FREE MARK

Brand	Owner (click to sort)	Address	Description
FREEMARK	Focus IP, Inc.	508 S 8th St. Boise ID 83702	FREE MARK;Software as a service (SAAS) services featuring software for providing intellectual property research services in the mobile space, including providing intellectual property watching and monitoring services;
FREEMARK	Worldfree Software Corporation, Ltd	150, 2 Lansdowne Row London W1J6HL United Kingdom	FREE MARK;Currency exchange and advice; Currency exchange services; Currency transfer services; Arranging and provision of credit, loans, insurance, currency exchange and travellers cheques; Financial services, namely, providing a virtual currency for use by members of an on-line community via a global computer network; Financial services, namely, providing electronic transfer of a virtual currency for use by members of an on-line community via a global computer network; Financial services, namely, providing for the exchange of foreign currency, commodities, financial derivatives, interest rate products, and equities via the internet and intranet systems; Financial services, namely, providing information in the fields of foreign currency, commodities, financial derivatives, interest rate products, and equities via the internet and intranet systems; On-line real-time currency trading;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Techniques are provided for determining the efficient conjunction of Boolean variables drawn from an and-or forest of choices. The techniques determine two contexts to conjoin, where the contexts consist of choices drawn from an and-or forest of choices. The choices in the first context are marked with a first mark, along with all of their antecedent choices. The choices in the second context are marked with a second mark, along with all of their antecedent choices. The techniques determine and-nodes in the and-or forest having the first mark from a first dependent or-node and the second mark from a second dependent node. The dependent or-nodes are refined and then partitioned into classes based on the presence of the first mark and the second mark, the first mark only, the second mark only, and neither mark. A cross-product of the partitions for each node is determined and the resultant combinations are grouped based on the presence of both the first and second marks, the presence of the first mark only, the presence of the second mark only and presence of neither mark. A new or-node having choices reflecting the combinations having both marks, the first mark only, the second mark only and neither mark is determined. The new or-node represents a transformed and-or forest of choices that is in free-choice form. The first and second nodes in the forest of choices are replaced with an or-node having choices based on the first and second mark. The conjunction of contexts is then determined based on the choice having both the first and second marks.