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    • 11. 发明公开
    • MOTOR DEVICE
    • 电机装置
    • EP3316451A1
    • 2018-05-02
    • EP17198058.4
    • 2017-10-24
    • TGK CO., Ltd.
    • FUJIMOTO, KazuhiroSANNOMIYA, Takashi
    • H02K1/14H02K37/14
    • H02K1/14H02K37/14
    • A motor device includes a stator core (26), and a positioning structure that positions the stator core (26). The stator core (26) is constituted by multiple core members (30) arranged around a rotor (14) in circumferential directions. The core members (30) each have multiple teeth parts (36) of which the front end surfaces radially face the rotor (14). The positioning structure includes multiple positioner parts (44) that respectively abut against the multiple core members (30) to position the multiple core members (30). The multiple positioner parts (44) include first positioner parts (44-A) that each abut against a front end part of a teeth part (36) of each of core members (30) adjacent to each other in the circumferential directions.
    • 电动机装置具有定子铁心(26)和对定子铁心(26)进行定位的定位构造。 定子铁心(26)由沿周向配置在转子(14)的周围的多个铁心部件(30)构成。 核心部件(30)各具有多个齿部(36),其前端面径向面对转子(14)。 定位结构包括多个定位器部件(44),其分别抵靠多个芯部构件(30)以定位多个芯部构件(30)。 多个定位部(44)包括第一定位部(44-A),该第一定位部(44-A)分别抵接在圆周方向上相邻的各芯构件(30)的齿部(36)的前端部。
    • 13. 发明公开
    • Control valve
    • 控制阀
    • EP2667119A3
    • 2017-05-03
    • EP13168644.6
    • 2013-05-22
    • TGK CO., Ltd.
    • Tonegawa, Masaaki
    • F25B41/06
    • F16K17/00F16K31/0655F16K31/12F16K31/408F25B41/062
    • An expansion valve (1, 201) according to one embodiment includes a body (5,205) having an internal passage through which the working fluid flows, a valve hole (16) provided in the internal passage, a driven member (22, 222) that opens and closes a valve section by touching and leaving the valve hole (16), a guide member (24, 224) that slidably supports the driven member (22, 222) inserted along the guide member (24, 224), and a shield wall (38, 138, 238), provided in the driven member (22, 222), which closes one end opening of the spacing between the driven member (22, 222) and the guide member (24, 224) when the valve section is fully opened.
    • 根据一个实施例的膨胀阀(1,201)包括具有供工作流体流过的内部通道的主体(5,205),设置在内部通道中的阀孔(16),从动构件(22,222),该从动构件 通过接触和离开阀孔(16)来打开和关闭阀部分,可滑动地支撑沿导向部件(24,224)插入的从动部件(22,222)的导向部件(24,224) 设置在所述从动构件(22,222)中的,当所述阀部件(22,222)与所述从动构件(22,222)之间的所述间隔的一个端部开口关闭时, 已完全打开。
    • 16. 发明公开
    • CONTROL VALVE FOR VARIABLE DISPLACEMENT COMPRESSOR
    • 可变排量压缩机的控制阀
    • EP3040556A1
    • 2016-07-06
    • EP15201339.7
    • 2015-12-18
    • TGK CO., Ltd.
    • TONEGAWA, MasaakiSUGAMURA, RyotaSAKAKIBARA, Hidekazu
    • F04B27/14F04B53/10
    • F04B53/10F04B27/14
    • A control valve (1) includes: a body (5) having a port (16) communicating with a discharge chamber, a port (14) communicating with a control chamber, and a main valve hole (20) formed in a passage connecting the ports (16) and (14); a main valve element (30) configured to close and open a valve section by moving toward and away from the main valve hole (20); a solenoid (3) configured to generate a force for driving the main valve element (30) in valve opening and closing directions of the valve section, power supply to the solenoid (3) being controlled according to pulse width modulation (PWM); and a vibration absorbing structure including a spring (104) connected with a plunger (50) configured to be displaced integrally with the main valve element (30), and a weight (102) connected with the plunger (50) with the spring (104) therebetween in a relatively displaceable manner, and configured to suppress vibration of the main valve element (30) caused by the PWM control.
    • 控制阀(1)包括:主体(5),其具有与排出室连通的端口(16),与控制室连通的端口(14)以及形成在通道中的主阀孔(20) 端口(16)和(14); 主阀体(30),该主阀体构造成通过朝向和远离主阀孔(20)移动来关闭和打开阀部; 螺线管(3),该螺线管构造成产生用于驱动所述主阀元件(30)的阀门开启方向和关闭方向的力,根据脉宽调制(PWM)控制对所述螺线管(3)的供电; 以及振动吸收结构,该振动吸收结构包括与被配置为与主阀元件(30)一体地移位的柱塞(50)连接的弹簧(104)以及与柱塞(50)一起与弹簧(104)连接的重物(102) ),并且构造成抑制由PWM控制引起的主阀体(30)的振动。
    • 17. 发明公开
    • CONTROL VALVE FOR VARIABLE DISPLACEMENT COMPRESSOR
    • 可变排量压缩机的控制阀
    • EP2975266A1
    • 2016-01-20
    • EP15176438.8
    • 2015-07-13
    • TGK CO., Ltd.
