MULTIPLE DISK

Brand Owner (click to sort) Address Description
MULTIDISC PASSAVANT-GEIGER-GMBH PASSAVANT-GEIGER-STRASSE 1 AARBERGEN 65326 Germany MULTIPLE DISK;Water treatment plants and water treatment equipment, namely screens and sieving devices and parts of screens and sieving devices, particularly mesh panels, spray systems, guiding means, supporting means, driving means, chains arid disc type sieving and filtering elements;
MULTIDISC AQSEPTENCE GROUP GMBH Passavant-Geiger-Str. 1 65326 Aarbergen Germany MULTIPLE DISK;Water treatment plants and water treatment equipment, namely screens and sieving devices and parts of screens and sieving devices, particularly mesh panels, spray systems, guiding means, supporting means, driving means, chains arid disc type sieving and filtering elements;
MULTIDISC BILFINGER WATER TECHNOLOGIES GMBH 8 Boulevard des Capucines 75009 PARIS 75009 France MULTIPLE DISK;Water treatment plants and water treatment equipment, namely screens and sieving devices and parts of screens and sieving devices, particularly mesh panels, spray systems, guiding means, supporting means, driving means, chains arid disc type sieving and filtering elements;
MULTIDISC PASSAVANT-GEIGER GMBH Passavant-Geiger-Strasse 1 Aarbergen 65326 Germany MULTIPLE DISK;Water treatment plants and water treatment equipment, namely screens and sieving devices and parts of screens and sieving devices, particularly mesh panels, spray systems, guiding means, supporting means, driving means, chains arid disc type sieving and filtering elements;
MULTIDISC Geiger International GmbH & Co. Technology KG Hardeckstrasse 3 76185 Karlsruhe Germany MULTIPLE DISK;Water treatment plants and water treatment equipment, namely screens and sieving devices and parts of screens and sieving devices, particularly mesh panels, spray systems, guiding means, supporting means, driving means, chains arid disc type sieving and filtering elements;
 

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

    
Technical Examples
  1. A method for checking a disk loading status in an optical disk driver including the steps of: discriminating a loading status of an optical disk during multiple loading stages of the disk; transmitting information to a host connected through an interface to the optical disk driver in case that the disk has been jammed based upon the discrimination; and performing a disk-ejection operation according to a disk ejection command received from the host, wherein in the step of discriminating the loading status of an optical disk during multiple loading stages of the disk, a loading status of an optical disk is discriminated on the basis of sensing signals respectively outputted from a plurality of optical sensor for sensing a size of the optical disk and from a loading switch for sensing whether the optical disk has been clamped.