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    • 5. 发明授权
    • Small watercraft
    • 小船只
    • US06200178B1
    • 2001-03-13
    • US09305899
    • 1999-05-05
    • Ryoichi NakaseNaoki KatohShigeyuki OzawaMasayoshi Nanami
    • Ryoichi NakaseNaoki KatohShigeyuki OzawaMasayoshi Nanami
    • B63H2110
    • F02M37/007B63B35/731B63H21/38F02B33/04F02B61/045F02B75/20F02B2075/025F02B2075/1808F02M31/20F02M37/0052F02M37/0076F02M37/10F02M37/20F02M69/465Y02T10/126
    • An improved fuel delivery and injection system for a small watercraft engine reduces the heat effects within an enclosed engine compartment upon various components of the engine and upon the fuel within the fuel system. The fuel system integrates a fuel pump within a fuel tank at a location which minimizes the effects of watercraft leaning. The inlet of the fuel pump desirably corresponds, in the lateral direction, with a position of an inlet to the jet pump unit. In this position, the pump is less likely to draw air as the watercraft maneuvers. The fuel lines also are arranged within the engine to minimize the effect of engine heat produced by the exhaust system on the fuel delivery lines. The arrangement of the fuel pump and fuel delivery lines consequently improves the consistency of the fuel/air ratio within the fuel charge produced by the engine as less air and vapor delivered to the fuel injectors.
    • 用于小型船舶发动机的改进的燃料输送和喷射系统减少了在发动机的各种部件和燃料系统内的燃料的封闭的发动机舱内的热效应。 燃料系统将燃料泵集成在燃料箱内的最小化船舶倾斜效果的位置。 燃料泵的入口理想地在横向方向上对应于喷射泵单元的入口的位置。 在这个位置上,当船只操纵时,泵不太可能吸入空气。 燃料管线也布置在发动机内,以最小化排气系统对燃料输送管线产生的发动机热量的影响。 因此,燃料泵和燃料输送管线的布置改善了由发动机产生的燃料燃料中的燃料/空气比的一致性,因为较少的空气和蒸气被输送到燃料喷射器。
    • 8. 再颁专利
    • Exhaust timing control for a planing-type boat
    • 刨船型排气时序控制
    • USRE37631E1
    • 2002-04-09
    • US09621102
    • 2000-07-20
    • Masayoshi NanamiRyoichi Nakase
    • Masayoshi NanamiRyoichi Nakase
    • B63H2126
    • F02B61/045F02B2075/025F02D13/0284Y02T10/18
    • A two-cycle internal combustion engine for a watercraft that includes a cylinder block having a cylinder bore, a piston reciprocating in the cylinder bore and an exhaust port formed in the cylinder block. An exhaust path extends from the cylinder bore for exhausting combustion products from the cylinder bore. An exhaust control valve cooperates with the exhaust port and is movable between at least a first position for advancing the closing of the exhaust port so as to increase the compression ratio in the engine and a second position for delaying the closing of the exhaust port so as to decrease the compression ratio in the engine. Means for controlling the exhaust control valve between the first and second position are provided and are controlled in response to a watercraft condition.
    • 一种用于船舶的双周期内燃机,其包括具有气缸孔的气缸体,在气缸孔中往复运动的活塞和形成在气缸体中的排气口。 排气路径从气缸孔延伸,用于从气缸孔排出燃烧产物。 排气控制阀与排气口协同工作,并可在至少第一位置之间移动,用于使排气口的关闭前进,以增加发动机的压缩比,以及延迟排气口关闭的第二位置,以便 以降低发动机中的压缩比。 提供用于控制排气控制阀在第一位置和第二位置之间的装置,并且响应于船只状态而被控制。
    • 9. 发明授权
    • Watercraft fuel supply system
    • 船舶燃料供应系统
    • US06279546B1
    • 2001-08-28
    • US08777486
    • 1996-12-30
    • Ryoichi NakaseNaoki KatohShigeyuki OzawaMasayoshi Nanami
    • Ryoichi NakaseNaoki KatohShigeyuki OzawaMasayoshi Nanami
    • F02M3704
    • F02M37/20B63B35/731B63H21/14B63H21/38F02M31/20Y02T10/126
    • An improved fuel delivery and injection system for a small watercraft engine reduces the heat effects within an enclosed engine compartment upon a fuel pump of and the fuel within a fuel injection system. The fuel delivery system includes a vapor separator and a high-pressure fuel pump. The fuel pump is at least partially located within the vapor separator. The fuel within the vapor separator cools the fuel pump. The vapor separator also is positioned between a pair of air ducts such that an air stream between the ducts cools the fuel within the vapor separator. This arrangement consequently improves the consistency of the air/fuel ratio in the fuel charges delivered to the engine cylinders, provides a compact structure between the fuel pump, and the vapor separator and improves the durability of the fuel pump.
    • 用于小型船只发动机的改进的燃料输送和喷射系统减少了在燃料喷射系统内的燃料泵和燃料的封闭发动机舱内的热效应。 燃料输送系统包括蒸汽分离器和高压燃料泵。 燃料泵至少部分地位于蒸气分离器内。 蒸气分离器内的燃料冷却燃油泵。 蒸气分离器也位于一对空气管道之间,使得管道之间的空气流冷却蒸汽分离器内的燃料。 由此,能够提高输送到发动机气缸的燃料的空燃比的一致性,在燃料泵与蒸汽分离器之间提供紧凑的结构,提高燃料泵的耐久性。