PROCESSING ORE PRODUCE

Brand Owner (click to sort) Address Description
HUDBAY HudBay Minerals Inc. 25 York Street Suite 800 Toronto M5J2V5 Canada Processing of ore to produce zinc and its alloys in ingot form, copper concentrates containing gold and silver, molybdenum concentrate, zinc concentrate, copper cake, copper and zinc ores, copper cake, zinc dross fines, and metallic silver and gold doré bars;Base metals and their alloys, namely, zinc and its alloys in ingot form, zinc ores, copper ores, copper cake, copper concentrates containing gold and silver, zinc concentrate, molybdenum concentrate, zinc dross fines;HUD BAY;Metallic silver and gold doré bars;
HUDBAY HudBay Minerals Inc. 25 York Street Suite 800 Toronto M5J2V5 Canada Processing of ore to produce zinc and its alloys in ingot form, copper concentrates containing gold and silver, molybdenum concentrate, zinc concentrate, copper cake, copper and zinc ores, copper cake, zinc dross fines, and metallic silver and gold doré bars;The mark consists of the stylized word HUDBAY.;Base metals and their alloys, namely, copper concentrates containing gold and silver, zinc concentrate, molybdenum concentrate, zinc dross fines;HUD BAY;Metallic silver and gold doré bars;
HUDBAY MINERALS HudBay Minerals Inc. 25 York Street Suite 800 Toronto M5J2V5 Canada Processing of ore to produce zinc and its alloys in ingot form, copper concentrates containing gold and silver, molybdenum concentrate, zinc concentrate, copper cake, copper and zinc ores, copper cake, zinc dross fines, and metallic silver and gold doré bars;Base metals and their alloys, namely, copper concentrates containing gold and silver, zinc concentrate, molybdenum concentrate, zinc dross fines;Metallic silver and gold doré bars;MINERALS;
 

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

    
Technical Examples
  1. A method and apparatus for accurately detecting the presence of a valid signal includes processing that begins by determining the energy level of an input signal in real time to produce a real time energy level. The processing then continues by delaying the input by a period of the valid signal to produce a delayed input. The processing then continues by correlating the input with the delayed input to produce a correlated input. The processing continues by determining the energy of the correlated input to produce a correlated energy level. The processing then continues by comparing the correlated energy level with the real time energy level to produce a probability that the input is a valid signal. The processing then continues by generating a valid signal probability indication based on the probability that the input is a valid signal.