LAB LINK

Brand Owner (click to sort) Address Description
LABLINK SGS NORTH AMERICA INC. 201 ROUTE 17 NORTH RUTHERFORD NJ 07070 LAB LINK;Providing temporary use of non-downloadable computer software for on-line electronic data reporting and management of environmental laboratory tests accessible via the Internet or direct dial/modem;
LABLINK SGS ACCUTEST INC. 201 ROUTE 17 NORTH RUTHERFORD NJ 07070 LAB LINK;Providing temporary use of non-downloadable computer software for on-line electronic data reporting and management of environmental laboratory tests accessible via the Internet or direct dial/modem;
LABLINK GlobalVetLink, L.C. 2604 Northridge Parkway Ames IA 50010 LAB LINK;providing a web-based system and online portal featuring on-line non-downloadable software that enables veterinarians to post, and animal owners to access and print, digital ownership certification, digital veterinarian prescription certifications, digital animal health certifications, digital veterinarian feed directives, digital veterinarian laboratory diagnostic submissions, digital health data and documents, namely, official state veterinary health documentation, health certificates and passport certificates to facilitate transport of live animals across state lines;
LABLINK STCHEALTH 411 S. 1st St. Phoenix AZ 85004 LAB LINK;Software as a service (SAAS) services featuring software for accessing and managing laboratory and immunization records in the medical field;
 

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.