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    • 41. 发明申请
    • GORSKI ROTARY ENGINE
    • GORSKI旋转发动机
    • WO2006085931A9
    • 2006-09-28
    • PCT/US2005020918
    • 2005-06-14
    • GORSKI RAYMOND W
    • GORSKI RAYMOND W
    • F02B53/10F01C1/344F01C21/08F02B47/02F02B53/04
    • F01C21/08F01C1/3441F02B47/02F02M25/03Y02T10/121Y02T10/17
    • A rotary engine is provided with solid vanes which extend through the rotor and engage opposing interior wall portions of the stator housing. A series of grooves in the interior wall permit the expanding exhaust gases to by-pass the minimal surface area of vanes proximate to the combustion chamber to engage the larger surface area of a vane which is protruding more significantly from the rotor. This robust rotary engine is preferably made of cast iron, having internal portions coated with ceramic so that it readily can operate at temperatures exceeding 850°F. The heat energy is utilized to obtain maximum productive work rather than being discarded; as a waste product as is typical with most state of the art power plants, resulting in an efficiency rating exceeding 60%.
    • 旋转发动机设置有固体叶片,该固体叶片延伸穿过转子并与定子壳体的相对的内壁部分接合。 内壁中的一系列凹槽允许膨胀的废气绕过靠近燃烧室的叶片的最小表面积,以接合从转子更明显地突出的叶片的较大表面积。 这种坚固的旋转发动机优选地由铸铁制成,其内部涂有陶瓷部分,使其容易在超过850°F的温度下工作。 利用热能获得最大的生产性工作而不是被丢弃; 作为大多数最先进的发电厂的典型的废物,导致效率等级超过60%。
    • 42. 发明申请
    • A NOVEL INTERNAL COMBUSTION TORROIDAL ENGINE
    • 一个新的内燃机涡轮发动机
    • WO2005083246A1
    • 2005-09-09
    • PCT/US2005/005539
    • 2005-02-22
    • MIRABILE, Nicholas
    • MIRABILE, Nicholas
    • F02B53/04
    • F02B59/00F02B75/246
    • A novel Mirabile combustion engine (10) comprises an air intake (18), an air compressor (22), a combustion chamber (24), a shuttle valve (50) placed between the air compressor and the combustion chamber (24), a fuel supplier (70), coupled to the air compressor (22) and the combustion chamber (24), to deliver a fuel/air mixture to the combustion chamber, a crankshaft (46), coupled to the air compressor (22) to operate the air compressor (22) and transfer power generated by the engine (10). A turbine piston (12) is coaxially coupled to the crankshaft (46), travels in a circular path adjacent to the combustion chamber (24) serves to seal the combustion chamber (24) and opens to be driven by a force generated by combustion of the fuel/air mixture within the combustion chamber as the combusted fuel/air mixture escapes and is directed against the turbine piston (12) to rotate the turbine piston and turn the crankshaft.
    • 一种新颖的Mirabile内燃机(10)包括进气口(18),空气压缩机(22),燃烧室(24),放置在空气压缩机和燃烧室(24)之间的往复阀(50) 燃料供应器(70),其联接到空气压缩机(22)和燃烧室(24),以将燃料/空气混合物输送到燃烧室;曲轴(46),联接到空气压缩机(22)以操作 空气压缩机(22)和由发动机(10)产生的输送动力。 涡轮活塞(12)同轴联接到曲轴(46),在邻近燃烧室(24)的圆形路径中行进,用于密封燃烧室(24)并打开以由燃烧产生的力驱动 当燃烧的燃料/空气混合物逸出时,燃烧室内的燃料/空气混合物被排出并且被引向涡轮活塞(12)以使涡轮活塞旋转并转动曲轴。
    • 43. 发明申请
    • RADIAL COMBUSTION MOTOR
    • 径向燃烧电机
    • WO2002101215A1
    • 2002-12-19
    • PCT/US2002/018725
    • 2002-06-12
    • DOURS, INC.
