Pivotable Eyewear Display Pods for Compact Restocking
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Solution Overview
Problem
Existing eyewear displays often underutilize retail floor space and fail to maintain a full product line representation due to poor restocking practices, leading to reduced sales as items are either over- or under-represented.
Innovation Solution
A modular eyewear display system featuring pivotable pods that attach to a rotating pedestal, allowing easy access to storage for restocking, with adjustable eyewear support fixtures for horizontal and vertical orientations, ensuring efficient use of display space and maintaining a complete product line.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If a large selection of eyewear is displayed on a pedestal display, then consumer access to variety is improved, but the display becomes difficult to restock properly and items are poorly represented
Solution Approach 1:
The display is divided into multiple modular pods, each containing a specific subset of eyewear items. Each pod can be independently removed, restocked, and reattached to the rotating pedestal. This segmentation allows clerks to restock individual pods without handling the entire display, making restocking manageable even with a large overall selection.
Solution Approach 2:
The patent introduces an intermediate storage mechanism within each pod that holds additional eyewear items. This intermediate storage acts as a buffer between the display face and the main stock room, allowing items to be pre-staged in the pod's internal storage and easily transferred to the display position without requiring clerk access to remote storage areas.
2Area of stationary object
If retail floor space is maximized by using compact displays, then space utilization is improved, but the display area may be underutilized and difficult to maintain full representation
Solution Approach 1:
Each pod contains nested storage compartments within its structure. The pod itself is a container that holds eyewear items, and within each pod there are additional internal storage areas. This nested arrangement maximizes the storage capacity within the minimal floor space occupied by the external dimensions of the pod.
Solution Approach 2:
The display system utilizes vertical space by arranging pods in multiple levels and configurations on the rotating pedestal. Instead of only horizontal expansion, the design incorporates vertical stacking and multi-level shelving within each pod, effectively using the third dimension to increase display capacity without increasing footprint.
3Quantity of substance
If clerks restock displays from remote stock rooms, then inventory replenishment is achieved, but significant empty areas are created when stock room access is unavailable
Solution Approach 1:
The pod's internal storage compartments are designed to pre-stage eyewear items before they are needed on the display face. Clerks can prepare pods in advance by stocking the internal storage areas during off-peak times or when the pod is being rotated away from the display position. This preliminary action ensures that when a pod is brought to the front, items are already ready for immediate placement, eliminating delays caused by remote stock room access.
Solution Approach 2:
The rotating pedestal continuously cycles pods through different positions, allowing restocking operations to occur during the rotation when pods are not at the display face. This continuous cycling ensures that restocking is an ongoing process rather than an interruptive action, maintaining inventory availability without creating empty display areas.
Data Source
AI summary
An eyewear display including a plurality of pods. Each pod includes a pair of opposing sidewalls, a back wall, and a front wall to form a proximal opening. The front wall defines a plurality of apertures for receiving eyewear support fixtures. A base wall encloses a distal end of the pod to form a storage space for holding eyewear stock accessible by the proximal opening. A mounting mechanism attaches to the back wall by a hinge and has at least one mounting clip for coupling the pod to the display mounting fixture. Each pod is selectively pivotable away from the display mounting fixture to provide access to the storage space for restocking the eyewear display. Preferably, in a display position, the plurality of pods are arranged so that at least one of the proximal openings is at least partially blocked by an adjacent.