Display Packaging with Retaining Protrusion for Theft Prevention
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Solution Overview
Problem
Conventional display packaging allows customers to open and inspect products, but this makes it easy for them to steal the items, resulting in revenue loss for retailers, as existing solutions do not effectively prevent theft while allowing tactile experience.
Innovation Solution
A display packaging design featuring an inner container with a protrusion and an outer sleeve with retaining elements that prevent full displacement, allowing customers to feel the product without removing it, using a combination of geometric adaptations and retaining mechanisms to secure the product in place.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If the packaging allows full displacement of the inner container out of the outer sleeve, then the customer can easily remove the product for inspection and tactile feel, but the product becomes easy to steal
Solution Approach 1:
The packaging is divided into two functional segments: the outer sleeve with opening and the inner container with retaining means. The retaining means (protrusion and recess) are segmented from the main container structure, allowing independent function of product display and theft prevention. This segmentation enables the container to be pulled out for inspection but prevents complete removal of the product.
Solution Approach 2:
The retaining means (protrusion and recess) act as an intermediary mechanism between the inner container and outer sleeve. This intermediary structure allows controlled movement - the container can be partially displaced for product inspection, but the protrusion-recess engagement prevents full displacement and product removal, thus mediating between customer access needs and theft prevention.
2Object-affected harmful factors
If the packaging uses traditional fixed sealing, then the product is secure and cannot be stolen, but the customer cannot open the packaging to have tactile feel on the product
Solution Approach 1:
The packaging transitions from a static sealed structure to a dynamic system where the inner container can be displaced relative to the outer sleeve. The retaining means provide dynamic control - allowing movement within limits (partial displacement for inspection) while maintaining security (preventing complete removal). This dynamic design resolves the contradiction between security and accessibility.
Solution Approach 2:
The system changes the displacement parameter of the inner container from fixed (0 displacement) to controlled (partial displacement allowed). The protrusion and recess dimensions are specifically designed to permit enough movement for product inspection while preventing full displacement. This parameter control enables both security and customer access.
3Object-affected harmful factors
If the packaging is designed to prevent any opening, then theft is prevented, but the customer cannot inspect the product before purchase
Solution Approach 1:
The packaging system segments the inspection function from the removal function. The outer sleeve opening and inner container displacement allow visual and tactile inspection, while the retaining means separately handle the prevention of product removal. This functional segmentation enables both information access and theft prevention.
Solution Approach 2:
The protrusion-recess retaining means serve as an intermediary that permits inspection-related movement while blocking removal-related movement. This intermediary mechanism provides the necessary friction and mechanical engagement to prevent theft while allowing the customer to pull the container out slightly for product examination.
Data Source
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AI summary
A display packaging 100 for a product 2 is disclosed. The display packaging comprising: -an inner container 4 for containing said product 2, said inner container is having an extension in a first direction X, thereby defining a first end 6 and an opposite second end 8 of said inner container; and is having an extension in a second direction Y, said second direction Y being perpendicular to said first direction X; and -an outer sleeve 10 covering said inner container 4; said outer sleeve is having an extension in a first direction X, thereby defining a first end 12 and an opposite second end 14 of said outer sleeve, and is having an extension in a second direction Y, said second direction Y being perpendicular to said first direction X; wherein said outer sleeve 10 comprises an opening 16 in said second end 14 thereof; wherein the dimensions and geometry of said inner container 4 and the dimensions and geometry of said outer sleeve 10 are adapted to each other in such a way that said inner container 4 is being displaceable inside and relative to said outer sleeve 10 in said first direction X; wherein said display packaging 100 comprises retaining means 26 for preventing full displacement of said inner container 4 out of said outer sleeve 10 through said opening 16 in said second end 14 of said outer sleeve 10; wherein said inner container 4 comprises a first compartment 18 arranged at said first end 6 of said inner container 4, and a second compartment 20 arranged at said second end 8 of said inner container 4; and in that said first compartment 18 of said inner container 4 comprises a protrusion 22 extending from a bottom part 24 of said first compartment 18, such as in a direction essentially perpendicular to said bottom part.