Crate Transport Platform With Gravity-Feed Merchandising
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Solution Overview
Problem
The current logistics of product transportation and merchandising, particularly with products like milk, are labor-intensive and inefficient, as they require manual handling and unpacking from crates to shelves, leading to increased costs and space consumption, with existing solutions like gravity-feed shelves still requiring significant manual labor for stock rotation and presentation.
Innovation Solution
A product transportation apparatus that can be configured as a dolly or handled collectively with conventional pallet systems, featuring a chassis with ground wheels, a selectively adjustable platform for inclined or horizontal positioning, and a latching mechanism allowing transition between dolly and pallet modes, enabling 'one-touch' merchandising by allowing products to gravity-feed from the shelf as they are sold.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Strength
If products are transported in crates and manually handled from crates to shelves, then product protection and transport efficiency are improved, but labor intensity and time consumption increase significantly
Solution Approach 1:
The patent combines the transport crate and display shelf into a single integrated unit. The crate structure includes shelves and dividers that allow products to be displayed directly in the transport container, eliminating the need for separate unpacking and shelving operations. This merging of transport and display functions resolves the contradiction by maintaining product protection during transport while dramatically improving merchandising efficiency.
Solution Approach 2:
The transport crate is designed to serve multiple functions: it protects products during transport, displays products on shelves, enables gravity-feed dispensing, and facilitates easy stacking and handling. This multi-functionality allows the same structure to address both product protection needs and merchandising efficiency requirements without requiring separate systems.
2Loss of time
If shelves are fitted with dividers and gravity-feed surfaces to enable automatic stock rotation, then time taken to manage product is reduced, but labor intensity for loading and cleaning increases
Solution Approach 1:
The crate is pre-configured with dividers and gravity-feed surfaces during manufacturing, so that when products are loaded, the automatic stock rotation mechanism is already in place. This preliminary preparation eliminates the need for manual setup of dividers and reduces cleaning complexity, as the integrated structure has fewer separate components to maintain.
Solution Approach 2:
The gravity-feed mechanism automatically rotates stock forward as products are removed, without requiring manual intervention. The integrated crate structure allows this self-service functionality to operate continuously, reducing both the time for product management and the effort for loading, as the system maintains itself automatically.
3Quantity of substance
If empty crates are stacked on top of each other for storage, then space utilization is improved, but nesting capability is poor and valuable retail space is consumed
Solution Approach 1:
The crate design incorporates nesting features that allow empty crates to be stacked vertically with minimal clearance, maximizing storage density. The structural geometry enables inner crates to nest within outer crates or stack efficiently, significantly reducing the volume required for storing empty crates compared to conventional non-nesting designs.
4Ease of operation
If milk packs are individually lifted and loaded into gravity-feed shelves, then superior product presentation and stock rotation are achieved, but labor intensity increases significantly
Solution Approach 1:
The transport crate and gravity-feed display shelf are merged into a single unit, so that the entire crate can be moved and positioned as one piece. Products remain in the crate during transport and are already arranged for optimal presentation. When the crate is positioned, gravity automatically feeds products forward, eliminating the need for individual manual loading while maintaining superior presentation and stock rotation.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
This solution streamlines product transportation and merchandising by reducing labor intensity, optimizing space usage, and enhancing product presentation, allowing for efficient stock rotation and display without the need for manual handling, thereby lowering operational costs and improving shelf maintenance.
Implementation Method 1
The platform is selectively tiltable about an axis perpendicular to the direction of tilt to utilise gravity to feed products forward on the floor of the crate as products are taken from the crate
Data Source
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AI summary
Apparatus for transporting products including a body having ground wheels (22, 122) and support structure (30, 130) for one or more crates or other containers holding products to be carried by the apparatus. At least one ground engageable member (40, 140) fixed to said support structure forms an assembly with the support structure that is mounted to the body for relative movement between a retracted position in which the apparatus is freely moveable on a ground surface by means of the ground wheels and a relatively downwardly extended position in which the ground engageable member engages an underlying ground surface at a predetermined location to stabilise the apparatus against movement from that location on the ground wheels. Releasable latching means (60, 190, 192) is provided to latch the ground engageable member in the retracted position, and there is at least one transverse opening (59, 159) in the ground engageable member to receive a fork or forks of a lifting device, for lifting the apparatus with the ground engageable member resting on the fork(s), whereby to facilitate transport of the apparatus and/or release and engagement of the latching means.