会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 42. 发明授权
    • Surge arrester with spring clip assembly
    • 避雷器带弹簧夹
    • US5608596A
    • 1997-03-04
    • US428642
    • 1995-04-25
    • Robert W. SmithMichael G. MarvinDeborah L. LimburgStanley S. Kershaw, Jr.Robert N. SchettlerGary L. Goedde
    • Robert W. SmithMichael G. MarvinDeborah L. LimburgStanley S. Kershaw, Jr.Robert N. SchettlerGary L. Goedde
    • H01C1/14H01C7/12H02H1/00
    • H01C1/14H01C7/12
    • A surge arrester particularly suited for secondary side protection of distribution transformers, includes a low-voltage, high-energy varistor disk having electrodes disposed about its facing surfaces and a self-compressing spring clip with spring arms disposed about the varistor to provide the compressive force necessary to maintain good electrical contact between the electrodes and the varistor. The arrester includes terminals for electrically interconnecting the electrodes with the electrical apparatus being protected by the arrester. The arrester further includes a dielectric coating substantially enveloping the varistor, the spring clip and electrodes. The arrester requires no other housing. The spring arms may be made in a variety of configurations and shapes and may be interlaced with adjacent spring clip and varistor subassemblies so as to form three-phase or other multi-pole arresters. A particular preferred embodiment of a multi-pole arrester includes two or more varistors and a spring clip having a central base member and two spring arms. The spring arms form lobes disposed one on either side of the base member, and the base member and spring arms are all integrally formed from a single piece of material.
    • 特别适用于配电变压器的二次侧保护的电涌放电器包括具有设置在其相对表面周围的电极的低压,高能变阻器盘和具有设置在变阻器周围的弹簧臂的自压缩弹簧夹,以提供压缩力 必须保持电极和压敏电阻之间良好的电接触。 避雷器包括用于将电极与电气设备电互连的端子,该电气设备被避雷器保护。 避雷器还包括基本上包围压敏电阻的电介质涂层,弹簧夹和电极。 避雷器不需要其他住房。 弹簧臂可以制成各种配置和形状,并且可以与相邻的弹簧夹和变阻器子组件交错,以便形成三相或其它多极避雷器。 多极放电器的特别优选实施例包括两个或更多个变阻器和具有中心基座构件和两个弹簧臂的弹簧夹。 弹簧臂形成在基部构件的任一侧上设置的凸角,并且基部构件和弹簧臂都由单个材料一体地形成。
    • 44. 发明授权
    • Seal for a stored energy combustor
    • 储能燃烧器的密封
    • US5103632A
    • 1992-04-14
    • US472217
    • 1990-01-29
    • Steve HeitzRobert W. SmithJack R. Shekleton
    • Steve HeitzRobert W. SmithJack R. Shekleton
    • F02C7/268F02C7/28F02C7/32F23R3/60
    • F23R3/60F02C7/268F02C7/28F02C7/32F05D2220/50
    • Difficulties in accommodating thermal growth in a combustor for providing hot gases of combustor to drive, for example, a turbine wheel (10) are avoided in a combustor construction, including a housing (36) defining a combustion chamber having a relatively narrow inlet (38), an enlarged combustion area (42) and a relatively narrow outlet (40) opposite of the inlet (38). A fuel injector (46) is disposed in the inlet (38) for injecting fuel (50) at least into the combustion area (42) and a plenum case (56) surrounds the housing (36) in generally spaced relation. The plenum case (56) is adapted to be connected to a source (62) of oxidant under pressure and is in fluid communication with the inlet (38) to provide oxidant thereto to support combustion of fuel in the combustion area (42). A conduit (44) extends from the outlet (40) to be connected to a turbine nozzle (16) and a diaphragm (122) is interposed and sealingly engages both the housing (36) and the plenum case (56) near the outlet (40). A first labyrinth seal (116) is located on one side of the diaphragm (122) and between the housing (36) and the plenum case (56) while a second labyrinth seal (104) is located on the other side of the diaphragm (122) and is disposed between the plenum case (56) and the conduit (44).
