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    • 11. 发明授权
    • Variable valve-timing apparatus in an internal-combustion engine
    • 内燃机中的可变气门正时装置
    • US4494496A
    • 1985-01-22
    • US464105
    • 1983-02-04
    • Norihiko NakamuraToyokazu Baika
    • Norihiko NakamuraToyokazu Baika
    • F01L1/34F01L1/344
    • F01L1/34406
    • An apparatus for controlling valve timing in an internal-combustion engine. The apparatus includes a pair of sleeves inserted into each other. One of the sleeves is connected to the camshaft and the other sleeve is connected to a timing pulley which is connected to the crankshaft. One of the sleeves has diametrically opposed slits and the other sleeve has diametrically opposed slits located adjacent to the corresponding slits in the first sleeve. Abutment rollers are arranged in the slits and are mounted on an axially slidable slider. Movement of the slider causes the generation of an angular displacement between the sleeves, resulting in variable valve timing. A bearing unit is arranged between the inner and the outer sleeves.
    • 一种用于控制内燃机中的气门正时的装置。 该装置包括彼此插入的一对套筒。 其中一个套筒连接到凸轮轴,另一个套筒连接到连接到曲轴的正时皮带轮。 一个套筒具有径向相对的狭缝,另一个套筒具有位于第一套筒中相应狭缝附近的直径相对的狭缝。 基台辊布置在狭缝中并且安装在轴向可滑动的滑块上。 滑动件的移动导致在套筒之间产生角位移,导致可变气门正时。 轴承单元布置在内套筒和外套筒之间。
    • 12. 发明授权
    • Combustion chamber of an internal combustion engine
    • 内燃机燃烧室
    • US4318376A
    • 1982-03-09
    • US117293
    • 1980-01-31
    • Norihiko NakamuraKiyoshi NakanishiKazuhiko ItouToyokazu BaikaShuji Morita
    • Norihiko NakamuraKiyoshi NakanishiKazuhiko ItouToyokazu BaikaShuji Morita
    • F02B1/04F02B19/12F02B23/08
    • F02B19/12F02B23/08F02B1/04Y02T10/125
    • An internal combustion engine having an auxiliary combustion chamber connected to only the main combustion chamber via a connecting passage. The engine comprises a first raised portion formed on the inner wall of the cylinder head, a second raised portion formed on the top face of the piston at a position opposite to the first raised portion with respect to the axis of the piston, and a third raised portion formed on the inner wall of the cylinder head above the second raised portion. A first flat squish area is formed between the flat peripheral top face of the piston and the flat bottom face of the first raised portion. A second spherical shell shape squish area is formed between the spherical bottom wall of the third raised portion and the spherical rear face of the second raised portion. A recessed portion is formed on the top wall of the main combustion chamber at a position near the first raised portion. The open end of the connecting passage is arranged in the recessed portion. The spark plug is arranged within the recessed portion at a position near the open end of the connecting passage and outside of the extension of the connecting passage.
    • 一种具有辅助燃烧室的内燃机,该辅助燃烧室仅通过连接通道连接到主燃烧室。 发动机包括形成在气缸盖的内壁上的第一升高部分,在与活塞的轴线相对的第一凸起部分的位置形成在活塞顶面上的第二凸起部分,以及第三凸起部分 凸起部分形成在第二凸起部分上方的气缸盖的内壁上。 第一扁平挤压区域形成在活塞的平坦周边顶面和第一凸起部分的平坦底面之间。 在第三凸起部分的球形底壁和第二凸起部分的球形后表面之间形成第二球形壳体挤压区域。 在靠近第一升高部分的位置处,在主燃烧室的顶壁上形成凹部。 连接通道的开口端设置在凹部中。 火花塞在靠近连接通道的开口端的位置和连接通道的延伸部的外侧设置在凹部内。
    • 14. 发明授权
    • Fuel cell system
    • 燃料电池系统
    • US07939208B2
    • 2011-05-10
    • US12084053
    • 2006-10-26
    • Toyokazu Baika
    • Toyokazu Baika
    • H01M8/04
    • H01M8/0662H01M8/04089
    • Fuel cell system comprising impurity adsorbing means for adsorption of impurities contained in oxidation gas fed to fuel cell; impurity emitting means for emission of impurities adsorbed by the impurity adsorbing means from the impurity adsorbing means; impurity outlet passage for pass of impurities emitted from the impurity emitting means; and diluting means for dilution of the impurities emitted by the impurity emitting means, so that any adsorbed impurities are diluted by the diluting means before emission outside the system. Consequently, not only can impurities contained in the oxidation gas fed to fuel cell be effectively removed but also before emission of the removed impurities, there can be conducted lowering of influence on human health and environment.
