APOMAT

APOMATDe­vel­op­ment, con­struc­tion, de­sign and proving of a pro­to­type of a ware­house man­age­ment system for phar­ma­cies and al­ter­nating ap­pli­ca­tions. De­vel­op­ment of a pro­cess con­trol system with in­te­grated data entry, data mon­i­toring and reg­is­tra­tion as well as a har­mo­nized system con­trol of the mul­ti­di­men­sional pro­cesses of the APOMAT system.

 

The ware­house man­age­ment system APOMAT is qual­i­ta­tive dif­ferent com­pared with cus­tomary sys­tems:

  • The move­ments of the shelves and the robot are op­ti­mized by a spe­cial system based on "chaos prin­ciple". For this the data of the de­livery is stored and new prod­ucts are sorted and put away fol­lowing these datas. Often bought prod­ucts will be placed in the an­te­rior shelves to min­i­mize de­liv­ering time and move­ments.
  • The total system APOMAT is spa­tially op­ti­mized so that the cov­ered paths are min­i­mized. This is reached by the three-di­men­sional system of the APOMAT (move­able shelves and multi bite- and trans­porta­tion system).

 

 

 

 

Completed research work

2008

De­vel­op­ment of a con­cept of an ac­tive anti surge reg­u­la­tion for a single-stage cen­trifugal com­pressor
2006

Mod­eling and sim­u­la­tion of ra­dial com­pres­sors
2005

Mod­eling of di­men­sion­less char­ac­ter­istic di­a­grams of ra­dial com­pressor stages
1999 De­vel­op­ment of a con­trol system for master con­trol of two mul­ti­stage tur­bo­com­pres­sors with ex­pan­sion tur­bines for en­ergy re­covery