PARTITIONS BUILDING WITH FRAMES

Brand Owner Address Description
TEXTO CLESTRA HAUSERMAN 1 rue du Docteur Albert Schweitzer F-67400 ILLKIRCH-GRAFFENSTADEN France Partitions for building with frames not of metal; partitions for building not of metal; building materials, not of metal, namely, tiles, soffits, chimneys; transportable buildings, not of metal; reinforcing materials, not of metal, for building in the nature of concrete, concrete piles, reinforced glass; non-metallic materials for building, namely, tiles, soffits, chimneys; window frames not of metal; non-metallic door frames, tiles not of metal for building; framework for buildings, not of metal, in the nature of door and window frames; window cases not of metal; door cases, not of metal; staircases not of metal; windows not of metal; door frames not of metal; wainscoting not of metal; parquet floor boards, not of metal; laths not of metal; stair-treads in the nature of steps not of metal; wall claddings for building, not of metal; building panels, not of metal, in the nature of wall panels; wall linings, not of metal, for building; parquet flooring; ceiling panels not of metal; floors not of metal; door panels, not of metal; doors not of metal; posts, not of metal; palisading, not of metal; joists, not of metal; beams, not of metal; roof coverings for building not of metal; floor tiling, not of metal; fences, not of metal; non-metallic ducts for ventilation and air conditioning installations; transportable constructions in the nature of buildings not of metal; cornices not of metal; angle irons, not of metal; roof gutters not of metal; roof coverings, not of metal; roofing not of metal; paving slabs not of metal; tiles not of metal; jalousies not of metal; awnings not of metal in the nature of roofing for construction; lintels not of metal; shutters not of metal; sheet glass for building; insulating glass for construction purposes; window glass excluding glass for vehicle windows, stained-glass windows;Partitions for building with frames of metal, partitions of metal for building; portable buildings of metal; building materials of metal, namely, beams, nuts, bolts, screws; transportable buildings of metal; reinforcements for building in the nature of steel rebars, rods, and mesh used for strengthening and reinforcing concrete structures; steel frames for buildings; exterior roller blinds of steel for guiding light; steel sheets; door frames of metal; reinforcing materials of metal for pipes; window frames of metal; door cases of metal; door stops of metal; window stops of metal; tiles of metal for building; tile floorings of metal; paving blocks of metal; metal hinges; framework of metal for building; frames of metal for building; ducts of metal for ventilating and air conditioning facilities; fences of metal; metal columns being parts of buildings; staircases of metal; windows of metal; doors of metal; metal door closers, non-electric; wainscoting of metal; laths of metal; jalousies of metal; porches of metal for building; lintels of metal; latches of metal; metal staircase steps; metal fasteners, namely lock bolts; roof coverings of metal; roofing of metal; tiles of metal; wall claddings of metal for building; wall panels of metal for construction; wall linings of metal; wall linings of metal for building; ceiling tiles and panels of metal; floors of metal; door handles of metal; joists of metal; girders of metal; non-electric locks of metal; cornices of metal; angle irons of metal; metal hooks being metal hardware; hooks of metal for clothes rails; floor tiles of metal; gutters of metal; grilles in the nature of grates of metal; metal hooks for clothes; screws of metal; shutters of metal; shelf holders in the nature of brackets of metal; metal wall and floor panels; magnetic or magnetized metal name plates; non-luminous and non-mechanical metal signs;
 

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

    
Technical Examples
  1. If a disk array device according to the invention initially has four disk devices, which is the smallest number of disk devices for RAID5 (3D+P), the storage region of each of the four disk devices is equally divided by four to produce partitions. Then, four partitions are selected respectively from the four disk devices and combined to form a redundancy group so that a total of four redundancy groups are formed. When another disk device is added, its storage region is also equally divided by four. Four partitions are selected from the four redundancy groups, one from each of the disk devices, and the data of the selected four partitions are copied to the four partitions of the added disk device. After the completion of the copying, the origin of copying partitions are excluded from the original redundancy groups and the corresponding four destination of copying partitions are incorporated to replace the excluded partitions. The four origin of copying partitions excluded from the original redundancy groups are combined to generate a new redundancy group.