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    • 31. 发明申请
    • VACUUM-PRESSURE SPRAY-DRYING METHOD AND VACUUM-PRESSURE SPRAY-DRYING DEVICE
    • 真空压力喷雾干燥方法和真空压力喷雾干燥装置
    • US20130126102A1
    • 2013-05-23
    • US13812818
    • 2011-07-27
    • Yutaka KitamuraKazuhiko YamazakiYoshitsugu Yamano
    • Yutaka KitamuraKazuhiko YamazakiYoshitsugu Yamano
    • B01D1/14
    • B01D1/14A23C1/045A23L3/46B01D1/18B01D1/20B01J2/04F26B3/12F26B5/04
    • Provided are a novel vacuum-pressure spray-drying method and a novel vacuum-pressure spray-drying apparatus suitable for drying and powdering a liquid raw material containing a substance susceptible to heat denaturation, such as a food raw material and a medicine raw material. The vacuum-pressure spray-drying method and the like include: an apparatus main body, which is kept at reduced pressure and includes a spray nozzle; superheated water vapor supplying means for supplying a superheated water vapor to the spray nozzle; liquid raw material supplying means for supplying a liquid raw material to the spray nozzle; cooling means for cooling the superheated water vapor and a vapor resulting from volatilization of the liquid raw material being discharged from the apparatus main body, and then collecting, as condensed water; pressure reducing means for keeping an inside of the apparatus main body at the reduced pressure through the cooling means; and product collecting means for collecting a powder product produced in the apparatus main body. The vacuum-pressure spray-drying method and the like include: simultaneously spraying the superheated water vapor supplied from the superheated water vapor supplying means and the liquid raw material supplied from the liquid raw material supplying means through the spray nozzle into the apparatus main body so as to atomize the liquid raw material in the apparatus main body; and subjecting an atomized raw material, which is produced by atomizing the liquid raw material, to heat exchange with the superheated water vapor, to thereby dry and powder the liquid raw material.
    • 提供了一种新颖的真空压力喷雾干燥方法和适用于干燥和粉化含有易变质的物质如食品原料和药物原料的液体原料的新型真空压力喷雾干燥装置。 真空压力喷雾干燥法等包括:设备主体,其保持减压并且包括喷嘴; 过热水蒸气供给装置,用于将过热水蒸气供给到喷嘴; 液体原料供给装置,用于将液体原料供给到喷嘴; 用于冷却过热水蒸气的冷却装置和从装置主体排出的液体原料的挥发产生的蒸汽,然后作为冷凝水收集; 减压装置,用于通过冷却装置将设备主体的内部保持在减压状态; 以及用于收集在装置主体中产生的粉末产品的产品收集装置。 真空压力喷雾干燥法等包括:将从过热水蒸气供给单元供给的过热水蒸气和从液体原料供给单元供给的液体原料通过喷嘴喷射到设备主体中, 以使设备主体中的液体原料雾化; 使通过雾化液体原料而生成的雾化原料与过热水蒸汽进行热交换,从而使液体原料干燥并粉碎。
    • 32. 发明授权
    • Electric rotating machine
    • 电动旋转机
    • US07589449B2
    • 2009-09-15
    • US11431609
    • 2006-05-11
    • Yutaka Kitamura
    • Yutaka Kitamura
    • H02K1/22H02K1/24
    • H02K21/044H02K11/048
    • The electric rotating machine includes a rotor and an armature. The rotor consists of a cylindrical part having a field winding and a claw-pole shaped magnetic pole part. A magnetic short-circuit mechanism is disposed between the magnetic pole parts adjacent each other in circumferential direction of a rotor core so as to cause a magnetic plate of a material of high magnetic permeability to move toward radial direction of the rotor core, thereby short-circuiting between N-pole and S-pole of a permanent magnet due to centrifugal force acting in accordance with rotation of the rotor.
    • 旋转电机包括转子和电枢。 转子由具有励磁绕组和爪极形磁极部分的圆柱形部件组成。 在转子铁芯的圆周方向上彼此相邻的磁极部件之间设置磁短路机构,以使导磁体材料的磁性板向转子芯的径向方向移动, 由于根据转子的旋转而作用的离心力,在永久磁铁的N极和S极之间进行电路连接。
    • 34. 发明授权
    • Rotating electrical machine
    • 旋转电机
    • US07420312B2
    • 2008-09-02
    • US11342667
    • 2006-01-31
    • Yutaka KitamuraYoshihito AsaoHiroyuki Akita
    • Yutaka KitamuraYoshihito AsaoHiroyuki Akita
    • H02K1/22H02K1/24H02K1/27
    • H02K21/028
    • Provided is a rotating electrical machine including an armature core on which an armature winding is wound; a rotor core which is supported by a rotation axis at a predetermined air gap in an inner diameter side of the armature core, and includes claw-shaped magnetic pole portions in which adjacent magnetic poles have different poles and a cylindrical portion having a field winding; and a permanent magnet which is provided in a magnetic circuit of the rotor core and supplies magnetic flux to the armature core with the field winding, wherein a magnetic short-circuiting mechanism for demagnetizing the magnetic flux of the permanent magnet by deforming a portion of the magnetic short-circuiting mechanism by a centrifugal force and short-circuiting between the magnetic pole portions of the rotor core is provided in the rotor core.