    • YOSHIHIRO, RyousukeSAEKI, ShinjiKUSAKA, SatoshiTAKAKUWA, Kiyokazu
    • F04B27/18F04B53/10F16K11/07
    • F04B53/10F04B27/1804F16K31/0655F16K31/0675
    • A control valve (1) includes a solenoid (3) whose conduction state is controlled by the PWM technique. The solenoid (3) includes a bobbin (56), an electromagnetic coil (58) wound around the bobbin (56), a core (50) provided coaxially with the bobbin (56), a plunger (54) disposed opposite to the core (50) in a direction of axis line inside the bobbin (56), a yoke, provided in such a manner as to surround the electromagnetic coil as well as the core (50) and the plunger (54), the yoke forming a magnet circuit when the electromagnetic coil electrically conducts, and an asymmetrical structure by which the balance of the magnetic attractive force radially acting on the plunger (54) is biased toward one side, the asymmetrical structure including a structural portion asymmetric with respect to the axis line of the bobbin (56).
    • 控制阀(1)包括通过PWM技术控制导通状态的螺线管(3)。 螺线管(3)包括绕线管(56),卷绕在绕线管(56)上的电磁线圈(58),与绕线管(56)同轴设置的芯体(50),柱塞(54) (56)内部的轴线方向的磁轭(50),以包围电磁线圈以及磁芯(50)和柱塞(54)的方式设置的磁轭,该磁轭构成磁铁 所述非对称结构包括与电磁线圈电导通时的短路以及径向作用于所述柱塞(54)的磁吸引力的平衡向一侧偏置的非对称结构,所述非对称结构包括相对于所述轴线不对称的结构部分 线轴(56)。
    • 18. 发明公开
    • Control valve for a variable displacement compressor
    • 的可变容量压缩机用控制阀
    • EP2821649A3
    • 2015-10-07
    • EP14175543.9
    • 2014-07-03
    • TGK CO., Ltd.
    • Tonegawa, MasaakiSaeki, Shinji
    • F04B27/18
    • F04B49/225F04B27/1804F04B2027/1813F04B2027/1827F04B2027/1831F25B1/005
    • Control valve (1) for a variable displacement compressor comprising: a body (5) having a discharge chamber communication port (16),
      a crankcase communication port (14) and
      a suction chamber communication port (12), wherein a main passage communicates the discharge chamber communication port (16) and the crankcase communication port (14) and a sub-passage communicates the crankcase communication port (14) and the suction chamber communication port (12);
      a main valve seat (22) provided in the main passage; a main valve element (30) configured to open and close a main valve by touching and leaving the main valve seat (22);
      a power element (6) configured to supply a drive force in a valve opening direction to the main valve element (30) according to a displacement amount of a pressure-sensing member (45), the power element (6) including the pressure-sensing member (45) for sensing a predetermined pressure-to-be-sensed and developing a displacement in an opening or
      closing direction of the main valve;
      a solenoid (3) configured to generate a force opposing the drive force of the power element (6) when the solenoid (3) electrically conducts;
      an actuating rod (38) configured to transmit a force generated by the solenoid (3) to the power element (6), the actuating rod (38) being coupled with the solenoid (3); a sub-valve seat (34) provided in the sub-passage; a sub-valve element (36) configured to open and close a sub-valve by touching and leaving the sub-valve seat (34); and a biasing member (42) configured to bias the main valve element (30) in a closing direction of the main valve. A range of the pressures-to-be-sensed (Ps), where the main valve and the sub-valve are simultaneously closed until the sub-valve element (36) is lifted from the sub-valve seat (34) after the main valve element (30) has been seated on the main valve seat (22), is set as a deadband, and a value of the pressure-to-be-sensed (Ps) with which to close the main valve, a value of the pressure-to-be-sensed (Ps) with which to open the sub-valve after the main valve has been closed, and pressure values at which the deadband takes place are set variably by setting a value of current supplied to the solenoid (3).
    • 20. 发明公开
    • PILOT OPERATED ELECTROMAGNETIC VALVE
    • ELEKTROMAGNETISCHES VORGESTEUERTES VENTIL
    • EP2910874A1
    • 2015-08-26
    • EP14187511.2
    • 2014-10-02
    • TGK CO., Ltd.
    • Ogawa, HirofumiSaeki, ShinjiAndoh, ToshihiroAbe, ShigeruYuasa, Tomohiro
    • F25B41/06
    • F16K31/406F16K11/044F16K31/408F25B41/062F25B2341/0671
    • An electromagnetic valve (1) according to one embodiment includes a driven member (40) configured such that a piston (46) and a valve element are vertically coupled with each other and configured such that a pilot passage (50) runs through the driven member (40). Here, the piston (46) separates a high-pressure chamber (64), which communicates with a lead-in port (14), from a back pressure chamber (66). The valve element opens and closes a main valve (6) by moving toward and away from a valve hole. The pilot passage (50) communicates between a low-pressure chamber (65), which communicates with a lead-out port (18), and the back pressure chamber (66). A communicating path (74), through which the high-pressure chamber (64) and the back pressure chamber (66) communicate with each other, is formed in the piston (46). The communicating path (74) is formed such that an orifice (142), which is open to the back pressure chamber (66), and a communication hole (144), having a larger cross section than that of the orifice (142), are vertically connected with each other. The orifice (142) is located above the communication hole (144).
    • 根据一个实施例的电磁阀(1)包括被构造成使得活塞(46)和阀元件彼此垂直结合的从动构件(40),并且构造成使得先导通道(50)穿过从动构件 (40)。 这里,活塞46从背压室66分离与导入口14连通的高压室64。 阀元件通过朝向和远离阀孔移动而打开和关闭主阀(6)。 引导通道(50)在与引出口(18)连通的低压室(65)和背压室(66)之间连通。 在活塞(46)中形成有高压室(64)和背压室(66)相互连通的连通路径(74)。 连通路(74)形成为使得与背压室(66)相通的孔口(142)和与孔口(142)的横截面相比较大的连通孔(144) 彼此垂直连接。 孔142位于连通孔144的上方。