Central shaft cutting-off mechanism for eight-shaft spring forming machine

Abstract

The invention discloses a central shaft cutting-off mechanism for an eight-shaft spring forming machine, which belongs to spring machining mechanical equipment. The mechanism is formed by combining a computer closed loop technology with a central shaft and cutting-off integrated design; all machining processes of a central shaft mechanism and a cutting-off mechanism of the spring forming machine are controlled by computer programs; parameters corresponding to springs of different models are set in a computer; and when a spring of a certain size is required to be machined, intelligent operation and data control can be realized only by inputting a corresponding parameter. The mechanism improves the performance and the reliability of a machine, has high sensitivity, quick response and high dimensional accuracy, reduces manual operation capacity, improves working efficiency, is safely and conveniently operated, and reduces energy source consumption. In the mechanism, central shaft and cutting-off integration is realized, so that a spring steel wire is not provided with a tail hook after being cut off; therefore, the mechanism has high product machining accuracy, and improves product quality and production efficiency.

Description

technical field

[0001] The invention relates to a spring processing mechanical equipment, in particular to an eight-axis spring forming machine shaft cutting mechanism. Background technique

[0002] In industries such as machinery, automobiles, tractors, and electrical appliances, springs, as one of the most basic mechanical parts, especially coil springs used for balance mechanisms in machinery, are widely used in various fields of national economy and social life. Therefore: Higher technical requirements are put forward for the mechanical equipment for processing springs. In the past, most of the equipment for processing springs was a purely mechanical spring coiling machine, with complex structure, single function, cumbersome debugging, and low processing accuracy. In order to improve production efficiency, many factories used single-chip microcomputers to control the forming of springs. At present, in the domestic market, the forming machine for coiling spiral compressi...

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