Synchronization Mechanism of Bellows Grooving Machine

Abstract

The invention provides a synchronizing mechanism of a corrugated pipe grooving machine and belongs to the technical field of corrugated pipe machining. By means of the synchronizing mechanism, the problem that the grooving quality of an existing synchronizing mechanism of the corrugated pipe grooving machine is low is solved. The synchronizing mechanism of the corrugated pipe grooving machine comprises a base frame, a box, a sensing assembly, a tool assembly and a synchronizing assembly, wherein the box is movably arranged on the base frame; the sensing assembly is arranged on the box, and one end of the sensing assembly is connected with the base frame; the tool assembly is arranged on the box and provided with a grooving cutter for grooving a corrugated pipe; the synchronizing assembly is arranged on the box and connected with the grooving cutter and the box; the synchronizing assembly can make the grooving cutter and the corrugated pipe shift synchronously and complete grooving of the corrugated pipe; and when the box shifts along with the corrugated pipe and triggers the sensing assembly, the synchronizing assembly can adjust the rotation speed of the grooving cutter and make the grooving cutter and the corrugated pipe shift synchronously. The synchronizing mechanism of the corrugated pipe grooving machine has the advantages that the corrugated pipe and a tool can move synchronously, and the grooving quality is high.

Description

technical field [0001] The invention belongs to the technical field of bellows processing, and relates to a synchronization mechanism, in particular to a synchronization mechanism of a bellows slotting machine. Background technique [0002] The corrugated pipe has good performance and strong applicability, and it is widely used in many industries. For example, after opening holes in the corrugated pipe, the corrugated pipe is buried below the ground, and water can penetrate into the soil and pass through the corrugated pipe. The holes flow into the bellows, thereby speeding up the drainage of accumulated water and effectively alleviating the problem of road accumulation. However, this kind of bellows needs to be processed and grooved before it can be used. [0003] With the rapid development of mechanical automation, the grooving of bellows is also completed by grooving equipment. During processing, the bellows rotates while moving to the grooving equipment, and at the same ...

AI Technical Summary

Problems solved by technology

[0003] With the rapid development of mechanical automation, the grooving of bellows is also completed by grooving equipment. During processing, the bellows rotates while moving to the grooving equipment, and at the same time it is close to the tool. When the corrugated pipe is moved out of the slotting equipment, the slotting ends. However, the traditional slotting equipment has the following technical problems during processing. In this slotting equipment, one or more cutters are usually rotated in the same direction The corrugated pipe is slotted, and the position of the tool of the slotting equipment is fixed. When the conveying speed of the corrugated tube changes, the tool cannot be displaced in the axial direction so that the slotting position of the tool deviates from the trough of the corrugated tube. Resulting in poor bellows groove quality

[0004] To sum up, in order to solve the technical problem of low slotting quality of the above-mentioned synchronous mechanism, it is necessary to design a synchronous mechanism of the bellows slotting machine that can move the bellows and the cutter synchronously and have high slotting quality

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