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    • 3. 发明授权
    • Software-based temperature controller circuit in electronic apparatus
    • 电子设备中基于软件的温度控制器电路
    • US06647320B1
    • 2003-11-11
    • US09537343
    • 2000-03-29
    • Naoyuki Inoue
    • Naoyuki Inoue
    • G05D2300
    • G06F11/3055G06F1/206G06F11/3058H01L2924/0002H01L2924/00
    • The central processing unit (CPU) is allowed to utilize the temperature information signal, identifying the temperature, so as to commence an interruption processing for controlling the temperature. During implementation of the interruption processing, the CPU is designed to recognize the status of the cooling device in accordance with the status information signal. If a failure or defect is found in the cooling device, a thinned-out clock signal or a clock signal of a lower frequency is supplied to the CPU so as to suppress the operation of the CPU. Heat generated at the CPU can be suppressed. An additional hardware is not required to accompany the CPU so as to solely generate an interrupt request signal based on the status of the cooling device. The circuit structure of the temperature controller circuit can be simplified.
    • 允许中央处理单元(CPU)利用温度信息信号,识别温度,以便开始用于控制温度的中断处理。 在执行中断处理期间,CPU被设计为根据状态信息信号识别冷却装置的状态。 如果在冷却装置中发现故障或缺陷,则向CPU提供减少时钟信号或较低频率的时钟信号,以便抑制CPU的操作。 可以抑制CPU产生的热量。 CPU不需要额外的硬件,以便根据冷却设备的状态单独生成一个中断请求信号。 温度控制器电路的电路结构可以简化。
    • 8. 发明授权
    • Ice thermal storage refrigerator unit
    • 冰蓄冷冰箱单元
    • US5598716A
    • 1997-02-04
    • US501788
    • 1995-07-13
    • Syouji TanakaNaoyuki InoueKyoichi Katoh
    • Syouji TanakaNaoyuki InoueKyoichi Katoh
    • F24F5/00F25D16/00F25D17/02
    • F25D16/00F25D17/02
    • An ice thermal storage refrigerator unit includes a brine path consisting essentially of a refrigerator, an ice thermal storage tank, a water heat exchanger, a brine pump, and control valves, which are connected by piping, and a cold water path consisting essentially of the water heat exchanger, a cooling load, and a cold water pump, which are connected by piping, so that brine is cooled in the refrigerator, and water in the ice thermal storage tank is frozen by the brine, thereby storing heat, and when heat is to be discharged, the brine is cooled by heat of fusion of the ice in the ice thermal storage tank, and the brine is introduced into the water heat exchanger to cool cold water, thereby taking out a cooling capacity. The ice thermal storage refrigerator unit further includes apparatus for detecting a quantity of stored heat remaining in the ice thermal storage tank and apparatus for detecting a quantity of heat discharged from the ice thermal storage tank in order to calculate an allowable discharging heat quantity from the quantity of stored heat remaining in the ice thermal storage tank, thereby providing an energy-saving and low-cost ice thermal storage refrigerator unit which enables a thermal storage tank to be effectively used to the full extent by adding only a simple measuring instrument.
    • 冰蓄冷式冰箱单元包括基本上由冰箱,冰蓄热箱,水热交换器,盐水泵和控制阀组成的盐水通道,其通过管道连接,冷水路径基本上由 水热交换器,冷却负载和冷水泵,其通过管道连接,使得在冰箱中冷却盐水,冰蓄热箱中的水被盐水冻结,从而储存热量,当加热 要排出,盐水通过冰储存罐中的冰的融合热而被冷却,盐水被引入水热交换器以冷却冷水,从而取出冷却能力。 冰蓄冷式冰箱单元还包括用于检测冰蓄热箱中剩余的积存量的装置和用于检测从冰蓄热箱排出的热量的装置,以便从该数量计算允许排放热量 存储在冰蓄热箱中的热量,从而提供一种节能和低成本的冰蓄冷式冰箱单元,其通过仅添加简单的测量仪器能够在全部程度上有效地使用蓄热箱。
    • 9. 发明授权
    • Double effect absorption refrigerating machine
    • 双效吸收式制冷机
    • US5551254A
    • 1996-09-03
    • US512865
    • 1995-08-08
    • Naoyuki Inoue
    • Naoyuki Inoue
    • F25B15/00F25B49/04F23B15/00
    • F25B15/008F25B49/043Y02B30/62
    • A double effect absorption refrigerating machine wherein a refrigerant vapor generated at a high temperature generator GH is used as a heat source of a low temperature generator GL, comprising a liquid level detecting heat exchanger XC for detecting a level of liquid at an outlet of a high temperature generator GH, which does not require any moving parts and air-tight and/or liquid-tight seal portions, with the result that reliable detection of the liquid level can be achieved indefinitely. The liquid level detecting heat exchanger XC comprises an effective heat transfer area variable according to a level of liquid in a solution piping which connects an outlet portion of the high temperature generator GH and the high temperature heat exchanger XH.
    • 一种双效吸收式制冷机,其中在高温发生器GH中产生的制冷剂蒸气被用作低温发生器GL的热源,该低温发生器GL包括液位检测用热交换器XC,用于检测出口处的液体的高度 温度发生器GH,其不需要任何移动部件和气密和/或液密密封部分,结果可以无限期地实现液位的可靠检测。 液面检测热交换器XC包括根据连接高温发生器GH的出口部分和高温热交换器XH的溶液管道中的液体液面而可变的有效传热面积。