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    • 2. 发明申请
    • MECHANICALLY OPERATED HOT WATER BYPASS VALVE OPERATED WITHOUT ELECTRICITY
    • 机械操作的热水旁路阀无电
    • WO2016040849A1
    • 2016-03-17
    • PCT/US2015/049757
    • 2015-09-11
    • TACO, INC.
    • RENAUD, AndreVANDAL, Peter
    • F16K15/14
    • E03C1/0404E03B7/045F16K27/0209F16K31/002F16K31/003F24D17/0078
    • An improved, wholly mechanical, valve unit is provided to automatically allow for flow between a high temperature liquid line and a cooler temperature liquid line in order to maintain the immediate availability of hot liquid immediately upstream of the valve, especially for hot water used in a building. The valve unit of the present invention includes a thermally-activated, bi-metal, or more broadly bi-flexive, valve disc, and a smaller diameter valve seat that concentrically contacts the valve disc intermediate the outer circumference and the center of the disc. The bi-flexive disc is provided two-sided, circumferential support, thus substantially equalizing the pressure against both sides of the disc, even when in the closed valve position between the higher temperature, higher pressure, hot water line and the lower pressure cold water line. The valve opens when the temperature differential across the valve disc decreases below a preset amount.
    • 提供了一种改进的全机械阀单元,以自动允许高温液体管线和较冷的温度液体管线之间的流动,以便保持紧邻阀门上游的热液体的即时可用性,特别是对于在 建造。 本发明的阀单元包括热活化的,双金属的或更宽泛的双柔性的阀盘,以及较小直径的阀座,其在盘的外圆周和中心之间同心地接触阀盘。 双柔性盘被提供为双面的圆周支撑,因此即使在较高温度,较高压力,热水管线和较低压力的冷水之间处于闭合阀位置时,也可大大均衡压盘两侧的压力 线。 当阀盘上的温差降低到预设值以下时,阀门打开。
    • 4. 发明申请
    • BRUSHLESS DC MOTOR WITH PERMANENT MAGNET ROTOR
    • 无刷直流电机与永磁电机
    • WO2014062887A3
    • 2014-07-03
    • PCT/US2013065379
    • 2013-10-17
    • TACO INC
    • WU DISTAKEV VLADISLAV MILCHEVBIRKENSTOCK ROBERT F
    • H02K15/03H02K21/12
    • H02K15/03H02K1/02H02K1/2766H02K1/2773H02K1/28H02K21/14Y02E10/725Y10T29/49012
    • A brushless DC motor comprises a permanent magnet rotor rotating coaxially with and inside of the stator, separated by a radial, axially extending gap. The rotor can be formed of four or more permanent, e.g., ferrite ceramic magnets, spaced substantially equidistantly circumferentially around the rotor and extending radially along the axial length of the rotor. The preferred ferrite magnets are substantially corrosion resistant, and thus durable in the wet rotor environment, in which it may be used, sufficient to withstand the effects of even hot salt water. Preferably, four of the permanent magnets are bar magnets, i.e., rectangular in cross-section, extending radially and perpendicularly to the adjacent magnets. Most preferably, the bar magnets are separated by generally wedge-shaped, or quadrant-shaped, sections of magnetic material. The permanent magnets are polarized so that the north-south flux lines extend transversely to each adjacent magnet, most preferably forming a so-called Halbach Array.
    • 无刷直流电动机包括与定子同轴并与定子一起旋转的永磁体转子,该永磁体转子由径向轴向延伸的间隙分开。 转子可以由四个或更多个永久的例如铁氧体陶瓷磁体形成,铁氧体陶瓷磁体基本上等距离地周向地围绕转子并沿着转子的轴向长度径向延伸。 优选的铁氧体磁体基本上是耐腐蚀的,因此在可以使用它的湿转子环境中是耐用的,足以承受甚至热盐水的影响。 优选地,四个永磁体是棒状磁体,即横截面矩形,径向地和垂直于相邻的磁体延伸。 最优选地,棒状磁体通过大致楔形或四分之一的磁性材料部分分开。 永磁体被极化,使得南北磁通线横向延伸到每个相邻的磁体,最优选地形成所谓的Halbach阵列。
    • 8. 发明申请
    • ACTUATOR AND ZONE VALVE
    • 执行器和区域阀
    • WO1992014956A1
    • 1992-09-03
    • PCT/US1992001382
    • 1992-02-21
    • TACO, INC.
    • TACO, INC.GIORDANI, Attilio, G.
    • F16K31/05
    • F16K31/045
    • A zone valve for a hydronic system (either heating or cooling) in which a motor-driven actuator (200) rotates a ball valve (130) through approximately 90°, between closed and opened positions. The ball valve provides lower flow resistance than that of conventional heat-motor and motorized zone valves, allowing the use of lower rated pumps, and allowing a single size valve to serve most applications. A restoring torque is provided by a tension spring (346) so configured that it provides sufficient restoring torque to overcome the frictional torque of the ball valve (130). The restoring torque is kept from building up during rotation by configuring the spring in such a manner that its force varies inversely with the effective moment arm. The restoring torque varies by no more than 20 % (preferably no more than 10 %) during rotation of the ball valve. This assures that enough torque is always available to restore the valve to its closed (or open, in a normal open case) position, after the motor (200) is deenergized, but that there is not too much torque for the motor to overcome when it moves the valve (130) into the open position.