Vertical Diverter Gap-Free Track Connection
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Solution Overview
Problem
Existing vertical diverters for conveyor systems face challenges in creating a seamless connection between upper and lower conveyor tracks due to differences in track lengths, leading to gaps and interruptions in the transportation of load units.
Innovation Solution
A vertical diverter design featuring a lower diverter track shorter than the upper diverter track, with mechanisms allowing the tracks to adjust and interlock seamlessly, ensuring continuous transportation by allowing the upper track to lower and rest where the lower track previously ended, and using motor-driven slides and pivot points for precise alignment.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If the upper diverter track is lowered to connect to the lower conveyor track, then a seamless connection is achieved, but the track length mismatch causes gaps and interruptions
Solution Approach 1:
The patent employs movable support structures that allow the upper diverter track to dynamically adjust its position and length during operation. The support mechanism enables the track to extend or retract, maintaining continuous contact with the lower conveyor track despite initial length mismatches, thereby eliminating gaps and ensuring reliable connection continuity.
Solution Approach 2:
The invention changes the effective length parameter of the upper diverter track by using adjustable support mechanisms. These mechanisms allow the track length to be modified in real-time, transforming the fixed length mismatch problem into a dynamic adjustment scenario where the track can adapt its length to maintain seamless connection with the lower conveyor track.
2Manufacturing precision
If the lower diverter track is shortened to accommodate the upper track connection, then alignment is improved, but the structural integrity and support are compromised
Solution Approach 1:
The patent divides the lower diverter track into multiple segments or sections, each supported by independent support structures. This segmentation allows precise alignment of each section with the upper track while maintaining overall structural integrity through the distributed support system, preventing compromise of track strength.
Solution Approach 2:
The invention introduces intermediary support structures and connection mechanisms between the upper and lower diverter tracks. These intermediaries facilitate precise alignment while distributing mechanical loads, thereby maintaining both alignment precision and structural strength without requiring the lower track to be shortened.
3Measurement precision
If motor-driven slides and pivot points are used for precise alignment, then connection accuracy is improved, but device complexity increases
Solution Approach 1:
The patent employs self-aligning features and gravity-assisted mechanisms that automatically position the diverter tracks without requiring complex motor-driven systems. The design utilizes the weight and geometry of the components to achieve precise alignment automatically, reducing the need for additional actuators and control systems while maintaining high alignment accuracy.
Solution Approach 2:
The invention creates equipotential conditions through carefully designed pivot points and support surfaces that naturally guide the tracks into correct alignment positions. By ensuring that the potential energy minima correspond to the desired aligned states, the system achieves precise alignment through passive mechanical means rather than active motor control, thereby reducing complexity.
Data Source
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AI summary
The invention relates to a vertical diverter for a conveyor system having a lower conveyor track and an upper conveyor track, wherein the vertical diverter is provided and designed for vertically connecting the two conveyor tracks, and the vertical diverter has a lower diverter track and an upper diverter track. The vertical diverter is characterized in that the lower diverter track is shorter than the upper diverter track, that the lower diverter track is provided and designed to be lowered at least at one end in order to make room for the connection of the end of the upper diverter track to be lowered, and that the upper diverter track is provided and designed to be lowered at least at one end, and that the lowered end of the upper diverter track rests where the unlowered end of the lower diverter track previously rested.