首页> 外国专利> ENERGY-SAVING COOLING METHOD FOR MAINTAINING COOLED AIR SPACE BY BOUNCING UPWARD COLD AIR FLOW

ENERGY-SAVING COOLING METHOD FOR MAINTAINING COOLED AIR SPACE BY BOUNCING UPWARD COLD AIR FLOW

机译:通过向上吹冷气流维持冷却空气空间的节能冷却方法

摘要

PROBLEM TO BE SOLVED: To provide an energy-saving cooling method for maintaining a cooled air space by bouncing an upward cold air flow, by which an upward circulated air flow generated by a cold air flow refluxing device having an enhanced straight-forwarding property, which is installed in a heavy cooled air space, is bounced back and circulated by a bouncing plate into a cooled air space, and thereby, the cooling effect in a dwelling or working space is densely maintained.;SOLUTION: The energy-saving cooling method for maintaining a cooled air space by bouncing an upward cold air flow is applied for indoor cooling by an air refluxing device, and the method is implemented in the following way. The upward circulated cold air flow generated by the cold air flow refluxing device having an enhanced straight-forwarding property, which is installed in a cooled air space with a heavier specific gravity that is naturally separated in a room by the temperature difference, is made to collide against the bouncing plate to be bounced back to the inside of the cooled air space and circulated only within the cooled air space, while hot air separated and staying near the ceiling is left as it is. Thus, cooling only in the lower cooling zone that is within a dwelling or working space as an area for human activity can be effectively maintained.;COPYRIGHT: (C)2013,JPO&INPIT
机译:解决的问题:提供一种节能的冷却方法,该方法通过使向上的冷气流弹起来维持冷却的空气空间,通过该冷气流,由具有增强的直进性的冷气流回流装置产生的向上循环的气流,安装在沉重的冷却空气空间中的空气被弹回并通过弹跳板循环进入冷却的空气空间,从而在居住或工作空间中保持致冷效果。解决方案:节能冷却方法用于通过使向上的空气流弹起而保持冷却的空气空间的方法通过空气回流装置应用于室内冷却,并且该方法以以下方式实现。使具有增强的直进性的冷气流回流装置产生的向上循环的冷气流安装在具有较大比重的冷空气空间中,该冷空气空间通过温度差自然地在房间中分离。撞到弹跳板上,然后弹回到冷却空气空间的内部,仅在冷却空气空间内循环,而分离并留在天花板附近的热空气则保持原样。因此,仅在居住或工作空间内作为人类活动区域的较低冷却区中的冷却就可以有效地维持。;版权所有:(C)2013,JPO&INPIT

著录项

  • 公开/公告号JP2012225631A

    专利类型

  • 公开/公告日2012-11-15

    原文格式PDF

  • 申请/专利权人 NITTA TOMOJI;

    申请/专利号JP20110107666

  • 发明设计人 NITTA TOMOJI;

    申请日2011-04-20

  • 分类号F24F7/007;

  • 国家 JP

  • 入库时间 2022-08-21 17:01:13

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