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公开(公告)号:US4299124A
公开(公告)日:1981-11-10
申请号:US64265
申请日:1979-08-06
申请人: Heinrich Knapp , Rudolf Sauer , Peter Romann , Udo Hafner , Thomas Wilfert , Werner Kammerer
发明人: Heinrich Knapp , Rudolf Sauer , Peter Romann , Udo Hafner , Thomas Wilfert , Werner Kammerer
CPC分类号: G01F1/698 , G01F1/684 , G01F1/6842 , G01F1/69
摘要: A temperature-dependent resistor or hot wire is extended over at least three anchoring points and to improve the measuring accuracy of the hot wire and to ensure sufficiently high temperatures over the entire active length of the hot wire during a cleaning step by burning, the hot wire is configured in the shape of loops at all anchoring points and the intersecting wire sections of the loops are conductively connected with one another. Current lead wires are preferably conductively attached to the hot wire by means of which the current is conducted to an electric control device. The end anchoring points are preferably electrically heated during an interruption of the measuring process of the hot wire and the hot wire may be directed in a W-shape over anchoring points whereat the hot wire is connected to the electric current, during the measuring process, via the two central, symmetrical anchoring points and upon an interruption of the measuring process, by means of a switching device, via the two end anchoring points.
摘要翻译: 温度依赖的电阻器或热丝在至少三个锚定点上延伸,并提高热丝的测量精度,并确保在清洁步骤期间在热丝的整个有效长度上的足够高的温度通过燃烧,热 导线在所有锚固点处被构造成环形,并且环的相交线部分彼此导电连接。 电流引线优选地导电地附接到热丝,通过该导线将电流传导到电控制装置。 端部锚固点优选在热丝的测量过程中断期间被电加热,并且在测量过程期间,热丝可以在锚固点处被引导成W形,其中热线连接到电流, 通过两个中心的对称锚固点,并且在中断测量过程时,通过开关装置经由两个端部锚定点。
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公开(公告)号:US4271794A
公开(公告)日:1981-06-09
申请号:US930089
申请日:1978-08-01
申请人: Heinrich Knapp , Hermann Eisele , Werner Kammerer
发明人: Heinrich Knapp , Hermann Eisele , Werner Kammerer
摘要: A fuel delivery apparatus is proposed for mixture-compressing, externally ignited internal combustion engines, which serves to meter a fuel quantity adapted to the quantity of air induced and to regulate the fuel-air mixture in accordance with operational characteristics of the internal combustion engine. The fuel delivery apparatus comprises a fuel metering system actuated by an air measuring element arranged in the air induction line of the internal combustion engine, while the air measuring element has a control body which controls the size of the air induction tube cross-sectional area, a radial vane which is pivotably fixed in a work chamber, and a damping vane fixed in a damping chamber. The radial vane separates the work chamber into partial chambers and is impacted upon by the pressure upstream and downstream of the control body in such a manner that a force engages the radial vane which is capable of moving the control body in the direction of an enlargement of the controlled induction tube cross-sectional area and which acts counter to a return force. The damping vane separates the damping chamber into a pressure chamber and a throttle chamber; the pressure chamber is connected with atmospheric pressure or with the pressure upstream of the control body, and the throttle chamber, into which the damping vane moves during an opening movement of the control body, is connected with the pressure chamber via a throttle point. The throttle chamber and/or the pressure chamber of the damping chamber are capable of being connected with the induction tube section downstream of the control body by means of contro valves in accordance with operational characteristics of the internal combustion engine, for the purpose of influencing the fuel-air mixture furnished to the internal combustion engine.
