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    • 4. 发明公开
    • Filter apparatus with cleaning means
    • 过滤器Reinigungsvorrichtung
    • EP1424119A2
    • 2004-06-02
    • EP03254392.8
    • 2003-07-11
    • TAISEI KOGYO CO., LTD.
    • Mukai, Umio
    • B01D29/66B01D35/12
    • B01D35/12B01D29/114B01D29/663B01D29/665B01D2201/302B01D2201/34
    • A filter (2) is provided within a case (1). A to-be-filtered fluid flowing into the case is passed through a peripheral wall of the filter (2). Thereby, foreign matter included in the to-be-filtered fluid is captured by filtration. A cleaning member (3) is provided within the case (1). The cleaning member (3) pressurizes the to-be-filtered fluid by a pressure fluid, and causes the pressurized to-be-filtered fluid to pass through the peripheral wall of the filter (2) in a direction reverse to a direction in which the to-be-filtered fluid is filtered. When foreign matter captured in the filter (2) is to be removed and cleaned, the to-be-filtered fluid remaining in the case (1) is pressurized by the cleaning member (3) and caused to flow in a direction reverse to a direction in which the to-be-filtered fluid is filtered. Thereby, foreign matter captured by the peripheral wall of the filter is removed.
    • 过滤器(2)设置在壳体(1)内。 流入壳体的被过滤流体通过过滤器(2)的周壁。 因此,通过过滤捕获包含在被过滤流体中的异物。 清洁部件(3)设置在壳体(1)内。 清洁构件(3)通过压力流体对被过滤的流体进行加压,并且使加压的被过滤的流体沿与其中的方向相反的方向通过过滤器(2)的周壁, 被过滤的流体被过滤。 当将过滤器(2)中捕获的异物除去和清洁时,残留在壳体(1)中的被过滤的流体被清洁部件(3)加压,并使其沿着相反方向流动 要过滤的流体被过滤的方向。 由此,除去由过滤器的周壁捕获的异物。
    • 5. 发明公开
    • Control apparatus for heat exchanger
    • 控制器的热交换器。
    • EP0111673A2
    • 1984-06-27
    • EP83110370.0
    • 1983-10-18
    • TAISEI KOGYO CO., LTD.
    • Iino, Takashi
    • F28F27/00
    • F28F27/00G05D23/023G05D23/13Y10S137/901
    • A control apparatus used for a heat exchanger (12) having a casing (14) through which a first fluid flows and a tube (16) disposed within the casing (14) for a second fluid to flow therethrough, thereby allowing a heat exchange to occur between the first and second fluids, the control apparatus (10, 10', 120) being so arranged as to change the flow rate of the second fluid in accordance with a change in temperature of the first fluid so as to maintain the temperature of the first fluid at a constant level, comprises a valve housing (34, 100) having a valve seat (42) and communicating with an inlet port of the tube, a valve body (52, 126) disposed in the valve housing and movable between a closing position where the valve body is placed on the valve seat to prevent the second fluid from flowing into the tube and an opening position where the valve body is separated from the valve seat to allow the second fluid to flow into the tube, a spring (134) for biasing the valve body to the closing position, and a drive unit (54) having a vessel (56) mounted on the casing in such a way that part of it is exposed to the first fluid flowing into the casing, wax (58) filled in the vessel and being expandable upon an increase in temperature, an elastic sleeve member (60), one end of which opens to the valve housing and the other end of which extends into the wax in the vessel, the elastic sleeve member being elastically compressible by the expansion of the wax, and a rod (62) having one end inserted into the elastic sleeve member and the other end extending into the valve housing, the rod being moved toward the valve housing upon the compression of the elastic sleeve member to move the valve body from the closing position to the opening position against the biasing means.
    • 6. 发明公开
    • Water-cooling oil cooler
    • WassergekühlterÖlkühler。
    • EP0032224A1
    • 1981-07-22
    • EP80108005.2
    • 1980-12-18
    • TAISEI KOGYO CO., LTD.
    • Sekine, Takahiro
    • F28F1/32
    • F28F1/325
    • A number of fin plates (26) were mounted on at least one cooling tube (25) through which water flows and which is provided within a sealed shell filled with oil to be cooled. Each of the fin plates have a plurality of oil flow holes (28) and a plurality of oil flow retarding members (29). These holes and members are made by pressing the fin plate. The fin plate and each oil flow retarding member define at least one opening (30) between them. The oil flows through each oil flow holes in the direction perpendicular to the fin plate, then hits against each oil flow retarding member and finally flows through said opening along the fin plate.
    • 在至少一个冷却管(25)上安装有多个散热片(26),水通过该冷却管(25),该冷却管(25)设置在填充有待冷却的油的密封壳内。 每个翅板具有多个油流孔(28)和多个油流延迟构件(29)。 这些孔和构件通过按压翅片制成。 翅板和每个油流延迟构件在它们之间限定至少一个开口(30)。 油在垂直于翅板的方向上流过每个油流孔,然后撞击每个油流延迟构件,并最终沿翅片板流过所述开口。