Improved intelligent automatic production line for doors and windows and production method thereof

Abstract

The invention discloses an improved intelligent automatic production line for doors and windows. The improved intelligent automatic production line is used for automatic production and installation ofouter frames and inner sashes of the doors and the windows. The improved intelligent automatic production line for the doors and the windows comprises a discharging mechanism, an inner sash assembling mechanism, an outer frame assembling mechanism, a conveying mechanism and a numerical control mechanism, wherein the numerical control mechanism is connected with the discharging mechanism, the inner sash assembling mechanism, the outer frame assembling mechanism and the conveying mechanism and controls the discharging mechanism, the inner sash assembling mechanism, the outer frame assembling mechanism and the conveying mechanism. According to the improved intelligent automatic production line for the doors and the windows, inner sash profiles and outer frame profiles are assembled in advance to form the doors or the windows, and subsequent installation in actual conditions is facilitated. Products produced through the improved intelligent automatic production line for the doors and thewindows are firm in structure and long in service life, the production process is stable and orderly, safety is high, the production cycle of the products can be effectively shortened, and productionefficiency is improved. The invention further discloses an improved intelligent automatic production method for the doors and the windows.

Description

technical field [0001] The invention relates to the technical field of door and window processing equipment, in particular to an improved intelligent automatic production line for doors and windows. Background technique [0002] The production line is composed of multiple systems or devices, and is an assembly-line automated production system that can complete specific tasks. In the field of door and window production, it usually includes blanking, outer frame assembly, inner leaf assembly and other processes. In order to solve the problems of the traditional door and window production line occupying too much land, cumbersome manual handling, excessive labor and increasing the production cycle of products, manufacturers have developed many automatic production lines. [0003] For example, the Chinese invention patent with the application number CN202010314990.1 and titled "Intelligent automatic production line for doors and windows and its production method" provides an int...

AI Technical Summary

Problems solved by technology

However, only the outer frame assembly mechanism is specifically set, and the inner fan assembly mechanism is not specifically set, and workers still need to manually assemble the inner fan; moreover, the third transmission device in the invention patent is made of The single-segment mechanical long arm and the suction cup connected by the three-segment short mechanical arm in turn transfer the inner leaf assembled by the workers to the outer frame assembly mechanism and the assembled doors and windows to the finished product storage area, the assembled inner leaf and the assembled Doors and windows have a certain weight and also contain glass. It is obviously unrealistic to use only a single segment of mechanical long arm and suction cup to absorb and transfer them, and it is easy to cause the assembled doors and windows to fall and break during the transfer process; and, this cannot be transported stably The third conveying device for the inner leaf and doors and windows also needs to reciprocate between the inner leaf assembly mechanism, the outer frame assembly mechanism and the finished product storage area. The workload of the third conveying device is heavy, but it is prone to production accidents and the production line is unstable. , Indirectly increase the production cycle of the product, resulting in low productivity

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