General machine vision based machine reposition application to improve machine motion control where goal point offset will be shown by a pin needle marker.
For aluminium profile pre-treatment before profile powder painting. Main bridge recycled technology. Three applications with PLC programs, computer HMI and process control according customers requests. All in active use.
Evaluation of cruiser needed hoisting applications with different constructions. Inquiry and offer eavuluations.
Standard cabin construction for automated cranes and power and free conveyor lines. Cabin size should be minimized due production area limitations. Control power backup supply over 1/2 hour power electrics cut off.
Easy display view for crane boom reposition applications by setting pin point to needle start.
Design, wiring diagrams and project start-up. User interface for manual crane movements and temporal process adjustments. Mainly for crane service use.
Control and power supply electric diagrams. PLC programming instructions and best practises to ensure proper start-up. Documentation and correspondence in English.
PLC control and two computer HMI with SQL database control. Save expensive floor area with increased order.
Customers old crane control system modified and updated to fit with recycled automatic crane. Control and power electric diagrams. Instrumetation designs and component selection. Computer HMI interface to control process and crane values such stop points. Control cabin manufacture local Estonian company.
Project development from scratch to final system start up.
Two servo controlled robots control 22 pallets. 2 empty pallet positions. Escort memory controlled autonomic customer order palletizing. Factory control system delivered by SAP. All technical Windows program and solution development documentation in English.
Typical sway motion will continue if we do have any tool for detcting sway motion. At picture center from yellow line automatical anti-sway is switched on which remove sway motion. System works with any size of material handling equipment.
Studies to improve construction industry lifting work safety, efficiency and better motion controlability.
Customer's firsts 3-axis portal robots for cam shaft palletizing to their storage boxies. New empty storage box piled over full layer of cam shafts. Awarded by 'Finnish key work of the month' on Finnish TV company MTV3.
Two core sizes D184/306mm. Scissors lift designed for long goods. Vacuum gripper. 1 to 4 cores lifted according factory order. Two computers in network. Easy robot change. Control places are locating where actual production ~ control distance 150m. Computer HMI with accurate individual working time documentation. Old previous system did not work. System designed using the old removed system base dimensions.
Lifting guide was invented during Computer-PLC communication development project (1985-1987) to enable crane resposition for low room space. Application for kitchen raw material door lifting application development from scratch.
1. palletizing robot were was solved increasing product weights and numbers. Sugtion system developement, pilar hoist with internal built pneumatic hoisting zylinder and tooth band drive system. Computer HMI with fluent pallet positions - Notice: No fixed storage points, positions centers were teached by driving crane above storage center.
Automated crane computer control TEKES project started 1985. Scissors guide was developed for this project and computer controlled crane was presented at Hannover Fair 1987. Tooth band driven crane for long distancies was patented FI86291 17.2.1989. Picture project Sime made computer SQL based HMI product storage system and consulted control cabin manufacturer how make PLC program for Siemens S5 PLC.
Low headroom make possible to increase above locating show theater height. Spare piston crank shaft located on a turn table in the midle of 4 diesel engines. Empty place was for broken piston-crank shaft. Customers problem (pilar) was turned to winning solution how reduce piston sideway lifting. Shipyards first electric driven lifting system was built according Loyds register. English language documentation.