C15/32
    • A21B1/245A21B1/48
    • Infrared (IR) strip heaters are juxtaposed with convection heaters for simultaneous, independently controlled, combined radiant/convective heating in a conveyor oven. Apertured plates with portions transmissive to IR radiation are interposed between a lower combined heating unit and the cooking path. The IR heaters are preferably gas burners with porous, ceramic or metallic elements, the burners on opposite sides of the cooking path being independently controllable to vary the heat transfer rate to opposite food surfaces. Symmetrical placement of the IR heaters in opposed pairs facilitates use of the conveyor oven as a half oven. An auxiliary burner exhausts directly into the convection air and is cycled on and off to maintain a set temperature during normal operation.
    • 红外线(IR)带式加热器与对流加热器并置,用于传送炉中同时独立控制的辐射/对流加热。 具有透射到IR辐射的部分的开口板插入在下部组合加热单元和烹饪路径之间。 IR加热器优选是具有多孔,陶瓷或金属元件的燃气燃烧器,烹饪路径的相对侧上的燃烧器可独立控制,以将相对食物表面的传热速率改变。 红外线加热器以相对对称的方式放置便于将传送炉用作半烤箱。 辅助燃烧器直接排放到对流空气中,并在正常运行期间循环启动和关闭以保持设定温度。
    • 4. 发明授权
    • Radial seal assembly
    • 径向密封组件
    • US07806411B2
    • 2010-10-05
    • US11604518
    • 2006-11-27
    • Michael P. Grimanis
    • Michael P. Grimanis
    • F16J15/02
    • F16J15/3232F16J15/324F16J15/40
    • A radial seal assembly for providing a seal between a shaft and a static surface includes a gland forming a housing for mounting the seal assembly to the stationary equipment, a sleeve mounted to an movable with a shaft extending from the stationary equipment and a sealing component housed between the gland and sleeve for sealing therebetween. The sealing component includes at least one axially forwarding extending seal surface and at least one axially rearward extending seal surface for providing sealing under both normal and reverse pressure conditions. The sleeve may include a tapered axially inner tip having a double lead-in angle to facilitate assembly while minimizing the length of the seal assembly.
    • 用于在轴和静态表面之间提供密封的径向密封组件包括形成用于将密封组件安装到固定设备的壳体的密封套,安装到具有从固定设备延伸的轴的可移动的套筒和容纳的密封部件 在压盖和套筒之间用于密封。 密封部件包括至少一个轴向延伸的密封表面和至少一个轴向向后延伸的密封表面,用于在正压和反向压力条件下提供密封。 套筒可以包括具有双引入角的锥形轴向内部尖端,以便于最小化密封组件的长度的同时组装。
    • 5. 发明授权
    • Dual seal assembly
    • 双重密封组件
    • US06726220B2
    • 2004-04-27
    • US10145395
    • 2002-05-14
    • Michael P. GrimanisMark W. Stremeckus
    • Michael P. GrimanisMark W. Stremeckus
    • F16J1534
    • F16J15/3272F16J15/166F16J15/3236
    • A dual seal assembly for providing a seal between a reciprocating rod and the gland is described. The dual seal includes first and second axially adjacent annular seal elements. The first seal element is constructed of a material having a different hardness than the material forming the second seal element. The first and second seal elements each include a seal edge contacting the rod to provide a respective seal between the first and second seal element and the rod. At least a portion of one of the first seal element and the second seal element engages the gland to form the seal between the rod and the gland. By varying the hardness of the materials forming the seal elements, the first seal element and the second seal element can be configured to provide different functions within the dual seal assembly and can cooperatively provide an effective fluid seal under a wide range of operating conditions. In an alternative embodiment, the components of the dual seal assembly are split to facilitate installation, replacement, monitoring, or inspection of the dual seal assembly. The seal elements of the seal are split at an interface to form first and second interconnecting edges that interlock to inhibit separation of the seal elements at the interface.
