Material in-situ turning-over platform

Abstract

The invention discloses a material in-situ turning-over platform which comprises a rotating frame, a movable clamping plate, a first rotating table and a second rotating table. According to the material in-situ turning-over platform, when materials need to be subjected to a turning-over process, the materials are turned over in situ, namely, the materials are turned over from the front faces of the materials to the back faces of the materials, the gravity of the materials and centrifugal force during turning over are utilized, and the space needed by a whole assembly line mechanism is minimized under the condition of continuous turning over; and the use space of a production workshop is greatly reduced, the design is ingenious, the whole material in-situ turning-over platform is simple in composition structure, turned materials are accurately positioned, the production cost is reduced for enterprises needing the turning-over process, the material in-situ turning-over platform can be matched with corresponding manipulators according to needs to be widely applied to an automatic assembly line, the position of the materials can be kept unchanged after the materials are turned over in situ, in addition, the function of discharging waste materials in a rotating mode is achieved, and convenience is provided for butt joint in the follow-up process.

Description

technical field [0001] The invention relates to the technical field of automation, in particular to a material in-situ turning platform. Background technique [0002] During the production process of materials, the automatic production line often needs to turn the materials over 180° in order to cooperate with the material process, such as: visual inspection, flaw detection, packaging, etc. [0003] Most of the current flipping technologies are flipped on the assembly line, or flipped in the form of a manipulator after sucking the material with a suction cup. Flipping on the assembly line requires the cooperation of the conveyor belt and takes up a lot of space. However, using a suction cup to hold the material for mechanical flipping generally has low positioning accuracy and poor stability. If the suction cup is installed on the manipulator for flipping, the cost of the overall production line will be greatly increased. And the suction cup is not good for some surfaces....

AI Technical Summary

Problems solved by technology

Flipping on the assembly line requires the cooperation of the conveyor belt and takes up a lot of space

However, using a suction cup to hold the material for mechanical flipping generally results in low positioning accuracy and poor stability.

If the suction cup is installed on the manipulator for flipping, the cost of the overall production line will be greatly increased

And the suction cup is not good for some surfaces. For example, if the surface is packaged with paper, the packaging may be damaged when the suction cup is pressed down; or if the surface is uneven, the suction cup may cause the material to fall due to unstable adsorption.

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