AIR LOGIC

Brand Owner (click to sort) Address Description
AIRLOGIC LECTUS, INC. 101 Saginaw Drive Redwood City CA 94063 AIR LOGIC;motorized hospital beds which transport, lift, and position patients, and assist patients to stand up, and parts thereof, and therapeutic mattress and cushions therefor;
AIRLOGIC DAIMLER AG Mercedesstrasse 120 Stuttgart 70372 Germany AIR LOGIC;Automobiles and structural parts therefor; suspension systems for automobiles; vibrational dampers for automobile engines;
AIRLOGIC ADAPTIVE ENGINEERING LAB, INC. 102 East Keefe Ave Milwaukee WI 53212 AIR LOGIC;wheelchair posture support belt;
AIRLOGIC Blue Sky Resources 2250 6th St Boulder CO 80302 AIR LOGIC;Software as a service (SAAS) services, namely, hosting software for accessing satellite, aerial and ground measurements, forecasting and analytics in the field of greenhouse gas emissions, pollutant emissions and air quality; software as a service (SAAS) services, namely, hosting software for use by others to access and analyze publicly available data, customer-supplied data and satellite-provided data in the field of greenhouse gas emissions and air quality;
AIRLOGIX Airlogix, Inc. 9461 LBJ Freeway, Suite 200 Dallas TX 752434535 AIR LOGIC;healthcare services, namely, providing respiratory wellness programs and disease management services;
 

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

    
Technical Examples
  1. A programmable logic structure is disclosed that has a set of dedicated lines which extend internally throughout different dedicated logic cells within a logic and routing block (LRB), extend from a previous logic routing block to the present logic and routing block, or extend from the present logic and routing block to the next logic and routing block. One set of dedicated lines from a first logic and routing block can be stitched to another set of dedicated lines of a second logic and routing block for extending the reach as well as bypassing a logic and routing block, or bypassing a dedicated logic cell in the same logic and routing block. The dedicated lines between logic and routing blocks allow a logic and routing block to receive more inputs from its own switch box or to drive more outputs than provided by the logic and routing block as specified by a given function.