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    • 3. 发明申请
    • SELF-CHARGING TYPE ELECTROMAGNETIC RETARDER
    • 自充电式电磁延迟器
    • US20160254738A1
    • 2016-09-01
    • US14417728
    • 2014-03-20
    • TBK CO., LTD.
    • Yukihiro KatoAkihiro MiyoshiMitsuyoshi Oba
    • H02K49/04B60T1/10H02P15/00
    • H02K49/04B60L7/10B60T1/10B60T13/586F16D61/00H02K7/14H02K17/42H02K49/043H02P15/00Y02T10/641Y02T10/642
    • A self-charging type electromagnetic retarder including a main portion having a stator yoke, a plurality of magnetic coils forming multi-phase connections, and a steel rotor, a control device, an electromagnetic retarder having a high revolution region, capacitor portion for storing excess electric power, a diode, and a low revolution region. The magnetic coils of each phase are connected with capacitors to form a resonance circuit. Transistors for the high revolution region are connected in series to each of the multi-phase connections. Transistors for the low revolution region are connected in series to each of the multi-phase connections through the capacitor portion and the diode. At the high revolution region, excess electric power obtained from the electric power generating type electromagnetic retarder portion is stored in the capacitor portion, and at the low revolution region, the magnetic coils are excited by the electric power stored in the capacitor portion.
    • 一种自充电型电磁延迟器,包括具有定子磁轭的主要部分,形成多相连接的多个磁性线圈,以及钢转子,控制装置,具有高转速区域的电磁延迟器,用于存储过量的电容器部分 电力,二极管和低转速区域。 每相的磁线圈与电容器相连以形成谐振电路。 用于高转速区域的晶体管串联连接到每个多相连接。 用于低回转区域的晶体管通过电容器部分和二极管串联连接到每个多相连接。 在高转速区域,从发电型电磁延迟器部分获得的过剩电力被存储在电容器部分中,而在低转速区域,磁性线圈被存储在电容器部分中的电力激励。
    • 4. 发明申请
    • SEALESS, LIQUID COOLED EDDY CURRENT ENERGY ABSORPTION SYSTEM
    • 密封,液体冷却EDDY电流吸收系统
    • US20160006334A1
    • 2016-01-07
    • US14789940
    • 2015-07-01
    • John Peter DeConti
    • John Peter DeConti
    • H02K49/04H02K49/10F16D63/00
    • H02K49/04B60T13/586F16D63/002H02K5/20H02K9/19H02K49/10
    • The disclosed apparatus relates to a non-frictional, rotational, continuous energy absorbing device utilizing internal liquid cooling and having no dynamic seals. The apparatus is comprised of a rotor assembly containing magnets, cooling chambers containing magnetically driven impellers, actuators to adjust the axial positioning of said chambers, and other variations of the apparatus including an air-cooled design and additional friction braking. Braking torque is generated through shearing of eddy currents as the cooling chambers are moved axially closer to the rotor by actuators. The same action also drives magnetically driven impellers, resulting in coolant flow. Braking energy absorption increases as does coolant flow as the distance between the cooling chambers and the rotor is decreased. As the distanced between the rotor and cooling chambers increase, both energy absorption and coolant flow decrease to zero. The coolant flows from the cooling chambers to a heat exchanger to dissipate the energy.
