ANTI VEHICLE VEHICLE MITIGATION BARRIERS

Brand Owner (click to sort) Address Description
BRISTORM IVP HILL & SMITH LIMITED Westhaven House, Arleston Way Shirley, Solihull West Midlands B904LH United Kingdom Anti-vehicle and vehicle mitigation barriers of metal; Wires, ropes, non-electric cables, non-electric single and multi strand wire, netting, fences and barriers, all made of common metals, all for use with security perimeters, anti-vehicle perimeters and pedestrian traffic control, metal parts and fittings for all such fences and barriers, namely, fence line posts, fence anchor posts, fence post sockets, wire netting, fence railings, fence clamps, load absorption channels and covers;
BRISTORM IVP Hill & Smith Infrastructure Limited Westhaven House, Arleston Way, Shirley Solihull,West Midlands B904LH United Kingdom Anti-vehicle and vehicle mitigation barriers of metal; Wires, ropes, non-electric cables, non-electric single and multi strand wire, netting, fences and barriers, all made of common metals, all for use with security perimeters, anti-vehicle perimeters and pedestrian traffic control, metal parts and fittings for all such fences and barriers, namely, fence line posts, fence anchor posts, fence post sockets, wire netting, fence railings, fence clamps, load absorption channels and covers;
 

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

    
Technical Examples
  1. A communications system in a first vehicle sends departing information indicating that the first vehicle is about to depart from a parking space along with the vehicle information of the first vehicle when a door is unlocked, a key is inserted, and an engine is started. When the sent departing information is received by a communications system in a different second vehicle that is searching a parking space, the sent vehicle information of the first vehicle is shown in a display device in the second vehicle. The vehicle information includes the number of the license plate, the vehicle kind, the vehicle color, and the vehicle class. The driver of the second vehicle can easily determine whether a nearby vehicle where an occupant is present is the first vehicle that sends the departing information.