Screed Assembly Functional Coupling for Paving Uniformity

The patent combines the height adjustment device and tilting device into a functionally coupled system where a single actuation input simultaneously controls both the height of the screed plate carrier and the tilting angle of the secondary screed plate. This merging of control functions reduces operational complexity while maintaining adjustment flexibility, as operators only need to control one parameter (height) and the system automatically adjusts the other (tilting angle) accordingly.

The functionally coupled adjustment system incorporates implicit feedback mechanisms where the position and angle of the secondary screed are continuously monitored and automatically adjusted in response to changes in the main screed position. This feedback loop ensures that the secondary screed maintains proper alignment and compaction characteristics relative to the main screed, achieving uniform paving results without requiring complex independent control systems for each parameter.

The functionally coupled adjustment system enables continuous simultaneous adjustment of both height and tilting angle through a single actuation input. Rather than requiring separate discrete adjustment operations for each parameter, the system performs both adjustments continuously and automatically in one coordinated motion, significantly reducing the total adjustment time while maintaining precise control over both parameters through the coupled mechanical or hydraulic transmission mechanism.