DISTRIBUTION DELIVERY MEALS

Brand Owner (click to sort) Address Description
FLIGHT GOURMET GATE GOURMET SWITZERLAND GMBH Sagereistrasse 20 Glattbrugg 8152 Switzerland Distribution and delivery of meals for airline catering requirements;The color gray appears in the oval portion of the mark, the chef's hat and apron and in the serving platter.;The colors gray and black are claimed as a feature of the mark.;Catering, restaurant and self-service restaurant services, canteen and cafeterias services, providing of food and drink in restaurants in airports and airlines; food and drink preparation for consumption in airports and for airlines;GOURMET;The stippling shown in the mark is intended to indicate shading and is not intended to indicate color and further, it is not a feature of the mark.;
FLIGHT GOURMET GATE GOURMET SWITZERLAND GMBH Sagereistrasse 20 Glattbrugg 8152 Switzerland Distribution and delivery of meals for airline catering requirements;Catering, restaurant and self-service restaurant services, canteen and cafeterias services, providing of food and drink in restaurants in airports and airlines; food and drink preparation for consumption in airports and for airlines;
 

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

    
Technical Examples
  1. The present invention provides a magnetron sputtering system using a gas distribution system which also serves as a source of anodic charge to generate plasma field. The sputtering system is comprised of a vacuum chamber, a cathode target of sputterable material, a power source which supplies positive and negative charge, and a gas distribution system. The gas distribution system may comprise a simple perforated gas delivery member, or it may comprise a perforated gas delivery member with an attached conductive anodic surface. The gas delivery member may also contain an inner conduit with further perforations which serves to baffle flow of the sputtering gas. Gas flow may be regulated within discrete portions of the gas distribution system. The anodic surfaces of the gas distribution system are cleaned through the action of plasma and gas flow, creating a more stable plasma and reducing the need for maintenance.