ELECTRIC MIXERS COMMERCIAL PURPOSES

Brand	Owner (click to sort)	Address	Description
AQUA LAVIT	La Vit Technology	Suite 1004 27 West 20th St. New York NY 10011	Electric mixers for commercial purposes, namely, mixers for drinks and parts and fittings therefor; electric mixers for household purposes, namely, mixers for drinks and parts and fittings therefor; electric drink blenders and parts and fittings therefor; infusion drink systems comprised of aerated beverage making machines; infusion drink systems comprised of non-aerated beverage making machines;The wording LAVIT has no meaning in a foreign language.;Water coolers; filters for drinking water; temperature-controlled drinking water dispensers for commercial use; temperature-controlled drinking water dispensers for home use;AQUA;
DRINK WELL. DO WELL.	La Vit Technology	Suite 1004 27 West 20th St. New York NY 10011	Electric mixers for commercial purposes, namely, mixers for drinks and parts and fittings therefor; electric mixers for household purposes, namely, mixers for drinks and parts and fittings therefor; electric drink blenders and parts and fittings therefor; infusion drink systems comprised of aerated beverage making machines; infusion drink systems comprised of non-aerated beverage making machines;Water coolers; filters for drinking water; temperature-controlled drinking water dispensers for commercial use; temperature-controlled drinking water dispensers for home use;
THE COOLER WATER COOLER	La Vit Technology	Suite 1004 27 West 20th St. New York NY 10011	Electric mixers for commercial purposes, namely, mixers for drinks and parts and fittings therefor; electric drink blenders and parts and fittings therefor; infusion drink systems comprised of aerated beverage making machines; infusion drink systems comprised of non-aerated beverage making machines;Water coolers; temperature-controlled drinking water dispensers for commercial use;WATER COOLER FOR INTERNATIONAL CLASS 11;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A DCR RF front-end removes the DC term resulting from mixer port to port leakage and feeds RF and LO signals into the mixers with different phase combinations. The signal inputs to the mixers result in the intermediate frequency (IF) output of mixers being 180 degrees out of phase and their DC terms in phase. When subtracting the two outputs from each other the IF signals add up while the DC terms cancel giving a DC free output. A DC offset feedback tuning loop detects the DC offset in the IF domain and then feeds back the tuning voltage to current injection mixers. A multiplier cancels the IF signals and amplifies the DC offset and a comparator compares the amplified DC offset with a threshold voltage and controls the gain of current injection mixers. The feedback tuning loop thus tracks time-varying DC offsets in real-time.