    • ARCE, Daniel, Esteban
    • F02B53/04
    • F01C11/004F01C1/3446F04C2230/91F04C2240/20F04C2240/60
    • A radial combustion motor (100) includes a compression section (104), or a combustion section (102), or both, and cylindrical rotor (406) rotating in a cylindrical chamber (404). An inner wall of each chamber (404) includes ridges (412) such that a rotor (406) divides the chamber (404) into sub-chambers (506) in conjunction with each of the ridges (412). Each rotor (406) includes sealing blade slots (414), that each extends the length of the rotor and slidably receives one of the sealing blades (416). Movement of a compression section-sealing blade (416) across a sub-chamber (506) compresses a fuel mixture in the sub-chamber to produce a compressed fuel mixture, which is conveyed to a sub-chamber (506) via fuel apertures, where the compressed fuel mixture is ignited to produce force applied to the sealing blades, thereby causing the combustion rotor (426), and a shaft (110) coupled to the combustion rotor (426), to rotate.
    • 径向燃烧电动机(100)包括压缩部(104)或燃烧部(102)或两者,以及在圆筒室(404)中旋转的圆筒形转子(406)。 每个室(404)的内壁包括脊(412),使得转子(406)将腔室(404)与每个脊部(412)结合分成子室(506)。 每个转子(406)包括密封叶片槽(414),其各自延伸转子的长度并可滑动地容纳密封叶片(416)中的一个。 压缩部分 - 密封叶片(416)穿过子室(506)的移动压缩了副室中的燃料混合物,以产生压缩的燃料混合物,其通过燃料孔被输送到副室(506) 其中压缩的燃料混合物被点燃以产生施加到密封叶片的力,从而使燃烧转子(426)和与燃烧转子(426)相连的轴(110)旋转。
    • 44. 发明申请
    • ROTARY ENGINE HAVING ENHANCED CHARGED COOLING AND LUBRICATION
    • 具有增压冷却和润滑的旋转发动机
    • WO00037784A1
    • 2000-06-29
    • PCT/US1998/027045
    • 1998-12-17
    • F01C1/22F01C19/02F01C19/08F01C21/02F01C21/04F01C21/06F01C21/08F01C21/10F01C21/18F02B53/00F02B53/04F02B55/02F02B55/06F02B55/08F02B55/12F02B75/02
    • F02B55/06F01C1/22F02B53/00F02B55/12F02B2053/005F02B2075/027Y02T10/17
    • A charge cooled rotary engine includes a housing (204), a first end plate (206) and a second end plate (208). The housing and end plates combine to define a closed chamber (210). A rotor (202) disposed within the housing includes three flanks (215), a cylindrical hub (213), and a web (214) extending transversely from the hub and joining medial portions of the flanks to the hub. The web, flanks, and hub form rotor cavities on opposite ends of the rotor. Inlets formed in the end plates for receiving a fuel/air charge terminate in entry ports (220, 232) facing the closed chamber. Distribution chambers (224, 236), formed in the end plates adjacent the entry ports, are open to the closed chamber. The entry ports directly communicate with the rotor cavities and are isolated from direct communication with any of the intake, compression, and combustion chambers by the rotor flanks.
