Adapx, Inc.

Robert Paratore

David R McGee

Scott Lind

Robin Cole

R Matthew Wesson

Systems and methods for printer optimization. A method for optimizing a readable dot pattern printed on paper for use with a digital pen is disclosed herein. A test sheet is printed on a selected printer; the first test sheet has a plurality of regions. Each of the regions has a partial digital pattern configured with digitally readable indicia. Each of the indicia has a defined area. An outline is applied to each of the plurality of regions on the test sheet. Ink is applied onto the digital paper using a digital pen within the applied outlines. Data is uploaded from the digital pen to a processor. The smallest indicia readable by the digital pen are determined. A printer control file is updated with the determined smallest indicia.

Systems and methods for instructing a printer to optimize a printed digital pattern

A carrier for a digital pen includes a main case with an internal channel to closely receive and align the digital pen with an electronic package contained within the main case. In addition, the carrier includes an upper lid rotationally coupled to the main case. In one embodiment, the upper lid may be both partially and fully opened with a dual-action latch mechanism. In addition, the carrier may include a lower lid that may be opened to provide access to an electronic package. In one embodiment, an extendable serial communication device may be extended from the electronic package when the lower lid is open. Further, the carrier is configured to sufficiently protect the digital pen from harsh environmental conditions and even from harsh user-induced conditions, such as drops onto a hard surface, exposure of the carrier to rain, dust, and sand particulate, brief water submersion, and even temperature extremes.

Carrier for a digital pen

A hand-holdable, durable digital writing and sketching device or assembly having rugged construction that houses an on-board camera with a view through an optical window of a writing surface brought in view by a user moving the device. The device is rugged, sealed, and is capable of withstanding dropping, water submersion, abrasive incursions, and resistance to chemical and fungal degradation. The optical window and optic channel to the camera is protected by a durable and replaceable light-transmitting shield that provides a sealed barrier to the environmental elements harmful to the functioning of the device. The writing and sketching device oscillates between a stowed and a deployed state. The deployed state includes the camera being in view the writing surface and the stowed state includes the camera being either masked from viewing the writing surface or aimed internally from viewing the writing surface. Other versions of the digital writing and sketching device include replaceable styli and pens that are removable and interchangeable with a sealed chamber in the device. The stylus point or pen ends are substantially in view of the on-board device camera. Signal transmissions communicated from the digital writing and sketching device convey pressures experienced by the inserted stylus or pens and are represented in proportion to a microprocessor based display that conveys changing field of view experienced by the on-board camera.

Growing community of inventors

Redmond, WA, United States of America

Robert Paratore