Container Transfer Belts for High-Speed Packaging Spacing
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Solution Overview
Problem
Conventional packaging apparatuses are limited by conveyor belt spacing, requiring transfer arms that slow down operation speed and throughput, and necessitate time-consuming replacement for different container shapes and sizes.
Innovation Solution
A packaging apparatus using individually controllable conveying devices on rails, with a control system to engage, move, and release containers smoothly, allowing high-speed positioning and spacing without frictional limitations, and a belt transport arrangement that accommodates varying container sizes without modification.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Speed
If conveyor belts are used to space packaging containers, then containers can be positioned and spaced, but the operational speed and throughput are limited due to frictional forces
Solution Approach 1:
The conveyor belt system is segmented into multiple independently controllable conveying devices (first conveying device, second conveying device, etc.) that can operate autonomously. Each device engages and transports containers individually, eliminating the frictional limitations of continuous belt systems while maintaining positioning and spacing capabilities. This segmentation enables higher operational speeds and improved throughput.
2Adaptability or versatility
If transfer arms are used to transport containers, then containers can be moved through the sealing station, but considerable time is lost during replacement for different container shapes and sizes
Solution Approach 1:
The conveying devices are designed with universal engagement mechanisms that can accommodate various container shapes and sizes without requiring physical replacement of the conveying devices themselves. The devices can adapt to different container configurations while maintaining consistent operational parameters, thereby eliminating downtime associated with tool changes and improving overall system versatility.
3Manufacturing precision
If conveyor belts are used for spacing, then containers can be positioned, but the frictional forces limit the maximum operational speed
Solution Approach 1:
The system replaces the friction-based mechanical conveyor belt system with conveying devices that use alternative engagement and transport mechanisms. This substitution eliminates the frictional force limitations inherent in belt systems, allowing for higher positioning speeds while maintaining accurate container placement through controlled engagement and release mechanisms.
Data Source
AI summary
A packaging apparatus (1) and method is provided. The packaging apparatus comprises: a support platform (100) for supporting packaging containers (10) positioned thereon, the support platform comprising a support portion moveable between a first position and a second position; and a belt transport arrangement (800) for transporting packaging containers away from the support platform (100) in a first transport direction (52); the belt transport arrangement (800) comprising a belt arrangement comprising a pair of belts (802a, 802b), the pair of belts defining opposing contacting surfaces for contacting packaging containers. The apparatus is operable between: a first configuration wherein the support portion is in the first position to support one or more packaging containers positioned thereon; and a second configuration wherein the support portion is in the second position and contacting surfaces of the belts engage the one or more packaging containers.