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    • 6. 发明授权
    • Heat pump device and drying machine
    • 热泵设备和烘干机
    • US07325333B2
    • 2008-02-05
    • US11214016
    • 2005-08-30
    • Masaya TadanoTetsuya MasudaTakahiro NakamuraMasafumi NishinoNobuhiro AsadaMitsuru Naganawa
    • Masaya TadanoTetsuya MasudaTakahiro NakamuraMasafumi NishinoNobuhiro AsadaMitsuru Naganawa
    • F26B11/02F25B30/00
    • D06F58/24D06F58/206D06F2058/287F25B9/008F25B49/005F25B2309/061F25B2339/047F25B2700/21161
    • There are disclosed a heat pump device and a drying machine using the device in which abnormal water supplying into a water-cooling heat exchanger for use in water-cooling of a heat pump can be easily detected without disposing any water amount gauge particularly. The heat pump device comprises: a water-cooling heat exchanger 13 for taking heat of a refrigerant which enters a capillary tube 10; a water amount adjusting valve 15 for adjusting the amount of cooling water to be supplied to the water-cooling heat exchanger 13; a temperature sensor 25, 26, or 27 for detecting temperature of the cooling water in the water-cooling heat exchanger 13 or temperature of the refrigerant passed through the water-cooling heat exchanger; and a control unit 20 for controlling the water amount adjusting valve 15, and the control unit judges abnormal water supplying into the water-cooling heat exchanger 13 in accordance with the controlling state of the water amount adjusting valve 15 and a change of the temperature detected by the temperature sensor under the controlling state.
    • 公开了一种使用该装置的热泵装置和干燥机,其特征在于,能够容易地检测供给用于热泵的水冷却的水冷式热交换器的异常水。 热泵装置包括:用于吸入进入毛细管10的制冷剂的热量的水冷式热交换器13; 用于调节供给到水冷式热交换器13的冷却水量的水量调节阀15; 用于检测水冷热交换器13中的冷却水的温度的温度传感器25,26或27,或通过水冷式热交换器的制冷剂的温度; 以及用于控制水量调节阀15的控制单元20,并且控制单元根据水量调节阀15的控制状态和检测到的温度变化来判断向水冷式热交换器13供水的异常水 由温度传感器控制状态。
    • 7. 发明授权
    • Drying machine
    • 烘干机
    • US07322123B2
    • 2008-01-29
    • US11220421
    • 2005-09-07
    • Masaya TadanoTetsuya MasudaTakahiro NakamuraMasafumi NishinoNobuhiro AsadaMitsuru Naganawa
    • Masaya TadanoTetsuya MasudaTakahiro NakamuraMasafumi NishinoNobuhiro AsadaMitsuru Naganawa
    • F26B21/06
    • D06F43/086D06F58/206
    • An object is to provide a drying machine which can accomplish delicate drying and reduce burdens on a matter to be dried during drying while securing a predetermined evaporation temperature in an evaporator. In summary, a dry cleaner equipped with a heat pump device comprises a water-cooling heat exchanger which removes heat from a refrigerant entering a capillary tube; and a control device which variably controls a discharged heat amount in the water-cooling heat exchanger and capacity of the compressor, wherein the control device has at least two kinds of drying modes including a usual drying mode and a delicate drying mode, and in the delicate drying mode, a temperature of air discharged into a storage chamber is set lower than in the usual drying mode to control the capacity of the compressor and to increase the discharged heat amount in the water-cooling heat exchanger.
