AUTOMATED MATERIALS PROCESSING OR HANDLING

Brand Owner (click to sort) Address Description
LABOTIX LAB-INTERLINK, INC. 1011 South Saddle Creek Road Omaha NE 68106 automated materials processing or handling system for use in scientific, clinical and biotechnology laboratories, namely, a robot arm manipulator, associated computer hardware and computer software used to control the robot arm manipulator and the above automated processing and handling system;
LABOTIX CERNER INNOVATION, INC. 8779 Hillcrest Road Kansas City MO 64138 Automated materials processing or handling system for use in scientific, clinical and biotechnology laboratories, namely, a laboratory robotic arm manipulator and associated computer hardware and computer software used to control the laboratory robotic arm manipulator and the above automated processing and handling system;
LABOTIX LAB-Interlink Canada Inc. 2015 Fisher Drive Peterborough K9J6X6 Canada Automated materials processing or handling system for use in scientific, clinical and biotechnology laboratories, namely, a laboratory robotic arm manipulator and associated computer hardware and computer software used to control the laboratory robotic arm manipulator and the above automated processing and handling system;
 

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

    
Technical Examples
  1. A system and method for processing system management interrupts in multiple processor systems is disclosed. In one embodiment, a method for processing a system management interrupt (SMI) in an information handling system including, for each processor, identifying whether the processor is an interrupt handling processor assigned to perform processing tasks necessary for resolving the SMI or a non-interrupt handling processor not assigned to perform the processing tasks necessary for resolving the SMI. The method further including, for each non-interrupt handling processor, setting the non-interrupt handling processor into a wait for Start-up Inter-Processor Interrupt (SIPI) mode. The method further including, for the interrupt handling processor, performing the processing tasks necessary for resolving the SMI such that upon entry into a SMI handler the interrupt handling processor enters and exits the SMI handler without synchronization with the non-interrupt handling processors.