Multi-station and multi-direction full-automatic screw machine capable of overturning and positioning workpiece

Abstract

The invention relates to a multi-station and multi-direction full-automatic screw machine capable of overturning and positioning a workpiece. The multi-station and multi-direction full-automatic screw machine comprises a workbench, an automatic screw machine arranged on the workbench, a support arranged in front of the workbench, positioning mechanisms arranged on the support and in front of the automatic screw machine, and an overturning mechanism arranged on the support and between the two positioning mechanisms. The multi-station and multi-direction full-automatic screw machine is provided with the positioning mechanisms, the overturning mechanism and the automatic screw machine, and the automatic screw machine can realize accurate positioning for a three-dimensional space through an X-axis moving assembly, a Y-axis moving assembly and a Z-axis moving assembly; a screw feeder realizes full-automatic feeding of screws, and is used cooperatively with an electric screw driver; the accurate positioning for screwing operation in the three-dimensional space can be fully automatically completed, and when the electric screw driver is replaced with soldering iron, the accurate positioning for tin soldering or glue dispensing operation in the three-dimensional space further can be completed, so that the multi-station and multi-direction full-automatic screw machine is high in universality, high in flexibility of operation, simple to use, high in degrees of automation and intelligence, good in effect and low in cost, and is beneficial for industrial development.

Description

technical field [0001] The invention relates to a multi-station and multi-direction automatic screw machine with reversible positioning of workpieces. Background technique [0002] When screwing traditional workpieces, the screwing work is mainly done by manipulating the electric screwdriver. Due to the need for manual participation, only one screw can be screwed at a time, which is slow, low in efficiency, high in cost, and poor in efficiency. At the same time, if it is necessary to perform screwing work on other working surfaces of the workpiece, the workpiece must be manually turned over to perform screwing on other surfaces. The accuracy of manual operation is low, the work process is not standardized, the work efficiency is low, and the quality is poor, which seriously affects industrialization. rapid development. Therefore, in view of the deficiencies of the above-mentioned technical problems in screwing traditional workpieces, the applicant has developed a positionin...

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Problems solved by technology

[0002] When the traditional workpiece is screwed, the screwing work is mainly completed by manually controlling the electric screwdriver. Due to the need for manual participation, only one screw can be screwed at a time, which is slow, low in efficiency, high in cost, and poor in efficiency.

At the same time, if it is necessary to perform screwing work on other working surfaces of the workpiece, the workpiece must be manually turned over to perform screwing on other surfaces. The accuracy of manual operation is low, the work process is not standardized, the work efficiency is low, and the quality is poor, which seriously affects industrialization. the rapid development of

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