会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Cooling system for an internal combustion engine
    • 内燃机冷却系统
    • US5111776A
    • 1992-05-12
    • US587940
    • 1990-09-25
    • Ryuichi MatsushiroToru KosudaShigeo SasaoTaro IkeyaYoshiharu ChinoYasuaki Uekawa
    • Ryuichi MatsushiroToru KosudaShigeo SasaoTaro IkeyaYoshiharu ChinoYasuaki Uekawa
    • F01P11/00F01P3/22F01P7/16F01P11/02
    • F01P11/02F01P3/22F01P7/16
    • A sealed type engine cooling system having a reservoir tank connected to the engine recirculating water passageway by inlet pipes connected to the upper outlet of an engine cooling water passageway and to the upper inlet of a radiator. The bottom portion of the reservoir tank is connected to the bottom of the engine cooling water passageway, for supplementing the engine cooling water, and is provided with a cap with a relief valve, to thereby discharge vapor created in the cooling water passageway under a hot soak condition. The relationship between the inner diameter of the pipes is such that the effective cross sectional area of the inlet pipe means is 1.5 to 3 times larger than the effective cross sectional area of the outlet pipe means, or the inlet pipe is arranged so that a minimum distance is obtained between the engine upper portion and the radiator, or a check valve is arranged in the outlet pipe, or the space inside the reservoir tank is partitioned into chambers, and the inlet and outlet pipes are connected to separate chambers.
    • 一种密封型发动机冷却系统,具有通过连接到发动机冷却水通道的上部出口和散热器的上部入口的入口管连接到发动机再循环水通道的储存罐。 储罐的底部连接到发动机冷却水通道的底部,用于补充发动机冷却水,并设置有带有安全阀的盖,从而在热水下排出在冷却水通道中产生的蒸汽 浸泡条件。 管的内径之间的关系使得入口管装置的有效横截面面积比出口管装置的有效截面积大1.5至3倍,或者入口管布置成使得最小 在发动机上部和散热器之间获得距离,或者在出口管中设置止回阀,或者储存箱内的空间被分隔成室,并且入口管和出口管连接到分离的室。
    • 3. 发明授权
    • Warming-up promoting apparatus of internal combustion engine
    • 内燃机预热推进装置
    • US5301642A
    • 1994-04-12
    • US84953
    • 1993-07-02
    • Ryuichi MatsushiroToshihiko IgashiraShigeo SasaoMasae Oohori
    • Ryuichi MatsushiroToshihiko IgashiraShigeo SasaoMasae Oohori
    • F01M5/00F01M5/02F01M11/00F02B1/04F02F7/00F02N17/02
    • F01M5/005F01M11/0004F01M5/001F01M2005/023F01M2011/0045F02B1/04
    • An oil pan is provided with a partition member so as to be divided into a main chamber and an antechamber. A vertical wall of the partition member is provided at a lower region thereof with first holes adjacent to an opening of a draft tube of an oil pump and at an upper region thereof with second holes in the vicinity of an oil level. In a state of warming up following the starting, since the oil temperature is low and the viscosity of the oil is large, the oil in the antechamber cannot pass through the first holes. Accordingly, only the oil in the main chamber a quantity of which is small is circulated through the engine by the oil pump, thereby warming up the engine quickly. Low temperature oil in the antechamber is interchanged with the oil in the main chamber little by little through the second holes, so that the temperature thereof is raised gradually. When the viscosity of the oil is decreased as rising of the temperature of the oil, the oil in the antechamber is circulated through the engine by the oil pump in due course.