    • 提供了一种旋转电机,其包括电枢铁芯,电枢绕组缠绕在该电枢铁心上; 转子铁芯,其在电枢铁芯的内径侧的预定气隙处由旋转轴支撑,并且包括相邻磁极具有不同极的爪状磁极部分和具有励磁绕组的圆筒部分; 以及永磁体,其设置在所述转子铁心的磁路中,并且通过所述励磁绕组向所述电枢铁心供给磁通,其中,通过使所述永久磁铁的一部分变形而使所述永磁体的磁通量变磁的磁短路机构 通过离心力的磁短路机构和转子铁芯的磁极部之间的短路被设置在转子铁心中。
    • 35. 发明申请
    • Rotary electric machine for vehicles
    • 车用旋转电机
    • US20070035270A1
    • 2007-02-15
    • US10555090
    • 2005-03-03
    • Yutaka KitamuraYoshihito Asao
    • Yutaka KitamuraYoshihito Asao
    • H02P1/24
    • H02K9/06H02K11/048H02K19/10H02K19/22Y02T10/641
    • [Problem] In a vehicular rotating electrical machine apparatus mounted in an electric vehicle or a hybrid electric vehicle, a rotating electrical machine apparatus in which a rotating electrical machine and an inverter unit to control the rotating electrical machine are integrated is miniaturized, and its torque characteristic and efficiency are improved. [Means for Resolution] Since an inverter unit 4 is cooled by cooling air forcibly formed by a cooling fan 28, the inverter unit 4 is efficiently cooled. Then, heat radiating fins 401a, 402a and 403a of heat sinks 401, 402 and 403 can be miniaturized, and consequently, the inverter unit 4 is miniaturized, and mountability of the inverter unit 4 to a rear bracket 19 is improved. Further, since the inverter unit 4 and a rotating electrical machine 2 are cooled by the cooling air formed by the cooling fan 28, the cooling medium of the inverter unit 4 is used also as the cooling medium (cooling air) of the rotating electrical machine 2, and a cooling structure is simplified.
    • [问题]在安装在电动车辆或混合电动车辆中的车辆旋转电机装置中,将旋转电机和控制旋转电机的逆变器单元一体化的旋转电机装置小型化,其转矩 特点和效率得到提高。 [解决方法]由于逆变器单元4被由冷却风扇28强制形成的冷却空气冷却,所以逆变器单元4被有效地冷却。 然后,可以使散热器401,402和403的散热片401a,402a和403a小型化,因此逆变器单元4小型化,并且逆变器单元4对后支架19的安装性提高。 此外,由于逆变器单元4和旋转电机2被由冷却风扇28形成的冷却空气冷却,所以逆变器单元4的冷却介质也用作旋转电机的冷却介质(冷却空气) 2,冷却结构简单。
    • 36. 发明授权
    • Rotating electrical machine for vehicle
    • 汽车旋转电机
    • US06975080B2
    • 2005-12-13
    • US11036372
    • 2005-01-18
    • Yutaka KitamuraYoshihito Asao
    • Yutaka KitamuraYoshihito Asao
    • H02P9/14H02J7/16H02K19/22H02K21/14H02P9/04H02P1/04
    • H02P9/48H02J7/16H02P9/02H02P9/107Y02T10/7005Y02T10/7022
    • A rotating electrical machine for a vehicle is capable of improving the acceleration performance and the fuel mileage of the vehicle while achieving the prevention of occurrence of overvoltage and the improvement of its power generation characteristic at the same time. The machine includes an armature having an armature core and an armature winding wound around the armature core for generating an output voltage to charge a battery; a rotor having a rotor core with a field winding wound therearound, and permanent magnets for supplying magnetic flux to the armature core; and a voltage control section that adjust the output voltage of the armature by controlling the field current based on the value of an output voltage of the armature winding and the value and the direction of flow of the field current flowing through the field winding.
    • 用于车辆的旋转电机能够同时实现防止过电压的发生和发电特性的提高,从而提高车辆的加速性能和燃料里程。 该机器包括具有电枢铁心的电枢和缠绕在电枢铁芯上的电枢绕组,用于产生对电池充电的输出电压; 具有绕其周围的励磁绕组的转子铁芯的转子和用于向所述电枢铁心供给磁通量的永久磁铁; 以及电压控制部,其通过基于电枢绕组的输出电压的值和流过励磁绕组的励磁电流的值和流量的方向来控制励磁电流来调节电枢的输出电压。
    • 37. 发明授权
    • Rotation transmitting device incorporating one-way clutch therein
    • 其中包括单向离合器的旋转传动装置
    • US06513633B2
    • 2003-02-04
    • US09818944
    • 2001-03-28
    • Hiroshi AidaYutaka KitamuraTakashi Kinoshita
    • Hiroshi AidaYutaka KitamuraTakashi Kinoshita
    • F16D4106
    • F16H55/36F16D41/067
    • A one-way clutch therein which comprises an inner diameter side member fixed to an end of a rotary shaft, an outer diameter side member disposed around the inner diameter side member, a one-way clutch disposed between a middle part in the axial direction on the outer peripheral surface of the inner diameter side member and a middle part in the axial direction on the inner peripheral surface of the outer diameter side member, and a pair of support bearings disposed between the outer peripheral surface of the inner diameter side member and the inner peripheral surface of the outer diameter side member at a position to pinch this one-way clutch from the both sides thereof in the axial direction for allowing a relative rotation between the inner diameter side member and the outer diameter side member while supporting a radial load applied on this outer diameter side member.
    • 一种单向离合器,其包括固定到旋转轴的端部的内径侧构件,设置在内径侧构件周围的外径侧构件,设置在轴向上的中间部分之间的单向离合器 内径侧构件的外周面和外径侧构件的内周面上的轴向中间部以及设置在内径侧构件的外周面和 所述外径侧构件的内周面在将所述单向离合器从其两侧沿轴向夹持的位置,以允许内径侧构件和外径侧构件之间的相对旋转,同时支撑径向载荷 施加在该外径侧构件上。