Skip to main content

Sick shows smart sensors at Intertraffic

Sick is highlighting three innovations on its stand: an automated hot spot detector, an integrated tunnel sensor and a vehicle profiling system. The VHD Pro (vehicle hotspot detector) combines laser-based 3D modelling and infrared imaging to automatically differentiate between allowable hot spots (such as engines and transmissions) and those which could result in a fire. Without the need for human oversight, the system can detect a worrying hot spot (brakes or load) on a vehicle in less than five seconds. T
March 26, 2014 Read time: 2 mins
Andreas Tarnoki of Sick with the VHD Pro
536 Sick is highlighting three innovations on its stand: an automated hot spot detector, an integrated tunnel sensor and a vehicle profiling system.

The VHD Pro (vehicle hotspot detector) combines laser-based 3D modelling and infrared imaging to automatically differentiate between allowable hot spots (such as engines and transmissions) and those which could result in a fire. Without the need for human oversight, the system can detect a worrying hot spot (brakes or load) on a vehicle in less than five seconds. This allows enough time for the offending vehicle to be diverted before entering a tunnel or boarding a ferry or train.

The VISIC100SF tunnel sensor combines visibility, CO and NO measurements into one unit. Readings from the sensors are sent to the tunnel control room, allowing the tunnel operators to set the triggering values for the ventilation control system.

Also automated is the new vehicle profiling system (VPS Pro) which measures vehicles' dimensions using eye-safe laser scanners. As the vehicle passes through the measuring station it calculates its height, length, width and speed with information sent via a TCP/ip interface to the viewer’s station.
www.sick.com

For more information on companies in this article

Related Content

  • Australia's ground breaking average speed enforcement
    February 1, 2012
    The speed enforcement system on the Hume Highway in Australia combines both spot and point-to-point solutions. Here, Redflex's Peter Whyte discusses its implementation. The Australian State of Victoria has achieved notable success in reducing casualty rates since launching a three-pronged road accident prevention initiative in the late-1980s.
  • IRD complements WIM with tyre under-inflation detection
    May 8, 2015
    To complement its existing WIM offering, IRD has introduced a system to detect under-inflated and flat tyres at highway speeds. Tyre inflation pressure has both safety and economic impacts for road users and none more so than with commercial vehicles. An underinflated tyre has decreased directional control, increased risk of catastrophic failure, and negatively impacts tyre life and fuel economy. In June 2014 the USDOT published Large Truck and Bus Crash Facts 2012 in which the Federal Motor Carrier Safety
  • Public transport operators implement passenger safety systems
    December 4, 2012
    Operators of public transport systems are arming themselves with sophisticated systems of technology to ward off terrorism threats to passenger safety. David Crawford reports. City transportation authorities worldwide are looking more keenly than ever for mass transit solutions to overcome traffic congestion and manage commuter flows. As they do so, concerns over passenger security are driving development of new technologies for terrorist incident detection, response and emergency passenger evacuation. The
  • Vitronic presents next-generation of Lidar technology
    September 7, 2014
    This ITS World Congress sees Vitronic presenting its next-generation of Lidar (Light Detection And Ranging) traffic enforcement in North America. The new and enhanced PoliScan system offers not only best-in-class speed and red light enforcement but enables authorities to enforce additional violations such as tailgating, point-to-point speed enforcement, and ANPR applications simultaneously from the one fixed location.