Movable logistic workstation
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Solution Overview
Problem
Existing logistic workstations have limited surface space and fixed installations, limiting simultaneous order processing capacity and flexibility in adapting to varying workload demands, with fixed configurations occupying valuable floor space and requiring manual deployment.
Innovation Solution
A movable logistic workstation with a tabletop surface, support structure, lifting points, and machine-readable positioning markers, enabling flexible deployment and storage using mobile transport devices, and a battery system for powering peripherals, allowing for vertical stacking and docking points for secure integration.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Stability of the object's composition
If fixed installations are used for logistic workstations, then stability and structural integrity are improved, but flexibility and adaptability to varying workload demands deteriorate
Solution Approach 1:
The workstation is divided into separate modular components including tabletop surface, support structure, shelves, and accessories that can be independently assembled, disassembled, and reconfigured. This segmentation enables the workstation to maintain structural integrity when assembled while allowing flexible deployment and storage by mobile transport devices.
Solution Approach 2:
The workstation transitions from a static fixed installation to a dynamic movable unit with lifting points and machine readable positioning markers. The design allows the workstation to be moved between deployed and stored positions by mobile transport devices, providing adaptability to varying workload demands while maintaining stability during operation through proper structural design.
2Reliability
If workstations are fixedly installed and attached to the floor, then stability and operational reliability are improved, but ease of deployment and storage deteriorate
Solution Approach 1:
The attachment mechanism is extracted from permanent floor mounting to removable lifting points on the support structure. This allows the workstation to be easily deployed and stored by mobile transport devices without requiring complex installation procedures while maintaining operational reliability through stable support during use.
Solution Approach 2:
The workstation includes self-contained features such as lifting points integrated into the support structure and machine readable positioning markers that enable mobile transport devices to automatically identify and handle the workstation. This self-service design simplifies deployment operations while ensuring reliable operation through consistent positioning and handling.
3Productivity
If additional workstations are deployed to handle high workload, then productivity is improved, but floor space occupancy increases
Solution Approach 1:
The workstation design enables utilization of vertical space through stacking capability. Multiple workstations can be stacked vertically when not in use, allowing additional workstations to be deployed for high workload periods without proportionally increasing floor space occupancy. The mobile transport devices can retrieve stacked workstations and deploy them as needed.
Solution Approach 2:
The workstation transitions from a permanent floor-occupying installation to a movable unit that can be dynamically deployed and stored. During high workload periods, additional workstations are deployed to increase productivity. During low workload periods, workstations are returned to compact storage positions, reducing floor space occupancy while maintaining the capability to quickly deploy when needed.
Data Source
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AI summary
A movable logistic workstation for an automated warehouse to adapt to the momentary workload requirements of the warehouse. The movable logistic workstations are configured to be flexibly and autonomously deployed by automated mobile transport devices that can identify the workstations, transport and deploy them where necessary.