Vibration transmission member and working machine provided with such a member

Il s'agit d'un organe de transmission du genre comportant un boîtier creux (13) et un noyau (14) monté flottant dans celui-ci, ledit noyau (14) comportant au moins deux bras (16) à chacun desquels un quelconque organe menant ou mené est susceptible d'être assujetti. Suivant l'inv...

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Hauptverfasser: ASTIER, JEAN-FRANCOIS, BESSAGUET, LOUIS
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BESSAGUET, LOUIS
description Il s'agit d'un organe de transmission du genre comportant un boîtier creux (13) et un noyau (14) monté flottant dans celui-ci, ledit noyau (14) comportant au moins deux bras (16) à chacun desquels un quelconque organe menant ou mené est susceptible d'être assujetti. Suivant l'invention, les bras (16) du noyau (14) font un angle entre eux, le boîtier (13) comporte intérieurement un logement (20) dont la configuration est une réplique homothétique de celle du noyau (14), un jeu (J) étant prévu en tout sens entre ledit noyau (14) et ledit logement (20) et une partie au moins de chacune des parois dudit logement (20) qui se trouvent en regard des bras du noyau comporte au moins un évidement (37, 77), qui, par un réseau de canalisations internes au boîtier (13), est susceptible d'être mis en communication avec une source de fluide sustentateur sous pression. Application aux machines d'usinage par ultra-sons, électro-érosion ou électro-chimie. A transmission device comprises a hollow casing and a core member disposed in the casing. The core member is free to move in the casing in all directions. It has at least two arms to each of which a driving member or a driven member may be connected. The arms of the core member have a non-aligned angular relationship to one another. The casing incorporates an internal housing whose configuration is a homothetic replica of that of the core member. There is clearance between the core member and the housing in all directions. At least part of each wall of the housing facing one of the arms of the core member is formed with at least one hole or recess which, by means of a network of internal conduits in the casing, can communicate with a source of pressurized supporting fluid. The transmission device is applicable to machine tools using ultrasonic, spark erosion and electrochemical machining processes.
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Suivant l'invention, les bras (16) du noyau (14) font un angle entre eux, le boîtier (13) comporte intérieurement un logement (20) dont la configuration est une réplique homothétique de celle du noyau (14), un jeu (J) étant prévu en tout sens entre ledit noyau (14) et ledit logement (20) et une partie au moins de chacune des parois dudit logement (20) qui se trouvent en regard des bras du noyau comporte au moins un évidement (37, 77), qui, par un réseau de canalisations internes au boîtier (13), est susceptible d'être mis en communication avec une source de fluide sustentateur sous pression. Application aux machines d'usinage par ultra-sons, électro-érosion ou électro-chimie. A transmission device comprises a hollow casing and a core member disposed in the casing. The core member is free to move in the casing in all directions. It has at least two arms to each of which a driving member or a driven member may be connected. The arms of the core member have a non-aligned angular relationship to one another. The casing incorporates an internal housing whose configuration is a homothetic replica of that of the core member. There is clearance between the core member and the housing in all directions. At least part of each wall of the housing facing one of the arms of the core member is formed with at least one hole or recess which, by means of a network of internal conduits in the casing, can communicate with a source of pressurized supporting fluid. 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Suivant l'invention, les bras (16) du noyau (14) font un angle entre eux, le boîtier (13) comporte intérieurement un logement (20) dont la configuration est une réplique homothétique de celle du noyau (14), un jeu (J) étant prévu en tout sens entre ledit noyau (14) et ledit logement (20) et une partie au moins de chacune des parois dudit logement (20) qui se trouvent en regard des bras du noyau comporte au moins un évidement (37, 77), qui, par un réseau de canalisations internes au boîtier (13), est susceptible d'être mis en communication avec une source de fluide sustentateur sous pression. Application aux machines d'usinage par ultra-sons, électro-érosion ou électro-chimie. A transmission device comprises a hollow casing and a core member disposed in the casing. The core member is free to move in the casing in all directions. It has at least two arms to each of which a driving member or a driven member may be connected. 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Suivant l'invention, les bras (16) du noyau (14) font un angle entre eux, le boîtier (13) comporte intérieurement un logement (20) dont la configuration est une réplique homothétique de celle du noyau (14), un jeu (J) étant prévu en tout sens entre ledit noyau (14) et ledit logement (20) et une partie au moins de chacune des parois dudit logement (20) qui se trouvent en regard des bras du noyau comporte au moins un évidement (37, 77), qui, par un réseau de canalisations internes au boîtier (13), est susceptible d'être mis en communication avec une source de fluide sustentateur sous pression. Application aux machines d'usinage par ultra-sons, électro-érosion ou électro-chimie. A transmission device comprises a hollow casing and a core member disposed in the casing. The core member is free to move in the casing in all directions. It has at least two arms to each of which a driving member or a driven member may be connected. The arms of the core member have a non-aligned angular relationship to one another. The casing incorporates an internal housing whose configuration is a homothetic replica of that of the core member. There is clearance between the core member and the housing in all directions. At least part of each wall of the housing facing one of the arms of the core member is formed with at least one hole or recess which, by means of a network of internal conduits in the casing, can communicate with a source of pressurized supporting fluid. The transmission device is applicable to machine tools using ultrasonic, spark erosion and electrochemical machining processes.</abstract><oa>free_for_read</oa></addata></record>
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subjects ACOUSTICS
ACOUSTICS NOT OTHERWISE PROVIDED FOR
DRESSING OR CONDITIONING OF ABRADING SURFACES
FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
FOR PERFORMING MECHANICAL WORK IN GENERAL
GENERATING OR TRANSMITTING MECHANICAL VIBRATIONS IN GENERAL
GRINDING
MACHINE TOOLS
MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING
METAL-WORKING NOT OTHERWISE PROVIDED FOR
METHODS OR APPARATUS FOR GENERATING OR TRANSMITTING MECHANICALVIBRATIONS OF INFRASONIC, SONIC, OR ULTRASONIC FREQUENCY
METHODS OR DEVICES FOR PROTECTING AGAINST, OR FOR DAMPING,NOISE OR OTHER ACOUSTIC WAVES IN GENERAL
MUSICAL INSTRUMENTS
PERFORMING OPERATIONS
PHYSICS
POLISHING
SOUND-PRODUCING DEVICES
SUCH WORKING COMBINED WITH OTHER FORMS OF WORKING OF METAL
TRANSPORTING
WORKING OF METAL BY THE ACTION OF A HIGH CONCENTRATION OFELECTRIC CURRENT ON A WORKPIECE USING AN ELECTRODE WHICH TAKESTHE PLACE OF A TOOL
title Vibration transmission member and working machine provided with such a member
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