Intelligent mechanical automatic transferring device

Abstract

The invention relates to an intelligent mechanical automatic transferring device. The intelligent mechanical automatic transferring device is characterized in that an overturning and moving device comprises an overturning cylinder arranged in a transferring frame, driven limiting supporting gears and a driving rotating gear are arranged between the outer wall of the overturning cylinder and the inner wall of the transferring frame, the driving rotating gear is connected with a rotating motor, a tooth groove ring meshed with the driving rotating gear is arranged on the outer wall of the overturning cylinder, a rotating positioning frame is installed in the overturning cylinder, and fixing frames are symmetrically arranged on the inner wall of the rotating positioning frame. According to theintelligent mechanical automatic transferring device, after the overturning operation is completed, the discharging operation of materials can also be realized, and the materials smoothly enter the next conveying rail after moving and transferring to implement the next machining operation; linear or turning transportation operation at the horizontal position can be achieved, when overturning operation is needed, effective continuous operation is formed between overturning equipment and conveying equipment, conveying and transferring operation of the device can be achieved in an unspaced modeafter overturning operation is completed, and even if the space of a production plant is not enough, the continuous and uninterrupted conveying operation after overturning can also be achieved.

Description

technical field [0001] The invention relates to the mechanical field, in particular to an intelligent mechanical automatic transfer device. Background technique [0002] Conveying equipment is often used in traditional workshop automation production operations. Limited by space and location, the conveying equipment in the workshop will have various corners and turning settings. During the production process of some workpieces, in addition to carrying out transportation and reloading operations following the spatial layout of the workshop, the production of many equipment There are also often jobs that need to be reprinted and turned over in the process. The traditional conveying equipment can only realize the straight line or turning transportation operation in the horizontal position. When the overturning operation is required, it is often necessary to set up the overturning equipment to complete the overturning operation in the equipment production process. However, the g...

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Problems solved by technology

The traditional conveying equipment can only realize the straight line or turning transportation operation in the horizontal position. When the overturning operation is required, it is often necessary to set up the overturning equipment to complete the overturning operation in the equipment production process. However, the gap between the traditional overturning equipment and the conveying equipment Lacking the necessary continuity, it is often necessary to set up another space to implement the flipping operation before it can be transported to the next production link. This requires sufficient space in the production plant, but in the intensive automated production process, the space is often limited, and the traditional The overturning equipment cannot achieve continuous and uninterrupted overturned conveying operations

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