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    • 3. 发明授权
    • Vehicle-air-conditioner electric compressor
    • 车用空调电动压缩机
    • US08408883B2
    • 2013-04-02
    • US12442844
    • 2008-09-25
    • Yuki IchiseTakayuki WatanabeTakashi NakagamiKoji Nakano
    • Yuki IchiseTakayuki WatanabeTakashi NakagamiKoji Nakano
    • F04B39/06
    • H02K5/225F04B35/04F04B2203/0203F04B2203/0211H02K11/01H02K11/02H02K11/33
    • An inverter-integrated vehicle-air-conditioner electric compressor capable of eliminating malfunctions or the like due to electromagnetic noise interference and improving the reliability is provided. In a vehicle-air-conditioner electric compressor with which an inverter unit is integrated, lead-out positions of low-voltage cables and connectors for supplying a low voltage from a low-voltage power supply to a circuit on a low-voltage ground LV are provided either in a side surface opposite to a mounting position of high-voltage components and high-voltage cables for supplying a high voltage from a high-voltage power supply to a power system circuit on a high-voltage system ground HV; or at an end farthest away from the mounting position of the high-voltage cables and the high-voltage components in an adjacent side surface or the same side surface.
    • 提供一种能够消除由于电磁噪声干扰引起的故障等而提高可靠性的逆变器一体型车用空调电动压缩机。 在整合了逆变器单元的车用空气调节器电动压缩机中,低压电缆的导出位置以及从低电压电源向低电压接地LV的电路供给低电压的连接器 设置在与高压部件的安装位置相对的侧表面和用于从高压电源向高压系统地面HV上的电力系统电路提供高电压的高压电缆; 或者在相邻的侧表面或相同侧表面处的高压电缆和高压部件的安装位置最远的一端。
    • 6. 发明申请
    • Method and means for detecting motor rotation
    • 用于检测电机旋转的方法和装置
    • US20160099666A1
    • 2016-04-07
    • US14860202
    • 2015-09-21
    • FLOW CONTROL LLC.
    • Jesus ESTRADAAkshaykumar PATEL
    • H02P6/16H02K11/00
    • H02P6/17F04B1/00F04B43/02F04B2203/0203H02K1/17H02K11/215H02P6/16
    • Apparatus features a microcontroller configured to: receive signaling containing information about a measured change of a magnetic field created by a magnetic circuit driving a motor; and determine corresponding signaling containing information about the speed of rotation of the motor, based upon the signaling received. The microcontroller provides control signaling containing information to control the operation of the motor, including where the motor control is used to control the flow of fluids from a pump. A Hall Effect Sensor is used to sense the magnetic flux and provide the signaling in the form of a feedback signal for implementing motor control. The motor housing has a slot, the Hall Effect sensor is mounted external the motor housing over the slot, and a ferromagnetic bridge is arranged over the Hall Effect sensor to close the magnetic circuit and cause more flux to go through the Hall Effect sensor.
    • 装置具有微控制器,其被配置为:接收包含关于由驱动马达的磁路产生的磁场的测量变化的信息的信令; 并基于接收到的信令来确定包含关于电动机的转速的信息的相应信令。 微控制器提供控制信号,其中包含用于控制电动机运行的信息,包括电机控制用于控制来自泵的流体的流动。 霍尔效应传感器用于感测磁通量,并以反馈信号的形式提供信号,以实现电机控制。 电机外壳有一个插槽,霍尔效应传感器安装在电机壳体的外部,并在霍尔效应传感器上方布置一个铁磁桥,以闭合磁路,并使更多的磁通量通过霍尔效应传感器。
    • 7. 发明申请
    • Fluid circulation pump for heating and conditioning systems and the like
    • 用于加热和调节系统的流体循环泵等
    • US20050180857A1
    • 2005-08-18
    • US11052272
    • 2005-02-07
    • Elio Marioni
    • Elio Marioni
    • F04B13/02F04B17/03F04B43/06F04B49/00F04B49/06F24D19/00F24D19/10G05D27/02H02P6/08H02P7/00
    • F24D19/0092F04B2203/0203F24D19/1012Y02B30/745
    • The present invention relates to a method for measuring a parameter characteristic of a heating and/or conditioning system (1) equipped with a primary hydraulic circuit (6) and a secondary hydraulic circuit (9) and wherein at least one operative fluid circulation pump (2) is provided operated by an electric motor and driven by a control electronic device (10). The method provides: a starting measure of the flow rate of the circulating operative fluid carried out with closed delivery, immediately downstream the pump; a subsequent measure of the flow rate of the circulating operative fluid in the sole secondary hydraulic circuit (9); the first and the second measure being carried out with means associated to the control device (10) of the pump (2) so as to output an electric signal correlated with the percentage of additive of the circulating operative fluid or with a variation of the calorific power of the system.
    • 本发明涉及一种用于测量装备有主液压回路(6)和次级液压回路(9)的加热和/或调节系统(1)的参数特性的方法,并且其中至少一个操作流体循环泵 2)由电动机操作并由控制电子装置(10)驱动。 该方法提供:在紧邻泵下游的封闭输送中循环操作流体的流量的起始测量; 随后测量所述唯一次级液压回路(9)中的循环操作流体的流量; 以与泵(2)的控制装置(10)相关联的装置进行第一和第二措施,以便输出与循环操作流体的添加剂的百分比相关的电信号,或者与热量变化 系统的力量