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1.发明授权公开(公告)号：US09080805B2
公开(公告)日：2015-07-14
申请号：US13281693
申请日：2011-10-26
申请人： Shinya Yanagida , Naoshi Kondou , Akira Suyama
发明人： Shinya Yanagida , Naoshi Kondou , Akira Suyama
IPC分类号： F25D21/00 , F25D21/06 , F25B5/00 , F25B41/04 , F25B49/00 , F25D11/02 , F25B49/02 , F25D29/00 , F25B5/02
CPC分类号： F25D11/022 , F25B5/02 , F25B49/025 , F25B2600/021 , F25B2600/2511 , F25D29/00 , F25D2700/10 , Y02B30/741 , Y02B40/32
摘要： A cooling storage cabinet includes a freezing compartment, a refrigerating compartment, a compressor, a three-way valve, and a control circuit. The control circuit is configured such that: when an internal temperature of the freezing compartment becomes lower than a lower limit temperature during R-compartment F-compartment alternate cooling, starting R-individual overcool preventing control is requested, the rotational speed of the compressor is decreased by one stage and, subsequently, the three-way valve enters “R-side open state”, and individual cooling of the refrigerating compartment is executed; thereafter, every 30 seconds, the rotational speed of the compressor is decreased by one stage; when the refrigerating compartment temperature becomes lower than a lower limit temperature, stopping R-individual overcool preventing control is requested; and then, the process shifts to individual cooling of the freezing compartment, and after the freezing compartment again becomes lower than the lower limit temperature, the compressor is stopped.
摘要翻译： 冷藏库包括冷冻室，冷藏室，压缩机，三通阀和控制回路。 所述控制电路构成为：在所述冷冻室的内部温度变得低于R室F间隔间交替冷却时的下限温度时，要求启动R个别过冷防止控制，所述压缩机的转速为 减少一级，随后三通阀进入“R侧打开状态”，执行冷藏室的单独冷却; 此后，每隔30秒将压缩机的转速降低一级; 当冷藏室温度低于下限温度时，要求停止R个别过冷防止控制; 然后，该过程转移到冷冻室的单独冷却，并且在冷冻室再次变得低于下限温度之后，压缩机停止。
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公开(公告)号：US07743618B2
公开(公告)日：2010-06-29
申请号：US12406664
申请日：2009-03-18
申请人： Shinichi Kaga , Akihiko Hirano , Naoshi Kondou
发明人： Shinichi Kaga , Akihiko Hirano , Naoshi Kondou
IPC分类号： F25C1/14
CPC分类号： F25C1/147 , F25B2700/21175 , F25C2500/08 , F25C2600/04 , F25C2700/04
摘要： An auger type ice making machine is provided with a freezing cylinder into which water for making ice is supplied, an ice-scraping auger for scraping ice formed on the inner surface of the freezing cylinder, and an auger motor for driving the ice-scraping auger. A freezing apparatus has a compressor driven by a motor, circulating refrigerant discharged from the compressor through a condenser, a dryer, a constant pressure expansion valve, and an evaporator provided on the outer peripheral surface of the freezing cylinder. At the outlet of the evaporator there is provided a temperature sensor for sensing refrigerant temperature. A controller controls the rotational speed of the motor through an inverter circuit such that the sensed refrigerant temperature is equal to a specified refrigerant temperature, allowing the freezing apparatus to keep ice-making performance thereof.
摘要翻译： 螺旋式制冰机设有一个冷冻缸，供应用于制冰的水，用于刮擦形成在冷冻缸内表面上的冰的刮冰螺旋推运器和用于驱动刮冰螺旋钻的螺旋电动机 。 冷冻装置具有由电动机驱动的压缩机，通过设置在冷冻缸的外周面上的冷凝器，干燥机，恒压膨胀阀和蒸发器从压缩机排出的循环制冷剂。 在蒸发器的出口设置有用于感测制冷剂温度的温度传感器。 控制器通过逆变器电路控制电动机的转速，使得感测的制冷剂温度等于指定的制冷剂温度，从而允许冷冻装置保持其制冰性能。
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公开(公告)号：US08365543B2
公开(公告)日：2013-02-05
申请号：US12529407
申请日：2007-03-12
IPC分类号： F25B5/00
CPC分类号： F25D11/022 , F25B5/02 , F25B49/022 , F25B2600/2511 , F25B2700/21163 , F25D17/06
摘要： A liquid refrigerant from a compressor and a condenser is alternately supplied to a cooling device for the freezing room 27F and an evaporator for refrigeration room through a three-way valve, so as to conduct the cooling of a freezing room and a refrigeration room. When the thermal load condition of a refrigerating cycle is light, the three-way valve switches to the “F side opened-state” after the compressor is stopped, and thereby conducting pressure balancing, without the liquid refrigerant flowing into the evaporator for refrigeration room. A cooling storage, wherein from one compressor a refrigerant is selectively supplied to multiple evaporators, is constituted so as to prevent one evaporator side from becoming a supercooled state, and furthermore, quickly conduct pressure balancing after stop of the compressor.
