首页> 外国专利> Diffusion mechanism on multi-tower type heat accumulating type deodorization device, the operating method of multi-tower type heat accumulating type deodorization device and 3 tower heat accumulating type deodorization devices

Diffusion mechanism on multi-tower type heat accumulating type deodorization device, the operating method of multi-tower type heat accumulating type deodorization device and 3 tower heat accumulating type deodorization devices

机译:多塔式蓄热式除臭装置的扩散机构,多塔式蓄热式除臭装置的操作方法和三塔式蓄热式除臭装置

摘要

PROBLEM TO BE SOLVED: To reduce the number of requisite changeover valves.SOLUTION: This invention comprises a first changeover valve [8] that can be changed over between a state in which a first heat storage chamber [2] and a first ventilation trunk [11] are communicated and a second ventilation trunk [12] and a third ventilation trunk [7] are communicated and a state in which the first heat storage chamber [2] and the third ventilation trunk [7] are communicated and the second ventilation trunk [12] and the first ventilation trunk [11] are communicated; a second changeover valve [9] that can be changed over between a state in which first ventilation trunk [11] and a first ventilation trunk [5] are communicated and the third communication trunk [13] and the second ventilation trunk [6] are communicated and a state in which the first ventilation trunk [11] and the second ventilation trunk [6] are communicated and the third ventilation trunk [13] and the first ventilation trunk [5] are communicated; and a third changeover valve [10] that can be changed over between a state in which a second heat storage chamber [3] and a second ventilation trunk [12] are communicated and the third heat storage chamber [4] and the third ventilation trunk [13] are communicated and a state in which the second heat storage chamber [3] and the third communication trunk [13] are communicated and the third heat storage chamber [4] and the second ventilation trunk [12] are communicated.SELECTED DRAWING: Figure 1
机译:解决的问题:减少所需的转换阀的数量。解决方案:本发明包括第一转换阀[8],该第一转换阀[8]可以在第一储热室[2]和第一通风箱[连通图11的状态,连通第二通风箱[12]和第三通风箱[7],连通第一蓄热室[2]和第三通风箱[7],第二通风箱的状态。 [12]和第一通风箱[11]连通;第二转换阀[9]可以在第一通风箱[11]和第一通风箱[5]连通的状态与第三连通箱[13]和第二通风箱[6]之间连通的状态之间切换。连通,第一通风箱[11]和第二通风箱[6]连通,第三通风箱[13]和第一通风箱[5]连通。第三切换阀[10],该第二切换阀可在第二蓄热室[3]和第二通风箱[12]连通的状态与第三蓄热室[4]和第三通风箱之间进行切换。 [13]连通,并且第二储热室[3]和第三连通箱[13]连通并且第三储热室[4]和第二通风箱[12]连通的状态。 : 图1

著录项

  • 公开/公告号JP6486226B2

    专利类型

  • 公开/公告日2019-03-20

    原文格式PDF

  • 申请/专利权人 株式会社大気社;

    申请/专利号JP20150140613

  • 发明设计人 宮平 一宏;

    申请日2015-07-14

  • 分类号F23G7/06;

  • 国家 JP

  • 入库时间 2022-08-21 12:20:22

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