360-Degree Photo Booth Support Structure for Stage Stability
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Solution Overview
Problem
Existing 360-degree photo booth designs suffer from instability due to the concentration of bearing force on a central shaft, leading to deformation, loosening, or fracture of components, especially when multiple users stand on the stage.
Innovation Solution
A high-stability 360-degree rotating photo booth is designed with a supporting base, a shooting platform, and a driving assembly that includes multiple supporting pillars between the platform and the base, along with a rotating shooting bracket driven by a motor through gear or belt drive.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If a central shaft is used to connect the supporting stage and the supporting base, then the device structure is simple, but the stability deteriorates when multiple users stand on the stage
Solution Approach 1:
The single central shaft support is segmented into multiple supporting pillars (at least three) that are distributed around the stage perimeter. Each pillar independently supports the stage, distributing the load and preventing the deformation that occurs when users stand at the edges. This segmentation transforms a single-point support system into a multi-point support system, dramatically improving stability while maintaining reasonable structural complexity.
2Device complexity
If bearing force is concentrated on the central shaft, then the device structure is simple, but the reliability deteriorates due to loosening or fracture
Solution Approach 1:
The concentrated bearing force on the central shaft is segmented into multiple bearing points through the supporting pillars. The force that would have been concentrated on a single shaft is now distributed across at least three separate pillars, each experiencing reduced load. This segmentation prevents the loosening, desoldering, or fracture that occurs when force is concentrated on a single connection point, thereby improving reliability.
Solution Approach 2:
The supporting pillars are positioned at specific locations around the stage perimeter, creating localized support points with optimal load-bearing characteristics. Each pillar is strategically placed to handle the local forces generated by users standing at different positions on the stage, providing tailored support where it is most needed rather than relying on a single central support point.
Data Source
AI summary
Provided is a high-stability 360-degree rotating photo booth, including a supporting base, a shooting platform, a driving assembly, and a rotating shooting bracket driven by the driving assembly and capable of rotating 360 degrees. The shooting platform includes a platform cover plate, and a platform frame for arranging the platform cover plate, and further includes at least two supporting pillars which are arranged between the platform frame and the supporting base and used for supporting. The driving assembly includes a driving motor. The rotating shooting bracket includes a rotating connecting portion located between the platform frame and the supporting base.