    • 在燃烧器结构中避免了在用于提供燃烧器的热气体以驱动例如涡轮机叶轮(10)的燃烧器中适应热生长的困难,包括限定具有相对狭窄的入口(38)的燃烧室的壳体(36) ),扩大的燃烧区域(42)和与入口(38)相对的相对窄的出口(40)。 燃料喷射器(46)设置在入口(38)中,用于至少将燃料(50)喷射到燃烧区域(42)中,并且增压室(56)以大致间隔的关系围绕壳体(36)。 增压箱(56)适于在压力下连接到氧化剂源(62)并且与入口(38)流体连通以向其供应氧化剂以支持燃烧在燃烧区域(42)中的燃料。 导管(44)从出口(40)延伸以连接到涡轮喷嘴(16),并且隔膜(122)插入并密封地接合出口附近的壳体(36)和增压室(56) 40)。 第一迷宫式密封件(116)位于隔膜(122)的一侧上并且位于壳体(36)和集气室(56)之间,而第二迷宫式密封件(104)位于隔膜的另一侧 122)并且设置在增压室(56)和导管(44)之间。
    • 46. 发明授权
    • Stored energy combustor fuel injection system
    • 储能燃烧器燃油喷射系统
    • US5009589A
    • 1991-04-23
    • US447599
    • 1989-12-08
    • Jack R. ShekletonRobert W. Smith
    • Jack R. ShekletonRobert W. Smith
    • F23C7/00F23D11/10
    • F23C7/004F23D11/10
    • In order to avoid carbon buildup and to assist fuel atomization, a fuel injection system (40) includes a fuel injector (42) associated with the upstream portion (44) of a combustor (10). The fuel injector (42) has a fuel flow passage (46) in communication with a source of fuel (14) and terminating in the upstream portion (44) of the combustor (10). The fuel injection system (40) also includes a primary oxidant delivery tube (20) associated with the upstream portion (44) of the combustor (10). The primary oxidant delivery tube (20) defines a primary oxidant flow passage (48) in communication with a source of oxidant (12) and terminating in the upstream portion (44) of the combustor (10). The fuel injection system (40) further includes a secondary oxidant delivery tube (50) associated with the upstream portion (44) of the conbustor (10). The secondary ocidant delivery tube (50) defines a secondary oxidant flow passage (52) in communication with the source of oxidant (12) and terminating in the upstream portion (44) of the combustor (10). The fuel injection system (44) is such that the fuel flow passage (46) is adapted to inject fuel from the source (14) into the upstream portion (44) of the combustor (10). The primary and secondary oxidant flow passages (48 and 52) are then adapted to deliver oxidant from the source (12) into the upstream portion (44) of the combustor (10) in surrounding relation to fuel injected through the fuel flow passage (46). With this arrangement, the secondary oxidant flow passage (52) is designed to assist in atomizing fuel injecting through the fuel flow passage (46) in a manner avoiding carbon buildup in the combustor (10).
    • 为了避免碳积累和辅助燃料雾化,燃料喷射系统(40)包括与燃烧器(10)的上游部分(44)相关联的燃料喷射器(42)。 燃料喷射器(42)具有与燃料源(14)连通并终止于燃烧器(10)的上游部分(44)的燃料流动通道(46)。 燃料喷射系统(40)还包括与燃烧器(10)的上游部分(44)相关联的主氧化剂输送管(20)。 主要氧化剂输送管(20)限定与氧化剂源(12)连通并终止于燃烧器(10)的上游部分(44)的主要氧化剂流动通道(48)。 燃料喷射系统(40)还包括与燃烧器(10)的上游部分(44)相关联的辅助氧化剂输送管(50)。 次级气体输送管(50)限定与氧化剂源(12)连通并终止于燃烧器(10)的上游部分(44)的次级氧化剂流动通道(52)。 燃料喷射系统(44)使得燃料流动通道(46)适于将燃料从源(14)喷射到燃烧器(10)的上游部分(44)中。 然后主要和次要的氧化剂流动通道(48和52)适于将氧化剂从源(12)输送到燃烧器(10)的上游部分(44)中,与燃料流动通道(46 )。 通过这种布置,辅助氧化剂流动通道(52)被设计成以避免在燃烧器(10)中积聚的方式来帮助通过燃料流动通道(46)雾化燃料喷射。
    • 50. 发明授权
    • Conveyor hook link with paddle assembly and coupling method
    • 输送钩连接与桨组件和耦合方法
    • US4685555A
    • 1987-08-11
    • US797998
    • 1985-11-14
    • Robert W. Smith
    • Robert W. Smith
    • B65G19/20B65G17/38B65G19/08B65G19/24F16G13/07F16G13/14
    • B65G19/24
    • A hook line includes a hook portion and a link portion contained in two different planes substantially perpendicular to one another. A projection tip is provided on a distal end of the hook portion to provide secure locking action between adjacent hook links; the normal clearance between the tip and the connected link portion being insufficient to allow coupling/uncoupling action. A tip receiving groove extends substantially laterally across the elongated ring forming the link portion. The ring defines a longitudinal slot for receipt of said hook portion. The groove of one hook link receives the projection tip of an adjacent hook link to allow coupling/uncoupling action. In the preferred embodiment, the groove extends along an arc between a transverse midline of said longitudinal slot and an end of said longitudinal slot opposite said hook portion. The groove and tip structure substantially eliminates uncoupling during normal conveyor operation even when subjected to incidental slackening. The link portion may additionally be provided with a paddle mounting bracket for mounting a reversible/replaceable conveyor paddle and wear shoe.
    • 钩线包括钩状部分和包含在基本上彼此垂直的两个不同平面中的连杆部分。 突出尖端设置在钩部的远端上,以在相邻的钩链之间提供牢固的锁定作用; 尖端和连接的连杆部分之间的正常间隙不足以允许联接/解耦作用。 尖端接收槽基本横向延伸穿过形成连杆部分的细长环。 环限定用于接收所述钩部的纵向槽。 一个钩链的凹槽接收相邻钩链的突出尖端以允许耦合/解耦动作。 在优选实施例中,凹槽沿着所述纵向狭槽的横向中线和与所述钩部分相对的所述纵向狭槽的端部之间的弧线延伸。 凹槽和尖端结构在正常输送机操作期间基本上消除了脱耦,即使在偶然松弛的情况下也是如此。 连接部分还可以设置有用于安装可逆/可更换的输送桨和耐磨鞋的桨安装支架。