Conveying plant for automatic steering of bearing bush

Abstract

The invention discloses a conveying plant for automatic steering of a bearing bush. The conveying plant comprises an arc-shaped bush groove and a foot stool which is buttoned with the bottom surface of the arc-shaped bush groove; the foot stool comprises a main rod which is connected with a base; a cross rod is welded at the upper end of the main rod; a left threaded hole and a right threaded hole are formed in two ends of the cross rod; a screw rod is mounted in each of the left threaded hole and the right threaded hole; different heights of the screw rods can be adjusted under the control of nuts; the upper ends of the screw rods are buttoned at the bottom surface of the arc-shaped bush groove; the arc-shaped bush groove is inclined by 25 degrees; the high end of the arc-shaped bush groove is positioned below the discharging opening of a front machine; the low end of the arc-shaped bush groove is positioned below the feeding opening of a rear machine; the distance of 5 cm is kept between two ends of the arc-shaped bush groove and the discharging opening of the front machine and the feeding opening of the rear machine. After adoption of the structure, the automatic steering of the bearing bush can be realized in conveying processes at different machine positions and the manual labor can be greatly saved.

Description

technical field [0001] The invention belongs to the field of machinery, and in particular relates to a conveying device for automatically turning bearing bushes. Background technique [0002] In the bearing bush processing industry, with the improvement of automation, different equipment such as boring machines and chamfering equipment are often connected by conveyor belts to improve production efficiency. In fact, the existing technology can transform the front and rear machines into an integrated transmission. However, there is such a problem in the processing process. After the front machine such as a boring machine is processed, the bearing pad is oriented to the left, and when entering the rear position machine such as chamfering equipment, the processing requirement is that the bearing pad should be oriented to the right to enter the equipment. , this steering process can only be completed manually at present, and because of the large production volume of bearing bush...

AI Technical Summary

Problems solved by technology

However, there is such a problem in the processing process. After the front machine such as a boring machine is processed, the bearing pad is oriented to the left, and when entering the rear position machine such as chamfering equipment, the processing requirement is that the bearing pad should be oriented to the right to enter the equipment. , this steering process can only be done manually at present, and because of the large production volume of bearing bushes, this process greatly increases the amount of labor and reduces production efficiency

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