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AbstractAbstract
[en] The TRIUMF 100 μA 500 MeV cyclotron, located at the University of British Columbia, required a low cost, portable master/slave manipulative capability for experimental beam line servicing. A programmable capability was also required for the hot cell manipulators. A general purpose unit was developed that might also have applications in light manufacturing and medical rehabilitation. The project now in prototype testing represents a modular portable robot costing less than $5000 that is lead-through-teach programmable by either a master controller or hands-on lead-through. Task programs are stored and retrieved on any 32 k personal computer. An on-board proportional integral derivative controller (Motorola 6809 based) gives discrete positioning of the six degrees of freedom 2 kg capacity end effector
Primary Subject
Secondary Subject
Source
Anon; p. 155-160; 1984; p. 155-160; American Nuclear Society; LaGrange Park, IL (USA); Topical meeting on robotics and remote handling in hostile environments; Gatlinburg, TN (USA); 23-26 Apr 1984
Record Type
Book
Literature Type
Conference
Country of publication
ARTIFICIAL INTELLIGENCE, CAPITALIZED COST, COMPUTER CODES, COMPUTER-AIDED MANUFACTURING, CONTROL EQUIPMENT, ENGINEERING, HUMAN FACTORS, MANIPULATORS, MAN-MACHINE SYSTEMS, MEDICINE, MEV RANGE 100-1000, ON-LINE CONTROL SYSTEMS, PERFORMANCE, PORTABLE EQUIPMENT, POSITIONING, PROGRAMMING, REMOTE CONTROL, SPECIFICATIONS, TRIUMF CYCLOTRON
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