Intelligentized multifunctional automatic production line

Abstract

The invention discloses an intelligentized multifunctional automatic production line, comprising an operation panel connected to a power distribution network unit and used for inputting an instructionor program, a sensor unit connected to the power distribution network unit and used for detecting spot welding real time data of welding of the production line, and a control unit connected to the power distribution network unit and used for controlling a real time working condition of the production line, and the sensor unit comprises a distance sensor used for obtaining spot welding real time length data and depth data of the welding of the production line, and a temperature sensor used for obtaining spot welding real time temperature data of the welding of the production line. The intelligentized multifunctional automatic production line adopts modularized design, can be recombined randomly, is high in interchangeability and can realize fast remodeling.

Description

technical field [0001] The invention relates to a production line, in particular to an intelligent multifunctional automatic production line. Background technique [0002] At present, in modern large-scale processing workshops, welding robots are often introduced to replace manual welding in some occasions that require high welding quality and difficult welding technology. For example, in the field of metal sheet assembly and welding, many parts need to be cut and assembled before welding. [0003] At present, the traditional robot welding adopts the form of a workstation, that is, one or several robots form a workstation, and the workstation exists in the form of isolated points, independent of each other. [0004] Its disadvantages are: first, the position and quantity of the welding fixture and its workpieces are fixed. Due to the limitation of the space position of the robot, the number of stations cannot be many; [0005] The second is that the position and quantity of...

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Problems solved by technology

[0004] Its disadvantages are: first, the position and quantity of the welding fixture and its workpieces are fixed. Due to the limitation of the space position of the robot, the number of stations cannot be many;

[0006] Third, due to the coordination and cooperation problems between the welding robot and the transmission line and its accompanying fixtures, it cannot be directly introduced into robot welding. When there are welding quality requirements and welding technology is difficult, the production line often appears powerless

[0010] In the case of welding quality requirements and welding technology difficulties, the production line is often powerless;

[0011] Moreover, in terms of control, the existing technology has a low degree of intelligence, and the obtained data has large deviations, resulting in poor quality.

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