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Motor-driven throttle valve device with inductive throttle sensor and inductive throttle sensor for detecting rotation angle of throttle shaft of motor-driven throttle valve device

机译:具有感应式节气门传感器和感应式节气门传感器的电动节气门装置,用于检测电动节气门装置的节气门轴的旋转角度

摘要

In a situation where a conventional inductive throttle sensor is used with a motor-driven throttle valve device to detect the rotation angle of a throttle shaft, plural sensor connection conductor sections for connecting a connector terminal to a circuit board terminal section are formed on the cover on one lateral surface side of a circuit board in the long-axis direction. This increases the dimension of the cover in the short-axis direction (the dimension in the direction of air flow in an intake path). Consequently, it is difficult to install the motor-driven throttle valve device and inductive throttle sensor in a narrow engine room. This problem is addressed by using a separate member to achieve electrical conduction between a stator circuit board and a conductor routed inside the cover installed over the stator circuit board in a concentrated manner on one side of the circuit board. The problem is also addressed by disposing plural electrical conduction spots in a decentralized manner and away from a protrusion provided to limit the amount of axial movement of a gear.
机译:在传统的感应式节气门传感器与电动节气门装置一起使用以检测节气门轴的旋转角度的情况下,在盖上形成用于将连接器端子连接至电路板端子部的多个传感器连接导体部。在电路板的长边方向上的一个侧面侧上。这增加了盖在短轴方向上的尺寸(在进气路径中在空气流动方向上的尺寸)。因此,难以在狭窄的机舱内安装电动节气门装置和感应式节气门传感器。通过使用单独的构件来实现定子电路板和以集中方式在电路板的一侧上集中安装在定子电路板上方的盖内部布线的导体之间的导电,从而解决了该问题。通过以分散的方式布置多个导电点并且远离设置成限制齿轮轴向运动量的突起来解决该问题。

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