BLOCK FORCED DRIVING TYPE ONE-SIDE POLISHING DEVICE

PROBLEM TO BE SOLVED: To provide a block forced driving type one-side polishing device preventing a center roller from being damaged by unnecessitating a driving mechanism exclusive for driving the center roller and preventing direct contact of the center roller and each block, and having a simple s...

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1. Verfasser: ODAGIRI SHIGERU
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creator ODAGIRI SHIGERU
description PROBLEM TO BE SOLVED: To provide a block forced driving type one-side polishing device preventing a center roller from being damaged by unnecessitating a driving mechanism exclusive for driving the center roller and preventing direct contact of the center roller and each block, and having a simple structure and excellent durability. SOLUTION: The center roller 8 is fixed to a center part of a surface plate 2 so that the center roller 8 is rotated together with the surface plate 2. A plurality of idle rollers 9 are disposed around the center roller 8 so that the idle rollers 9 is driven and rotated at fixed positions by bringing the idle rollers 9 into contact with the center roller 8. A plurality of blocks 3 holding workpieces are supported in states in which the blocks 3 are brought into contact with a guide roller 21 disposed around the surface plate 2 and the idle rollers 9. The blocks 3 are pressurized by a pressure plate to press the blocks 3 on the surface plate 2 for rotating the workpieces. Therefore, the workpieces are polished, while driving and rotating each block 3 by the center roller 8 via the idle rollers 9.
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SOLUTION: The center roller 8 is fixed to a center part of a surface plate 2 so that the center roller 8 is rotated together with the surface plate 2. A plurality of idle rollers 9 are disposed around the center roller 8 so that the idle rollers 9 is driven and rotated at fixed positions by bringing the idle rollers 9 into contact with the center roller 8. A plurality of blocks 3 holding workpieces are supported in states in which the blocks 3 are brought into contact with a guide roller 21 disposed around the surface plate 2 and the idle rollers 9. The blocks 3 are pressurized by a pressure plate to press the blocks 3 on the surface plate 2 for rotating the workpieces. 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SOLUTION: The center roller 8 is fixed to a center part of a surface plate 2 so that the center roller 8 is rotated together with the surface plate 2. A plurality of idle rollers 9 are disposed around the center roller 8 so that the idle rollers 9 is driven and rotated at fixed positions by bringing the idle rollers 9 into contact with the center roller 8. A plurality of blocks 3 holding workpieces are supported in states in which the blocks 3 are brought into contact with a guide roller 21 disposed around the surface plate 2 and the idle rollers 9. The blocks 3 are pressurized by a pressure plate to press the blocks 3 on the surface plate 2 for rotating the workpieces. Therefore, the workpieces are polished, while driving and rotating each block 3 by the center roller 8 via the idle rollers 9.</abstract><edition>7</edition><oa>free_for_read</oa></addata></record>
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subjects BASIC ELECTRIC ELEMENTS
DRESSING OR CONDITIONING OF ABRADING SURFACES
ELECTRIC SOLID STATE DEVICES NOT OTHERWISE PROVIDED FOR
ELECTRICITY
FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
GRINDING
MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING
PERFORMING OPERATIONS
POLISHING
SEMICONDUCTOR DEVICES
TRANSPORTING
title BLOCK FORCED DRIVING TYPE ONE-SIDE POLISHING DEVICE
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