Vertex Grader Simulator
A grader is a construction machine with a
long blade used to create a flat surface during the grading process. Typical
models have three axles, with the engine and cab situated above the rear axles
at one end of the vehicle and a third axle at the front end of the vehicle,
with the blade in between. Graders are commonly used in the construction and
maintenance of dirt and gravel roads. Graders can produce inclined surfaces, to
give side slopes to roads, and to produce drainage ditches with
shallow V-shaped cross-sections
on either side
of highways. Other
common tasks are ripping,
ground clearing for
mixing and distributing materials, or to remove snow from roads.
Equipment:
·
Cabin atop a 2 to 6DOF platform
·
Real operation console
·
Driving pedals
·
Instructor's console with full control over
the simulation
·
Digital sound effects from real environment
·
Projection system with 2 to 5 high resolution
screens
Special conditions:
·
Weather conditions: wind, rain, fog...
·
Work with artificial light
·
Realistic response to collisions
·
Realistic soil and terrain dynamics: mass,
cutting forces, inertial properties and collisions affect machine behaviour
Machinery malfunction,
also injected by the instructor at run-time:
Main functions:
·
Theory module
·
Real start-up and stop sequence
·
Driving around the work environment
·
Ground levelling
·
Trench excavation
·
Spreading
·
Road construction and maintenance
·
Automatic and manual gearbox
·
Response of the machinery to the load
·
On screen information for user and instructor
·
Information window with state and position of
the machinery and operation commands
Reports at the
instructor's console:
·
Date
·
Starting and ending time
·
Time length
·
Finished exercises
·
Control handling log
·
Velocity log
·
Collision log
·
Dangerous manoeuvres log
Visualization system
·
High quality images, generated in real time.
·
3D graphics.
·
Picture textures from a real facility.
·
External views displaying machine parameters.
·
Heads-Up Display showing information about
positions and machine
parameters.





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