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    • 1. 发明公开
    • ROTARY VALVE FOR INTERNAL COMBUSTION ENGINES
    • 旋转阀用于内燃机
    • EP1003956A4
    • 2002-11-05
    • EP98930560
    • 1998-07-03
    • SMITH WAYNESMITH BRIAN
    • SMITH WAYNESMITH BRIAN
    • F01L7/02F01L7/16F02B75/02
    • F01L7/025F01L7/16F02B2075/027
    • Rotary inlet/exhaust valve for internal combustion engines having seals employed to minimise gas leakage around cylindrical valve rotor (12) which rotates with a radial clearance gap within a receiving bore of the engine. Rotor (12) comprises a main cylindrical body (40) having a rectangular exhaust port (48) formed on the circumferential surface of rotor (12) with angular spacing from inlet port (46). Sealing elements (70, 80, 90) are received in respective grooves (60, 64, 68) formed on the circumferential surface and arranged to bridge the radial clearance gap to create over each discrete surface zone, discrete volume sectors that rotate with rotor (12). Each annular sealing element (70) consists of a pair of sealing rings. Rotor (12) incorporates a pressurizing system arranged to selectively direct a pressurized fluid in between each sealing ring pair (70) to bias the rings in axially opposite directions to prevent high pressure gases from breaking the seal between the flanks of sealing elements (70) and the end faces of sealing elements (80, 90). This prevents ring seals (70) from moving away from the side surfaces of groove (60), and hence away from the end faces of sealing elements (80, 90).
    • 4. 发明专利
    • ROTARY VALVE FOR INTERNAL COMBUSTION ENGINES
    • CA2333672A1
    • 1999-01-14
    • CA2333672
    • 1998-07-03
    • SMITH BRIANSMITH WAYNE
    • SMITH BRIANSMITH WAYNE
    • F01L7/02F01L7/16F02B75/02
    • Rotary inlet/exhaust valve for internal combustion engines having seals employed to minimise gas leakage around cylindrical valve rotor (12) which rotates with a radial clearance gap within a receiving bore of the engine. Rotor (12) comprises a main cylindrical body (40) having a rectangular exhau st port (48) formed on the circumferential surface of rotor (12) with angular spacing from inlet port (46). Sealing elements (70, 80, 90) are received in respective grooves (60, 64, 68) formed on the circumferential surface and arranged to bridge the radial clearance gap to create over each discrete surface zone, discrete volume sectors that rotate with rotor (12). Each annular sealing element (70) consists of a pair of sealing rings. Rotor (12) incorporates a pressurizing system arranged to selectively direct a pressurized fluid in between each sealing ring pair (70) to bias the rings i n axially opposite directions to prevent high pressure gases from breaking the seal between the flanks of sealing elements (70) and the end faces of sealin g elements (80, 90). This prevents ring seals (70) from moving away from the side surfaces of groove (60), and hence away from the end faces of sealing elements (80, 90).
    • 6. 发明专利
    • Compressible stud
    • GB2356334A
    • 2001-05-23
    • GB0027870
    • 2000-11-15
    • SMITH WAYNE
    • SMITH WAYNE
    • A43C15/16
    • A compressible stud assembly is capable of being longitudinally compressed when an external force is applied. Preferably, the assembly comprises a stud connecting screw (A) housed within a stud body (D) which is movable relative thereto, a compression space located adjacent a head of the screw, and a resilient member (C) which may be compressed, in use, by the stud body. The resilient member may comprise a high density rubber washer, a metal spring, or a polyurethane elastomer. The compression space is typically provided between an end cap (E), which may be secured to the stud body, and the screw. The assembly is preferably mounted, in use, within a recess (Fig. 5B) in a footwear outsole. A further stud is disclosed (Fig. 4), which is shaped such that it comprises a square concave base with rounded corners, the base tapering upwards into a rounded end.
    • 9. 发明申请
    • AN UNSTABLE WEIGHT CONTAINED WITHIN AN OUTER BAG FOR USE IN PERFORMING MULTI-FUNCTIONAL MOVEMENTS
    • 用于执行多功能运动的外袋中包含不稳定的重量
    • WO2011042712A2
    • 2011-04-14
    • PCT/GB2010002241
    • 2010-12-06
    • BOOTH LEESMITH WAYNE
    • BOOTH LEESMITH WAYNE
    • A63B21/06
    • A63B21/06A63B21/0602A63B21/0603A63B21/0605A63B21/0607A63B21/075
    • An unstable weight is disclosed for use in performing multi-functional training and exercise. The weight comprises of elongated, flexible inner-bags, filled with a flowable substance. The inner-bags come in a range of weights, however all contain the same volume of flowable substance. The inner-bags are housed in a larger, flexible outer-bag. The outer-bag consists of a resealable opening to allow weight changes through exchange of the inner-bags and a number of specially placed handles, both axially and circumferentially. The handles range in colour depending on the position and use, thus allowing quick and easy coaching instruction and interchange between exercises. The packing density of the inner-bags and the structural support and padding added by the outer-bag allow the bag to sag and bend, thus altering the centre of gravity of the bag and the weight displacement. Unlike other more stable filled bags, this bag is designed to flex and displace its maximum weight.
    • 公开不稳定的体重用于进行多功能训练和锻炼。 重量由细长的柔性内袋组成,填充有可流动的物质。 内袋的重量范围内,但都包含相同数量的可流动物质。 内袋收纳在一个更大的灵活外袋中。 外袋由可重新密封的开口组成,通过更换内袋和许多特殊放置的手柄,轴向和圆周都可以改变重量。 手柄的颜色取决于位置和用途,因此允许快速简单的指导和练习之间的互换。 内袋的包装密度以及由外袋添加的结构支撑和衬垫使得袋子下垂并弯曲,从而改变了袋子的重心和重量位移。 与其他更稳定的填充袋不同,此袋设计用于弯曲和取代其最大重量。