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    • 4. 发明授权
    • Fuel injection device
    • 燃油喷射装置
    • US4805580A
    • 1989-02-21
    • US870468
    • 1986-06-04
    • Dominique BuissonFrancois HenryJean LeblancHelmut PfeifleJean Pigeroulet
    • Dominique BuissonFrancois HenryJean LeblancHelmut PfeifleJean Pigeroulet
    • F02M61/00F02M55/04F02M57/02F02M59/36F02M59/46F02M39/00
    • F02M57/02F02M55/04F02M59/366F02M59/462F02B2275/14Y02T10/123
    • A fuel injection device having a pump piston which during the supply stroke pumps fuel from a pump work chamber into an injection line which leads to a fuel injection valve. Directly adjacent to the branching off of the injection line from the pump work chamber, at the diameter of the injection line, a valve seat is provided, at which the injection line then merges with a chamber into which a pressure valve closing member plunges. The valve closing member is tightly guided in a guide bore, loaded by a valve spring, and in the chamber has a pressure shoulder adjoining the sealing surface that cooperates with the valve seat. The rear side of the pressure valve closing member communicates with a continuously open relief line. Because of this construction, the pressure valve closing member operates as an equal-pressure valve and simultaneously as a deflecting piston as well, with the aid of which a pressure rise in the pump work chamber is built up in a retarded manner until such time as the pressure valve closing member comes to rest on a stop. A pressure rise of this type is particularly advantageous in connection with control of the injection phase by means of a magnetic valve subjected to the high pressure.
    • 具有泵活塞的燃料喷射装置,其在供给冲程期间将来自泵工作室的燃料泵送到通向燃料喷射阀的喷射管线。 在喷射管直径处,直接与喷射管路分离出的离开泵入口管线的直径相同,设置有一个阀座,在该阀座处,注射管线与压力阀关闭件所在的腔室合并。 阀关闭构件被紧密地引导在由阀弹簧加载的引导孔中,并且在腔室中具有邻接与阀座配合的密封表面的压力肩部。 压力阀关闭构件的后侧与连续打开的浮雕线连通。 由于这种结构,压力阀关闭部件作为等压阀工作,同时作为偏转活塞,借助于此,泵工作室中的压力上升以延迟的方式被建立,直到 压力阀关闭件在停止时停止。 这种类型的压力上升与通过经受高压的电磁阀控制喷射相相关是特别有利的。
    • 5. 发明授权
    • Process and system for determining the longitudinal position of the
center of gravity of an aircraft provided with an adjustable horizontal
stabilizer
    • 用于确定具有可调节水平稳定器的飞行器的重心的纵向位置的过程和系统
    • US4949269A
    • 1990-08-14
    • US251709
    • 1988-08-12
    • Dominique BuissonJoseph Irvoas
    • Dominique BuissonJoseph Irvoas
    • B64D45/00G01M1/12
    • G01M1/127
    • Method and system for determining the longitudinal position of the gravity center of an aircraft having an adjustable stabilizer. At a flight point for which the aircraft is in equilibrium with its elevator in aerodynamic prolongation of the adjustable stabilizer, the gravity center position is calculated from the position (X.sub.F) of the focus (F) of the aircraft (1), the measurement of the deflection (iH) of the adjustable stabilizer, a first function K(M, N1) of the engine speed (N1) of the engines of the aircraft and the Mach number (M). The first function is representative of the deflection value (iHRef) of the adjustable stabilizer. In the case where the gravity center would be at the focus (F) of the aircraft, a second function H(Cz, M) of the lift coefficient (Cz) of the aircraft and of the Mach number (M) is used. The second function is representative of the stabilizer deflection variation for a variation of 1 percent of the gravity center position.
    • PCT No.PCT / FR88 / 00003 Sec。 371日期1988年8月12日 102(e)日期1988年8月12日PCT提交1988年1月4日PCT公布。 WO88 / 05163 PCT出版物 日期:1988年7月14日。用于确定具有可调稳定器的飞行器的重心的纵向位置的方法和系统。 在可调稳定器的空气动力学延长期间飞行器与其升降机平衡的飞行点处,重心位置由飞行器(1)的焦点(F)的位置(XF)计算,测量 可调节稳定器的偏转(iH),飞机发动机的发动机转速(N1)和马赫数(M)的第一函数K(M,N1)。 第一个功能代表可调稳定器的偏转值(iHRef)。 在重心处于飞机的焦点(F)的情况下,使用飞机的升力系数(Cz)和马赫数(M)的第二函数H(Cz,M)。 第二个功能代表了1%的重心位置变化的稳定器偏转变化。
    • 7. 发明授权
    • Unit fuel injector including a fuel injection pump for internal
combustion engines
    • 单元燃料喷射器,包括用于内燃机的燃油喷射泵
    • US4982713A
    • 1991-01-08
    • US542136
    • 1990-06-22
    • Dominique Buisson
    • Dominique Buisson
    • F02M57/02F02B3/06F02M55/00F02M59/36
    • F02M55/00F02M59/366F02B3/06F02M55/007
    • A fuel injection pump including a pump piston, which pumps fuel at injection pressure to an injection nozzle as long as a control valve blocks the flow of the fuel, which overflows from the pump work chamber via a flow conduit, to a low-pressure chamber. In this operating state, if the control valve jams and the supply of fuel to the pump work chamber is not completely prevented. A Venturi pump is provided to evacuate the fuel. By means of the Venturi pump with a permanent flow of fuel through it, the static pressure is partially dropped at a flow throttle and this negative pressure is utilized at bottom dead center (UT) of the pump piston to evacuate the pump work chamber by suction, thereby preventing an unintended injection. The apparatus is especially suitable for high-pressure injection in Diesel engines, to achieve redundantly safe operation.
