Automatic transfer device for tubular workpiece processing

Abstract

The invention discloses an automatic transfer device for tubular workpiece processing, and belongs to the field of workpiece conveying and processing mechanical equipment. A workpiece guide mechanism,a workpiece shifting mechanism and a workpiece overturning mechanism of the device are arranged on the upper side of a workpiece conveying bracket in sequence in the horizontal direction; a workpiececonveying mechanism is horizontally arranged a workpiece conveying bracket on the lower side of the middle of the workpiece shifting mechanism and the workpiece overturning mechanism; the workpiece conveying bracket on one side under the workpiece overturning mechanism is horizontally and rotatably connected to a workpiece transfer rotating roller; a workpiece transfer belt is horizontally woundon the workpiece transfer rotating roller; and the lower side of a workpiece storage hopper aslant communicates to a guide feeding pipe. The device is reasonable in structural design, can convenientlyand smoothly guide and shift tubular workpieces one by one, and can stably and accurately overturn the tubular workpieces to adjust a conveying station, so that the workpiece transfer automation degree is improved, efficient conveying and processing of the tubular workpieces are implemented, and the production and use demands are met.

Description

technical field [0001] The invention belongs to the field of workpiece conveying and processing machinery, and in particular relates to an automatic material transfer device for processing tubular workpieces, which is mainly used for continuous material-guiding conveying and processing of tubular workpieces. Background technique [0002] Mechanical workpieces are inseparable individual parts that make up machinery and machines. It plays an important role in the automation industry. Mechanical workpieces include the connection of parts, supporting parts, lubricating lubrication systems and seals. Components, components of the transmission system that transmit motion and energy, mechanical workpieces can be divided into shaft sleeve workpieces and disc cover workpieces according to their shapes, tubular workpieces are the main shaft sleeve workpieces, and tubular workpieces are cylindrical in structure There are many types of workpieces and tubular workpieces. Different tubula...

AI Technical Summary

Problems solved by technology

In the process of producing and processing tubular workpieces, after the tubular workpieces have undergone processing steps such as die-casting, grinding, and drilling in sequence, the processed tubular workpieces and multiple individually processed components need to be assembled in sequence , the tubular workpiece and multiple components are connected and assembled into a combined workpiece, so that the assembled workpiece can be conveniently used by subsequent processes or large-scale equipment. In the entire assembly process of the tubular workpiece, the tubular workpiece needs to be The workpiece is continuously fed into the conveying guide, and multiple tubular workpieces that have completed the production and processing of the previous process are stacked in the storage hopper. The existing tubular workpiece transfer mechanism is difficult to smoothly and accurately move the tubular workpieces in the storage hopper. To convey the guide material, it is necessary to manually load the tubular workpieces in the storage hopper one by one. The labor intensity of the workers is relatively high, and for the tubular workpieces with closed ends on one side, the existing tubular workpiece transfer mechanism is difficult Efficient sorting of workpieces during the guide process of tubular workpieces makes it difficult for the one-sided end-closed tubular workpiece transfer mechanism to maintain a consistent orientation during the transfer process, which affects the subsequent press-fitting of tubular workpieces. The existing It is difficult for the tubular workpiece transfer mechanism to conveniently and accurately adjust the tubular workpiece to the required processing station during the conveying process of the tubular workpiece. Manual adjustment of the processing station of the tubular workpiece is required. The degree of automation is low, which reduces the assembly and processing efficiency of the subsequent process of tubular workpieces, making it difficult for tubular workpieces to be efficiently and accurately conveyed for assembly and processing, and it is impossible to achieve batch-scale continuous production and processing, and it is difficult to meet the needs of production and use

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