Pipe cutter with automatic meter counting function

Abstract

The invention discloses a pipe cutter with an automatic meter counting function. A guiding positioning mechanism, a feeding traction mechanism and a pipe pressing mechanism are arranged on a machine frame of the pipe cutter, wherein the feeding traction mechanism comprises a torque motor, a driving traction roller and a driven traction roller, and the driving traction roller is provided with an electromagnetic brake and a meter counting encoder; and a cutter mechanism is arranged below the pipe pressing mechanism. The pipe cutter with the automatic meter counting function further comprises an automatic control system which coordinates motions of the pipe pressing mechanism, the torque motor, the meter counting encoder, the electromagnetic brake and the cutter mechanism. In work, the guiding positioning mechanism sends pipes accurately to a position between the driving traction roller and the driven traction roller, the torque motor drives the traction rollers to rotate and drag the pipes to move, the meter counting encoder and the torque motor act synchronously to achieve accurate meter counting, the electromagnetic brake is used for braking, the pipe pressing mechanism presses the pipes tightly, and the cutter mechanism is used for cutting off the pipes. The pipe cutter has the advantages of being high in automation degree, high in work efficiency, labor-cost-saving, accurate in pipe cutting, stable and reliable.

Description

technical field [0001] The invention relates to the technical field of material cutting devices, in particular to an automatic meter meter pipe cutting machine. Background technique [0002] As an important packaging material, heat shrinkable tubes have been widely used in electronic products such as capacitors, batteries, and resistors; during the production and processing of heat shrinkable tubes, after the expansion process, the heat shrinkable tubes are directly wound on the corresponding On the plate, and then enter the next process; wherein, the longer heat-shrinkable tube needs to be cut into a specified length according to the length requirement of the customer. In the prior art, the heat-shrinkable tube is generally cut by hand and scissors. [0003] The above manual cutting method has the following defects, for example: 1. Inaccurate meter counting: usually rely on a ruler to count the meter when cutting the heat shrinkable tube manually, the manual measurement err...

AI Technical Summary

Problems solved by technology

[0003] The above manual cutting method has the following defects, for example: 1. Inaccurate meter counting: usually rely on a ruler to count the meter when cutting the heat shrinkable tube manually, the manual measurement error is large and the product consistency is poor; 2. The cut is not neat and has rough edges: When cutting the heat-shrinkable tube manually, the incision is not perpendicular to the centerline of the heat-shrinkable tube; 3. It is impossible to cut large-sized pipes or sheets: For large-sized materials, manual cutting is impossible, especially for thick-walled pipes; 4. Operators are labor-intensive and labor-intensive

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