    • 油盘设置有分隔构件,以被分成主室和前室。 分隔构件的垂直壁在其下部区域处设置有与油泵的引流管的开口相邻的第一孔,并且在其上部区域处设置有在油位附近的第二孔。 在起动后的升温状态下,由于油温低,油的粘度大,所以前房内的油不能通过第一孔。 因此,只有少量的主室内的油通过油泵循环通过发动机,从而使发动机快速升温。 前室中的低温油与主室中的油通过第二孔一点一点地互换,使其温度逐渐升高。 当油的粘度随着油温的上升而降低时,前厅中的油在适当的时候由油泵循环通过发动机。
    • 4. 发明授权
    • Cooling system for a water cooled internal combustion engine
    • 水冷式内燃机冷却系统
    • US5289803A
    • 1994-03-01
    • US977751
    • 1992-11-17
    • Ryuichi MatsushiroToru KosudaSigeo SasaoHiroyuki FukunagaYasumasa Ikumi
    • Ryuichi MatsushiroToru KosudaSigeo SasaoHiroyuki FukunagaYasumasa Ikumi
    • F01P5/10F01P7/16F01P11/00F01P11/02F01P11/18F01P7/14
    • F01P11/0285F01P11/02F01P7/16
    • A cooling system for a water cooled internal combustion engine for a vehicle includes an engine body having a water jacket therein. The system comprises a radiator and a pump chamber. The pump chamber is in communication with the water jacket. A water pump creates a flow of water into the water jacket. A first main conduit has an end connected to the water jacket at the engine outlet and another end connected to the radiator. A second main conduit has an end connected to the radiator and another end connected to the pump chamber. A reservoir tank is arranged at a position more elevated than the radiator, and a supplementation conduit connects a bottom portion of the reservoir tank with an upper part of the pump chamber. A thermostat valve is arranged between the second main conduit and the pump chamber at a position upstream from a location where the supplementation conduit is connected to the pump chamber. A check valve is arranged in parallel with the thermostat valve and allows the introduction of air from the pump chamber to the second main conduit while preventing a flow of the air from the second main conduit to the pump chamber. The check valve is in a normally closed position under the force of gravity and is switchable to an opened position in response to a predetermined amount of air pressure in the pump chamber.
    • 一种用于车辆的水冷式内燃机的冷却系统包括其中具有水套的发动机主体。 该系统包括散热器和泵室。 泵室与水套连通。 水泵产生水流入水套。 第一主导管的一端连接到发动机出口处的水套,另一端连接到散热器。 第二主导管的端部连接到散热器,另一端连接到泵室。 储存罐布置在比散热器更高的位置处,并且补充导管将储存罐的底部与泵室的上部连接。 恒温阀布置在第二主管道和泵室之间的上游位置,该位置从补充管道连接到泵室的位置。 止回阀与恒温阀平行布置,并且允许从泵室引入空气到第二主管道,同时防止空气从第二主管道流到泵室。 止回阀在重力作用下处于常闭位置,并且响应于泵室中的预定量的空气压力而可切换到打开位置。
    • 5. 发明授权
    • Internal combustion engine cooling apparatus
    • 内燃机冷却装置
    • US5404842A
    • 1995-04-11
    • US165882
    • 1993-12-14
    • Ryuichi MatsushiroToshihiko IgashiraHiroyuki FukunagaYasutoshi Yamanaka
    • Ryuichi MatsushiroToshihiko IgashiraHiroyuki FukunagaYasutoshi Yamanaka
    • F01P7/16F01P7/02
    • F01P7/167F01P2025/62F01P2070/06
    • A cooling apparatus for cooling an internal combustion engine having a coolant passing through the engine is provided. A heat exchanger performs a heat-energy exchange and a heat exchanger bypass passage prevents part of the coolant flowing out from the engine from flowing into the heat exchanger. A coolant combination device forms a mix of coolant which flows in a passage bypassing a thermostat with coolant which flows in a passage through the thermostat, while a flow rate ratio adjusting valve continuously adjusts the ratio of the flow rate of the part of the coolant which bypasses the thermostat to the part of the coolant which passes through the thermostat in accordance with a temperature of the coolant. Accordingly, the higher the temperature is, the larger the ratio is. Moreover, the temperature is controlled in accordance with a load of the engine so that the larger the load is, the higher the temperature is.
    • 提供一种用于冷却通过发动机的冷却剂的内燃机的冷却装置。 热交换器执行热能交换,并且热交换器旁路通道防止从发动机流出的部分冷却剂流入热交换器。 冷却剂组合装置形成冷却剂的混合物,其在绕过恒温器的通道中流动,其中冷却剂在通过恒温器的通道中流动,而流量比调节阀连续地调节冷却剂部分的流量比 将恒温器绕过根据冷却剂的温度通过恒温器的冷却剂部分。 因此,温度越高,比例越大。 此外,根据发动机的负载来控制温度,使得负载越大温度越高。