    • 描述了用于在往复式杆和压盖之间提供密封的双重密封组件。 双重密封件包括第一和第二轴向相邻的环形密封元件。 第一密封元件由具有不同于形成第二密封元件的材料的硬度的材料构成。 第一和第二密封元件各自包括接触杆的密封边缘,以在第一和第二密封元件和杆之间提供相应的密封。 第一密封元件和第二密封元件中的一个的至少一部分接合密封件,以在杆和密封件之间形成密封。 通过改变形成密封元件的材料的硬度,第一密封元件和第二密封元件可以构造成在双重密封组件内提供不同的功能,并且可以在宽范围的操作条件下协同地提供有效的流体密封。 在替代实施例中,双密封组件的部件被分开以便于双重密封组件的安装,更换,监视或检查。 密封件的密封元件在界面处分开以形成第一和第二互连边缘,其互锁以阻止密封元件在界面处的分离。
    • 6. 发明授权
    • Dual seal assembly
    • 双重密封组件
    • US06386548B1
    • 2002-05-14
    • US09365969
    • 1999-08-02
    • Michael P. GrimanisMark W. Stremeckus
    • Michael P. GrimanisMark W. Stremeckus
    • F16J1534
    • F16J15/3272F16J15/166F16J15/3236
    • A dual seal assembly for providing a seal between a reciprocating rod and the gland is described. The dual seal includes first and second axially adjacent annular seal elements. The first seal element is constructed of a material having a different hardness than the material forming the second seal element. The first and second seal elements each include a seal edge contacting the rod to provide a respective seal between the first and second seal element and the rod. At least a portion of one of the first seal element and the second seal element engages the gland to form the seal between the rod and the gland. By varying the hardness of the materials forming the seal elements, the first seal element and the second seal element can be configured to provide different functions within the dual seal assembly and can cooperatively provide an effective fluid seal under a wide range of operating conditions. In an alternative embodiment, the components of the dual seal assembly are split to facilitate installation, replacement, monitoring, or inspection of the dual seal assembly. The seal elements of the seal are split at an interface to form first and second interconnecting edges that interlock to inhibit separation of the seal elements at the interface.
    • 描述了用于在往复式杆和压盖之间提供密封的双重密封组件。 双重密封件包括第一和第二轴向相邻的环形密封元件。 第一密封元件由具有不同于形成第二密封元件的材料的硬度的材料构成。 第一和第二密封元件各自包括接触杆的密封边缘,以在第一和第二密封元件和杆之间提供相应的密封。 第一密封元件和第二密封元件中的一个的至少一部分接合密封件,以在杆和密封件之间形成密封。 通过改变形成密封元件的材料的硬度,第一密封元件和第二密封元件可以构造成在双重密封组件内提供不同的功能,并且可以在宽范围的操作条件下协同地提供有效的流体密封。 在替代实施例中,双密封组件的部件被分开以便于双重密封组件的安装,更换,监视或检查。 密封件的密封元件在界面处分开以形成第一和第二互连边缘,其互锁以阻止密封元件在界面处的分离。
    • 7. 发明授权
    • Elastomer spring mechanical seal
    • 弹性弹簧机械密封
    • US07708285B2
    • 2010-05-04
    • US11255322
    • 2005-10-21
    • Michael P. GrimanisJoseph K. Kaleshian
    • Michael P. GrimanisJoseph K. Kaleshian
    • F16J15/36
    • F16J15/36
    • A mechanical composite seal assembly for providing a seal between a rotating shaft and a static surface. The mechanical composite seal assembly includes first and second axially adjacent annular seal elements. The first and second seal elements each include a sealing edge contacting the shaft to provide a respective seal between the first and second seal element and the shaft. A static housing receives the first and second seal elements and engages the static surface to provide a static stationary seal, while concomitantly providing a flex region that engages the seal elements to form a dynamic seal therewith.
