Label Printing Boundary Alignment for Single-Run Inkjet
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing methods for printing individual self-adhesive labels from a sheet often subject the label assembly to heat, pressure, and residue, leading to damage and requiring more expensive materials, especially when printing small numbers of labels.
Innovation Solution
A method and software that allow printing individual labels by adhering them to a separate material sheet with a printed boundary, enabling the label assembly to be routed through a printer without being subjected to multiple print runs, using a computer interface to create and print the boundary and label content.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Manufacturing precision
If the label assembly is routed through a printer multiple times to print individual labels, then the desired labels can be printed, but the label assembly is subjected to heat, pressure, and residue that can damage it
Solution Approach 1:
The patent divides the printing process into two separate stages: first printing a boundary on a material sheet, then placing the label on the boundary and printing the actual label content. This segmentation allows the label to be printed only once, preventing multiple exposures to harmful printer conditions while maintaining printing quality.
Solution Approach 2:
The patent introduces a material sheet with a printed boundary as an intermediary between the user and the label assembly. The boundary serves as a guide for label placement and protects the label assembly from direct contact with the printer's harmful elements during the printing process.
2Manufacturing precision
If expensive label stock and coatings are used for color and ink jet printers, then better print quality is achieved, but multiple printing runs diminish or damage the materials
Solution Approach 1:
The patent segments the printing process so that only one actual label print run is performed on the expensive label stock. The first print run creates a boundary on a separate material sheet, and the second print run (which is the only one touching the label) applies the final content. This eliminates redundant exposure to printer heat and pressure that would otherwise damage the expensive materials.
Solution Approach 2:
The patent uses a separate material sheet with a printed boundary as a disposable intermediary. This cheap material sheet absorbs the harmful effects of the first print run, protecting the expensive label stock from heat, pressure, and residue damage while still enabling high-quality printing.
3Ease of operation
If multiple printings of one or a few labels are performed, then the specific labels needed are obtained, but the label assembly is subjected to unnecessary heat, pressure, and residue
Solution Approach 1:
The patent segments the printing operation into a boundary printing phase and a label printing phase, allowing users to print only the specific labels they need without repeatedly running the entire label assembly through the printer. The boundary is printed once on a material sheet, then individual labels are placed and printed separately, minimizing energy consumption and harmful byproducts.
Data Source
AI summary
A method and software for a consumer end user to print one or more, but generally less than all, labels of a label assembly without the need to run the label assembly though a printer multiple times. A boundary corresponding to the label is printed on a separate paper sheet to allow the label to be positioned for printing. The paper sheet with the label adhered within the boundary is run through a printer to print on the label. The printed label is removed from the paper sheet to applying to the intended object to be labeled. Software can be implemented on a data processor for printing the boundary and/or coordinating the label printing with the printed boundary.