摘要翻译： 来自压缩机和冷凝器的液体制冷剂通过三通阀交替地供给到冷冻室27F的冷却装置和冷冻室用蒸发器，以进行冷冻室和冷藏室的冷却。 当制冷循环的热负荷状态较轻时，三通阀在压缩机停止后切换到F侧开启状态，从而进行压力平衡，而液体制冷剂不流入冷冻室用蒸发器。 一个冷却储存器，其中从一个压缩机选择性地将制冷剂供给到多个蒸发器，以防止一个蒸发器侧变成过冷状态，此外，在压缩机停止之后，快速地进行压力平衡。
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公开(公告)号：US20090178422A1
公开(公告)日：2009-07-16
申请号：US12406664
申请日：2009-03-18
申请人： Shinichi KAGA , Akihiko HIRANO , Naoshi KONDOU
发明人： Shinichi KAGA , Akihiko HIRANO , Naoshi KONDOU
CPC分类号： F25C1/147 , F25B2700/21175 , F25C2500/08 , F25C2600/04 , F25C2700/04
摘要： An auger type ice making machine is provided with a freezing cylinder into which water for making ice is supplied, an ice-scraping auger for scraping ice formed on the inner surface of the freezing cylinder, and an auger motor for driving the ice-scraping auger. A freezing apparatus has a compressor driven by a motor, circulating refrigerant discharged from the compressor through a condenser, a dryer, a constant pressure expansion valve, and an evaporator provided on the outer peripheral surface of the freezing cylinder. At the outlet of the evaporator there is provided a temperature sensor for sensing refrigerant temperature. A controller controls the rotational speed of the motor through an inverter circuit such that the sensed refrigerant temperature is equal to a specified refrigerant temperature, allowing the freezing apparatus to keep ice-making performance thereof.
摘要翻译： 螺旋式制冰机设有一个冷冻缸，供应用于制冰的水，用于刮擦形成在冷冻缸内表面上的冰的刮冰螺旋推运器和用于驱动刮冰螺旋钻的螺旋电动机 。 冷冻装置具有由电动机驱动的压缩机，通过设置在冷冻缸的外周面上的冷凝器，干燥机，恒压膨胀阀和蒸发器从压缩机排出的循环制冷剂。 在蒸发器的出口设置有用于感测制冷剂温度的温度传感器。 控制器通过逆变器电路控制电动机的转速，使得感测的制冷剂温度等于指定的制冷剂温度，从而允许冷冻装置保持其制冰性能。
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公开(公告)号：US08209991B2
公开(公告)日：2012-07-03
申请号：US12529594
申请日：2007-03-13
IPC分类号： F25B1/00
CPC分类号： F25B5/02 , F25B49/022 , F25B2600/2511 , F25B2700/2117 , F25D11/022 , F25D17/067 , F25D2400/08 , F25D2700/02
摘要： The liquid refrigerant from the compressor 20 and the condenser 21 is alternately supplied to the cooling device for the freezing room 27F and the evaporator for the refrigeration room 27R through the three-way valve 24, so that the freezing room and the refrigeration room are alternately cooled. Here, the ratio of the refrigerant supply time to each evaporator is controlled based not on a deviation between a target temperature set for each storage room and an actual storage room temperature measured in each storage room, but on an integrated value obtained by integrating the difference of these deviations. In a cooling storage, in which from one compressor a refrigerant is selectively supplied to multiple evaporators respectively disposed in multiple storage rooms of varied thermal loads, a one-storage room cooling mode is prevented from being unnecessarily switched to a alternate cooling mode.