    • 一种用于在旋转轴和静态表面之间提供密封的机械复合密封组件。 机械复合密封组件包括第一和第二轴向相邻的环形密封元件。 第一和第二密封元件各自包括接触轴的密封边缘,以在第一和第二密封元件与轴之间提供相应的密封。 静态壳体接收第一和第二密封元件并接合静态表面以提供静态固定密封件,同时提供与密封元件接合以形成动态密封件的柔性区域。
    • 9. 发明申请
    • Radial seal assembly
    • 径向密封组件
    • US20080122181A1
    • 2008-05-29
    • US11604518
    • 2006-11-27
    • Michael P. Grimanis
    • Michael P. Grimanis
    • F16J15/16
    • F16J15/3232F16J15/324F16J15/40
    • A radial seal assembly for providing a seal between a shaft and a static surface includes a gland forming a housing for mounting the seal assembly to the stationary equipment, a sleeve mounted to an movable with a shaft extending from the stationary equipment and a sealing component housed between the gland and sleeve for sealing therebetween. The sealing component includes at least one axially forwarding extending seal surface and at least one axially rearward extending seal surface for providing sealing under both normal and reverse pressure conditions. The sleeve may include a tapered axially inner tip having a double lead-in angle to facilitate assembly while minimizing the length of the seal assembly.
    • 用于在轴和静态表面之间提供密封的径向密封组件包括形成用于将密封组件安装到固定设备的壳体的密封套,安装到具有从固定设备延伸的轴的可移动的套筒和容纳的密封部件 在压盖和套筒之间用于密封。 密封部件包括至少一个轴向延伸的密封表面和至少一个轴向向后延伸的密封表面,用于在正压和反向压力条件下提供密封。 套筒可以包括具有双引入角的锥形轴向内部尖端,以便于最小化密封组件的长度的同时组装。
    • 10. 发明授权
    • Sealing system for reciprocating rod
    • 往复杆密封系统
    • US5398944A
    • 1995-03-21
    • US986332
    • 1992-12-07
    • G. Christopher D'AlfonsoMichael P. Grimanis
    • G. Christopher D'AlfonsoMichael P. Grimanis
    • E21B33/08F16J15/24E21B33/00F16J15/56
    • E21B33/08F16J15/24Y10S277/91
    • The stuffing box of the present invention includes a seal housing surrounding the polished rod. A V-ring set is mounted in sealing contact with the polished rod, and concentrically surrounds the polished rod within the seal housing. A compression ring is mounted in the seal housing, and includes a first end in contact with the V-ring set, and a second end disposed in proximity with an end face of the seal housing. An annular cylindrical non-metallic bearing having an interior surface in concentric contact with the polished rod is generally concentrically mounted within the compression ring. The bearing is adapted to maintain the V-ring set and the polished rod in concentric alignment. A first annular flange member is mounted on the end face of the seal housing. The first annular flange member surrounds the polished rod, and is mounted in contact with the second end of the compression ring. An annular cylindrical pipe section can be mounted on the first flange member in a position surrounding the polished rod, and a second annular flange member can be mounted on an end of the pipe section opposite the first flange member. At least one connecting member is provided to secure the first flange member to the second flange member. A wiper collar assembly can be mounted on the second flange member in concentric contact with the polished rod. The stuffing box can include a selectively actuable shut-off seal disposed within the seal housing.
    • 本发明的填料函包括围绕抛光棒的密封壳体。 V形圈组件与抛光杆密封接触,同心地围绕密封壳体内的抛光杆。 压缩环安装在密封壳体中,并且包括与V形圈组件接触的第一端和设置在密封壳体的端面附近的第二端。 具有与抛光棒同心接触的内表面的环形圆柱形非金属轴承通常同心地安装在压缩环内。 轴承适用于将V形圈组和抛光杆保持同心对准。 第一环形凸缘构件安装在密封壳体的端面上。 第一环形凸缘构件围绕抛光的杆,并且安装成与压缩环的第二端接触。 环形圆柱形管段可以在围绕抛光杆的位置安装在第一凸缘构件上,并且第二环形凸缘构件可以安装在与第一凸缘构件相对的管段的端部上。 提供至少一个连接构件以将第一凸缘构件固定到第二凸缘构件。 擦拭器套环组件可以安装在与抛光棒同心接触的第二凸缘构件上。 填料函可包括设置在密封壳体内的可选择性致动的切断密封件。