Travel Tags, Inc.

Emplast, Inc.

Roger H Ricketts

Larry G Dressen

David L Williams

Steven C Dunn

Stanley P Buisman

Transaction and identification cards formed from raw bamboo assemblies including one or more raw bamboo layers optionally adhered to a paper backer. In one embodiment, a single raw bamboo assembly is adhered to a base or core substrate. Optionally, a second bamboo assembly is coupled to the first bamboo assembly, with or without a core layer sandwiched in between the bamboo assemblies, such that the card's top face includes a first bamboo layer and the card's bottom face includes a second bamboo layer. One or more image or graphic layers are then either printed directly onto the raw bamboo layer or laminated thereto. Optional protective substrates, films, or coatings are applied to or over the bamboo assembly to protect by sandwiching the one or more ink or printed layers between the protective layer and the raw bamboo layers.

Bamboo laminate transaction card

A security package for use in retail establishments to lock in articles which are for sale in a clear plastic case which is larger than the article displayed for sale and which optionally has enclosed an electronic article surveillance tag to prevent shoplifting. The security package has a locking mechanism built into the case which can not be opened without a key. The locking mechanism comprises a pair of asymmetric tines which are on opposite sides of an asymmetric engagement member. To lock the security package the asymmetric engagement member spreads apart the asymmetric tines until the asymmetric engagement member gets passed the asymmetric tines. The asymmetric tines close behind the asymmetric engagement member and lock the asymmetric engagement member in place. The asymmetric tines must be separated by an asymmetric key to allow the asymmetric engagement member to pass by the asymmetric tines to unlock the security package. The asymmetric tines and the asymmetric engagement member are shaped to prevent tampering with the locking mechanism and making the security package harder to open without a complimentary asymmetrically shaped key. The security package also has an inside wall and an outside wall on the top portion and a middle wall in the bottom portion for placement between the inside and outside walls when the security package is closed, which prevents sideways motion of the top and bottom portions of the security package to further thwart tampering with the security package.

Growing community of inventors

Apple Valley, MN, United States of America

Roger H Ricketts