Telescopic Wire Shelf Divider for Variable Gondola Depths
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Solution Overview
Problem
Existing shelf dividers for gondola shelving require a large inventory of different depths and are costly or have limited functionality due to non-standardized hole spacing, making them inefficient and expensive to manufacture and implement.
Innovation Solution
A two-part telescopically adjustable shelf divider with horizontally disposed and vertically spaced panel-forming elements, such as wires, allowing continuous adjustment to fit any shelf depth and accommodating non-standardized hole spacing, while being self-supporting and cost-effective to manufacture.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If shelf dividers are made in multiple fixed depth dimensions to accommodate different shelf depths, then adaptability to various shelf depths is improved, but device complexity and inventory management complexity increase significantly
Solution Approach 1:
The shelf divider employs a telescopic mechanism with two parts that can slide relative to each other along the shelf depth direction. The first part has a downward projection that engages with the second part, allowing continuous adjustment of the divider's effective depth. This dynamic structure replaces the need for multiple fixed-depth dividers, enabling a single divider to adapt to various shelf depths while simplifying inventory management.
2Adaptability or versatility
If telescopic adjustment mechanism is implemented to accommodate different shelf depths, then adaptability is improved, but manufacturing cost increases
Solution Approach 1:
The shelf divider is divided into two separate parts: a first part and a second part, which can be manufactured independently using standard fabrication processes. The segmentation allows each part to be produced with simple, cost-effective methods while the telescopic connection between them provides the desired adjustability. This approach avoids the need for complex integrated mechanisms, keeping manufacturing costs low.
Solution Approach 2:
The telescopic mechanism utilizes a nested arrangement where the first and second parts slide within each other along the shelf depth direction. The downward projection of the first part engages with the second part, creating a compact nested structure when retracted and an extended structure when deployed. This nesting principle provides continuous adjustment capability without requiring complex mechanical components, thereby controlling manufacturing costs.
3Adaptability or versatility
If incremental adjustment mechanism with clips and vertical wires is used, then depth adjustability is achieved, but device complexity and operational complexity increase
Solution Approach 1:
The shelf divider employs a telescopic mechanism with two parts that can slide relative to each other along the shelf depth direction. The first part has a downward projection that engages with the second part, allowing continuous adjustment of the divider's effective depth. This dynamic structure replaces the need for multiple fixed-depth dividers, enabling a single divider to adapt to various shelf depths while simplifying inventory management.
Data Source
AI summary
A telescopically adjustable shelf divider for dividing merchandise shelving having different front-to-back depth dimensions and non-standardized openings in the surfaces thereof. Front and back divider panels are formed by vertically spaced apart and horizontally extending panel-forming elements arranged so that the panel-forming elements of one divider panel lie in a common plane with the panel-forming elements of the other divider panel and at least one panel-forming element of one panel is slidably supported by a panel-forming element of the other divider panel. Retaining elements are fixed to panel-forming elements of one divider panel and extend vertically beyond a panel-forming element of the other divider panel to maintain the panels is overlapping, telescopically adjustable relation. Panel-mounting elements extend downward from the respective divider panels for reception in openings in the shelving surface, and a stabilizing element extends transversely from one panel to retain the divider in a vertical orientation.