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    • 1. 发明申请
    • ROTARY ENGINE
    • 旋转发动机
    • WO2011086183A3
    • 2012-08-09
    • PCT/EP2011050544
    • 2011-01-17
    • FEUSTLE GERHARD
    • FEUSTLE GERHARD
    • F01C1/28
    • F04C2/00F01C1/28F01C1/44Y02E10/46
    • The present invention describes a rotary engine comprising a housing body (110) having a first rotation chamber (120) and a second rotation chamber (130). A first rotary body (150) is arranged within the first rotation chamber (120), and a second rotary body (160) is arranged within the second rotation chamber (130). A boundary surface (122) of the first rotation chamber (120) has a variable distance from an opposite surface of the first rotary body (150). A pair of valve flaps comprising a first valve flap (170) and a second valve flap (180) is arranged on the first rotary body (150). Upon rotation of the first rotary body (150), the valve flaps (170, 180) are in engagement with the boundary surface (122) of the first rotation chamber (120) and are rotated in mutually opposite directions with regard to the first rotary body (150) so as to form two mutually demarcated working chambers (A, B) within the first rotation chamber (120).
    • 本发明描述了一种旋转发动机,其包括具有第一旋转室(120)和第二旋转室(130)的壳体(110)。 第一旋转体(150)布置在第一旋转腔(120)内,第二旋转体(160)布置在第二旋转腔(130)内。 第一旋转室(120)的边界面(122)与第一旋转体(150)的相反表面具有可变的距离。 包括第一阀瓣(170)和第二阀瓣(180)的一对阀瓣设置在第一旋转体(150)上。 在第一旋转体(150)旋转时,阀瓣(170,180)与第一旋转室(120)的边界面(122)接合,并且相对于第一旋转体 主体(150),以在第一旋转室(120)内形成两个相互划分的工作室(A,B)。
    • 2. 发明申请
    • METHOD FOR PRODUCING A HEAT EXCHANGER
    • 生产热交换器的方法
    • WO9910694A3
    • 1999-05-27
    • PCT/EP9805418
    • 1998-08-26
    • FEUSTLE GERHARD
    • FEUSTLE GERHARD
    • B21D53/04F24F12/00F28D9/00F28F21/06
    • F24F12/006B21D53/04F28D9/0025F28F21/067Y02B30/563
    • Method for producing a heat exchanger (WT) for recovering heat energy during air exchange in housing or office space. Said heat exchanger contains a stack-like arrangement of equal, narrow air chambers which are constructed by spacers (A, B) and a metal foil (F) laid around said spacers. Said method comprises the following steps: (a) application of a heated, liquefied thermoplastic corresponding to the shape of the spacers (A, B) directly onto the foil (F); (b) folding the foil (F) along an exterior longitudinal edge of the spacer (A1, B1) over the constructed coating; (c) pressing the foil (F) on said constructed coating; (d) application of another coating with spacers (A, B) arranged in a laterally reversed manner to the previous layer; (e) repetition of the folding and coating steps with spacers (A, B) arranged in alternating positions until the final stack height is obtained.
    • 形成有用于使空气在客厅/工作空间交换期间制造用于热能回收的热交换器(WT)中,用的间隔物(A,B)的气室中的堆叠布置和周围的隔离物的金属箔(F)搅打方法,用 (a)将对应于间隔物(A,B)的形状的加热的液化热塑性材料直接施加到膜(F)上; (b)沿着间隔物(A1,B1)的外部纵向边缘将膜(F)折叠在所形成的涂层上; (c)将膜(F)压到刚创建的涂层上; (d)将具有间隔物(A,B)的镜像布置的下一涂层施加到前一层; (e)用间隔层(A,B)的交替层重复折叠和涂覆步骤至最终堆叠高度。
    • 3. 发明申请
    • ROTARY ENGINE
    • 旋转发动机
    • WO2011086183A2
    • 2011-07-21
    • PCT/EP2011/050544
    • 2011-01-17
    • FEUSTLE, Gerhard
    • FEUSTLE, Gerhard
    • F01C1/36
    • F04C2/00F01C1/28F01C1/44Y02E10/46
    • The present invention describes a rotary engine comprising a housing body (110) having a first rotation chamber (120) and a second rotation chamber (130). A first rotary body (150) is arranged within the first rotation chamber (120), and a second rotary body (160) is arranged within the second rotation chamber (130). A boundary surface (122) of the first rotation chamber (120) has a variable distance from an opposite surface of the first rotary body (150). A pair of valve flaps comprising a first valve flap (170) and a second valve flap (180) is arranged on the first rotary body (150). Upon rotation of the first rotary body (150), the valve flaps (170, 180) are in engagement with the boundary surface (122) of the first rotation chamber (120) and are rotated in mutually opposite directions with regard to the first rotary body (150) so as to form two mutually demarcated working chambers (A, B) within the first rotation chamber (120).
    • 本发明描述了一种旋转发动机,其包括具有第一旋转室(120)和第二旋转室(130)的壳体(110)。 第一旋转体(150)布置在第一旋转腔(120)内,第二旋转体(160)布置在第二旋转腔(130)内。 第一旋转室(120)的边界面(122)与第一旋转体(150)的相反表面具有可变的距离。 包括第一阀瓣(170)和第二阀瓣(180)的一对阀瓣设置在第一旋转体(150)上。 在第一旋转体(150)旋转时,阀瓣(170,180)与第一旋转室(120)的边界面(122)接合,并且相对于第一旋转体 主体(150),以在第一旋转室(120)内形成两个相互划分的工作室(A,B)。