A kind of ultra-precision electrodeless metal grid automatic sticking device and method

Abstract

The invention relates to a device and method for automatically adhering an ultra-precise electrodeless metal grid mesh. The device comprises a mesh-adhering metal ring located in a three-dimensional coordinate system, a lifter driving the mesh-adhering metal ring to automatically lift along the z-axis, a rotating device driving the mesh-adhering metal ring to automatically rotate around the z-axis, an expansion piece driving the mesh-adhering metal ring to automatically extent along the x-axis and a rotating device driving the mesh-adhering metal ring to automatically rotate around the x-axis. The device conduct automatic gesture adjustment on the mesh-adhering metal ring through the lifter, the rotating device, the expansion piece and the rotating device, enable the mesh-adhering metal ring to have multiple adjustable freedom degrees in the three-dimensional coordinate system, accordingly can flexibly and accurately adhere to the metal grid mesh, avoid errors caused by any operation and improves product quality and production efficiency. The device and method can be applied to the technical field of precise manufacturing devices.

Description

technical field [0001] The invention relates to the technical field of precision manufacturing equipment, in particular to an ultra-precise electrodeless metal grid automatic pasting device and method. Background technique [0002] There are two types of metal grids with substrate and without substrate, which are widely used in signal interference, signal detection and terahertz wave and other technical fields. However, with the rapid development of ultra-precision technology, the requirements for the detection accuracy of various signals are increasing day by day. Different signal detection instruments have their own characteristics and shortcomings, and it is necessary to develop corresponding signal detection instruments for unfair application fields and specific technical requirements. The ultra-fine substrate-free metal grid can be used as a component of a signal detection oscilloscope, and has been widely used in manufacturing, medicine, military and other technical f...

AI Technical Summary

Problems solved by technology

However, the movable space under the metal grid is limited, and the circular metal ring is manually controlled to be close to the metal grid. The positioning position is uncontrollable and the positioning accuracy is poor. It is easy to cause too large gap between the metal ring and the metal grid or the circular metal ring and the metal grid. Excessive contact of the net, causing changes in grid pitch and other adverse effects

Images