OPTI FLOW TRACE

Brand	Owner	Address	Description
OPTIFLOW TRACE	Fisher & Paykel Healthcare Limited	15 Maurice Paykel Place East Tamaki Auckland 2013 New Zealand	OPTI FLOW TRACE;Capnography apparatus for medical use; respiratory apparatus for use in surgery and intensive care; respiratory gas mixing apparatus for medical use; medical apparatus, namely, invasive and non-invasive ventilation apparatus and instruments; breathing tubes used in the delivery of air and gases to and away from patients; cannulae; nasal cannulae; cannula for respiratory purposes; respiratory sensor apparatus for medical use to detect gases; breathing tubes and nasal tubes for medical or surgical use; tubing connectors for use with medical or surgical respiratory equipment; tubing connectors for use with medical or surgical breathing tubes and nasal tubes; facial masks, oral masks, nasal masks, nasal interfaces for masks and mouthpieces, all being for medical and surgical purposes; parts and fittings for all the aforementioned goods;TRACE;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Methods and apparatuses for incremental circuit partitioning and incremental trace assignment. In one embodiment of the present invention, a cost function based on both the partitioning solution and the trace assignment solution is used for the partitioning of a circuit; in reducing the cost function, blocks of circuits are moved among partitions and the trace assignment are updated accordingly to evaluate the cost function. In one embodiment, the traces and nets are grouped according to the partitions they connect for trace assignment. In one embodiment, a flow diagram is constructed for assigning nets to traces; and, maximum flow algorithms are used. In one embodiment, a flow diagram includes feedthrough solutions, in which flow conservation is not preserved at certain nodes. In one embodiment, integer linear programming techniques are used for assigning nets to traces. In one embodiment, a distribution of nets, which defines the numbers of blocks that each net has in each partition, is computed and maintained for efficient determination of the number of nets in net groups.