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
    • 1. 发明授权
    • Method for fabricating sheet metal pump casing
    • 钣金泵壳制造方法
    • US06537024B2
    • 2003-03-25
    • US09779403
    • 2001-02-08
    • Huan-Jan ChienKou-Yu TangChar-Lie Pen
    • Huan-Jan ChienKou-Yu TangChar-Lie Pen
    • F01D102
    • F04D29/4266Y10T29/49229
    • A method of fabricating a pump casing that includes an inlet, an outlet and a pump casing body. The pump casing body has a neck portion that defines a groove. The inlet is formed by stamping a sheet of metal to form a basin-shaped body, wherein the stamping the center portion of the basin-shaped body forms the inlet. Centering the basin-shaped body about a first axis and using one set of roller dies to roll form the basin-shaped body into a pump casing body. The pump casing body includes, starting from the inlet, an inlet end plate, a passage side plate, a motor end plate and a neck portion. Stamping the passage side plate forms the outlet. A set of roller dies include an internal roller die and a mating external roller die, wherein both are rotatably mounted along a second and third axes, respectively, wherein the first, second and third axes are parallel to but spaced from each other.
    • 一种制造泵壳体的方法,该泵壳体包括入口,出口和泵壳体。 泵壳体具有限定凹槽的颈部。 入口通过冲压金属板形成一个盆形体,其中冲压盆状体的中心部分形成入口。 将盆形体围绕第一轴线定心并使用一组辊模从辊状体转动成泵壳体。 泵壳体从入口开始包括入口端板,通道侧板,马达端板和颈部。 冲压通道侧板形成出口。 一组辊模具包括内部辊模和配合的外部辊模,其中两者分别沿着第二和第三轴可旋转地安装,其中第一,第二和第三轴彼此平行但彼此间隔开。
    • 2. 发明授权
    • Integrated duct diffuser
    • 集成管道扩散器
    • US06471475B1
    • 2002-10-29
    • US09616998
    • 2000-07-14
    • Ioan SasuAndre LeBlancMichel Bellerose
    • Ioan SasuAndre LeBlancMichel Bellerose
    • F01D102
    • F04D29/444F05D2250/52
    • The invention provides a diffuser assembly constructed of internal and external concentrically nested bowl-shaped shells for directing an outward flow of compressed air from a centrifugal compressor impeller to an axially rearward diffused annular flow. One of the shells is formed with grooves separated by seam edges and the other shell includes a smooth surface of revolution. The grooves on the one shell are closed by the other shell when the two shells are nested together and the seam edges are secured to the smooth surface by fastening means thus defining individual diffuser ducts extending from the compressor impeller to the outer shell edges. The shells can be easily manufactured from metal castings and sheet metal respectively, thereby eliminating much of the cost and the time involved in fabricating prior art diffusers of multiple formed pipes brazed to a separately machined hub. This construction can be easily reinforced for vibration control and the thickness of diffuser duct walls can be optimized for improved performance and minimum weight. The designers are freed from many of the constraints imposed by conventional diffuser design. The shape and cross-section of the diffuser ducts become completely independent of the manufacturing method, permitting the diffuser duct shape to be optimized for aerodynamic efficiency. The costs of production are reduced since tooling costs and manufacturing complexity are dramatically reduced when only two shell parts are required.
    • 本发明提供了一种由内部和外部同心嵌套的碗形壳体构成的扩散器组件,用于将离心式压缩机叶轮向外的压缩空气流引导到轴向向后扩散的环形流。 其中一个壳体形成有由接缝边缘分开的沟槽,另一个壳体包括平滑的旋转表面。 当两个壳嵌套在一起时,一个壳体上的凹槽由另一个壳体封闭,并且接缝边缘通过紧固装置固定到光滑表面,从而限定从压缩机叶轮延伸到外壳边缘的各个扩散器管道。 壳可以容易地由金属铸件和金属板制成,从而消除了制造现有技术的多个形成的钎焊到单独加工的毂的成形管的扩散器所花费的大量成本和时间。 这种结构可以轻松加强振动控制,扩散管壁的厚度可以优化,以提高性能和最小重量。 设计师摆脱了常规扩散器设计所施加的许多限制。 扩散器管道的形状和横截面完全独立于制造方法,允许对空气动力学效率优化扩散器管道形状。 生产成本降低,因为只需要两个壳体部件时,模具成本和制造复杂性就会大大降低。
    • 4. 发明授权
    • System for coupling a shaft to an outer shaft sleeve
    • 将轴连接到外轴套的系统
    • US06371723B1
    • 2002-04-16
    • US09641825
    • 2000-08-17
    • Lloyd GrantMark Reynolds
    • Lloyd GrantMark Reynolds
    • F01D102
    • F04D29/043F04D7/065Y10T29/49885
    • Disclosed is a shaft system particularly adapted for use in molten metal applications, such as injecting impellers, submersible molten metal pumps, and others. Embodiments of the shaft system contemplated by this invention very generally including a base shaft with an outer surface, a shaft sleeve composed of material adapted to be used in a molten metal environment, the shaft sleeve having an inner surface approximately corresponding in size to the outer surface of the shaft and located approximately concentrically around the shaft; and a shaft coupler between the outer surface of the shaft and the inner surface of the shaft sleeve; wherein the shaft sleeve is securely attached to the shaft by the expansion of the shaft coupler relative to the shaft and the shaft sleeve.