    • 电荷冷却旋转发动机包括壳体(204),第一端板(206)和第二端板(208)。 壳体和端板组合以限定封闭腔室(210)。 设置在壳体内的转子(202)包括三个侧面(215),圆柱形轮毂(213)和从轮毂横向延伸并将侧翼的中间部分连接到轮毂的腹板(214)。 腹板,侧翼和轮毂在转子的相对两端形成转子腔。 形成在用于接收燃料/空气充电的端板中的入口终止于面向封闭室的入口(220,232)。 形成在邻近进入端口的端板中的分配室(224,236)对于封闭的室是开放的。 入口端口直接与转子空腔连通,并且与转子侧面与进气压缩和燃烧室中的任何一个直接连通。
    • 45. 发明申请
    • MULTI VANE ROTARY PISTON ENGINE
    • 多功能旋转活塞发动机
    • WO98057038A1
    • 1998-12-17
    • PCT/GR1998/000015
    • 1998-06-11
    • F01C1/344F01C1/348F02B53/04
    • F01C1/348F01C21/108F02B53/04F05C2203/08Y02T10/17
    • Object of the present invention is to provide a rotary engine, which consists of a rotary drum, which has recesses wherein slide vanes which are pushed against a freely rotating cylinder because the centrifugal force. The said cylinder rotates inside a stationary casing, creating together with the moving vanes a compression space and an expansion space. At the end of the expansion space and at the beginning of the compression space takes place scavenging of the expanded gas by means of an air pump. Through the scavenging under air surplus the cooling of the moving parts is achieved. In this way the necessary procedures for the embodiment of the thermodynamic cycle, by which the thermal energy is converted to mechanical, are achieved in the engine, that is to say compression, combustion, expansion, scavenging and discharge of exhaust gases, cooling of the moving parts, reintroduction of new air or fuel-air mixture are achieved. The whole arrangement rotates by means of a shaft which is seated by means of ball bearings on side walls, which have ceramic elements for the balancing of the high temperatures. This ceramic material does not come into mechanical contact with none of the moving parts. The invention is able to operate as internal combustion engine, external combustion engine, expander, compressor and pump. Special reference is being made to its ability to operate as a high temperature expander, fact which has a result, the achievement of high efficiency thermal engines.
    • 本发明的目的是提供一种旋转发动机,其由具有凹部的旋转鼓组成,其中由于离心力而被推向自由旋转的气缸的滑动叶片。 所述气缸在静止的壳体内旋转,与移动叶片一起产生压缩空间和膨胀空间。 在膨胀空间的末端,并且在压缩空间开始时,通过空气泵进行膨胀气体的清除。 通过空气过剩清扫,实现了运动部件的冷却。 以这种方式,在发动机中实现热能转化为机械的热力学循环的实施例的必要程序,也就是说废气的压缩,燃烧,膨胀,清除和排放,冷却 移动部件,重新引入新的空气或燃料 - 空气混合物。 整个装置通过一个通过侧壁上的球轴承就座的轴旋转,该轴具有用于平衡高温的陶瓷元件。 这种陶瓷材料不与任何一个运动部件机械接触。 本发明能够作为内燃机,外燃机,膨胀机,压缩机和泵的运行。 特别提到其作为高温膨胀机操作的能力,其结果是实现了高效率的热发动机。
    • 46. 发明申请
    • VANED ROTATY ENGINE WITH REGENERATIVE PREHEATING
    • 具有再生预热的VANED ROTATY发动机
    • WO9810172A3
    • 1998-09-03
    • PCT/GR9700034
    • 1997-09-08
    • MELETIS ELEFTHERIOSGEORGIOU DEMOS P
    • MELETIS ELEFTHERIOSGEORGIOU DEMOS P
    • F02B53/04F01C1/356F01C
    • F01C1/3562F01C1/3566
    • A vaned rotary engine with a cylindrical (circular cross section) stator (1) and a multilobed rotor (2) having the same axis with the cylinder. The rotor is keyed to a shaft (3), supported on the baseplate (11) through the bearings (14). The rotor lobe tips (17 and 18) provide a sufficient blocking of the combustion chamber (12) to allow for a (nearly) constant combustion process. This chamber is embedded in the stator wall and the fuel is injected into it through the injection nozzle (8). The four volumes needed for the thermodynamic processes, i.e. the inlet (21), the compression (13), the expansion (20) and the exhaust (19), are formed by the two cavities formed between the stator inner surface and the rotor outer one with the help of three diaphragms. The first diaphragm (9) separates the inlet-exhaust volumes and is continually in touch with the rotor surface. The other two are positioned very close to the combustion chamber, one in front (7) and the other behind it (6), as the rotor rotates. The back diaphragm is initially in contact with the rotor surface while the other is recessed. When the pressures in the compression and the expansion volumes are nearly equal, the two diaphragms exchange position, by lowering the front one and withdrawing the back one. This exchange leads to a mixing of a part of the flue gasses with the air, thus acting as a regenerative preheating mechanism for the air.