FINISHING OR COATING SURFACES

Brand Owner Address Description
BEHROXAL NANO BEHR GMBH & CO. KG Mauserstrasse 3 Stuttgart 70469 Germany Finishing or coating of surfaces of instruments containing plastic or metal, namely, aluminium containing devices, * in particular for the aforesaid goods of classes 7, 9, 11 and 12 *;[ Mechanical or ] electronic control units for heating, ventilating and air-conditioning installations *;Line 13 mechanical or should be deleted. The following heating, ventilation and air conditioning installations and systems, comprising air conditioning units, for vehicles, namely, air conditioning apparatus, air conditioning units and air conditioners and structural parts therefor; vehicle components and their fastening elements and their parts, namely, headlights, heat exchangers, ventilating exhaust fans; air filters for industrial installations; air filters for air conditioning units for use in vehicles should be deleted in class 11. Page 2, line 1, after maintenance and repair the following of all the aforesaid products included in classes 7, 9, 11 and 12 should be inserted in class 37. The following in particular for the aforesaid goods of classes 7, 9, 11, and 12 should be inserted at the end of class 40;Parts of refrigerating installations and refrigerating systems, comprising liquid or gas, namely, air conduits, radiators for vehicles, air compressors, pumps for cooling engines, compressors for machines, compressed air pumps, and structural parts therefor; refrigerant condensers, namely, refrigerant condenser coils; pressure drop device for combustion engine comprised of oil coolers, compressed air pumps, water pumps; coolant pumps for land vehicles; refrigerant compressors for air conditioners;Maintenance and repair * of all the aforesaid products included in classes 7, 9, 11 and 12 * in the field of motor vehicles, refrigerating installations and refrigerating systems, air-conditioning installations and air-conditioning systems;Cooling devices and systems, comprising ducts for liquids or gases, namely, heat exchangers not being parts of machines, dryers for the removal of water vapor from compressed air and gases, heat pipes to cool heat producing components, pipe freezing unit comprised of cooling aggregate with refrigerant hoses and deep freezer heads, and structural parts therefor, for use in buildings; cooling modules, namely, radiators for industrial air conditioning purposes, evaporative charge-air coolers, air conditioning units for batteries; hot air blowers for air conditioning; electric fans; auxiliary hot water heaters, electric heaters for commercial use [; heating, ventilation and air conditioning installations and systems, comprising air conditioning units, for vehicles, namely, air conditioning apparatus, air conditioning units and air conditioners and structural parts therefor; vehicle components and their fastening elements and their parts, namely, headlights, heat exchangers, ventilating exhaust fans; air filters for industrial installations; air filters for air conditioning units for use in vehicles; ] hot water heaters, electric heaters for commercial use; cooling evaporators with and without heat accumulator, namely, laminated plate evaporators and flat tube evaporators; auxiliary heaters, namely, electrical auxiliary heaters for commercial use; refrigerant expansion devices, namely, valves for air conditioning and as a part of radiators; dryers for the removal of water vapor from compressed air and gases, being part of an air conditioning installation, industrial dryers for heating and dehumidifying, being part of an air conditioning installation;NANO;
 

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

   
Technical Examples
  1. A method for a finishing module coordinator controller used in a finishing system comprised of finishing devices controlled separately from production equipment. The method comprises receiving finishing job description information, including identification of job segments of the job; and using such information for programming at least one finishing device. The method further comprises tracking performance of the job and adjusting the job model and device performance in response to conditions during performance of the finishing job.