MAX TRACKS

Brand Owner (click to sort) Address Description
MAX TRAX DJ ORTHOPEDICS DEVELOPMENT CORPORATION 2985 Scott Street Vista CA 92083 MAX TRACKS;Medical devices, namely orthopedic walkers;
MAX TRAX SAF-GARD SAFETY SHOE CO. 2701 Patterson St. Greensboro NC 27407 MAX TRACKS;Footwear, not including indoor traction devices for footwear, outdoor traction devices for footwear, or socks; shoe covers for use when wearing shoes; shoes;
MAXTRAX CORDIS CORPORATION 6500 Paseo Padre Parkway Fremont CA 94555 MAX-TRACKS;angioplasty balloon catheters and components thereof;
MAXTRAX Maxtrax Australia Pty Ltd 449 Bilsen Rd Geebung QLD4034 Australia MAX TRACKS;stiff plastic vehicle traction mat for laying on the ground before four wheel (4WD) vehicles and having stiff protrusions that engage with a wheel of the 4WD vehicle to provide traction;
MAXTRAX McCarthy, Julie-Anne 50 Northgate Road Nundah, Queensland 4012 Australia MAX TRACKS;stiff plastic vehicle traction mat for laying on the ground before four wheel (4WD) vehicles and having stiff protrusions that engage with a wheel of the 4WD vehicle to provide traction;
MAXTRAX McCarthy, Bradley 50 Northgate Road Nundah, Queensland, 4012 Australia MAX TRACKS;stiff plastic vehicle traction mat for laying on the ground before four wheel (4WD) vehicles and having stiff protrusions that engage with a wheel of the 4WD vehicle to provide traction;
MAXTRAX DJO 5919 Sea Otter Place, Suite #200 Carlsbad CA 92010 MAX TRACKS;Orthopedic walkers;
MAXX TRAX Dick Shannon Exterprises 260 Hillsboro Place Nashville TN 37215 MAX TRACKS;creating and producing radio and television commercials, informercials, narrations, industrial and training audiocassettes, industrial and training videocassettes, and other multimedia products;
MAXX TRAXX COUNT'S RESCUE EQUIPMENT, INC. POST OFFICE BOX 903 HIGHWAY 76 BALLENTINE SC 29002 MAX TRACKS;MEDICAL TRACTION SPLINTS;
 

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

    
Technical Examples
  1. One embodiment of the present invention provides a system that migrates a layout of a cell which is used in integrated circuit design. During operation, the system receives a layout for the cell, wherein one or more layers of the cell contain tracks for metal wires. The system then determines how many tracks are to be inserted into the cell. Next, the system inserts one or more extra tracks between the tracks in the cell. The system subsequently adjusts the widths of the inserted tracks and the original tracks to increase the total number of tracks within the cell while maintaining the metal wires at the center of their original tracks.