The use of industrial robots in the advanced countries of the world is growing. Whilst generally the concept of a robot is taken as a highly versatile human‐like device the term also extends to include much simpler devices of the pick‐and‐place type with a fixed sequence of events and these form by far the largest proportion of the world's robot population. Whilst they lack versatility in themselves they often form part of a much more complex automatic system in which some degree of flexibility is required. In addition they must operate at their optimum rate whilst being fail‐safe in operation. The design of a suitable control system to meet such demands particularly when a number of such devices and the primary process machinery have to be interlinked can be solved with the aid of sequential switching theory.
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1 February 1974
Review Article|
February 01 1974
Asynchronous Sequential Control of a Billet Handling System for Feeding a Hot Forging Machine Available to Purchase
K.O. Okpere;
K.O. Okpere
Shell International Co. Ltd., Lagos, Nigeria
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R.H.M. Cheng
R.H.M. Cheng
Sir George William's University, Montreal, Canada
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Publisher: Emerald Publishing
Online ISSN: 1758-5791
Print ISSN: 0143-991X
© MCB UP Limited
1974
Industrial Robot (1974) 1 (2): 66–71.
Citation
Rooks B, Okpere K, Cheng R (1974), "Asynchronous Sequential Control of a Billet Handling System for Feeding a Hot Forging Machine". Industrial Robot, Vol. 1 No. 2 pp. 66–71, doi: https://doi.org/10.1108/eb004448
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