Nulabel Technologies, Inc.

Ashley M Mudd

Benjamin David Lux

Heidi M Munnelly

Daniel Cho

David Alexander Sonshine

Daniel Y Cho

A reusable, liner-free attachment system is described herein. The attachment system is compatible with the surfaces of a variety of materials, regardless of composition or physical characteristics. The system contains an anchoring site and a detachable article that binds specifically to the anchoring site. When bound together, the system provides anisotropic resistance to applied forces. The system is highly resistant to shear stress, but is easily detached by applying a pull-off force. The article typically contains a part A coating on the side or portion of the article that attaches to the anchoring site. The system can be used with a variety of articles, such as hooks, carpet tiles, medical devices, such as blood pressure cuff; climbing equipment, such as gloves, shoes or handles.

Shear stress-resistant systems and uses thereof

A reusable, liner-free labeling system, which allows labels to be wound without the use of a release liner, is described herein. The absence of a liner reduces inventory requirements, roll-changeover time, cost of production, and waste. Additionally, the labeling system described herein provides labels that remove cleanly, which reduces the time required to remove the label and eliminates the necessity of cleaning the substrate after removal. The labeling system provides labels that can be easily reused and reapplied, which can reduce time and costs associated with user labeling error. The labeling system is compatible with labels of all currently available facesheets, regardless of composition or physical characteristics, and allows for large quantity batch printing. The implementation of the labeling system does not require any changes to the pre-existing label printing infrastructure.

Two-component hybrid labeling system for use in repeat labeling

Resealable systems for consumer packaging, such as food packaging, are described herein. The system includes one or more anchor points and one or more cling coatings. The anchor points can be introduced into or onto the packaging material during manufacture, such as by co-extrusion. Alternatively, the anchor points can be affixed to the packaging material after manufacture, such as with a pressure sensitive adhesive. The cling coatings can be applied to the packaging material during or after manufacture. For example, the cling coatings can be spot coated or pattern coated onto the desired location. The cling coatings are selective, that is they do not attach to themselves but only attach to the anchor point. The cling coatings transfer little or no material over time resulting in more consistent performance over time than pressure sensitive adhesives.

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Providence, RI, United States of America

Ashley M Mudd