METALLIC FENCES GATES

Brand Owner (click to sort) Address Description
NYLOFOR PRAESIDIAD HOLDING BVBA Blokkestraat 34/B Zwevegem 8550 Belgium Metallic fences and gates; metal walls, namely metal wall panels; metal barriers, namely metal barriers for perimeter protection and metal crowd control barriers; plastic coated metallic fences and gates; plastic coated metal walls, namely plastic coated metal wall panels; plastic coated metal barriers, namely plastic coated metal barriers for perimeter protection and plastic coated metal crowd control barriers; component parts of all the aforesaid goods; wire mesh; wire mesh fence panels; plastic coated wire mesh; plastic coated wire fence panels;
PRISM PRAESIDIAD HOLDING BVBA Blokkestraat 34/B Zwevegem 8550 Belgium Metallic fences and gates; metal barriers, namely, metal barriers formed from mesh panels; metal walls, namely, metal walls formed from mesh panels; plastic coated metallic fences and gates; plastic coated metal barriers, namely, plastic coated metal barriers formed from mesh panels; plastic oated metal walls, namely, plastic coated metal walls formed from mesh panels; component parts of all the aforesaid goods; wire mesh; wire mesh fence panels; plastic coated wire mesh; plastic coated wire fence panels;
 

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

    
Technical Examples
  1. An equivalence checking method provides first and second logic functions. Don't care gates are inserted for don't care conditions in the first and second logic functions. The insertion of the don't care gates creates a first intermediate circuit and a second intermediate circuit. All 3DC gates of the first intermediate circuit are propagated and merged into a single 3DC gate when 3DC gates and SDC gates coexist in either of the first and second intermediate circuits. All 3DC gates of the second intermediate circuit are propagated and merged into a single 3DC gate when 3DC gates and SDC gates coexist in either of the first and second intermediate circuits. First and second circuit are produced in response to propagating and merging the 3DC gates. A combinational equivalence check is then performed of the first circuit to the second circuit under different equivalence relations.