摘要翻译: 提出一种燃料输送装置,用于混合压缩,外部点燃的内燃机,其用于根据内燃机的操作特性来计量适应于所引起的空气量的燃料量并调节燃料 - 空气混合物。 燃料输送装置包括由布置在内燃机的空气感应线中的空气测量元件致动的燃料计量系统,而空气测量元件具有控制空气感应管横截面积的尺寸的控制体, 可枢转地固定在工作室中的径向叶片和固定在阻尼室中的阻尼叶片。 径向叶片将工作室分离为部分室,并且受到控制体上游和下游的压力的影响,使得该力与径向叶片接合,该径向叶片能够使控制体沿着扩大方向移动 受控的感应管横截面积和反作用力相反。 阻尼叶片将阻尼室分成压力室和节流室; 压力室与大气压力或控制体上游的压力连接,阻尼叶片在控制体的打开运动期间移动的节流室经由节流点与压力室连接。 阻尼室的节流室和/或压力室能够根据内燃机的操作特性通过控制阀与控制体下游的感应管部分连接,以便影响 提供给内燃机的燃料 - 空气混合物。
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公开(公告)号:US07500648B2
公开(公告)日:2009-03-10
申请号:US10547401
申请日:2004-02-14
申请人: Werner Kammerer , Klaus Noller , Hubert Stier , Dietmar Schmieder , Michael Huebel , Thomas Gerschwitz , Christian Leitner
发明人: Werner Kammerer , Klaus Noller , Hubert Stier , Dietmar Schmieder , Michael Huebel , Thomas Gerschwitz , Christian Leitner
IPC分类号: F16K31/12
CPC分类号: F02M61/167 , F02M51/0603
摘要: A fuel injector has a piezoelectric or magnetostrictive actuator, which actuates a valve-closure member cooperating with a valve-seat surface a sealing seat. An hydraulic coupler includes a master piston, a slave piston, and a coupler volume formed in-between, the coupler volume being connected to a compensating chamber via a throttle. An elastic flexible section delimits the compensating chamber at least partially, and the coupler volume, the throttle, and the compensating chamber are filled with an hydraulic medium. The flexible section exerts a pressure on the hydraulic medium due to prestressing, and the force of a compression spring, which is braced either directly and/or via fixed components on the slave piston and the master piston, is directed with an initial stress in such a way that the force enlarges the coupler volume.
摘要翻译: 燃料喷射器具有压电或磁致伸缩致动器,其致动与阀座表面与密封座配合的阀关闭件。 液压联动器包括主活塞,从动活塞和形成在其间的联接器体积,联接器体积经由节气门连接到补偿室。 弹性柔性部分至少部分地限定补偿室,并且联接器体积,节流阀和补偿室用液压介质填充。 柔性部分由于预应力而在液压介质上施加压力,并且直接和/或经由从活塞和主活塞上的固定部件支撑的压缩弹簧的力以这样的初始应力被引导 力的作用是扩大耦合器的体积。
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公开(公告)号:US20060289682A1
公开(公告)日:2006-12-28
申请号:US10547401
申请日:2004-02-14
申请人: Werner Kammerer , Klaus Noller , Hubert Stier , Dietmar Schmieder , Michael Huebel , Thomas Gerscgwitz , Christian Leitner
发明人: Werner Kammerer , Klaus Noller , Hubert Stier , Dietmar Schmieder , Michael Huebel , Thomas Gerscgwitz , Christian Leitner
CPC分类号: F02M61/167 , F02M51/0603
摘要: A fuel injector has a piezoelectric or magnetostrictive actuator, which actuates a valve-closure member cooperating with a valve-seat surface a sealing seat. An hydraulic coupler includes a master piston, a slave piston, and a coupler volume formed in-between, the coupler volume being connected to a compensating chamber via a throttle. An elastic flexible section delimits the compensating chamber at least partially, and the coupler volume, the throttle, and the compensating chamber are filled with an hydraulic medium. The flexible section exerts a pressure on the hydraulic medium due to prestressing, and the force of a compression spring, which is braced either directly and/or via fixed components on the slave piston and the master piston, is directed with an initial stress in such a way that the force enlarges the coupler volume.
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