Paper Stationery Packaging With Pull-Up Stand for Easy Access
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Solution Overview
Problem
Existing stationery packaging solutions either obstruct the visibility of contents due to rigid structures or compromise ergonomics, and often lack sustainability and interactive elements, leading to reduced user engagement and limited lifecycle.
Innovation Solution
A paper packaging system comprising a sleeve, tray, and insert with a stand mechanism and handle that allows implements to be lifted for full visibility and easy access, made from carton material to enhance ergonomics and sustainability.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If rigid materials such as wood, metals, plastics, paper pulp or paper foam are used to define pockets with adequate spacing, then ergonomics and ease of picking contents are improved, but complexity, cost implications increase and sustainability characteristics deteriorate
Solution Approach 1:
The packaging is divided into three functional segments: a sleeve for external protection, a tray for structural support and spacing, and an insert for content organization. This segmentation allows each component to be optimized independently - the tray and insert provide adequate spacing between implements using simple folded paper structures rather than complex rigid materials, thereby maintaining ease of picking while reducing complexity and cost.
Solution Approach 2:
The patent replaces expensive, complex rigid materials with inexpensive folded paper structures (tray and insert). These paper components are designed to be simple, disposable elements that provide the necessary spacing and organization functions without the complexity and cost of wood, metal, or plastic alternatives.
2Volume of stationary object
If the space between contents is minimized to restrict wobbling, then packaging compactness is improved, but friction between contents increases resulting in bad ergonomics and difficulties to grab and pull out the colour of reference
Solution Approach 1:
The tray and insert are segmented into multiple compartments and pockets that create controlled spacing between implements. This segmentation maintains compact overall packaging volume while ensuring each implement has adequate clearance from others, eliminating excessive friction and enabling easy grabbing and extraction.
Solution Approach 2:
The insert features localized pockets and compartments with specific dimensions optimized for individual implement types. Each pocket provides just enough space to prevent wobbling while maintaining minimal friction, creating local variations in spacing that optimize both compactness and ease of operation for different implements.
3Ease of manufacture
If low-cost envelope or wallet structure is used, then cost is reduced, but contents visibility is obstructed or restricted
Solution Approach 1:
The insert is designed with a dynamic stand mechanism featuring a handle that can be pulled to raise and tilt the implement holder. This transforms the static envelope structure into a dynamic display system - when the handle is pulled, the holder tilts forward to present implements at an optimal viewing angle, dramatically improving contents visibility while maintaining the low-cost envelope structure.
Solution Approach 2:
The envelope and tray are pre-assembled as a compact unit ready for insertion into the sleeve. This preliminary assembly maintains low manufacturing costs while the integrated design ensures that once assembled, the structure naturally provides good visibility through its folded geometry and the adjustable stand mechanism.
4Reliability
If rigid structure is used to withstand multiple use and wear, then durability is improved, but packaging becomes more of a storage object and may be rejected, minimizing packaging lifecycle
Solution Approach 1:
The dynamic stand mechanism with its movable handle and tilting holder provides interactive functionality that transforms the packaging from a passive storage container into an engaging display and organization system. This interactivity increases user engagement and willingness to reuse the packaging, extending its lifecycle beyond single-use storage.
Solution Approach 2:
The packaging system serves multiple functions: the envelope provides protection and portability, the tray provides structural support and spacing, the insert provides organization and display, and the stand mechanism provides adjustable viewing and access. This multi-functionality increases the packaging's value and adaptability, encouraging users to keep and reuse it for various purposes, thereby extending its lifecycle.
Data Source
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AI summary
A paper packaging for storing and presenting a plurality of longitudinal hand held implements (10), said packaging comprising: - a sleeve (100), - a tray (200), - an insert (300), wherein the tray (200) is configured to accommodate the insert (300), and the sleeve (100) is configured to accommodate the tray (200), characterized in that the insert (300) comprises a stand mechanism (320), comprising a handle (330) that protrudes from the insert (300) and that is configured to protrude from the tray (200), and configured so that pulling the handle (300) folds and raises the stand mechanism (320) so as to lift implements (10) arranged in the insert (300).