首页> 外国专利> ENERGY SAVING COOLING METHOD FOR INDOOR LOWER STAGE TEMPERATURE AIR AREA DUE TO SPECIFIC GRAVITY DIFFERENT IN TEMPERATURE

ENERGY SAVING COOLING METHOD FOR INDOOR LOWER STAGE TEMPERATURE AIR AREA DUE TO SPECIFIC GRAVITY DIFFERENT IN TEMPERATURE

机译:由于温度的特定重力不同,室内较低阶段温度空气区域的节能冷却方法

摘要

PROBLEM TO BE SOLVED: To provide a comfortable temperature in a living space with low cooling energy, by a method wherein only air in a low temperature low stage living section having a low temperature through cooling in a temperature air area separated into upper and lower stage is caused to effect reflux due to an air specific gravity difference due to a temperature difference during cooling in a large scale building. ;SOLUTION: When, during cooling of the interior of a large scale, a temperature difference is high between hot air in the vicinity of the back of a roof and a living section such as a room work for, a small power-operated blower 4 is disposed in a downward state in a home position on a base 3 in a building intermediate position in an area retaining air in upper and lower stages separated into upper and lower stages according to a specific gravity difference in air due to the temperature difference, and blowers 5 are arranged sideways in juxtaposition in series at interval of a specified distance. An air flow ceiling (a) is formed by a plane air curtain by supply sideways air from a blower 5 group. A blower 4 group is operated as a cooled low temperature lower stage temperature air area is maintained in a state to be separated from high temperature hot air in the vicinity of the back of a roof. A reflux area of cold air only in a working area at a lower stage is produced, and energy is saved by comfortably cooling by a low calory cooler.;COPYRIGHT: (C)1999,JPO
机译:解决的问题:通过以下方法提供具有低冷却能量的居住空间中的舒适温度,其中仅通过在分为上下两部分的高温空气区域中进行冷却来使低温低下居住区域中的空气具有低温。在大型建筑物中,由于空气在冷却时的温度差而引起的空气比重差,会引起回流。 ;解决方案:当在大型内部的冷却过程中,在屋顶后部附近的热空气与诸如机房之类的起居室之间的温差高时,小型电动鼓风机4根据由温度差引起的空气的比重差,将下部和下部的空气分离成上部和下部的空气的区域,在建筑物中间位置的基部3上以下降状态配置在基台3上。鼓风机5以指定距离的间隔串联并排布置在侧面。气流顶板(a)由平面气幕通过从鼓风机5组侧向供应空气而形成。鼓风机4组被操作,因为冷却的低温较低温度的空气区域保持在与屋顶后部附近的高温热空气分离的状态。仅在较低的工作区域内产生冷空气的回流区域,并通过低热量的冷却器舒适地冷却来节省能量。;版权所有:(C)1999,JPO

著录项

  • 公开/公告号JPH11141937A

    专利类型

  • 公开/公告日1999-05-28

    原文格式PDF

  • 申请/专利权人 ADDO:KK;

    申请/专利号JP19970308322

  • 发明设计人 NITTA TOMOJI;

    申请日1997-11-11

  • 分类号F24F7/007;F24F3/00;F24F9/00;

  • 国家 JP

  • 入库时间 2022-08-22 02:35:14

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