Assembly device

Abstract

The invention discloses an assembly device comprising a machine frame, a first moving seat, a second moving seat, a fetching mechanism, a transition bearing seat, an assembly mechanism, a guide wheel, a guide piece, a first linear driver, a second linear driver, a third linear driver and a fourth linear driver, wherein the guide piece, the first linear driver, the second linear driver, the third linear driver and the fourth linear driver are fixed to the machine frame. The first moving seat moves between a fetching station and a transition station and is connected to the first linear driver. The fetching mechanism moves on the first moving seat in the transverse direction. The second moving seat moves between the transition station and the assembly station and connected to the second linear driver. The transition bearing seat is fixed to the transition station. The assembly mechanism moves on the second moving seat in the transverse direction. The third linear driver pushes the fetching mechanism on the fetching station to move downwards in a separable manner. The fourth linear driver pushes the fetching mechanism located on the transition station or the assembly mechanism on the transition station to move downwards in a separable manner. The guide piece is provided with a guide portion which gradually extends downwards in the direction from the transition station to the assembly station in an inclined manner. The guide wheel is connected to the assembly mechanism in a pivoted manner, and the guide wheel abuts against and makes contact with the guide portion in a rolling manner.

Description

technical field [0001] The invention relates to the technical field of mechanical devices for assembling sheet materials, in particular to an assembling device. Background technique [0002] Heat-sensitive materials are materials that cause chemical or physical changes to form text, images, discoloration and shape-changing materials, including heat-sensitive paper for fax machines, heat-sensitive paper for printers and terminal records, heat-sensitive paper for labels and tickets, heat-sensitive discoloration Materials and heat-sensitive deformable materials, etc., are widely used in products that need to use heat energy to convert into other forms of performance due to their characteristics, such as fax machines, printers and electrothermal conversion devices. [0003] At present, the method of assembling heat-sensitive materials and other sheet materials on another workpiece is manual assembly, which often requires manual assembly one by one. This assembly method not only ...

AI Technical Summary

Problems solved by technology

[0003] At present, the method of assembling heat-sensitive materials and other sheet materials on another workpiece is manual assembly, which often requires manual assembly one by one. This assembly method not only requires a lot of labor, but cannot reduce production costs. Under time-based work, it is easy to produce work fatigue, which greatly reduces work efficiency, and also leads to the inability to guarantee the accuracy of assembly, resulting in a low assembly pass rate

Images