Optical Measurement
Measurement and identification under rough conditions
LogoTek supplies computer vision and scanner based systems for measurement tasks and machine control. LogoTek also develops OCR solutions for the identification of steel products, e.g. heavy plates, billets, and slabs. LogoTek image processing systems are purposely developed for the extreme environmental conditions in heavy industry. Components are selected for robustness against vibrations and dirt. If needed, they are equipped with cooling mechanisms. LogoTek software components include programs for image processing /plain text reading, visualization, and the control of peripheral devices (scanners, sensors, and illumination).
LogoTek has project experience in following application fields:
The LTWMS-Server is running the database and WMS processes for verious tasks. Oracle or Microsoft SQL-Server databases are supported. WMS processes include
The WMS Client is a powerful user interface for the operation of the warehouse. It combines a sophisticated 3D and 2D real time visualization with a comprehensive set of functions for
WMS integrates a vehicle client software that is optimized for use at vehicles like overhead cranes, fork lifts or heavy load carriers. The vehicle client supports different 2D and 3D views depending on vehicle and material type. Different types of positioning systems are supported, and parameterization and monitoring of the vehicle sensors can be performed with this software.
LTWMS supports mobile client devices of different types. Web based applications for mobile phones, industrial PDA, tablet computers are available. The application software is optimized to be used in environments with difficult connectivity/unstable networks.
A warehouse management system needs to be connected to various production facilities and Level 1..3 systems of the steel plant. Interfaces can be configured individually for each application area. Examples are:
Work order are created automatically by the WMS based on storage rules and restrictions. Production schedules, material properties and crane status are used to create work orders and select a means of transport for the transport. AI based algorithms help to find a suitable storage location. Storage rules can be edited in the WMS.
Temperature models are available to calculate the actual material temperature and consider this for the selction of suitable material for loading or further processing.
Real time update of the material location requires modern sensor technology. LTWMS integrates sensors for various kinds of transport equipment, like cranes, fork lifts, roller tables. Used techologies are
LTWMS integrates fully automatic cranes. It provides routing functions to circumnavigate obstacles, avoid collision and records crane data for maintenance purposes.
