A hinge intelligent assembly device with automatic orientation and its orientation method

Abstract

The invention relates to an automatic oriented hinge intelligent assembly equipment and its orientation method; it includes a frame and an oil cylinder orientation device installed on the frame, the oil cylinder orientation device is composed of an orientation mechanism and a riveting mechanism, and the orientation mechanism includes a mounting frame, The fixed component and the rotary positioning component, the mounting frame is fixedly installed on the frame, the fixed component and the riveting mechanism are respectively installed on one side of the mounting frame, and the rotary positioning component is mounted on the other side of the mounting frame; the beneficial effect of the present invention is embodied It is: through the rotating positioning component, the cylinder is driven to rotate through the rotating shaft. After the cylinder is rotated to a suitable position, the pin in the orientation head is snapped into its riveting hole to realize the orientation of the cylinder, and after orientation, the cylinder is sucked by the fixing component. Tightly prevent it from rotating, and press the crank part to position it, so as to realize the automatic positioning operation when the cylinder assembly and assembly parts are assembled. Its positioning is accurate, the production cycle is shortened, the production cost is reduced, and it is convenient for production and use.

Description

technical field [0001] The invention relates to the technical field of hinge production equipment, in particular to an automatic orienting hinge intelligent assembly equipment capable of automatically positioning an oil cylinder through rotation and an orientation method thereof. Background technique [0002] The hinge usually includes the assembly and the cylinder assembly installed in the assembly. When the assembly and the cylinder assembly are installed, because the traditional cylinder assembly has a crank part and a cylinder part that are hinged to each other, the crank part and the cylinder part are assembled. During the process, it is easy to swing to different degrees at the hinge, which makes it difficult to maintain the accurate assembly position of the crank part and the cylinder part during the assembly process, resulting in misalignment of the riveting holes on the assembly part and the cylinder assembly, which affects the loading of the rivet. , the cylinder p...

AI Technical Summary

Problems solved by technology

[0002] The hinge usually includes the assembly and the cylinder assembly installed in the assembly. When the assembly and the cylinder assembly are installed, because the traditional cylinder assembly has a crank part and a cylinder part that are hinged to each other, the crank part and the cylinder part are assembled. During the process, it is easy to swing to different degrees at the hinge, which makes it difficult to maintain the accurate assembly position of the crank part and the cylinder part during the assembly process, resulting in misalignment of the riveting holes on the assembly part and the cylinder assembly, which affects the loading of the rivet. , the cylinder part will rotate during the assembly process, so that the riveting hole on the cylinder part cannot be aligned with the riveting hole on the assembly part that it wants to match, and the rivet cannot be installed. At present, manual positioning is usually used to rotate the cylinder part to a relatively suitable position. The position of the oil cylinder can not be assembled with the assembly parts in the correct direction, and then the rivets are inserted. The assembly process is cumbersome, the production cycle is long, the production efficiency is low, the production cost is increased, and it is not convenient for production and use.

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