Scannable Code Printing on Corrugated Packaging
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Solution Overview
Problem
Existing methods for providing product information and training, such as pamphlets and salesperson reliance, are inefficient due to increased pamphlet size issues, user disinterest, and high costs, while website-based solutions require manual retention of URLs for access.
Innovation Solution
A product package with a scannable QR code that connects users to an informational website via handheld devices, offering immediate access to training videos and consistent messaging, with a method to accurately print QR codes on corrugated cardboard using a photopolymer printing press die to compensate for its soft and stretchable properties.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If pamphlets are used to provide product information and training, then users receive detailed instructions, but the pamphlet size increases making it difficult to include with product packaging and reducing user interest
Solution Approach 1:
The patent transitions from two-dimensional printed pamphlets to multi-dimensional digital content accessible via QR codes. The QR code serves as a compact gateway to extensive video and text resources online, effectively moving the information from physical space to digital space while maintaining accessibility.
Solution Approach 2:
The QR code acts as an intermediary element between the physical product packaging and the digital training resources. Instead of directly including large pamphlets, the system uses QR codes as mediators that link users to comprehensive information resources hosted online.
2Ease of operation
If salespersons are used to train customers, then personalized training is provided, but costs increase including opportunity costs and training consistency varies
Solution Approach 1:
The system enables customers to access training resources independently through QR codes on product packaging. Users can view training videos and access information at their convenience without requiring salesperson involvement, thereby reducing labor costs while maintaining training quality through standardized video content.
Solution Approach 2:
The patent changes the delivery parameter of training from human-to-human interaction to digital media delivery. This transforms the training system from a service-intensive model to a scalable digital resource model, maintaining consistency while reducing variable costs associated with salesperson time and expertise variations.
3Loss of information
If website addresses are provided on packaging, then users can access information online, but users must manually retain and later access the URL
Solution Approach 1:
The QR code is pre-configured with the complete website URL and tracking parameters during the printing process. This preliminary encoding eliminates the need for users to manually type or remember URLs, as the destination is prepared in advance and ready for immediate scanning and access.
4Loss of substance
If QR codes are printed directly on corrugated cardboard packaging, then paperless training is achieved, but the soft and stretchable properties of cardboard affect code readability
Solution Approach 1:
The system applies preliminary compensation measures during the QR code design phase by adjusting the spacing and positioning of code features on the printing press die. This preemptive adjustment counteracts the expected distortion from cardboard stretching during the printing process, ensuring the final printed code remains scannable despite the flexible substrate.
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
Provides quick, accurate, and consistent product information and training, reducing costs and improving user engagement through paperless methods, while ensuring readable QR codes on packaging.
Implementation Method 1
The method of applying the scannable code compensates for the soft and stretchable properties of corrugated cardboard by compensating for the stretch of the corrugated cardboard by spacing the features of the scannable code on a photopolymer printing press die
Data Source
AI summary
A product package including a two-dimensional scannable code that when scanned with a handheld device provides access to a website with instructions and a training video describing proper use and/or safe use of the product.