NOVA LINK

Brand Owner (click to sort) Address Description
NOVALINK Inner Circle Technologies, Inc. 2875 21st Street, Apt #5 San Francisco CA 94110 NOVA LINK;providing multiple-user access to a global computer information network for the transfer and dissemination of a wide range of information;
NOVALINK Nova Controls, Inc. 250 NATURAL BRIDGES DR SANTA CRUZ CA 950605710 NOVA LINK;system of commercial laundry chemical dispensing equipment linked by a communications network to collect and distribute operational data;
NOVALINK NovaLign Orthopaedics, Inc. Suite 210 5885 Ridgeway Center Parkway Memphis TN 38120 NOVA LINK;Orthopedic implants for medical and/or surgical use including for repairing bone fractures, and medical/surgical apparatus for inserting the same;
NOVALINK Novalink Solutions Suite 400 2180 Satellite Boulevard Duluth GA 30097 NOVA LINK;Consulting in the fields of information technology and telecommunications technology; providing engineering services in the fields of information technology and telecommunications;
NOVALINK ATOTECH DEUTSCHLAND GMBH Erasmusstrasse 20 Berlin 10553 Germany NOVA LINK;(Based on Intent to Use) Chemicals used in surface treatment of printed circuit boards; (Based on Section 44e and Based on Intent to Use) Chemicals used in surface treatment of metals, and synthetic polymers; chemical preparations for treatment of copper surfaces, particularly for the production of electronic components;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A distribution pattern is established to distribute multilink frame relay (MFR) fragments. The distribution pattern includes a sequence of link entries associated with links in a link bundle. A number of link entries in the distribution pattern is determined by dividing a total link speed of the link bundle by a minimum possible link speed supported by a system. Each link entry is placed in the distribution pattern when the associated link is capable of transmitting a current fragment in a fastest transmit time. The fastest transmit time is determined based on the link speed of the link and a transmit time for the link to transmit other fragments previously allocated to that link. The fragments are distributed to the links in the link bundle according to the distribution pattern from a first link entry to a last link entry in the distribution pattern. The distribution pattern is repeated after the last link entry.