COMPUTER HARDWARE PERIPHERAL

Brand	Owner (click to sort)	Address	Description
ARGOSY	ARGOSY RESEARCH INC.	NO. 15-3, NEO PU S. ROAD HSINCHU Taiwan	computer hardware and peripheral;
ARGOSY	Argosy Technology, Inc	NO. 15-3, NEO PU S. ROAD HSINCHU Taiwan	computer hardware and peripheral;
LAPDOCK	OQO, Inc.	583 Shotwell Street San Francisco CA 94110	Computer hardware peripheral;
PIXELPUSHER	EYETALK SYSTEMS, INC.	5750 ZIP DRIVE SUITE 1 FORT MYERS FL 33905	Computer hardware and peripheral, namely an electronic video frame grabber for converting analog and digital video signals generated by a video camera into digitized video frames constituting arrays of pixel data and electronically transmitting these data to a computer;PIXEL PUSHER;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Techniques to effectuate splicing at sub-picture level. In one aspect, splicing is effectuated via an interrupt generated after each splice has occurred. The interrupt may be generated by either the hardware designated to perform splicing or other peripheral hardware. The interrupt may be provided to a controller, which then performs the necessary processing to effectuate the next splice (e.g., load a new PID value for the next splice into the hardware register). The interrupts required for splicing may be generated in various manners, and typically depends on the specific design of the splicing and/or peripheral hardware. In one simple design, the splicing hardware generates an interrupt after each splice. Other mechanisms may also be used to generate the interrupt. For example, (e.g., scrambled audio) packets may be inserted into a transport stream and used to cause the hardware to generate an interrupt each time the packet is detected.