摘要翻译： 来自压缩机20和冷凝器21的液体制冷剂通过三通阀24交替供给到用于冷冻室27F的冷冻装置和冷藏室27R的蒸发器，使得冷冻室和冷藏室交替 冷却。 这里，制冷剂供给时间与各蒸发器的比例根据每个储藏室设定的目标温度与每个储藏室中测得的实际储藏室温度之间的偏差而不是基于通过积分差异 的这些偏差。 在冷却存储器中，从一个压缩机中选择性地将制冷剂供给到分别设置在具有不同热负荷的多个储存室中的多个蒸发器的冷却存储器中，防止一个储藏室冷却模式被不必要地切换到替代冷却模式。
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公开(公告)号：US20120047932A1
公开(公告)日：2012-03-01
申请号：US13281693
申请日：2011-10-26
申请人： Shinya YANAGIDA , Naoshi Kondou , Akira Suyama
发明人： Shinya YANAGIDA , Naoshi Kondou , Akira Suyama
IPC分类号： F25B49/02
CPC分类号： F25D11/022 , F25B5/02 , F25B49/025 , F25B2600/021 , F25B2600/2511 , F25D29/00 , F25D2700/10 , Y02B30/741 , Y02B40/32
摘要： When an internal temperature of a freezing compartment becomes lower than a lower limit temperature during R-compartment F-compartment alternate cooling, starting R-individual overcool preventing control is requested. Then, the rotational speed of a compressor is decreased by one stage and, subsequently, a three-way valve enters “R-side open state”, and individual cooling of the refrigerating compartment is executed. Thereafter, every 30 seconds, the rotational speed of the compressor is decreased by one stage. When the refrigerating compartment becomes lower than a lower limit temperature, stopping R-individual overcool preventing control is requested. Then, the process shifts to individual cooling of the freezing compartment and then, after the freezing compartment to again become lower than the lower limit temperature, the compressor is stopped. When shifted to the individual cooling of the refrigerating compartment, the rotational speed of the compressor is drastically decreased in a short time.
摘要翻译： 当冷藏室的内部温度在R室F室间冷却期间变得低于下限温度时，要求启动R个别过冷防止控制。 然后，将压缩机的转速降低一级，然后三通阀进入“R侧打开状态”，并执行冷藏室的单独冷却。 此后，每隔30秒将压缩机的转速降低一级。 当冷藏室变得低于下限温度时，要求停止R个别过冷防止控制。 然后，该过程转移到冷冻室的单独冷却，然后在冷冻室之后再次低于下限温度，停止压缩机。 当转向冷藏室的单独冷却时，压缩机的旋转速度在短时间内急剧下降。
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公开(公告)号：US20070006606A1
公开(公告)日：2007-01-11
申请号：US10574518
申请日：2004-09-24
申请人： Shinichi Kaga , Akihiko Hirano , Naoshi Kondou
发明人： Shinichi Kaga , Akihiko Hirano , Naoshi Kondou
CPC分类号： F25C1/147 , F25B2700/21175 , F25C2500/08 , F25C2600/04 , F25C2700/04
摘要： An auger type ice making machine is provided with a freezing cylinder (21) into which water for making ice is supplied, an ice-scraping auger (23) for scraping ice formed on the inner surface of the freezing cylinder (21), and an auger motor (25) for driving the ice-scraping auger (23). An freezing apparatus (10) has a compressor (11) driven by a motor (16), circulating refrigerant discharged from the compressor (11) through a condenser (12), a dryer (13), a constant pressure expansion valve (14), and an evaporator (15) provided on the outer peripheral surface of the freezing cylinder (21). At the outlet of the evaporator (15) there is provided a temperature sensor (41) for sensing refrigerant temperature. A controller (42) controls the rotational speed of the motor (16) through an inverter circuit (43) such that the sensed refrigerant temperature is equal to a specified refrigerant temperature, allowing the freezing apparatus (10) to keep ice-making performance thereof. As a result, the auger type ice making machine can keep ice-making performance regardless of changes in ambient temperature or water temperature, securing stable ice generation and consistent quality of ice.
摘要翻译： 螺旋式制冰机设有冷冻缸（21），供应用于制冰的水，用于刮擦形成在冷冻缸（21）的内表面上的冰的刮冰螺旋推运器（23），以及 用于驱动刮冰螺旋钻（23）的螺旋电动机（25）。 冷冻装置（10）具有由马达（16）驱动的压缩机（11），从压缩机（11）排出的循环制冷剂通过冷凝器（12），干燥器（13），恒压膨胀阀（14） ，以及设置在冷冻缸（21）的外周面上的蒸发器（15）。 在蒸发器（15）的出口设置有用于感测制冷剂温度的温度传感器（41）。 控制器（42）通过逆变器电路（43）控制电动机（16）的转速，使得感测到的制冷剂温度等于规定的制冷剂温度，从而允许冷冻装置（10）保持其制冰性能 。 因此，螺旋式制冰机可以保持制冰性能，而不管环境温度或水温如何变化，确保稳定的冰产生和一致的冰质量。
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公开(公告)号：US08474280B2
公开(公告)日：2013-07-02
申请号：US12527581
申请日：2007-02-26
IPC分类号： F25B1/00
CPC分类号： F25D29/00 , F25B49/025 , F25B2600/021 , F25B2600/2511 , F25D2700/12 , Y02B30/741
摘要： A deviation calculating unit 42 calculates a deviation between an internal temperature detected by a temperature sensor 35 and a target temperature provided from a target temperature setting unit 41 for each predetermined time period. The deviation is integrated by a deviation integrating unit 46. When the integrated value exceeds a predetermined reference value, a rotational speed of an inverter motor that drives a compressor is increased. Therefore, for example, even if an internal temperature temporarily rises because a door is opened temporarily and outside air flows into a storage compartment, because there is no sudden change in the integrated value of the temperature deviation and the rotational speed of the compressor does not react in an oversensitive manner and rapidly increase. Consequently the control is stable. Thus, an unnecessarily oversensitive response to a sudden change in an internal temperature can be prevented, enabling operation at a higher efficiency.