    • 一种燃料喷射泵,其包括泵活塞,其将注射压力的燃料泵送到喷嘴,只要控制阀将经由流动管道从泵工作室溢出的燃料的流动阻塞到低压室 。 在该操作状态下,如果控制阀堵塞并且没有完全防止向泵工作室供应燃料。 提供文丘里泵以排出燃料。 通过文丘里泵具有通过其的永久性燃料流,静压在流动节流阀处部分地下降,并且该负压在泵活塞的下死点(UT)处被利用以通过抽吸抽空泵工作室 ,从而防止意外注射。 该设备特别适用于柴油发动机的高压喷射,实现了冗余安全运行。
    • 8. 发明授权
    • System for automatically controlling lift-enhancing devices of an aircraft, in particular wing leading edge slats
    • 用于自动控制飞机升力增强装置,特别是机翼前缘板条的系统
    • US07366592B2
    • 2008-04-29
    • US10890182
    • 2004-07-14
    • Franck DelaplaceDominique Buisson
    • Franck DelaplaceDominique Buisson
    • B64C1/00
    • G05D1/0066
    • A control system for an aircraft includes an actuation section that moves lift-enhancing devices as a function of received control orders, a control member operable by a pilot of the aircraft, and a control unit that includes a control section that produces control orders, as a function of actuation of the control member, so as to control the actuation section to bring the lift-enhancing devices into a predetermined position. The control unit further includes a device that produces automatically auxiliary control orders which are transmitted to the actuation section to automatically retract the lift-enhancing devices when the aircraft is in a first flight condition and another device that automatically disables control orders produced by the control section following actuation of the control member to deploy the lift-enhancing devices when the aircraft is in a second flight condition.
    • 用于飞行器的控制系统包括:作为接收到的控制命令的函数来移动提升增强装置的致动部分,由飞行器的飞行员操作的控制部件和包括产生控制命令的控制部分的控制单元,如 控制构件的致动功能,以便控制致动部分使提升增强装置进入预定位置。 控制单元还包括一个装置,该装置产生自动的辅助控制命令,当飞行器处于第一飞行状态时,辅助控制命令被传送到致动部分以自动缩回提升增强装置,另一个装置自动地禁止由控制部分产生的控制命令 随后在飞行器处于第二飞行状态时致动控制构件以展开提升增强装置。
    • 9. 发明申请
    • System for automatically controlling lift-enhancing devices of an aircraft, in particular wing leading edge slats
    • 用于自动控制飞机升力增强装置,特别是机翼前缘板条的系统
    • US20070185628A1
    • 2007-08-09
    • US10890182
    • 2004-07-14
    • Franck DelaplaceDominique Buisson
    • Franck DelaplaceDominique Buisson
    • G01C23/00G06F17/00
    • G05D1/0066
    • A control system for an aircraft includes an actuation section that moves lift-enhancing devices as a function of received control orders, a control member operable by a pilot of the aircraft, and a control unit that includes a control section that produces control orders, as a function of actuation of the control member, so as to control the actuation section to bring the lift-enhancing devices into a predetermined position. The control unit further includes a device that produces automatically auxiliary control orders which are transmitted to the actuation section to automatically retract the lift-enhancing devices when the aircraft is in a first flight condition and another device that automatically disables control orders produced by the control section following actuation of the control member to deploy the lift-enhancing devices when the aircraft is in a second flight condition.
    • 用于飞行器的控制系统包括:作为接收到的控制命令的函数来移动提升增强装置的致动部分,由飞行器的飞行员操作的控制部件和包括产生控制命令的控制部分的控制单元,如 控制构件的致动功能,以便控制致动部分使提升增强装置进入预定位置。 控制单元还包括一个装置,该装置产生自动的辅助控制命令,当飞行器处于第一飞行状态时,辅助控制命令被传送到致动部分以自动缩回提升增强装置,另一个装置自动地禁止由控制部分产生的控制命令 随后在飞行器处于第二飞行状态时致动控制构件以展开提升增强装置。