堆積させない特性を有するスパイラル熱交換器
    2.
    发明专利
    堆積させない特性を有するスパイラル熱交換器 审中-公开
    螺旋式热交换器具有不沉积特性

    公开(公告)号:JP2015504507A

    公开(公告)日:2015-02-12

    申请号:JP2014543451

    申请日:2012-11-28

    IPC分类号: F28D9/04 C09D183/04 F28F19/04

    摘要: 本発明は、第1の媒体に対する第1のスパイラル形状のフローチャンネル5aと第2の媒体に対する第2のスパイラル形状のフローチャンネル5bとを少なくとも形成しているスパイラルボディ2を形成するために巻かれる少なくとも1つのスパイラルシートにより形成されるスパイラルボディ2を具備するスパイラル熱交換器に関し、スパイラルボディ2は、第1のフローチャンネル5a及び第2のフローチャンネル5bに接続する接続部8a、8b、9a、及び9bを備えるほぼ筒形のシェル6により囲まれる。スパイラル熱交換器の一部は、シリコン酸化物SiOxを含むコーティングを有する。

    摘要翻译: 本发明被卷绕以形成所述螺旋体2,所述第二螺旋形的流动通道5b的用于流动通道5a的至少形成第一螺旋形的,具有相对于所述第一介质的第二介质 至少相对于具有由所述螺旋片形成的螺旋体2,螺旋体2,该连接部8a被连接到所述第一流动通道5a和第二流动通道5b中,8B,9A一个螺旋式热交换器, 和由外壳6大致圆筒形,具有图9b包围。 一些螺旋式热交换器,一个涂层包含氧化硅的SiOx。

    Heat exchange element
    4.
    发明专利
    Heat exchange element 有权
    热交换元件

    公开(公告)号:JP2008249291A

    公开(公告)日:2008-10-16

    申请号:JP2007093255

    申请日:2007-03-30

    IPC分类号: F28F3/08 F28D9/00

    摘要: PROBLEM TO BE SOLVED: To provide a heat exchange element capable of unvariably providing high heat exchange efficiency performance.
    SOLUTION: This heat exchange element 1 has an opposed part 5 of opposing an supply air duct 3 ventilating supply air A and an exhaust air duct 4 ventilating exhaust air B via heat transfer paper 2, for exchanging heat by ventilating the supply air A and the exhaust air B every one stage of a ventilation passage formed between a plurality of heat transfer paper 2 laminated at a predetermined interval, and an orthogonal part 6 orthogonally arranging the supply air duct 3 ventilating the supply air A and the exhaust air duct 4 ventilating the exhaust air B via the heat transfer paper 2, and also has a shielding rib 9 preventing leakage of an air current from a part except for an inflow port 7 and an outflow port 8 of the supply air A and the exhaust air B. The heat exchange element can be provided for eliminating a variation in the heat exchange efficiency performance even when deformation of the heat transfer paper is caused by influence such as humidity, by arranging the heat transfer paper 2 so that the hoop direction C of the heat transfer paper 2 becomes perpendicular to the flowing direction for ventilating the supply air A and the exhaust air B of the opposed part 5.
    COPYRIGHT: (C)2009,JPO&INPIT

    摘要翻译: 要解决的问题:提供能够不可变地提供高热交换效率性能的热交换元件。 解决方案:该热交换元件1具有与供气管道3相对的相对部分5,通风供给空气A和排气管道4,通过热转印纸2通风排气B,用于通过使供给空气通风来交换热量 A和排气空气B在形成在以预定间隔层压的多个传热纸2之间的通风通道的每一级与正交布置供给空气管道3的正交部分6通风,供应空气A和排气管 4通过传热纸2使排气A通风,并且还具有屏蔽肋9,防止气流从供给空气A和排气B的流入口7和流出口8以外的部分泄漏 可以提供热交换元件,以便即使当传热纸的变形是由湿度等影响引起的时候也可以消除热交换效率性能的变化, r纸2,使得传热纸2的环向C垂直于用于使供给空气A和相对部分5的排出空气B通风的流动方向。(C)2009,JPO&INPIT

    Heat exchanger
    6.
    发明专利
    Heat exchanger 失效
    热交换器

    公开(公告)号:JPS58178188A

    公开(公告)日:1983-10-19

    申请号:JP5975982

    申请日:1982-04-12

    IPC分类号: F28D9/00 F28D21/00 F28F21/00

    CPC分类号: F28D21/0015 F28F21/00

    摘要: PURPOSE:To contrive to improve the performance of the sensible heat exchanger by a structure wherein hygroscopic and moisture permeable material is alternately employed in corrugated distance plates and plane partition plates so as to transfer moisture between flow passages in the heat exchanger, which exchanges only sensible heat between air flows with different temperature and humidity. CONSTITUTION:A first laminated sheet 30 is formed by laminating the two plane partition plates 21 and 22 to the distance plate 11 formed in corrugated manner. The distance plate 11 and the partition plate 21 contacting thereto are formed of material with hygroscopicity and moisture permeability, while the partition plate 22 is formed of material without hygroscopicity and moisture permeability. Furthermore, a second laminated sheet 31 is laminated to the first laminated sheet 30. In this case, the corrugated distance plate 12 and the plane partition plate 23 contacting thereto are formed of material with hygroscopicity and moisture permeability, while the partition plate 23 is formed of material without hygroscopicity and moisture permeability. A heat exchanger main body 10 is composed of the laminated sheets 30 and 31 alternately laminated to each other as mentioned above. Accordingly, fluid in cooling side passing within the first laminated sheet 30 is latent-heat-exchanged with fluid in the side to be cooled, which passes within the second laminated sheet 31, while accomplishing cooling action by vaporization.

    摘要翻译: 目的:通过在波纹距离板和平面隔板中交替使用吸湿透湿材料的结构来改进显热交换器的性能,以便在热交换器中的流动通道之间传递水分,其仅交换明智的 空气流与不同温度和湿度之间的热量。 构成:通过将两个平面分隔板21和22层压到以波纹形式形成的距离板11上,形成第一层压片30。 距离板11和与其接触的隔板21由具有吸湿性和透湿性的材料形成,而隔板22由不具有吸湿性和透湿性的材料形成。 此外,第二层叠片材31层叠在第一层叠片材30上。在这种情况下,波纹状距离片12和与其接触的平面隔板23由具有吸湿性和透湿性的材料形成,而分隔板23形成 的材料,没有吸湿性和透湿性。 如上所述,热交换器主体10由彼此交替层压的层压片30和31组成。 因此,通过第一层叠片30内的冷却侧的流体与通过第二层叠片31的被冷却侧的流体进行潜热交换,同时通过蒸发而实现冷却作用。