CouplerView-Pin
  CouplerView-CK
CSCView
  TrainView
AOAView
  TempView
Brake Shoe Measurement and Inspection System
BrakeView | Shoe

Automatic Wayside Brake Shoe Inspection system

BrakeView-Shoe is a wayside brake shoe (Block) Measurement system designed to inspect brake shoes at track speeds. This system is vision-based and uses a multi-camera high speed imaging unit to take multiple images of every brake shoe for inspection and measurement.

BrakeView enclosures are installed on two short towers, one in each side of track, mounted on two concrete or steel footings. Cameras and illumination systems are installed in a safe distance from the center of the track. Since the brake shoe is viewed by two cameras, a complete and reliable assessment of the brake shoe condition is provided.
Brake shoes are viewed from top and bottom perspectives. Acquired images are processed by a set of sophisticated image processing algorithms. The imaging system and processing algorithms are designed to be insensitive to ambient light conditions and can operate in both day and night time conditions.

Brake shoe data is integrated into TrainDB database system with possible web-based data access, including images. This data can be used in ECP train monitoring where brake shoe and wheel profile data are both needed.

Brake Block Shoe Measurement Sysytem   Brake Block Shoe Measurement Sysytem
3D-Image of BrakeView-Shoe   BrakeView-Shoe

Inspections and Measurements:
  • Shelled Tread
  • Tread Groove
  • Shattered Rim
  • Vertical Split Rim (flange or field side)
  • Visible Substantial Fatigue Cracks
  • Significant Spread Rim
  • Major Scrapes, Dents and Gouges
  • Broken/Missing Wheel Sections
  • Substantial Thermal Crack
  • Broken Flange
  • Flat Wheel
  • Slid Flat
  • Wheel OOR (Out-Of-Round)
  • AOA Alarm
  • Back-to-Back (wheel spacing) Alarm
  • Flange Height Around the Wheel
  • Rim Thickness Around the Wheel
  • Tread Hollow Wheel
  • Non-Uniform Wheel Wear
  • Shell Size and Depth

Features
  • Highly Sophisticated Data Collection System
  • Speeds Up to 60mph (100 km/h)
  • Capable of Operating in Extreme Environments
  • Operating Temperature: -40°C to 55°C
  • Installed on Concrete or Steel Bases Without
  • Interfering with the Track Structure
  • Automatic Alarm Generation for Various Conditions

Software Features
  • Remote Monitoring/Control Software
  • System Management Software
  • Digital Image Acquisition/Processing
  • Calibration Software
  • Web-Based Database/Data Search Software
  • Database Interface Software
  • Automated Reporting Software
  • AEI (AVI) Integration
   
Train Brake Shoe Bottom
Train Brake Shoe Top
Typical images of Brake Shoe From Top and Bottom Angles
   
Brake Shoe Processed result
Brake Shoe image processed result
Sample Processing Results
 
Copyright © 2014 Beena Vision, Inc. All rights reserve