MASTER/SLAVE MANIPULATOR AND SLAVE CONTROL THEREOF
PURPOSE: To provide a master slave manipulator not giving a feeling of physical disorder in operating to an operator, by first making a plurality of representation points correspond to a plurality of target points mutually on a limit surface in each operating region of master and slave, and next mak...
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creator | YANAGI KUNIKAZU YOSHINADA YUTAKA OKAMURA KENJI |
description | PURPOSE: To provide a master slave manipulator not giving a feeling of physical disorder in operating to an operator, by first making a plurality of representation points correspond to a plurality of target points mutually on a limit surface in each operating region of master and slave, and next making a plurality of representation points correspond to a plurality of target points mutually in the operating region. CONSTITUTION: First, a plurality of representation points of a master 1 are set onto a closed curve Al serving as a limit line of an operating region A of the master 1. Next, a target point, which must correspond to a plurality of the representation points of the master 1, is almost equally determined on a closed curve B1 serving as a limit line of an operating region B of a slave 2, to set the target point as a plurality of the target points of the slave 2. An orthogonal lattice A2 is set in the operating region A, to set several crossing points to a plurality of the representation points of the master 1. An orthogonal lattice B2 is set also in the operating region B, to almost equally determine a target crossing point, which must correspond to each representation point of the master 1, set to a plurality of the target points of the slave 2. An operating quantity of the master 1 and slave 2 is obtained in a plurality of each representation point. |
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CONSTITUTION: First, a plurality of representation points of a master 1 are set onto a closed curve Al serving as a limit line of an operating region A of the master 1. Next, a target point, which must correspond to a plurality of the representation points of the master 1, is almost equally determined on a closed curve B1 serving as a limit line of an operating region B of a slave 2, to set the target point as a plurality of the target points of the slave 2. An orthogonal lattice A2 is set in the operating region A, to set several crossing points to a plurality of the representation points of the master 1. An orthogonal lattice B2 is set also in the operating region B, to almost equally determine a target crossing point, which must correspond to each representation point of the master 1, set to a plurality of the target points of the slave 2. 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CONSTITUTION: First, a plurality of representation points of a master 1 are set onto a closed curve Al serving as a limit line of an operating region A of the master 1. Next, a target point, which must correspond to a plurality of the representation points of the master 1, is almost equally determined on a closed curve B1 serving as a limit line of an operating region B of a slave 2, to set the target point as a plurality of the target points of the slave 2. An orthogonal lattice A2 is set in the operating region A, to set several crossing points to a plurality of the representation points of the master 1. An orthogonal lattice B2 is set also in the operating region B, to almost equally determine a target crossing point, which must correspond to each representation point of the master 1, set to a plurality of the target points of the slave 2. 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CONSTITUTION: First, a plurality of representation points of a master 1 are set onto a closed curve Al serving as a limit line of an operating region A of the master 1. Next, a target point, which must correspond to a plurality of the representation points of the master 1, is almost equally determined on a closed curve B1 serving as a limit line of an operating region B of a slave 2, to set the target point as a plurality of the target points of the slave 2. An orthogonal lattice A2 is set in the operating region A, to set several crossing points to a plurality of the representation points of the master 1. An orthogonal lattice B2 is set also in the operating region B, to almost equally determine a target crossing point, which must correspond to each representation point of the master 1, set to a plurality of the target points of the slave 2. An operating quantity of the master 1 and slave 2 is obtained in a plurality of each representation point.</abstract><edition>6</edition><oa>free_for_read</oa></addata></record> |
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subjects | CHAMBERS PROVIDED WITH MANIPULATION DEVICES CONTROL OR REGULATING SYSTEMS IN GENERAL CONTROLLING FUNCTIONAL ELEMENTS OF SUCH SYSTEMS HAND TOOLS MANIPULATORS MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS ORELEMENTS PERFORMING OPERATIONS PHYSICS PORTABLE POWER-DRIVEN TOOLS REGULATING TRANSPORTING |
title | MASTER/SLAVE MANIPULATOR AND SLAVE CONTROL THEREOF |
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