INFORMATION TECHNICAL SUPPORT WITH

Brand Owner (click to sort) Address Description
NANOPEENING Winoa 528 avenue de Savoie F-38570 Le Cheylas France Information and technical support with respect to treatment of materials, particularly in the field of the use and recycling of issued particles used for for processing metals and other materials; treating surfaces of equipment and particularly metals based on the use of issued particles;Scientific and technological services and research and design relating thereto, namely testing, research and development of treatments for improving surfaces of metals or other materials, particularly through the use of issued particles;
NANOPEENING WHEELABRATOR-ALLEVARD 528 Avenue de Savoie, BP 3 Le Cheylas F-38570 France Information and technical support with respect to the treatment of materials, particularly in the field of the use and recycling of abrasive particles and shot used in the surface structural modification of metals and other materials; Surface treatment services in the nature of preparation, reinforcement, improvement of chemical and physical properties, namely, materially treating the surfaces of equipment and metals with the use of abrasive particles and shot;The mark consists of the word NANOPEENING in stylized form.;NANO PEENING;Color is not claimed as a feature of the mark.;Scientific and technological services, and research and design relating thereto, in the field of surface structural modifications, namely, testing, research and development of treatments for improving the surfaces of metals and other materials, through the use of abrasive particles and shot;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. In a method to assist in the identification of a defective functional unit in a technical system that includes a number of functional units, a first test is implemented on the technical system for identification, the first tests implementing a measurement on the technical system and providing a first test result. Using a test model in which information is compiled about which functional units were tested, and using a system model in which information is compiled about the assembly of the technical system, an automated processing of the first test results is implemented. The first test result is analyzed in order to determine a group of functional units that may be defective, and using the analysis of the functional units of the group, defect probabilities are assigned.