NC automation right-angle track

Abstract

The invention provides an NC automation right-angle track. The NC automation right-angle track comprises a supporting part, a driving part, a transmission part and an induction part, wherein the supporting part is composed of an X-direction supporting part and a Y-direction supporting part which form a right angle, the driving part and the transmission part are located at ports of the X-direction supporting part and the Y-direction supporting part, and the induction part is used for detecting the position of a motion component. In the NC automation right-angle track, the part, located at the right-angle intersection, of the transmission part is provided with tooth-shaped belts which form a right angle and are arranged along the X axis and the Y axis, and meshing teeth matched with the tooth-shaped belts are arranged at the bottom end of the motion component; the Y-axis meshing teeth and the Y-axis tooth-shaped belt of the motion component are exactly meshed while the X-axis meshing teeth and the X-axis tooth-shaped belt of the motion component are separated under control of the motion component, and therefore steering of the motion component is completed. By means of the NC automation right-angle track, independent and split movement of the motion component on an X-axis track or a Y-axis track can be achieved, and the space requirement of the track is further lowered.

Description

technical field [0001] The invention belongs to the field of NC automation tracks, in particular to an NC automation right-angle track. Background technique [0002] With the development and improvement of science and technology, the production scale is developing in the direction of large-scale, and the automatic conveying cycle system to complete the material conveying task is indispensable in the production line. In the current large-scale automated production, most of the automatic transportation or processing is realized through the reciprocating motion of the moving parts on the linear track. Due to the limitation of the space position of the linear track, the moving parts cannot be transported more accurately, let alone complete The quarter-turn movement required by space limits the accuracy of automated transport or processing to a certain extent. [0003] Although the cross-shaped track in the prior art solves the above problems to a certain extent, the moving part...

AI Technical Summary

Problems solved by technology

In the current large-scale automated production, most of the automatic transportation or processing is realized through the reciprocating motion of the moving parts on the linear track. Due to the limitation of the space position of the linear track, the moving parts cannot be transported more accurately, let alone complete The quarter-turn movement required by the space limits the accuracy of automated transportation or processing to a certain extent

[0003] Although the cross-shaped track in the prior art solves the above problems to a certain extent, the moving parts cannot move independently on the X-axis or Y-axis track, that is, if the moving part moves on the track in the X-axis direction, it will simultaneously Drive the guide rail of the Y axis to move

Makes the space requirement of the track bigger, and if the robot arm is installed on the moving part, the space will increase again

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