    • 燃料电池系统,包括用于吸附供给燃料电池的氧化气体中所含的杂质的杂质吸附装置; 用于从杂质吸附装置排出由杂质吸附装置吸附的杂质的杂质发射装置; 从杂质排出装置发射的杂质通过的杂质出口通道; 以及用于稀释由杂质排出装置发射的杂质的稀释装置,使得在排出到系统之外的任何吸附的杂质都被稀释装置稀释。 因此,不仅能够有效地除去供给到燃料电池的氧化气体中所含的杂质,而且在排出除去的杂质之前,可以降低对人体健康和环境的影响。
    • 15. 发明授权
    • Fuel cell system
    • 燃料电池系统
    • US07824815B2
    • 2010-11-02
    • US11547246
    • 2005-04-07
    • Daisuke YamazakiToyokazu BaikaNobuo WatanabeNobuyuki Kitamura
    • Daisuke YamazakiToyokazu BaikaNobuo WatanabeNobuyuki Kitamura
    • H01M8/04
    • H01M8/04097
    • A fuel cell system (10, 200) includes an intake pipe (45, 46) that admits an introduction of oxidizing gas upstream of an oxidizing gas supply source that supplies the oxidizing gas to a fuel cell (20), and an exhaust pipe (51, 52, 221, 222) that discharges exhaust gas which contains a vapor generated at an oxygen electrode side through an operation of the fuel cell (20). The fuel cell system (10, 200) is provided with a circulating pipe (61, 62, 220) that connects the intake pipe and the exhaust pipe (51, 52, 221, 222), a circulating valve (60) that is provided in the circulating pipe and operated to adjust a flow rate of the exhaust gas supplied from the exhaust pipe (51, 52, 221, 222) to the intake pipe, and a pressure generating member that is provided in the exhaust pipe (51, 52, 221, 222) at a position at which the circulating pipe and the exhaust pipe (51, 52, 221, 222) are joined and generates a pressure that is higher than at least an atmospheric pressure.
    • 燃料电池系统(10,200)包括进气管(45,46),其允许将氧化气体供应源的上游的氧化气体引入燃料电池(20),并且排气管 51,52,221,222),其通过所述燃料电池(20)的动作排出包含在氧电极侧产生的蒸汽的废气。 燃料电池系统(10,200)设置有连接进气管和排气管(51,52,221,222)的循环管(61,62,220),设置有循环阀(60) 在所述循环管中并且将从所述排气管(51,52,221,222)供给的废气的流量调节到所述进气管的操作,以及设置在所述排气管(51,52)中的压力发生部件 ,221,222),在循环管和排气管(51,52,221,222)的接合位置处产生高于至少大气压的压力。
    • 16. 发明授权
    • Control device for variable displacement engine
    • 变排量发动机控制装置
    • US5540633A
    • 1996-07-30
    • US301954
    • 1994-09-07
    • Akihiro YamanakaToyokazu BaikaKenichiroh ShindohToshiaki AsadaKenichi Nomura
    • Akihiro YamanakaToyokazu BaikaKenichiroh ShindohToshiaki AsadaKenichi Nomura
    • F02D11/10F02D17/02F02D29/00F02D41/00F02D41/36F16H63/40F02D29/02
    • F02D17/02F02D11/105F02D41/0087F16H63/40Y10T477/675Y10T477/679Y10T477/68
    • A control device for a variable displacement engine, coupled with an automatic transmission, for an automobile, wherein the control device controls cylinders depending on the driving condition. The control device changes working cylinders without changing the number of working cylinders during the shift operation of the automatic transmission by detecting that the automatic transmission is going to shift. When the control device changes working cylinders without changing the number of working cylinders, the control device controls cylinders so that cylinders which are non-working before the changing work after the changing, and controls cylinders so that a non-working cylinder is not followed by another non-working cylinder in the firing order of the case of all cylinders are working. When intake air is introduced into non-working cylinders and catalytic converters are required, the catalytic converters are so arranged that gases exhausted from non-working cylinders are introduced into catalytic converters which are different from catalytic converters into which gases exhausted from working cylinders are introduced through all conditions with some of cylinders working, and the quantity of intake air introduced into each working cylinder when some of cylinders work is greater than the quantity of intake air introduced into each cylinder when all cylinders work. The control device also controls the throttle valve such that the smaller the number of working cylinders, the greater the throttle valve opening relative to the depression of the accelerator pedal.
    • 一种与用于汽车的自动变速器连接的可变排量发动机的控制装置,其中控制装置根据驾驶状况来控制气缸。 通过检测到自动变速器要移动,在自动变速器的变速操作期间,控制装置改变工作缸而不改变工作缸的数量。 当控制装置在不改变工作气缸数量的情况下改变工作气缸时,控制装置控制气缸,使得在更换之后改变工作之前不工作的气缸,并且控制气缸,使得不工作气缸不在 在所有气缸的情况下,另一个非工作气缸的点火顺序正在工作。 当吸入空气被引入非工作气瓶和催化转化器时,催化转化器被布置成使得从非工作气缸中排出的气体被引入催化转化器,该催化转化器不同于引入从工作气缸排出的气体的催化转化器 在一些气缸工作的所有条件下,当一些气缸工作时引入每个工作气缸的进气量大于在所有气缸工作时引入每个气缸的进气量。 控制装置还控制节流阀,使得工作缸数量越小,节气门开度相对于加速踏板的下压越大。