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    • 2. 发明授权
    • Secondary air control device
    • 二次空气控制装置
    • US3945205A
    • 1976-03-23
    • US434062
    • 1974-01-17
    • Takeshi AtagoYukio HoshoShoji Shimo
    • Takeshi AtagoYukio HoshoShoji Shimo
    • F01N3/22F02B75/10
    • F01N3/227F01N3/22Y10T137/2579Y10T137/2605Y10T137/7788
    • A secondary air control device which comprises an air passage communicating an air pump with a recombustion device and having a resistor such as an orifice provided midway of the passage and a control valve for maintaining substantially constant the pressure ratio of the pressure on the upstream side of the aforesaid resistor to that on the downstream side thereof, said control valve being so designed as to be operated in association with the pressure of the secondary air and that of exhaust gas, thereby eliminating fluctuation in pressure in the secondary air due to reduction in the discharging performance of the air pump, and thus the secondary air proportional in quantity to the exhaust gas from an engine may be supplied.
    • 一种二次空气控制装置,其特征在于,包括:空气通路,其与空气泵连通,所述空气通路具有与所述通气装置连通的空气泵,并且具有诸如设置在通道中途的孔口的电阻;以及控制阀,用于将所述压力上游侧的压力 上述电阻器与其下游侧的电阻器相对应,所述控制阀被设计成与二次空气和废气的压力相关联地操作,从而消除由于二次空气的减少引起的二次空气中的压力波动 可以提供空气泵的排放性能,并且因此可以提供与来自发动机的排气成正比的二次空气。
    • 3. 发明授权
    • Intake system in internal combustion engine
    • 内燃机进气系统
    • US4002153A
    • 1977-01-11
    • US601665
    • 1975-08-04
    • Hisanori MoriyaShoji Shimo
    • Hisanori MoriyaShoji Shimo
    • F02B19/10F02M69/00F02M69/20F02B19/18
    • F02M69/20F02B19/1052Y02T10/125
    • An intake system adapted to be used in combination with an internal combustion engine having a main combustion chamber and a preliminary or subcombustion chamber equipped with an ignition plug. There is provided an intake cylinder having a venturi portion which allows the passing of the total amount of air being fed to both combustion chambers and a throttle valve controlling the amount of air being fed to respective combustion chambers. The intake cylinder is divided into a main intake passage and sub-intake passage, both of which lead to both combustion chambers, respectively. A metering orifice is provided in the sub-intake passage, so that a ratio in amount, of air passing through respective intake passages may be maintained at a given value. In respective intake passages, there are provided fuel discharge values, to which are connected fuel passages leading from a single fuel pressure controlling valve for use in providing fuel pressure commensurate with the negative pressure in the venturi portion. By the provision of the metering orifices in respective fuel passages, a ratio in flow rate, of fuel being introduced to respective fuel discharge valves is maintained at a given value. Thus, there is provided an intake system in which a ratio in flow rate, of mixture charges being fed to the main combustion chamber and the sub-combustion chamber, as well as a ratio in air-fuel-ratio, of mixture charges being fed thereto are maintained constant.
    • 适于与具有主燃烧室和配备有火花塞的预燃或副燃室的内燃机组合使用的进气系统。 提供了一种具有文氏管部分的进气筒,其允许供给两个燃烧室的空气总量的通过,以及控制供给到各个燃烧室的空气量的节流阀。 进气缸分为主进气通道和副进气通道,两者都分别通向两个燃烧室。 在副进气通道中设置有计量孔口,使得通过各个进气通道的空气的量的比率可以保持在给定值。 在相应的进气通道中,提供了燃料排放值,连通的燃料通道从单个燃料压力控制阀引导,用于提供与文氏管部分中的负压相当的燃料压力。 通过在相应的燃料通道中设置计量孔,将引入燃料排放阀的燃料的流量比保持在给定值。 因此,提供了一种进气系统,其中进料到主燃烧室和副燃烧室的混合物的流量比率以及空气 - 燃料比的比率混合物进料的比例 保持恒定。
    • 4. 发明授权
    • Secondary air flow rate control device for use in exhaust gas purifying
device
    • 用于废气净化装置的二次空气流量控制装置
    • US3975905A
    • 1976-08-24
    • US522923
    • 1974-11-11
    • Shoji ShimoTakeshi Atago
    • Shoji ShimoTakeshi Atago
    • F01N3/22F02B75/10
    • F01N3/227F01N3/22
    • A secondary air flow rate control device for use in an exhaust gas purifying device of the type in which the secondary air delivered from an air pump is fed through an air passage to an exhaust gas purifying device provided in an exhaust system for purifying the unburnt components contained in exhaust gases from an internal combustion engine, while an aperture for bleeding air to atmosphere is provided in the aforesaid air passage, with a valve being provided in the aforesaid aperture, so that at the time of acceleration of an engine, the aforesaid valve is closed to increase the amount of the secondary air to be fed to the exhaust gas purifying device. This secondary air flow rate control device includes an air flow rate control mechanism for driving the valve which is provided in the aforesaid aperture for bleeding air to atmosphere, and an acceleration detecting mechanism for detecting the accelerating condition of an engine according to the pressure in a suction pipe, the aforesaid acceleration detecting mechanism being integral with the aforesaid air flow rate control mechanism, whereby by directly driving the aforesaid air flow rate control mechanism by using a pressure detected by means of the aforesaid acceleration detecting mechanism, the aforesaid aperture open to atmosphere is closed at the time of acceleration of an engine to thereby increase the amount of the secondary air to be fed to the exhaust gas purifying device, thus improving the responsive characteristics of the air flow rate control mechanism, with the additional advantages of achievement of compactness and simplicity for the construction of the air flow rate control device.
    • 一种用于排气净化装置的二次空气流量控制装置,其中从空气泵输送的二次空气通过空气通道供给到设置在排气系统中用于净化未燃组分的排气净化装置 在上述空气通道内设置用于将空气排放到大气中的孔,其中在上述孔中设置有阀,从而在发动机加速时,上述阀 关闭以增加要供给到废气净化装置的二次空气的量​​。 该二次空气流量控制装置包括:用于驱动设置在上述孔中的用于使空气向大气排出的阀的空气流量控制机构;以及加速度检测机构,其用于根据a的压力检测发动机的加速状态 吸入管,上述加速度检测机构与上述空气流量控制机构一体,由此通过使用通过上述加速度检测机构检测的压力直接驱动上述空气流量控制机构,上述孔径向大气 在发动机加速时关闭,从而增加供给到排气净化装置的二次空气的量​​,从而提高空气流量控制机构的响应特性,具有实现紧凑性的附加优点 和简单的空气流量公司的建设 ntrol设备。