RIPE READY

Brand	Owner (click to sort)	Address	Description
RIPE & READY	White Cloud Nutrition, Inc.	670 North Commercial Street, Suite 204 Manchester NH 03101	RIPE AND READY;Providing a website featuring information regarding healthy living and lifestyle wellness and an online store featuring products, namely, dietary and nutritional supplements, dietary supplemental drink mixes, dietary supplements consisting primarily of dairy-based powders, dietary supplements for human consumption, electrolyte powder drinks; protein dietary supplements, protein supplementary shakes, energy drink mixes, smoothie drink mixes, sport drink mixes;
RIPE 'N READY	RNR TREE FRUIT	755 Manning Avenue PARLIER CA 93648	RIPE AND READY;FRESH AVOCADOS;
RIPE 'N READY	TILIA INTERNATIONAL, INC.	303 Second Street North Tower San Francisco CA 94107	RIPE AND READY;Chemical preparations for use in the preservation of foodstuffs; chemical preparations for the purpose of affecting the freshness and/or the ripening rate of foodstuffs;Filters which affect the freshness and/or the ripening rate of foodstuffs; containers, canisters, bags, stand-alone units, refrigerator compartments, all with a holder which accepts a replaceable filter which affects the freshness and/or the ripening rate of foodstuffs;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

Transactions are scheduled over a half duplex link between a first device, such as an IO unit, and a second device, such as a memory controller. Information flowing over the half duplex link is divided into a plurality of service periods, and an isochronous transaction, such as an isochronous memory read or write, is scheduled in a service period N if the isochronous transaction is ready to be serviced before service period N at the first or second device. An asynchronous transaction ready to be serviced at the first or second device, such as an asynchronous memory read or write, is scheduled if no isochronous transaction is ready to be serviced. The asynchronous transaction may be scheduled by (a) scheduling an asynchronous transaction ready to be serviced at the first device if no asynchronous transaction is ready to be serviced at the second device; (b) scheduling an asynchronous transaction ready to be serviced at the second device if no asynchronous transaction is ready to be serviced at the first device; and (c) scheduling an asynchronous transaction ready to be serviced at the first or second device, according to an arbitration algorithm, if asynchronous transactions are ready to be serviced at both the first device and the second device. The amount of buffer space available in the first or second device may also be used to schedule asynchronous transactions.