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    • 5. 发明申请
    • EPITROCHOIDAL TYPE COMPRESSOR
    • EPITROCHOIDAL型压缩机
    • WO2016009197A1
    • 2016-01-21
    • PCT/GB2015/052040
    • 2015-07-15
    • EPITROCHOIDAL COMPRESSORS LTD
    • GARSIDE, David Walker
    • F01C1/22F04C2/22
    • F04C18/22F01C1/22F04C2/22F04C25/02F04C27/006F04C27/02F04C29/0007F04C2220/10F04C2240/20F04C2240/30F04C2250/20
    • A rotary piston compressor is disclosed, comprising a housing having an epitrochoidal shaped inner bore (10), peripheral inlet and exhaust ports (12, 14) located in the bore, and a rotary piston (18) rotatably mounted within the housing. The profile of the central portion of each rotary piston flank is configured such that, at the closest point (30, 32) between the flank central portion and the housing between the exhaust port (14) of the trailing compression cycle and the inlet port (12) of the leading compression cycle, the radial spacing between the rotary piston flank and the housing is maintained sufficiently small such that, in use, the volumes enclosed by the rotary piston on either side of the closest point (30, 32) in the respective trailing and leading compression cycles are substantially sealed from one another. This creates two chambers (26, 28) with the result that the "dead volume" of this machine is effectively close to zero, with the full intake charge of gas being pressurised and then being all ejected through the exhaust port (14), none being re-expanded and returned to the next intake charge. The profiles of the end portions of each rotary piston flank are configured such that an increased radial spacing between the rotary piston flank and the housing is provided compared to that between the central portion and the housing. This avoids impact of the rotor with the housing bore, and potential failure of the machine.
    • 公开了一种旋转活塞式压缩机,包括具有外旋形内孔(10)的壳体,位于孔中的外围入口和排气口(12,14)和可旋转地安装在壳体内的旋转活塞(18)。 每个旋转活塞侧面的中心部分的轮廓被构造成使得在后缘中心部分和后缘压缩循环的排气口(14)与入口端口之间的最靠近的点(30,32)处 12),在旋转活塞侧面和壳体之间的径向间隔保持足够小,使得在使用中,旋转活塞在最接近的点(30,32)的任一侧包围的体积在 相应的尾随和前导压缩循环基本上彼此密封。 这产生了两个腔室(26,28),结果是该机器的“死体积”实际上接近于零,而气体的全部进气装置被加压,然后全部通过排气口(14)排出,没有 被重新扩大并返回下一次入场费。 每个旋转活塞侧面的端部部分的轮廓被构造成使得与中心部分和壳体之间的径向距离相比,旋转活塞侧面和壳体之间的径向距离增加。 这避免了转子与壳体孔的冲击,以及机器的潜在故障。
    • 10. 发明申请
    • ROTARY PISTON ENGINE
    • 旋转式活塞式内燃机
    • WO2012130925A3
    • 2013-10-03
    • PCT/EP2012055606
    • 2012-03-29
    • BARM UGSCHAPIRO BORIS
    • SCHAPIRO BORIS
    • F01C1/22F01C11/00F01C19/06
    • F02B55/14F01C1/22F01C11/002F01C19/06F01C21/104F16J15/545Y02T10/17
    • The invention relates to a rotary piston engine (10), which comprises a housing (12) having an inner, epitrochoid-shaped shell surface (14) and a rotary piston (18) having two arcuate piston shell surfaces (20, 22) and two corners (24, 26). The rotary piston (18) rotates in the interior (16) about the center point (28) of the rotary piston while the center point (28) travels a circular path (32). Both arcuate piston shell surfaces (20, 22) are designed in such a way that each lies against a first shell section (36) of the shell surface (14) in a form-closed manner at a specific respective rotational position. Furthermore, a separate combustion chamber (54) is arranged in the housing (12), having a passage (56) to the interior (16) in the area of the first shell section (36) of the shell surface (14). The invention further relates to a rotary piston engine (100) comprising at least two rotary pistons (102, 104) and a central combustion chamber (112), wherein all interiors (106, 108) and rotary pistons (102, 104) are arranged in point symmetry with respect to the center point (124) of the combustion chamber (112).
    • 本公开涉及一种具有壳体(12)具有内,epitrochoidformigen周面(14)和旋转式活塞(18)与两个弧形活塞裙表面(20,22)和两个角部(24,26)的旋转活塞式内燃机(10) , 旋转活塞(18)绕其在所述内部(16)中心(28)旋转,同时中心(28)穿过的圆形路径(32)。 两个弧形活塞裙表面(20,22)形成为使得分别各形状配合的方式在横向表面(14)的第一护套部分(36)的一定的旋转位置。 此外,在具有通路(56)在横向表面的第一壳部分(36)的区域中的内部(16)的壳体(12)的单独的燃烧室(54)(14)被布置。 本发明还涉及一种具有至少两个旋转活塞(102,104)和一个中心燃烧室(112)中,所有的内部(106,108)的旋转活塞型内燃机(100)和旋转活塞(102,104)点对称的中心点(124) 燃烧室(112)被布置。