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    • 17. 发明授权
    • RPM regulator for fuel injection pumps
    • 燃油喷射泵的RPM调节器
    • US4239025A
    • 1980-12-16
    • US970064
    • 1978-12-15
    • Karl KonrathManfred Schwarz
    • Karl KonrathManfred Schwarz
    • F02D1/02F02D1/04F02D1/10F02M41/12F02M59/24F02M59/42
    • F02M41/126F02D1/10
    • In an rpm regulator for fuel injection pumps of internal combustion engines having a starting lever, which is coupled on one side with a delivery quantity adjustment member of the injection pump and on the other side of which an rpm tachometer contacts the starting lever with an rpm-dependent force counter to an arbitrarily variable force of a main regulator spring and also counter to the force of a starting spring which is included in series with the main regulator spring and deformable up to a particular stop, it is proposed to provide a further stop which urges the starting lever counter to the direction urged by the starting spring, whereby this second stop is adjustable in accordance with the temperature in order to regulate the starting quantity. The temperature of the coolant, of the lubrication oil, as well as that of a housing wall of the internal combustion engine may be employed for this purpose. It is also possible to employ the temperature of the inner chamber of the regulator of the injection pump itself as the regulatory value. By employing a stop element which is adjustable in accordance with temperature, the starting quantity may be increased during either cold or hot starting, since there are engines which require an increased starting quantity not only at low temperatures but also at extremely high temperatures.
    • 在具有起动杆的内燃机的燃料喷射泵的rpm调节器中,其起动杆在一侧与喷射泵的输送量调节构件联接,另一侧的rpm转速计以rpm的速度与起动杆接触 与主调节器弹簧的任意变化的力相反,并且还与起动弹簧的力相反,起动弹簧与主调节器弹簧串联并且可变形到特定止动件,因此建议进一步停止 其将起动杠杆推向与启动弹簧所推动的方向相反,由此该第二止动件可根据温度调节以调节起动量。 可以使用润滑油的冷却剂的温度以及内燃机的壳体壁的温度用于此目的。 也可以使用注射泵本身的调节器的内室的温度作为调节值。 通过采用可根据温度调节的停止元件,起动量可以在冷启动或热启动期间增加,因为不仅在低温下而且在极高温度下都需要增加启动量的发动机。
    • 18. 发明授权
    • RPM regulator for fuel injection pumps
    • 燃油喷射泵的RPM调节器
    • US4208999A
    • 1980-06-24
    • US916312
    • 1978-06-16
    • Karl Konrath
    • Karl Konrath
    • F02D1/04F02D1/10F02M41/12F02M39/00
    • F02M41/126F02D1/045F02D1/10
    • An rpm regulator for a fuel injection pump for an internal combustion engine such as an injection pump controlled by an annular slide connected to a lever-controlled adjustment device which acts in a regulating manner to effect a delivery quantity decrease as the rpm increases in a positive adjustment, the regulator including a double-armed intermediate lever, whose first lever arm is coupled with the delivery quantity adjusting member of the injection pump and whose second lever arm is acted upon by an rpm signal indicator acting against the force of a regulating spring with a single-armed adjustment lever pivotally mounted on and overlying the free end of the second lever arm between the intermediate lever and a drag lever biased by the regulating spring, the adjustment being supported on one side near its axis of rotation at a hinge point on the drag lever and on the other side on the intermediate lever by engagement of its free end with an elastically yielding stop.
    • 用于内燃机的燃料喷射泵的rpm调节器,例如由连接到杠杆控制的调节装置的环形滑块控制的喷射泵,该调节装置以调节方式作用,以使转速增加为正的递减量 调节器包括双臂中间杆,其第一杠杆臂与喷射泵的输送量调节构件联接,并且其第二杠杆臂由抵抗调节弹簧的力的转速信号指示器作用, 一个单臂调节杠杆,其可枢转地安装在第二杠杆臂的自由端上,并且在中间杆和由调节弹簧偏压的牵引杆之间上方,该调节件在铰链点处的靠近其旋转轴线的一侧被支撑 牵引杆,并且通过其自由端与弹性屈服停止部的接合而在中间杆上的另一侧。
    • 19. 发明授权
    • Regulator for a fuel injection pump
    • 燃油喷射泵调压器
    • US4180040A
    • 1979-12-25
    • US779885
    • 1977-03-21
    • Gerald HoferKarl KonrathManfred SchwarzHelmut Laufer
    • Gerald HoferKarl KonrathManfred SchwarzHelmut Laufer
    • F02D1/04F02M41/12F04B49/00F02D1/06F02M39/00
    • F02M41/126F02D1/045
    • An improved r.p.m. regulator of a fuel injection pump for internal combustion engines includes an improved control spring mechanism. The control spring mechanism is connected to one end of a control lever which in turn is connected at its other end to a fuel supply quantity setting member. The control lever serves to actuate the fuel supply quantity setting member in accordance with the forces applied to the control lever by the control spring mechanism and an r.p.m.-dependent force applying structure which applies a force to the control lever in opposition to the force applied by the control spring mechanism. The control spring mechanism in one embodiment of the invention includes axially aligned tandem springs mounted between the control lever and a setting lever, a first connecting member and a second connecting member. In another embodiment of the invention a single spring is mounted between the control lever and a setting lever and tandem springs are mounted adjacent to one end of the second connecting member in a perforated pot that is associated with the control lever.
    • 改善了r.p.m 用于内燃机的燃料喷射泵的调节器包括改进的控制弹簧机构。 控制弹簧机构连接到控制杆的一端,控制杆的另一端连接到燃料供给量设定部件。 控制杆用于根据通过控制弹簧机构施加到控制杆的力来驱动燃料供给量设定构件,以及与转速相关的力施加结构,该施加结构相对于由 控制弹簧机构。 本发明的一个实施例中的控制弹簧机构包括安装在控制杆和调节杆之间的轴向对齐的串列弹簧,第一连接件和第二连接件。 在本发明的另一个实施例中,单个弹簧安装在控制杆和调节杆之间,串联弹簧与第二连接构件的一端相邻地安装在与控制杆相关联的穿孔罐中。