Sequence Logic Modules
Journal Title: RECENT - Year 2013, Vol 14, Issue 40
Abstract
The authors of the inventor certificate provide, to specialists in the field of sequential pneumatic commands, a new method and system, which have the following characteristics: they solve any sequential cycle of pneumatic command; high reliability; easy maintenance and fast repairing; easiness in introducing the additional conditions and afterwards changes; insensitivity to perturbations, satisfying all the practical demands of pneumatic automation.
Authors and Affiliations
Mihai IONESCU
Research on Metallic Lance Thermal Cutting of Building Materials
It was designed and executed a plant for thermal cutting of building materials (concrete), which uses besides oxygen and metal lance with beam wire, iron powder flow and bulk chemicals, which pass with oxygen inside the...
Robotic Manufacturing Systems - Modelling and Simulation
This paper presents modelling and simulation techniques applicable to a wide range of manufacturing systems, where coordinated interaction of mechanical, electronic and software components is required to meet performance...
Marketing Strategies: Innovative Financial Services – Determining or Overcoming the Crisis
The financial crisis is believed to have a triple root: a policy of easy money kept going too long, an international securitization of heterogeneous debts whose structuring was almost incomprehensible, and a lax regulati...
The Macroscopic Analysis of Samples Cut With a CO2 Laser Type TC L4003
In industrial practice, metal materials such as steel, tool steel, stainless steel, aluminium and aluminium alloys are cut using laser (considered an allied welding process). But laser can also cut materials such as tita...
Dynamic Modeling of a Vibrating Separator with Inertial Excitation Considering Gyroscopic Effects
Subject of this work is examination of vibrating separator dynamical behaviour under directed inertial force excitation provided from synchronous spinning of two unbalanced shafts. For that purpose a dynamical model repr...