1
Wildenberg Francois: Cardan structure for articulated joining of hexapod. Const Mecaniques Des Vosges, May 22, 1998: FR2756025-A1 (19 worldwide citation)

A cardan structure for use in the articulated joining by connecting feet of two plates, one serving as a base plate the other as a support plate. Specifically it is employed as a familiar hexapod, the legs containing at each of its ends a cardan joint of which one fork is anchored onto the correspon ...


2
WILDENBERG FRANCOIS: [fr] PROCEDE DE FABRICATION DE PLAQUES DE METAL, SEUL OU EN ALLIAGE HOMOGENE, PAR CENTRIFUGATION. CMW CONST MECANIQUES DES VOSGE, September 11, 2009: FR2928282-A1

[fr] Procédé de fabrication d'une plaque métallique, constituée d'un métal seul ou d'un alliage homogène, qui est élaboré, chauffé et fondu dans une poche, caractérisé en ce qu'il comporte les étapes suivantes :- coulée du métal ou de l'alliage fondu dans un moule 2 de centrifugeuse 1, jusqu'à la fo ...


3
Wildenberg Francois: Linear guide for machine tool. Const Mecaniques Des Vosges, July 14, 1999: EP0928661-A1

A rail (2) is drilled (6) totally or partially along its longitudinal axis and the nut (5) of a screw with ball bearings (4) is fixed (7) to one end. The screw is blocked externally such that rotation causes the rail (2) to move longitudinally through a slider (3).


4
Wildenberg Francois: Linear actuator with measurement of displacement of legs of hexapod. Const Mecaniques Des Vosges, May 22, 1998: FR2755890-A1

The linear guide has a rail (2) with a passage running along most or all of its length. A screw (4) runs in a nut (5) fixed to the rail. The end of the screw is trapped longitudinally between two gimbal joints (9,10) that form part of a leg of a hexapod, allowing variation of the length of the leg. ...


5
Wildenberg Francois: Method of modelling work-tool position for machine tool. Const Mecaniques Des Vosges, June 19, 1998: FR2757095-A1

The method for modelling a hexapod, which is a machine tool sub assembly to position a machine tool head with respect to the work, involves transforming the Cartesian coordinates of a point to be reached by the machine tool, integrating a hexapod co-ordinates. The articulated co-ordinates are rectif ...


6
Wildenberg Francois: Compensating system for hexapod. Const Mecaniques Des Vosges Ma, December 3, 1999: FR2779086-A1

The invention concerns a hexapod, for example a hexapod used for positioning a tool relative to a part to be machined, comprising two spaced plates mutually connected by six extensible legs and articulated for varying at will the mobile plate (2) relative position with respect to the base plate. The ...


7
Wildenberg Francois: Procede de travail sur site dune piece de grande dimension avec une machine a architecture parallele. Cmw Construction Mecaniques de, December 19, 2008: FR2917316-A1

La présente invention concerne un procédé de travail d'une pièce avec une machine dite machine à architecture parallèle, du type comportant un plateau porte-outil mobile relié à un plateau fixe par une pluralité de jambes, la machine étant programmée pour effectuer des parcours théoriques des outils ...


8
Wildenberg Francois: Method for machining workpieces, in particular pieces with a complex form. Const Mecaniques Des Vosges, December 12, 1997: FR2749527-A1

The procedure involves determining the volume of the piece (6) to be machined. A machining mesh is then defined and the volume of the piece is then meshed. Programming of the machining of the mesh is made and machining mesh by mesh is then effected. The determination of the volume of the piece may b ...


9
Wildenberg Francois: Method for machining workpieces, in particular pieces with a complex form. Const Mecaniques Des Vosges, December 10, 1997: EP0811456-A1

The procedure involves determining the volume of the piece (6) to be machined. A machining mesh is then defined and the volume of the piece is then meshed. Programming of the machining of the mesh is made and machining mesh by mesh is then effected. The determination of the volume of the piece may b ...


10
Wildenberg Francois: Procedure for determining the relative positions of two plates on a hexapode machine, comprises sensors and programs to process at least six parameters such as length of legs and their angles. Const Mecaniques Des Vosges, November 10, 2000: FR2793316-A1

The relative position of two plates on a hexapode machine may be determined by the measurement of at least six different parameters. These measurements are realised internally by linear rules, rotating coders and lasers and externally by triangulation, theodolite and global position systems and proc ...