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Operation control method for a refrigerator in case of a power- supply comeback after a power-failure

机译:停电后电源恢复的冰箱的运行控制方法

摘要

An operation control method for a refrigerator after a power- supply comeback due to a power-failure that performs a re-operation according to operation information stored before the power-failure. The operation control method includes the steps of: (a) reading stored operation information when power is reapplied to the refrigerator; (b) determining whether the operation information includes a compartment set temperature information and an accumulated information of a compressor operation time; (c) if the compartment set temperature information and the accumulated information of the compressor operation time are found in the step (b), automatically setting an operation mode according to the compartment set temperature information, and detecting a compartment temperature of the refrigerator and an evaporator surface temperature; (d) determining whether the compartment temperature is lower than a predetermined compartment temperature to determine a power failure of a long time, or the evaporator surface temperature is lower than a predetermined surface temperature to determine a power-failure of a long time; (e) if the compartment temperature is lower than the predetermined compartment temperature or the evaporator surface temperature is lower than the predetermined surface temperature in the step (d), accumulating a compressor operation time in addition to the stored compressor operation time; and (f) if the compartment temperature is not lower than the predetermined compartment temperature and the evaporator surface temperature is not lower than the predetermined surface temperature in the step (d), deleting the stored compressor operation time accumulation information, and newly accumulating a compressor operation time.
机译:一种由于电源故障而在电源恢复后用于冰箱的操作控制方法,该方法根据存储在电源故障之前的操作信息进行重新操作。该操作控制方法包括以下步骤:(a)当冰箱重新通电时读取存储的操作信息; (b)判断运转信息是否包括车厢设定温度信息和压缩机运转时间的累计信息; (c)如果在步骤(b)中找到了车厢设定温度信息和压缩机运行时间的累积信息,则根据车厢设定温度信息自动设置运行模式,并检测冰箱和冰箱的车厢温度。蒸发器表面温度; (d)确定车厢温度是否低于预定的车厢温度以确定长时间的电源故障,或者蒸发器表面温度低于预定的表面温度以判断长时间的电源故障; (e)如果在步骤(d)中车厢温度低于预定的车厢温度或蒸发器表面温度低于预定的表面温度,则除了存储的压缩机运行时间外,还要累积压缩机运行时间; (f)在步骤(d)中,如果车厢温度不低于预定车厢温度且蒸发器表面温度不低于预定表面温度,则删除存储的压缩机运行时间累积信息,并重新累积压缩机操作时间。

著录项

  • 公开/公告号US6131400A

    专利类型

  • 公开/公告日2000-10-17

    原文格式PDF

  • 申请/专利权人 SAMSUNG ELECTRONICS CO. LTD.;

    申请/专利号US19990394673

  • 发明设计人 YUN-SEOG KANG;JIN-OH SEOK;

    申请日1999-09-13

  • 分类号F25B49/02;

  • 国家 US

  • 入库时间 2022-08-22 01:35:56

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