    • 所公开的装置涉及利用内部液体冷却并且没有动态密封的非摩擦,旋转,连续的能量吸收装置。 该装置由包含磁体的转子组件,包含磁力驱动的叶轮的冷却室,用于调节所述室的轴向定位的致动器以及包括空气冷却设计和附加摩擦制动的装置的其它变型组成。 当冷却室通过致动器轴向更靠近转子移动时,通过涡流剪切产生制动扭矩。 相同的作用也驱动磁力驱动的叶轮,导致冷却剂流动。 制冷能量吸收随着冷却剂流动而减小,因为冷却室和转子之间的距离减小。 随着转子和冷却室之间的距离增加,能量吸收和冷却剂流量都减少到零。 冷却剂从冷却室流向热交换器以消散能量。
    • 5. 发明申请
    • ELECTRIC MACHINE - EVAPORATIVE COOLING
    • 电机 - 蒸发冷却
    • US20120024610A1
    • 2012-02-02
    • US13258839
    • 2010-04-13
    • Tim Woolmer
    • Tim Woolmer
    • H02K9/20B60K1/00B60B19/00H02K7/10H02P3/14
    • H02K9/20B60K7/0007H02K5/18H02K7/14H02K21/24H02K49/04
    • An electric machine (10;100) comprises a rotor (14a), preferably having permanent magnets (24a,b), although other field generation means are available, and a stator (12). The stator has coils (22) wound on stator bars (16) for interaction with the magnetic field of the rotor across an air gap (26a,b) defined between them. The rotor (14) comprises a housing (54) of a chamber (70) containing refrigerant (82). The rotor housing (54) has heat dissipating fins (96) accessible by the open environment whereby air movement relative to the housing caused at least by rotation of the rotor absorbs heat from the fins. The machine may bean axial flux machine, the coils being wound on bars that are disposed circumferentially spaced around a fixed axle of the machine forming a rotational axis (80) of the rotor. The machine may be a wheel motor for a vehicle, wherein the wheel is mounted directly on the rotor housing (14).
    • 电动机(10; 100)包括转子(14a),优选地具有永磁体(24a,b),尽管其它的场产生装置可用,以及定子(12)。 定子具有卷绕在定子杆(16)上的线圈(22),用于跨过它们之间限定的气隙(26a,b)与转子的磁场相互作用。 转子(14)包括容纳制冷剂(82)的腔室(70)的壳体(54)。 转子壳体(54)具有可通过开放环境访问的散热翅片(96),从而至少通过转子的旋转而相对于壳体的空气移动吸收来自翅片的热量。 机器可以是豆轴向通量机,线圈缠绕在杆上,所述杆围绕机器的固定轴围绕圆周间隔设置,形成转子的旋转轴线(80)。 机器可以是用于车辆的车轮马达,其中车轮直接安装在转子壳体(14)上。
    • 8. 发明授权
    • System for assembling and fixing a coil for eddy current braking to a
railway vehicle
    • 用于将用于涡流制动的线圈组装和固定到铁路车辆的系统
    • US4305485A
    • 1981-12-15
    • US102520
    • 1979-12-11
    • Yvon Dubreucq
    • Yvon Dubreucq
    • B61H7/00B60L7/28B60T13/74H02K49/04
    • H02K49/04B60L7/28B60T13/748B60L2200/26Y02T10/641
    • A coil for a dynamic eddy current braking system affixed to the lower half of a vehicle wheel by two steel, yoke-shaped, end supports joined by parallel rectilinear arms, with the end supports spaced for clearance from the coil and along with thin non-magnetic sheets defining free enclosures around the coil ends, the supports having holes to inject an elastomer into the free enclosures. Seals limit the elastomer to the flat portions of the coils and plates in the zone of injection of the elastomer are immobilized in relation to the support parallel to rectilinear arms but separable from the inner wall of the support to permit thermal expansion and contraction of the coil and elastomer in the support without loss of the transmission of forces to the support occurring in the course of braking and without exaggerated transfer of forces to the support in the case of considerable heating or cooling and without detachment of the elastomer in the case of a very considerable drop in ambient temperature.
    • 一种用于动态涡流制动系统的线圈,其通过两个由平行直线臂连接的钢轭轭形端部支撑件固定到车轮的下半部,其端部支撑件与线圈隔开间隙, 磁性薄片限定绕线圈端部的免费外壳,该支撑件具有用于将弹性体注入到自由外壳中的孔。 密封件将弹性体限制到线圈的平坦部分,弹性体注射区域中的板相对于平行于直线臂的支撑而固定,但可与支撑件的内壁分离,以允许线圈的热膨胀和收缩 和弹性体的支撑件,而不会在制动过程中发生向支撑件的力的传递,并且在相当的加热或冷却的情况下并且在非常大的加热或冷却的情况下不会弹性地向支撑件传递力 环境温度大幅下降。