APPARATUS MODULES USED

Brand Owner (click to sort) Address Description
FERROBOND ATOTECH DEUTSCHLAND GMBH Erasmusstrasse 20 Berlin 10553 Germany Apparatus and modules used for surface treatment, namely, electrolysis apparatus for electroplating purposes and electroplating equipment for treatment of copper and copper alloys;Plating equipment for surface treatment, namely mixing machines, filter machines, spraying machines, plating bath machines, pumping machines, plating equipment for surface treatment, particularly for treatment of copper and copper alloys, namely mixing machines; filter machines; spraying machines; plating bath machines, pumping machines;Chemical products for use in the electroplating industry, namely immersion baths; etchants; oxidants; solvents, rinses, activator solutions, neutralizing solutions, and anti-tarnish solutions, chemical products for the galvanic industry, namely immersion baths; etchants; oxidants, solvents, rinses, activator solutions, neutralizing solutions; and anti-tarnish solutions for roughening of copper and copper alloys;
HORIZON ATOTECH DEUTSCHLAND GMBH Erasmusstrasse 20 Berlin 10553 Germany APPARATUS AND MODULES USED FOR SURFACE TREATMENT OF WORKPIECES, NAMELY CHEMICAL CLEANING MODULES, ELECTROLYTIC CLEANING MODULES, ELECTROLESS PLATING MODULES, ELECTROLYTIC PLATING MODULE, RINSE MODULES AND DRYING MODULES, FOR USE IN THE MANUFACTURE OF ELECTRONIC COMPONENTS;PLATING EQUIPMENT, NAMELY, CONVEYORIZED MACHINES, FOR SURFACE TREATMENT OF WORKPIECES IN THE MANUFACTURE OF ELECTRONIC;
 

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

    
Technical Examples
  1. A computing apparatus comprises a plurality of hardware modules (102,104,106) and a shared communication infrastructure (110) by which the modules can communicate with each other in the usual way. In order to increase the level of trust and security in the apparatus, a trusted hardware module (120) is also provided and is connected to the other modules by respective communication paths (122a;122b;122c), distinct from the communication infrastructure, by which each of those modules can communicate directly with the trusted module but cannot communicate directly with any other of the modules. The trusted module can therefore have secure communications, for example of "unsafe" data, with each of the other modules without any of the remaining modules eavesdropping, and the trusted module can route unsafe data between any pair of the other modules, or decline to provide such routing, for example in dependence on policy stored in the trusted module.