The classification of mechanisms is reviewed and their kinematic structure and graph representation discussed. Mechanism creation based on the separation of structure from function is illustrated for shaft couplings and other devices. The use and significance of this procedure in mechanical design and interpretation of patents is shown.
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References
1.
Anonymous, 1965“Varies speed cyclically in each revolution”Product Engineering36 (6 December) 92
2.
ArtobolevskiiI I, 1956“Évolution de la théorie de la structure et de la classification de mécanismes en Russie”Actes de 8ième Congrès International d'Histoire des Sciences, Florence, Italy, 3–9 September. Volume 1 pp 980–983
3.
AssurL V, 1913–1916“Investigation of plane hinged mechanisms with lower pairs from the point of view of their structure and classification”Izvestiya S-Peterburgskogo Politekhnicheskogo Instituta Imperatora Petra Velikago 1913 20 part I, 329–385; 20part II, 581–635; 191421187–283, 475–573; 22177–257; 1915231–169
4.
BabbageC, 1826“On a method of expressing by signs the action of machinery”Philosophical Transactions of the Royal Society2250
5.
BickfordJ H, 1972Mechanisms for Intermittent Motion (Industrial Press, New York); Steinke patent is illustrated in figures 10–24 and 10–25, p 147
6.
BoxallF C, 1939“Mechanism for converting rotary motion into reciprocating motion” US patent 2,173,247 (31 October)
7.
BuchsbaumFFreudensteinF, 1970“Synthesis of kinematic structure of geared kinematic chains and other mechanisms”Journal of Mechanisms5357–392
8.
CrossleyF R E, 1965“The permutations of kinematic chains of eight members or less from the graph-theoretic viewpoint” in Developments in Theoretical and Applied Mechanisms, Volume 2 Ed. ShawW A, (Pergamon Press, Oxford) pp 467–486
9.
DaviesT H, 1968“An extension of Manolescu's classification of planar kinematic chains and mechanisms of mobility M ≥ 1, using graph theory”Journal of Mechanisms287–100
10.
DobrjanskyjLFreudensteinF, 1967“Some applications of graph theory to the structural analysis of mechanisms”Transactions of the American Society of Mechanical Engineers, Journal of Engineering for Industry89B153–158
11.
FlynnGJrPercivalWHeffnerF E, 1968“GMR Stirling thermal engine—part of the Stirling engine story—1960 chapter”Society of Automotive Engineers, Transactions68665–685
12.
FrankeR, 1951Vom Aufbau der Getriebe, Band I (VDI, Düsseldorf)
13.
FreudensteinF, 1971“An application of Boolean algebra to the motion of epicyclic drives”Transactions of the American Society of Mechanical Engineers, Journal of Engineering for Industry93B176–182
14.
FreudensteinFDobrjanskyjL, 1965“On a theory for the type synthesis of mechanisms”Proceedings of the 11th International Congress of Applied Mechanics (Springer, Berlin) pp 420–428
15.
FreudensteinFWooL S, 1974“Kinematic structure of mechanisms” in Basic Questions of Design Theory (North-Holland, Amsterdam) pp 241–164
16.
HuntK H, 1973“Constant-velocity shaft couplings: A general theory”Transactions, Journal of the American Society of Mechanical Engineers, Journal of Engineering for Industry95B455–464
17.
JonesF DHortonH LNewellJ A, (Eds), 1968Ingenious Mechanisms for Designers and Inventors (Industrial Press, New York)
18.
ReuleauxF, 1876Kinematics of Machinery: Outline of a Theory of Machines translated and edited by KennedyA B W, (Macmillan, London)
19.
Selby Furniture Hardware Co. Inc.1977Catalog, 15/21 East 22nd Street, New York, NY 10010
20.
SpachnerS A, 1970“Use of a four-bar linkage as a slide drive for mechanical presses” SME paper MF-70-216, Society of Manufacturing Engineers, Dearborn, Mich. 48128
21.
SpottsM F, 1959“Kinematic properties of the three-gear drive”Journal of the Franklin Institute268(6)464–473
22.
SteinkeJ, 1969“Rotary step mechanism” US patent 3,475,977 (4 November)
23.
TalbourdetG J, 1948“Intermittent Mechanisms II”Machine Design20 (October) 135–138; two-gear drive is illustrated in figures 12 and 13, p 137
24.
TalbourdetG J, 1950“Intermittent mechanisms”Machine Design22 (October) 121–125; screw-and-gear drive is illustrated in figure 9, p 121
25.
ValentineW P, 1933“Internal combustion engine” US patent 1,912,604 (June)
WooL S, 1967“Type synthesis of plane linkages”Transactions of the American Society of Mechanical Engineers, Journal of Engineering for Industry89B159–172