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    • 1. 发明专利
    • Heat exchanger
    • 热交换器
    • JPS61128092A
    • 1986-06-16
    • JP24989484
    • 1984-11-26
    • Nippon Denso Co Ltd
    • YAMANAKA YASUTOSHIUEISHI KAZUNOBUIZUMIDA TERUO
    • F28F3/08F01M5/00F28D9/00
    • F28D9/0012F28D9/0037F28F2250/102
    • PURPOSE:To prevent choking of a heat exchanger and to reduce production of oil resistance, by a method wherein plural undulating parts are formed on an upper and a lower plate, the rising parts or the falling parts of the undulat ing parts, positioned facing each other, are brought into contact with each other, and the upper and the lower plate are alternately laminated. CONSTITUTION:The title device has an upper plate 1 and a lower plate 2, which are formed by a good thermal conductor and are formed such that the plate has an undulating part F located in an elevated level than that of a plate part A of the plate, and plural undulating parts F formed along the former undulating part F, and the undulating parts F are positioned flush with each other. The upper plate 1 and the lower plate 2 are brought into contact with each other so that the positions of the rising or the falling parts of the undulating part F are located facing each other to form a first unit 3 in which first spaces P are formed separatedly from each other. The spots, positioned facing each other, of the units 3 are superposed with each other to laminate the plural units to form second spaces Q which are alternately separated.
    • 目的:为了防止热交换器的窒息和减少耐油性,通过在上下板上形成有多个起伏部分的方法,将位于面对每一个的凹凸部分的上升部分或下降部分 另一方面彼此接触,并且上板和下板交替层压。 标题:标题装置具有由良好导热体形成的上板1和下板2,并且形成为具有位于高于板部A的升高高度的起伏部F 沿着前面的起伏部分F形成的多个起伏部分F和起伏部分F相互平齐。 上板1和下板2彼此接触,使得起伏部分F的上升或下降部分的位置彼此相对以形成第一单元3,其中形成有第一空间P 彼此分开。 单元3彼此面对的位置彼此重叠以层叠多个单元以形成交替分离的第二空间Q。
    • 2. 发明专利
    • Heat exchanger
    • 热交换器
    • JPS59191888A
    • 1984-10-31
    • JP6623883
    • 1983-04-13
    • Nippon Denso Co Ltd
    • YAMANAKA YASUTOSHIMIZUTANI TAKESHI
    • F28F3/08F28D9/00
    • F28D9/0012F28D9/00Y10S165/357Y10S165/916
    • PURPOSE: To largely improve load bearing ability of a through-bolt to heat exchanger units, by disposing a collar in the position confronting the flange of a through-bolt to accumulate heat exchanger units, in a heat exchanger for a car in which engine oil exchanges heat for cooling water.
      CONSTITUTION: A heating exchanger 9 is composed of the primary and the secondary plates 4 and 5 which are connected at both ends. The primary plate 4 and the secondary plate 5 respectively has a through-hole 6, a communicating hole 7 and a flow inlet hole 8 in the confronting position. When a number of heat exchanger units 9 are accumulated, these holes are respectively connected to another to form a through passage 10, a communicating passage 11 and a flow inlet passage 12. A collar 38 in the shape of a letter C is interposed in the position confronting the through-holes 6. Oil being fed into the units 9 through the flow inlet passage 8 flow into the through passage 10, after flowing along the outer periphery of a collar 38. Further, a through-bolt 31 having a flange part 52 is fitted in a through-hole 14 in such a manner that the flange part 52 is located in the position confronting the collar 38.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:为了大大提高贯穿螺栓对热交换器单元的承载能力,通过将轴环设置在与贯穿螺栓的凸缘相对的位置上,以积聚热交换器单元,在汽车用热交换器中,其中发动机机油 交换冷却水的热量。 构成:加热交换器9由在两端连接的主板4和第二板5组成。 主板4和副板5在相对的位置分别具有通孔6,连通孔7和流入口8。 当多个热交换器单元9被堆积时,这些孔分别连接到另一个,以形成通过通道10,连通通道11和流入口12。将字母C形状的套环38插入 与通孔6相对的位置。在沿着轴环38的外周流动之后,通过流入口通道8被供给到单元9中的油流入通道10.此外,具有凸缘部分的贯穿螺栓31 52以这样的方式装配在通孔14中,使得凸缘部52位于与套环38相对的位置。
    • 3. 发明专利
    • Heat exchanger
    • 热交换器
    • JPS6144294A
    • 1986-03-03
    • JP16622784
    • 1984-08-07
    • Nippon Denso Co Ltd
    • YAMANAKA YASUTOSHIUEISHI KAZUNOBUIZUMIDA TERUO
    • B01D27/10B01D29/00B01D35/18F01M1/10F01M5/00F01M11/03F16N39/00F28D9/00F28F19/01
    • F28F19/01B01D27/14B01D29/21B01D29/58B01D35/18B01D35/306B01D2201/12F01M1/10F01M5/00F01M2011/033F16N39/00F28D9/0012
    • PURPOSE: To form a filter having first and second filter elements and a heat exchanger into an integral body by forming in a heat exchange a sub-flowpath which communicates with the second filter element of the filter.
      CONSTITUTION: In a heat exchanger B are formed an oil communication passage C, a main oil flow-in path D for introducing a lubricating oil which has been filtrated and become pure by a first filter element 1 to carry out heat exchange in the heat exchanger B, and sub oil flow-in path E which introduces the lubricating oil which has been filtrated by the second filter element 4 of the filter A. The lubricating oil containing carbon minute particles in the lubricating part of an internal combustion engine reaches an oil flowpath of the filter A from an oil flow-in path 57a of a mounting member 57 via the oil communication path C. A part of oil passes through a communicating hole 3b of the member 3 and flows into the first filter element 1, and another part of oil passes through a filter paper 21 on the upstream end and flows into the second filter element 4. Thereafore, a pipe which prevents the integral loading of the heat exchanger and the filter, can be removed and the heat exchanger and the filter can be formed into an integral body.
      COPYRIGHT: (C)1986,JPO&Japio
    • 目的:通过在热交换器中形成与过滤器的第二过滤器元件连通的子流路,形成具有第一和第二过滤器元件和热交换器的过滤器。 构成:在热交换器B中形成有油连通路C,主油流入路径D,其通过第一过滤元件1进行过滤并成为纯净的润滑油,从而在热交换器 B和副油流入路径E,其引入由过滤器A的第二过滤元件4过滤的润滑油。内燃机的润滑部分中含有碳微粒的润滑油到达油流路 通过油连通路径C从安装构件57的油流入通路57a中的过滤器A的一部分通过构件3的连通孔3b流入第一过滤元件1,另一部分 的油通过上游端的滤纸21并流入第二过滤元件4.因此,可以去除防止热交换器和过滤器的整体装载的管,并且热交换器a 并且过滤器可以形成为整体。