Seat Measuring Devices

The Seat Measuring Device

In addition to our measuring devices we now can offer you a robotic seat measuring test system for the controlled momental measuring and recording of the forces and torques involved.

The measuring system provides six measurement dimensions for forces and torques and ensures absolute accuracy. This provides the user with data about the actual forces and torques being exerted on the contact surface between the dummy and the seat. To adapt the overall system to a different seat, it is merely necessary to redefine the Base coordinate system.

Performance features

Continuous adaptation of the forces and torques (every cycle) according to the degree of wear on the test object.

Simple parameterization via special interfaces for endurance testing of all kinds.

Ethernet interface to an external data acquisition system for saving all relevant test data required for advanced analysis and test logging (optional).

Many other process-specific features, such as an editor for simple definition of the Base coordinate system, “Search and Hold” function for constant forces, static load compensation, programmable test stops, and processing of multiple test objects, etc.

With its 6-axis robot, the Occubot-VI-System offers the highest degree of flexibilitiy and precision. It consists of the following system components:

Roboter KR 150/KR 180/KR 210
for payloads up to 210 kg.

Robotcontroller KR C2 and Control Panel KCP
based on standard PC technology (Windows) and includes an Ethernet interface.

Force/Torque Sensor
mounted on the robot flange and can measure in 6 dimensions
Range: 2,500 N; 400 Nm, includes Sensor Control Board

Occubot-VI-Software
System and application software for all Occubot VI tests.

Dummy "OccuForm"
Realistic dummy for realistic simulation, available in two different versions. For further detailed information please contact us directly.

Dummy "OscarForm"
Realistic dummy for realistic simulation, only one version available. For further detailed information please contact us directly.

Sensor task (SDB)
Continuous adaptation of forces and torques (in every cycle) corresponding to the wear of the test object.

Freely definable movement:
Positions are defined along with a time stamp. Using spline curves, the robot then executes a precisely timed sequence to move to each of these positions.
Trace of the orientation and the z coordinate.
Trace of 3 orientations and 3 coordinates.

Customer Service
In addition to the robot system itself, we also offer a range of essential services designed to make your application even more successful. These services include, among others, our hotline and special service agreements.
 

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