Inter-Container Transfer Through Controlled Container Inversion
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Solution Overview
Problem
Existing transfer apparatuses struggle to efficiently transfer articles between containers without causing imbalanced distribution, leading to inefficiencies and potential article loss.
Innovation Solution
An inter-container transfer apparatus and method that inverts the first container to align its opening with the second container's opening, allowing simultaneous transfer of multiple articles while maintaining balance and preventing loss.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If articles are transferred one by one using an arm with suction pad, then articles can be transferred individually, but transfer efficiency cannot be increased
Solution Approach 1:
The container is inverted to transfer articles in bulk rather than using an arm to pick up articles one by one. The container is turned upside down and shaken to discharge all articles simultaneously into the destination container, completely reversing the conventional transfer approach and achieving high productivity without complex arm mechanisms
Solution Approach 2:
The arm mechanism with suction pad is completely removed from the system. Instead of using mechanical picking devices, the invention extracts the transfer function to a simple container inversion and shaking mechanism, eliminating device complexity while maintaining transfer capability
2Productivity
If the container is tilted to transfer all articles together, then transfer efficiency increases, but articles are distributed imbalanced within the container
Solution Approach 1:
Instead of tilting the container at various angles to transfer articles, the container is completely inverted to 180 degrees. This full inversion ensures articles are discharged in a controlled manner rather than sliding imbalancedly during partial tilting, maintaining distribution balance while achieving efficient bulk transfer
Solution Approach 2:
The container is shaken in a periodic manner during inversion to facilitate uniform article discharge. The shaking motion distributes articles evenly as they fall from the inverted container, preventing imbalanced arrangement in the destination container while maintaining high transfer efficiency
3Productivity
If articles are transferred without proper containment, then transfer speed increases, but articles may fall out and be lost
Solution Approach 1:
The container is inverted before the transfer operation begins, and the opening and closing member is positioned in advance. This preliminary preparation ensures articles are securely contained during the inversion process and only discharged when properly positioned over the destination container, preventing loss while enabling fast transfer
Solution Approach 2:
The opening and closing member acts as an intermediary between the container interior and exterior. It controls article discharge by opening only when the inverted container is properly positioned over the destination container, ensuring articles cannot fall out during inversion or transport while allowing rapid transfer when needed
Data Source
AI summary
An inversion mechanism inverts a first container held by a holding mechanism with a first opening directed upward, and directs the first opening downward. A movement mechanism moves the holding mechanism so that the first opening directed downward faces a second opening from above. The opening and closing drive mechanism brings an opening and closing member into the closed state while the holding mechanism is inverted by the inversion mechanism and while the holding mechanism is moved by the movement mechanism, and brings the opening and closing member into the open state in response to the first opening facing the second opening.