Patent Assignment
Reel/Frame 019767/0300
Trademark Collateral Assignment and Security Agreement
Recorded: 2007-08-31
Received: 2007-08-31
Pages: 24
Assignor
APPLIED EXTRUSION TECHNOLOGIES, INC.
Executed: 2007-08-21
Assignee
DDJ CAPITAL MANAGEMENT, LLC
130 TURNER STREET, BUILDING 3, SUITE 600, WALTHAM, MA, 02453, UNITED STATES
Covered Properties
(36)
High Oxygen Barrier Compositions and Articles Employing Same
Application:
60/910,084 →
System and Method for Making Seamless Holograms, Optically Variable Devices and Embossing Substrates
Application:
11/683,209 →
Method for Optical Characterization and Evaluation of Optically Variable Devices and Media
Application:
11/678,918 →
Radiation Curable Adhesive with High Molecular Weight Oligomer
Application:
60/867,462 →
Polypropylene Films Employing Recycled Commercially Used Polypropylene Based Films and Labels
Application:
11/550,611 →
Cold Seal Release Films and Methods of Making Same
Application:
11/462,446 →
Solvent Resistant Labels and Containers Including Said Labels
Application:
11/387,390 →
Clear, peelable plastic labels
Application:
11/304,357 →
Scented multilayer films and method of making
Application:
11/244,379 →
Cold Seal Release Film with Improved Scuff Resistance
Application:
11/145,611 →
Heat Sealable and Peelable Film
Application:
11/028,834 →
Film with improved antiblocking and adhesion properties
Application:
10/980,715 →
Apparatus and Method for Allowing User to Track Path of Travel Over Extended Period of Time
Application:
10/881,459 →
Cold Seal Release Film with Improved Scuff Resistance
Application:
10/845,828 →
Goggle Clip
Application:
10/835,645 →
Lens Coating to Reduce External Fogging of Scope Lenses
Application:
10/827,055 →
Urethane Based Coating Applied in-Line for Improved Ink Adhesion
Application:
10/803,360 →
Labeling Apparatus and Method Employing Radiation Curable Adhesive
Application:
10/759,879 →
Labelling Apparatus and Method for Correcting Visual Adhesive Defects
Application:
10/758,756 →
Telescope Mount Having Locator System and Drive Mechanism for Locating Objects and Positioning Telescope
Application:
10/633,939 →
High Otr Films Made from Homopolymer Polypropylene and 1-Butene/Ethylene Copolymer Blends
Application:
10/437,484 →
Labeling Method Employing Radiation Curable Adhesive
Application:
10/346,905 →
Labeling Method Employing Radiation Curable Adhesive
Application:
10/346,318 →
Lens Coating to Reduce External Fogging Og Scope Lenses
Application:
10/291,452 →
Speed Measurement Device with Statistic Gathering Capability
Application:
10/214,492 →
Portable Telescope Mount with Integral Locator Using Magnetic Encoders for Facilitating Location of Objects and Positioning of a Telescope
Application:
10/198,519 →
Speedster Radar Gun
Application:
29/159,220 →
Biaxially-Oriented Polypropylene Films Containing a Non-Crystallizable, Amorphous Polyester Layer, and Method of Making the Same
Application:
10/075,683 →
Grille Attachment to Hoods
Application:
10/072,754 →
Lens Coating to Reduce External Fogging of Scope Lenses
Application:
09/961,750 →
Biaxially Oriented Polyolefin Slip Films with Improved Flatness and Adhesion Properties
Application:
09/916,053 →
Labeling Method Employing Radiation Curable Adhesive
Application:
09/875,222 →
Laser range finder
Application:
29/138,419 →
Polyester-Containing Biaxially-Oriented Polypropylene Films
Application:
09/801,345 →
Portable Telescope Mount with Integral Locator Using Magnetic Encoders for Facilitating Location of Objects and Positioning of a Telescope
Application:
09/780,822 →
Metallizable White Opaque Films, Metallized Films Made Therefrom and Labels Made from the Metallized Films
Application:
09/778,325 →