会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明专利
    • 空気浄化装置
    • 空气净化装置
    • JP2016163889A
    • 2016-09-08
    • JP2016087065
    • 2016-04-25
    • オルガノ株式会社
    • 藤田 雅司山中 弘次土井 雄太山下 幸福
    • A61L9/16B01D47/14F24F13/28F24F7/00B01D47/06
    • Y02A50/2356
    • 【課題】圧力損失の上昇を抑えながら、空気に含まれる微粒子やガス状物質を高効率で除去する空気浄化装置を提供する。 【解決手段】空気浄化装置1は、筐体2に設けられた吸気口3および排気口4と、吸気口3から筐体2内に導入された空気が洗浄水に接触する気液接触部5と、気液接触部5に洗浄水を散水する散水手段6と、洗浄水を貯留する洗浄水貯留手段7と、洗浄水を循環させる洗浄水循環手段8と、を有している。気液接触部5は、内部に、厚み方向で繊維密度が異なるマット状の繊維集合体を有している。繊維集合体は、カール状の繊維が結合されたものであり、繊維集合体の一方の面に他方の面よりも繊維の先端部が多く位置することで、一方の面が低密度であるとともに、他方の面が高密度である。さらに、繊維集合体は、一方の面が吸気口3側に位置し、他方の面が排気口4側に位置するように、吸気口3と排気口4との間に配置されている。 【選択図】図1
    • 要解决的问题:提供一种空气净化装置,其能够高效地除去包含在空气中的微粒和气态物质,同时抑制压力损失的上升。空气净化装置1具有:进气口3和排气口4, 布置在盒体2上; 从进气口3引入箱体2的空气与洗涤水接触的气液接触部5; 喷水装置6,其将洗涤水喷射到气液接触部分5; 洗涤水存储装置7,其存储洗涤水; 以及用于润滑洗涤水的洗涤水润滑装置8。 空气 - 液体接触部分5具有在其中的厚度方向上的纤维浓度不同的垫状纤维集合体。 纤维聚集体通过连接卷曲的纤维形成,并且由于纤维的顶端比纤维聚集体的一个面处的数量大于其他面的事实,一个面的浓度变低,另一个面变高 在集中。 此外,纤维聚集体布置在进气口3和排气口4之间,使得一个面位于进气口3侧,另一个面位于排气口侧4.选择的图示:图1
    • 3. 发明专利
    • JPS592532B2 -
    • JPS592532B2
    • 1984-01-19
    • JP12895675
    • 1975-10-28
    • Emu Jii Ai Intern Inc
    • EDOWAADO HENRII KANPUSUTON JUNIA
    • B01D47/16B01D45/14B01D47/08
    • B01D45/14B01D47/08Y02A50/2356
    • In an wet scrubber for cleaning dirty air, a stationary cylindrical common wall divides an outer annular chamber from a concentric inner annular chamber, at one end of which is located a fan which sucks the air to be cleaned along the outer chamber and blows it into the inner chamber, in such a way that the air flows uniformly over the cross-sections of the two chambers. The air contains droplets of water or other washing liq. during its passage through the two chambers. The inner chamber is free from obstructions, and the inner surface of the cylindrical dividing wall is smooth and uniform in a radial direction, so that a uniform flow of air and water takes place along the wall over its entire periphery. An outlet for the clean air is provided at the opposite end of the inner chamber to that at which the fan is located. The washer contains a predetermined quantity of water which is prepd. from the outflowing clean and returned to the incoming dirty air through a recirculation opening connecting the inner chamber downstream of the fan with the outer chamber upstream of the fan and extending around the entire periphery of the cylindrical wall. An inlet for dirty air is connected to the outer chamber upstream of the recirculation opening, and a large no. of aerosol separators are provided in the form of drill-size orifices extending through the cylindrical wall from the inner chamber to the outer chamber near the air inlet. The aerosol sepn. orifices are distributed over the entire surface of the wall near the air inlet in a zone between the recirculation opening and the clean air outlet. A motor is provided which drives the fan at such a speed that (a) a substantial press difference is created between the inner and outer chambers, in order to compel part of the air and most of the liq. to pass through the recirculation opening, so that a jet of high velocity liq. particles is introduced into the air entering through the air inlet, whilst at the same time part of the air and substantially all of the aerosol particles are sucked through the aerosol sepn. orifices into the outer chamber, (b) the entire quantity of liq. present is continuously moved at high velocity with the air in order to atomise the liq. into small particles, and (c) the liq. particles and the air are compelled to move at a high velocity along a spiral path through the inner chamber, generating a centrifugal force which concentrates the liq. particles near the cylindrical wall enabling them to be forced through the recirculation opening and the aerosol sepn. orifices. There are no filters to be cleaned or renewed and no spray nozzles to block up. Appts. has wide range of application (dust, aerosols, odours, etc.) with high efficiency, ease of maintenance, reliability of operation with minimum attendance and is self cleaning.
    • 6. 发明专利
    • Kukisenjohohooyobisochi
    • JPS5166564A
    • 1976-06-09
    • JP12895675
    • 1975-10-28
    • Cumpston Edward H
    • EDOWAADO HENRII KANPUSUTON JUN
    • B01D47/16B01D45/14B01D47/08
    • B01D45/14B01D47/08Y02A50/2356
    • In an wet scrubber for cleaning dirty air, a stationary cylindrical common wall divides an outer annular chamber from a concentric inner annular chamber, at one end of which is located a fan which sucks the air to be cleaned along the outer chamber and blows it into the inner chamber, in such a way that the air flows uniformly over the cross-sections of the two chambers. The air contains droplets of water or other washing liq. during its passage through the two chambers. The inner chamber is free from obstructions, and the inner surface of the cylindrical dividing wall is smooth and uniform in a radial direction, so that a uniform flow of air and water takes place along the wall over its entire periphery. An outlet for the clean air is provided at the opposite end of the inner chamber to that at which the fan is located. The washer contains a predetermined quantity of water which is prepd. from the outflowing clean and returned to the incoming dirty air through a recirculation opening connecting the inner chamber downstream of the fan with the outer chamber upstream of the fan and extending around the entire periphery of the cylindrical wall. An inlet for dirty air is connected to the outer chamber upstream of the recirculation opening, and a large no. of aerosol separators are provided in the form of drill-size orifices extending through the cylindrical wall from the inner chamber to the outer chamber near the air inlet. The aerosol sepn. orifices are distributed over the entire surface of the wall near the air inlet in a zone between the recirculation opening and the clean air outlet. A motor is provided which drives the fan at such a speed that (a) a substantial press difference is created between the inner and outer chambers, in order to compel part of the air and most of the liq. to pass through the recirculation opening, so that a jet of high velocity liq. particles is introduced into the air entering through the air inlet, whilst at the same time part of the air and substantially all of the aerosol particles are sucked through the aerosol sepn. orifices into the outer chamber, (b) the entire quantity of liq. present is continuously moved at high velocity with the air in order to atomise the liq. into small particles, and (c) the liq. particles and the air are compelled to move at a high velocity along a spiral path through the inner chamber, generating a centrifugal force which concentrates the liq. particles near the cylindrical wall enabling them to be forced through the recirculation opening and the aerosol sepn. orifices. There are no filters to be cleaned or renewed and no spray nozzles to block up. Appts. has wide range of application (dust, aerosols, odours, etc.) with high efficiency, ease of maintenance, reliability of operation with minimum attendance and is self cleaning.