Abstract: A holder and mobile platform assembly may include a support plate shaped to fit in the palm of a user's hand. A hand strap may be attached to the support plate and configured to wrap around the user's hand. A mobile platform may be mounted for rotation on the support plate. The mobile platform may include a support surface having a releasable fastener provided thereon for supporting a first device, and a support compartment extending from an edge of the support surface for supporting a second device.

Abstract: A supporting device for an object comprises a support plate, a base plate, a pivot device, and a fastening device. The pivot device allows the base plate to rotate 360 relative to the support plate. The fastening device has a first member and a second member. The first member has a first side including a plurality of projections and a second side including a first adhesive that attaches the first member to the base plate. The second member has a first side including a plurality of projections and a second side including a second adhesive that attaches the second member to the object. The plurality of projections of the first member and the second member removably connect the first member to the second member, and disconnect only after a separation force is applied. Various supporting systems for objects are employed using the supporting device.

Abstract: A holder and mobile platform assembly may include a support plate shaped to fit in the palm of a user's hand. A hand strap may be attached to the support plate and configured to wrap around the user's hand. A mobile platform may be mounted for rotation on the support plate. The mobile platform may include a support surface having a releasable fastener provided thereon for supporting a first device, and a support compartment extending from an edge of the support surface for supporting a second device.

Abstract: A method and system for generating a fuel pulse output signal to control fuel delivery from a fuel injector to a cylinder of an internal combustion engine. A plurality of holding registers asynchronously receive a plurality of fuel pulse data from a processor. The plurality of holding registers are memory-mapped and store the plurality of fuel pulse data until subsequent fuel pulse data is received from the processor. A plurality of match registers are coupled to the plurality of holding registers for comparing the fuel pulse data with a reference signal and generating a fuel pulse output signal based on the comparison between the fuel pulse data and the reference signal.

Abstract: A method and system for generating an ignition coil output signal to control charging and discharging of a plurality of ignition coils in an internal combustion engine. A plurality of holding registers asynchronously receive a plurality of ignition coil data from a processor. The plurality of holding registers are memory-mapped and store the plurality of ignition coil data until subsequent ignition coil data is received from the processor. A sensor is provided for determining a position of the engine and generating a corresponding engine signal. A plurality of match registers are coupled to the plurality of holding registers for comparing the ignition coil data with a reference signal and generating an ignition coil output signal for receipt by one of the plurality of ignition coils based on the engine signal and the comparison between the ignition coil data and the reference signal.