Stable material falling automatic spring compression machine

Abstract

The invention discloses a stable material falling automatic spring compression machine. A conveying mechanism comprises an active material releasing disc for paying-off, transmission wheels and a horizontal gear case. The active material releasing disc is driven through a motor, the motor is arranged in the horizontal gear case, the motor drives the horizontal gear case, then the horizontal gear case drives the active material releasing disc to rotate, the position of a paying-off outlet of the active material releasing disc is provided with a meter metering wheel for detecting the paying-offlength, and meanwhile the meter metering wheel is connected with a switch for controlling a motor power source through a sensor. The length can be set for the meter metering wheel in advance, once thelength of a raw material wire released through the active material releasing disc reaches the length set in advance, the motor of the active material releasing disc stops running, since raw materialsneeded for each production task can be estimated in advance, workers only need to set the length in advance, then the spring compression machine can automatically run, and quantitative products are produced.

Description

Technical field [0001] The invention relates to a spring compression machine, in particular to an automatic spring compression machine for stable blanking. Background technique [0002] At present, the existing method for pressurizing springs uses an ordinary punching machine, which requires two people to operate and pressurizes a single spring again and again. This traditional method has high labor intensity and low efficiency. , And the danger is high; on the other hand, when the ordinary punch is used for processing, the downstroke is rapid, the strength of the downstroke is difficult to adjust and control, the fatigue strength of the finished product after the forced pressure processing is low, and the service life is short; the compression spring of the compression spring machine is subjected to the pressure Coil springs, because they can withstand pressure, can be open or closed or flattened or ground at both ends. The cross-section of the material used for the compression ...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing method of forcibly processing springs uses ordinary punching machines, which need to be operated by two people, and each spring is forcibly processed again and again. This traditional method has high labor intensity and low efficiency on the one hand. , and the risk is high; on the other hand, when the ordinary punch is used for processing, the lower punch is rapid, and the force of the lower punch is difficult to adjust and control. The finished product after strong pressing has low fatigue strength and short service life; Helical spring, because of its ability to withstand pressure, both ends can be open or closed or wound or ground. The cross-section of the material used for the compression spring of the compression spring machine is mostly circular, and it can also be rolled with rectangular and multi-strand steel coils. The springs have equal pitch and variable pitch. The shapes of the compression springs of the compression spring machine are: cylindrical, conical, convex and concave, as well as a small amount of non-circular and even various tail end variants, all of which can be produced. It needs to be formed according to the design, etc. There is a certain gap between the coils of the compression spring of the compression spring machine. When the spring is subjected to an external load, the spring shrinks and deforms, and the deformation energy is stored.

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