Ackmann

Evan R. Ackmann, Hoboken, NJ US

Patent application number	Description	Published
20100238047	Method of Confirming that a Control Device Complies with a Predefined Protocol Standard - A control device, such as a digital ballast controller, is adapted to be coupled to an electronic ballast, such as a DALI ballast, via a communication link, and is operable to determine whether the ballast is operating within the specifications of a predefined protocol standard, e.g., the DALI standard. For example, the control device may measure the bit times of a digital message received from the ballast and to determine if the bit times fall within the limits set by the standard. The control device may also determine the minimum delay time required between two digital messages received by the ballast and determine if the minimum delay time falls within the limit set by the standard. The control device may adapt its normal operation (e.g., how digital messages are received and transmitted) or may provide feedback (e.g., by flashing a lamp) in response to determining that the ballast is operating outside of the specifications of the standard.	09-23-2010

Patent application number	Description	Published
20100011335	GRID-BASED FRAGMENTATION FOR OPTICAL PROXIMITY CORRECTION IN PHOTOLITHOGRAPHY MASK APPLICATIONS - An optical proximity correction (OPC) method for photolithography applications can be utilized to reduce the processing time, cost, and post-OPC file size associated with conventional methods. The OPC method provides a target layout pattern that represents a corresponding mask pattern for a photolithography mask, and aligns the target layout pattern relative to a suitably dimensioned fragmentation grid. Then, at least one feature of the target layout pattern is fragmented using the fragmentation grid. Thereafter, a fragment data set is generated in response to the grid-based fragmentation of the target layout pattern.	01-14-2010

Patent application number	Description	Published
20090008975	VEHICLE SEAT SYSTEM AND MOTOR VEHICLE HAVING A VEHICLE SEAT SYSTEM - A motor vehicle includes a vehicle seat system, the vehicle seat system including a vehicle seat having a seat back and a seat part. The seat part and the seat back are mechanically connected to each other by a hinge having a first axis of rotation extending substantially in the transverse direction of the motor vehicle. The vehicle seat system includes a folding vehicle seat capable of being folded up and situated next to the vehicle seat having a folding vehicle seat seat part and having a folding vehicle seat seat back. The folding vehicle seat seat part and the folding vehicle seat seat back are mechanically connected to each other by a hinge having a second axis of rotation extending substantially in the transverse direction of the motor vehicle, which with respect to the first axis of rotation is offset or displaceable in the longitudinal direction of the motor vehicle. The folding vehicle seat in the folded state is able to be situated, e.g., substantially entirely, below the seat part and/or the vehicle seat and the folding vehicle seat are mechanically connected to each other.	01-08-2009