Intelligent fuzzing wheel

Abstract

The invention relates to an intelligent fuzzing wheel which comprises a rotating shaft, a base, a fuzzing wheel set and a cover plate, wherein the base is mounted at the upper end of the rotating shaft coaxially; the fuzzing wheel set with a self-adapting elastic extension bulge is mounted on the base; and the cover plate is mounted at the upper end of the fuzzing wheel set coaxially. The intelligent fuzzing wheel is simple in structure, lower in cost and uniform in fuzzing, and can be applied to a shoemaking process and various polishing processes, the fuzzing force can be automatically regulated, the polishing force is automatically regulated, the polishing quality and the production efficiency are improved, and the product standardization is ensured.

Description

technical field [0001] The invention belongs to the field of shoemaking, in particular to an intelligent fluffing wheel. Background technique [0002] In the shoemaking industry, fluffing the upper is an indispensable and important process, and it is a necessary procedure before brushing the glued sole. The quality of the fluffing directly affects the quality of the bottom of the buckle. Whether it is an electric tool for manual use or a fluffing head for a pneumatic tool, the current fluffing method is a round fixed wheel with a slightly different diameter. The surface of the wheel used for fluffing is sandpaper. Bonded or alloy head. Among them, artificial fluffing is to control the fluffing strength by hand. Although it will not break the upper of the shoe, the accuracy of fluffing cannot reach the best effect, and the efficiency is low. It is not suitable for large-scale production and is not the future development direction. Automated production Although the efficienc...

AI Technical Summary

Problems solved by technology

Among them, artificial fluffing is to control the fluffing strength by hand. Although it will not break the upper of the shoe, the precision of fluffing cannot reach the best effect, and the efficiency is low. It is not suitable for large-scale production and is not the future development direction. Automated production Although the efficiency of the equipment is very high, although the manipulator is used in the raising process, the raising wheel used is still the above two forms. Since the thickness of each cowhide is different, the leather thickness of each pair of shoes is also different. The difference is that when the thickness of the upper is the same as the set thickness, the raising wheel driven by the raising manipulator will make the surface evenly furred, but if the upper leather is thicker, the raising wheel will make the leather very thin or even penetrate The formation of waste products will cause waste. If the upper leather is thin, there will be places where the napping wheel will not be able to get up the hair, and the glue will be opened when the shoes are made, which will also form waste products and cause waste.

[0003] Not only that, the stretching of the upper on the shoe last changes with the radian of the shoe last. The traditional fluffing wheel cannot get out the fur at the position of the radian, because the traditional fluffing wheel is fixed in diameter and cannot rotate the angle. If To complete this action, multi-axis linkage is required, so the mechanical cost will increase significantly

[0004] After searching, no disclosed technology similar to the technology of this patent application was found

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