    • 公开了一种特别适用于熔融金属应用的轴系统,例如喷射叶轮,潜水熔融金属泵等。 本发明设想的轴系的实施例非常通常包括具有外表面的基轴,由适于在熔融金属环境中使用的材料构成的轴套,所述轴套具有大致对应于外部尺寸的内表面 轴的表面并且大致同心地围绕轴定位; 以及在所述轴的外表面和所述轴套的内表面之间的轴联接器; 其中所述轴套通过所述轴联接器相对于所述轴和所述轴套的膨胀而牢固地附接到所述轴。
    • 7. 发明授权
    • Compressed gas actuated turbine-type vibrator
    • 压缩气体致动涡轮式振动器
    • US06261059B1
    • 2001-07-17
    • US09428958
    • 1999-11-04
    • Theodore S. Wadensten
    • Theodore S. Wadensten
    • F01D102
    • F01D1/026B06B1/186F01D1/34F05D2250/183
    • A compressed gas or pneumatically actuated turbine-type vibrator having an outer housing 12, a rotor assembly 14 that is freely rotatable within a cylindrical chamber 16 formed in the outer housing 12. The rotor assembly 14 includes a plurality of V-shaped blades for driving the rotor assembly when and as a propelling surface 36 of the rotor assembly is acted upon by a compressed gas flowing through an inlet port to and towards the propelling surface 36. The outer housing further includes at least one exhaust port for exhausting spent gas from the cylindrical chamber. The V-shaped blade members provide an efficient use of the compressed gas for the vibratory forces developed.
    • 压缩气体或气动涡轮式振动器,其具有外壳体12,转子组件14,其可在形成于外壳体12中的圆柱形腔室16内自由旋转。转子组件14包括用于驱动的​​多个V形叶片 转子组件何时和作为转子组件的推进表面36由流过入口端口的压缩气体作用到推进表面36上。外壳体还包括至少一个排气口,用于从 圆柱形室。 V形叶片构件提供了用于所产生的振动力的压缩气体的有效使用。
    • 8. 发明授权
    • Turbomachinery module with improved maintainability
    • 涡轮机组模块具有改进的可维护性
    • US06179560B2
    • 2001-01-30
    • US09212719
    • 1998-12-16
    • Konstantino KourisJohn A Leogrande
    • Konstantino KourisJohn A Leogrande
    • F01D102
    • F01D9/042F01D25/246Y02T50/673
    • The invention is a turbomachinery module (10) whose forwardmost vanes, which are the most damage susceptible vanes in the module, are easily removable and replaceable without substantial disassembly of the module. The module includes a case (12) and a forwardmost array (1V) of vanes. Each vane (34) of the forwardmost array has an axially proximal and distal end (90, 92) relative to the forward end (16) of the case. The distal end of each vane has a foot (102) that abuts but is not connected to a vane guide (32) on the case. The proximal end of each vane has an attachment bracket (110) that can be secured to or disengaged from a vane support (28) on the case. Vane removal is accomplished by disengaging the attachment bracket (110) from the vane support (28) and withdrawing the vane through the forward end of the case. The invention improves upon conventional turbine modules in which the forwardmost vane array is removable only from the aft end of the case after the module has been substantially disassembled. As a result the damage susceptible vanes can be accessed and serviced in less time and at a lower cost than would otherwise be possible.
    • 本发明是一种涡轮机械模块(10),其最前面的叶片是模块中最易受损害的叶片,其易于拆卸和可更换,而无需实质拆卸模块。 模块包括壳体(12)和叶片的最前面的阵列(1V)。 最前面阵列的每个叶片(34)相对于壳体的前端(16)具有轴向近端和远端(90,92)。 每个叶片的远端具有与壳体上的叶片引导件(32)邻接但不连接的脚部(102)。 每个叶片的近端具有可以固定到壳体上的叶片支撑件(28)或从壳体上脱离的附接支架(110)。 通过使附接支架(110)与叶片支撑件(28)脱离并且通过壳体的前端抽出叶片来实现叶片移除。 本发明改进了传统的涡轮机模块,其中最前面的叶片阵列在模块已经被基本拆卸之后仅可从壳体的后端移除。 因此,易损坏的叶片可以以比其他方式更少的时间和更低的成本进行访问和维修。
    • 10. 发明授权
    • Device of a volute channel of a pump
    • 泵的蜗壳通道的装置
    • US06779974B2
    • 2004-08-24
    • US10316035
    • 2002-12-11
    • Huan-Jan Chien
    • Huan-Jan Chien
    • F01D102
    • F04D29/628F01D1/02F04D29/406F04D29/426
    • A device of a volute channel of a pump is contained in a circular casing and cooperates a rotational impeller for pumping and delivering fluid. The device comprises a volute channel structure and a throat partition. The volute channel structure is a spiral volute channel and surrounds an impeller exit side. A leading edge of the volute channel is a water-cut angle. A sectional area of the volute channel is wider and deeper from the water-cut angle. An outer diameter of the volute channel is a concentric arrangement. The throat partition connects to a rear edge of the volute channel and extends toward an exit of the casing so as to that the throat partition is at least and mainly an extension of the volute channel; the extension of the volute channel overlaps the leading edge of the volute channel to have the total length of the volute channel, the total length is able to surround the impeller exit side over 360 degrees.
    • 泵的蜗壳通道的装置容纳在圆形壳体中,并与用于泵送和输送流体的旋转叶轮配合。 该装置包括蜗壳通道结构和喉部分隔。 涡卷通道结构是螺旋形蜗壳通道,并且围绕叶轮出口侧。 蜗壳通道的前缘是水切角。 涡流通道的横截面积从切水角度变宽得更深。 蜗壳通道的外径是同心排列。 喉部分隔件连接到蜗壳通道的后边缘并且朝向壳体的出口延伸,使得喉部分隔件至少并且主要是蜗壳通道的延伸部; 蜗壳通道的延伸部与涡旋通道的前缘重叠,以具有蜗壳通道的总长度,总长度能够围绕叶轮出口侧360度。