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    • 1. 发明专利
    • Improvements in Method of and Apparatus for Mixing Dough.
    • GB134756A
    • 1919-11-13
    • GB898719
    • 1919-04-09
    • PATTERSON CURTIS JOHN
    • PATTERSON CURTIS JOHN
    • A21C1/14
    • 134,756. Patterson, C. J. April 9, 1919. Regulating the proportions of a mixture. -Consists of a method for forming a plastic mass such as dough from a pulverulent material and a liquid, by first introducing all the material and the bulk of the liquid and then adding the balance of liquid in uniformly measured quantities. As described, the amount of additional liquid is controlled by the consumption of the driving motor, the supply being cut off when the load is reduced to that level which indicates the correct consistency of the mixed mass. The mixer 1 has its stirrer shaft 2 driven by an electric motor 6, the leads 7, 8 having a low-resistance shunt consisting of conductors 30, 31 bridged across a shunt resistance r, a rehostat 32, an electro-magnet 29, and a contact breaker 33, the rotating element 34 of which is driven from a separate motor 38 which also drives a recorder 42. The armature 27 of the electro-magnet is connected to a stem 21 of a double valve 18, 20 controlling the entry and exit to a chamber 16 forming a nozzle to supply liquid to the mixer from the chamber 12 of a double tank, the other chamber 11 of which supplies liquid through a nozzle 14. The initial proportion of liquid is introduced from the chamber 11, with all the material. The motor is then switched on, the rheostat being adjusted so that the magnet 29 is only energized to substantiate the saturation point at any predetermined load. Each time the contacts 34, 35 come together, the armature 27 will raise the valve stem 21 and empty the contents of the chamber 16 into the mixer, and when the contacts part the stem will fall by gravity to allow the chamber to refill. When the consistency of the mixture is thin enough to reduce the load below that pre-determined, the armature will cease to be attracted. An ammeter 10 is provided in the motor circuit.
    • 7. 发明申请
    • CONSTANT VELOCITY COUPLING
    • 恒定速度耦合
    • WO2011032286A1
    • 2011-03-24
    • PCT/CA2010/001462
    • 2010-09-17
    • EXPONENTIAL TECHNOLOGIES, INCPATTERSON, CurtisGOTTFRIED, Kristjan
    • PATTERSON, CurtisGOTTFRIED, Kristjan
    • F16D3/18F16D3/22F16D3/43
    • F16D3/18F16D3/20F16D3/24
    • Disclosed herein is a constant velocity coupling of a new design and manufacture comprising an input shaft having a first wave surface thereupon, wherein the first wave surface comprises mounds and valleys. The constant velocity coupling additionally comprises an output shaft having a second wave surface thereupon, wherein the second wave surface comprises mounds and valleys. The constant velocity coupling additionally comprises a housing substantially enclosing the first wave surface and second wave surface, wherein rotational force exerted upon the input shaft is translated through the lobes of the first wave surface to the lobes of the second wave surface and to the output shaft in turn, and wherein the first wave surface and second wave surface transmit rotational force therebetween through any range of angles to a maximum output angle between a rotational axis of the input shaft relative to a rotational axis of the output axis.
    • 本文公开了一种新的设计和制造的恒速度耦合,其包括其上具有第一波面的输入轴,其中第一波面包括丘和谷。 恒速耦合另外包括其上具有第二波面的输出轴,其中第二波面包括丘和谷。 恒定速度耦合另外包括基本上包围第一波形表面和第二波形表面的外壳,其中施加到输入轴上的旋转力通过第一波形表面的凸角平移到第二波形表面的凸角和输出轴 并且其中第一波面和第二波面之间的旋转力通过任意角度范围传播到输入轴的旋转轴线相对于输出轴的旋转轴线之间的最大输出角度。
    • 8. 发明申请
    • HYDRODYNAMIC BORE FINGER SEAL WITH SEALING PADS
    • 水动力眼手指密封与密封垫
    • WO2010139065A1
    • 2010-12-09
    • PCT/CA2010/000837
    • 2010-06-03
    • EXPONENTIAL TECHNOLOGIES, INC.JUAN, AlejandroPATTERSON, CurtisFARSHCHIAN, Soheil
    • JUAN, AlejandroPATTERSON, CurtisFARSHCHIAN, Soheil
    • F16J15/54F01D11/02F02C7/28F16J15/44
    • F01D11/02F16J15/441F16J15/54
    • The disclosed finger seals are designed to be operational under rotational velocity or a stationary condition. The contact surface of the finger seals is inclined in an axial direction. This incline causes a convergent leakage path between the finger foot surface and the bore. Therefore, the leakage flow passing through this gap exerts hydrodynamic lift on the finger and lifts the finger from the bore surface at design pressure. Since the slope is in the axial direction, the rotational velocity of the bore does not affect the hydrodynamic lift and the finger seals can operate at any rotational speed, unlike prior finger seal where the hydrodynamic lift is generated by rotational velocity. Each finger seal is pressure balanced. The pressure chambers on the two sides of each finger seal are connected through the finger cutouts. The finger seal design is such that the fingers lift and move away from the bore surface in radial direction. Therefore, the angle between the finger seal foot and the bore is constant at any lifted distance. In each seal stack up, in one form, each finger seal is designed with the specific required length to allow sufficient surface area for the hydrodynamic force such that the finger seals would be lifted from the bore surface at the design pressure.
    • 所公开的指状密封件设计成在旋转速度或静止状态下可操作。 手指密封件的接触表面沿轴向倾斜。 这种倾斜导致手指脚表面和孔之间的会聚泄漏路径。 因此,通过该间隙的泄漏流在手指上施加流体动力升力,并在设计压力下从手指表面提起手指。 由于斜面在轴向方向上,孔的旋转速度不影响流体动力升力,并且手指密封可以以任何旋转速度操作,这与先前的手指密封不同,其中流体动力升力由旋转速度产生。 每个手指密封是压力平衡的。 每个手指密封件两侧的压力室通过手指切口连接。 手指密封设计使得手指在径向方向上抬起并远离孔表面移动。 因此,手指密封脚和孔之间的角度在任何提升距离处是恒定的。 在每个密封堆叠中,以一种形式,每个指状密封件被设计成具有特定的所需长度,以允许足够的流体力学表面积,使得手指密封件将在设计压力下从孔表面提升。