    • 本发明的目的是提供一种干燥机,其能够在确保蒸发器中的预定蒸发温度的同时,在干燥期间实现微妙的干燥和减少要干燥的物质的负担。 综上所述,配备有热泵装置的干式清洗机包括从进入毛细管的制冷剂除去热量的水冷式热交换器; 以及控制装置,其可变地控制水冷式热交换器的排出热量和压缩机的容量,其中控制装置具有至少两种包括通常的干燥模式和微妙干燥模式的干燥模式,并且在 精细的干燥模式,将排出到储存室中的空气的温度设定为低于通常的干燥模式,以控制压缩机的容量并增加水冷式热交换器中的排出热量。
    • 8. 发明申请
    • Drying machine
    • 烘干机
    • US20060053651A1
    • 2006-03-16
    • US11220421
    • 2005-09-07
    • Masaya TadanoTetsuya MasudaTakahiro NakamuraMasafumi NishinoNobuhiro AsadaMitsuru Naganawa
    • Masaya TadanoTetsuya MasudaTakahiro NakamuraMasafumi NishinoNobuhiro AsadaMitsuru Naganawa
    • F26B21/06F26B3/00
    • D06F43/086D06F58/206
    • An object is to provide a drying machine which can accomplish delicate drying and reduce burdens on a matter to be dried during drying while securing a predetermined evaporation temperature in an evaporator. In summary, a dry cleaner equipped with a heat pump device comprises a water-cooling heat exchanger which removes heat from a refrigerant entering a capillary tube; and a control device which variably controls a discharged heat amount in the water-cooling heat exchanger and capacity of the compressor, wherein the control device has at least two kinds of drying modes including a usual drying mode and a delicate drying mode, and in the delicate drying mode, a temperature of air discharged into a storage chamber is set lower than in the usual drying mode to control the capacity of the compressor and to increase the discharged heat amount in the water-cooling heat exchanger.
    • 本发明的目的是提供一种干燥机,其能够在确保蒸发器中的预定蒸发温度的同时,在干燥期间实现微妙的干燥和减少要干燥的物质的负担。 综上所述,配备有热泵装置的干式清洗机包括从进入毛细管的制冷剂除去热量的水冷式热交换器; 以及控制装置,其可变地控制水冷式热交换器的排出热量和压缩机的容量,其中控制装置具有至少两种包括通常的干燥模式和微妙干燥模式的干燥模式,并且在 精细的干燥模式,将排出到储存室中的空气的温度设定为低于通常的干燥模式,以控制压缩机的容量并增加水冷式热交换器中的排出热量。
    • 9. 发明申请
    • MANUFACTURING METHOD OF IMPELLER FOR FLUID TRANSMITTING DEVICE
    • 用于流体传动装置的叶轮的制造方法
    • US20120291280A1
    • 2012-11-22
    • US13365817
    • 2012-02-03
    • Masaru NANBARATetsuya Masuda
    • Masaru NANBARATetsuya Masuda
    • B21D53/78
    • F16H41/28Y10T29/49316Y10T29/49321Y10T29/49993
    • In a manufacturing method of an impeller for a fluid transmitting device, multiple guide grooves aligned in a peripheral direction to allow communication between adjacent ones of multiple positioning holes are provided in a concave inner surface of a core in advance; and in a step of melting a brazing material and causing the molten brazing material to penetrate into gaps between coupling pieces and positioning holes that are fitted to each other and further into gaps between the core and the blades, the molten brazing material is guided to the positioning holes through the multiple guide grooves. Accordingly, the step allows the molten brazing material to be efficiently guided to the gaps between the coupling pieces and positioning holes, thereby improving the yield of the brazing material and preventing an influence of a residual brazing material over the rotational balance of the impeller.
    • 在流体传动装置用叶轮的制造方法中,预先在多个定位孔的相邻的多个定位孔的圆周方向排列的多个引导槽设置在芯的凹面内表面上, 并且在熔融钎焊材料并使熔融钎焊材料渗透到连接件之间的间隙中并且彼此嵌合并进一步嵌入到芯和刀片之间的间隙中的步骤中,熔融钎焊材料被引导到 定位孔穿过多个引导槽。 因此,该步骤允许熔融钎焊材料被有效地引导到连接件和定位孔之间的间隙,从而提高钎焊材料的产量,并防止残留钎焊料对叶轮旋转平衡的影响。