摘要翻译： 偏差计算单元42计算每个预定时间段由温度传感器35检测到的内部温度与由目标温度设定单元41提供的目标温度之间的偏差。 偏差由偏差积分单元46积分。当积分值超过预定基准值时，驱动压缩机的变频电动机的转速增加。 因此，例如，即使内部温度暂时上升，门暂时打开，外部空气流入储藏室，因为温度偏差的积分值没有突然变化，压缩机的转速不会 以过敏的方式作出反应，并迅速增加。 因此，控制是稳定的。 因此，可以防止对内部温度的突然变化的不必要的过敏响应，使得能够以更高的效率进行操作。
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公开(公告)号：US20100115973A1
公开(公告)日：2010-05-13
申请号：US12529594
申请日：2007-03-13
CPC分类号： F25B5/02 , F25B49/022 , F25B2600/2511 , F25B2700/2117 , F25D11/022 , F25D17/067 , F25D2400/08 , F25D2700/02
摘要： The liquid refrigerant from the compressor 20 and the condenser 21 is alternately supplied to the cooling device for the freezing room 27F and the evaporator for the refrigeration room 27R through the three-way valve 24, so that the freezing room and the refrigeration room are alternately cooled. Here, the ratio of the refrigerant supply time to each evaporator is controlled based not on a deviation between a target temperature set for each storage room and an actual storage room temperature measured in each storage room, but on an integrated value obtained by integrating the difference of these deviations. In a cooling storage, in which from one compressor a refrigerant is selectively supplied to multiple evaporators respectively disposed in multiple storage rooms of varied thermal loads, a one-storage room cooling mode is prevented from being unnecessarily switched to a alternate cooling mode.
摘要翻译： 来自压缩机20和冷凝器21的液体制冷剂通过三通阀24交替供给到用于冷冻室27F的冷冻装置和冷藏室27R的蒸发器，使得冷冻室和冷藏室交替 冷却。 这里，制冷剂供给时间与各蒸发器的比例根据每个储藏室设定的目标温度与每个储藏室中测得的实际储藏室温度之间的偏差而不是基于通过积分差异 的这些偏差。 在冷却存储器中，从一个压缩机中选择性地将制冷剂供给到分别设置在具有不同热负荷的多个储存室中的多个蒸发器的冷却存储器中，防止一个储藏室冷却模式被不必要地切换到替代冷却模式。
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公开(公告)号：US20100089094A1
公开(公告)日：2010-04-15
申请号：US12529407
申请日：2007-03-12
IPC分类号： F25B1/00
CPC分类号： F25D11/022 , F25B5/02 , F25B49/022 , F25B2600/2511 , F25B2700/21163 , F25D17/06
摘要： A liquid refrigerant from a compressor 20 and a condenser 21 is alternately supplied to a cooling device for the freezing room 27F and an evaporator for refrigeration room 27R through a three-way valve 24, so as to conduct the cooling of a freezing room and a refrigeration room. When the thermal load condition of a refrigerating cycle 40 is light, the three-way valve 24 switches to the “F side opened-state” after the stop of the compressor 20, and thereby conducting pressure balancing, without the liquid refrigerant flowing into the evaporator for refrigeration room 27R. A cooling storage, wherein from one compressor a refrigerant is selectively supplied to multiple evaporators, is constituted so as to prevent one evaporator side from becoming a supercooled state, and furthermore, quickly conduct pressure balancing after stop of the compressor.
摘要翻译： 来自压缩机20和冷凝器21的液体制冷剂通过三通阀24交替地供给到用于冷冻室27F的冷冻装置和冷藏室27R的蒸发器，以进行冷冻室的冷却和 制冷室。 在制冷循环40的热负荷状态为轻的情况下，三通阀24在压缩机20停止后切换为“F侧开启状态”，从而进行压力平衡，而液体制冷剂不流入 用于冷藏室27R的蒸发器。 一个冷却储存器，其中从一个压缩机选择性地将制冷剂供给到多个蒸发器，以防止一个蒸发器侧变成过冷状态，此外，在压缩机停止之后，快速地进行压力平衡。
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