Visualization debugging device for gantry machine tool

Abstract

A visualization debugging device for a gantry machine tool is installed on a machine tool work table and comprises an outer casing, an inner support, hinging devices and a video playing terminal. The outer casing is installed on a machine tool vertical column through the hinging device, the inner support is connected with the outer casing through the hinging device, and the video playing terminal is connected with the inner support through the hinging device. A signal cable and a power cord required by the video playing terminal are connected to the video playing terminal through rib holes of the machine tool vertical column, the outer casing and the inner support. The other end of the signal cable is connected with a machine tool numerical control system to project a human-computer interface of the numerical control system to a machine tool debugging site, so that a work table worker can carry out synchronous observation in the cutter presetting operation process conveniently. One operator can independently finish the cutter presetting operation and check the tool presetting position, thereby avoiding the human factor influence caused by multiple-operator operation and improving cutter presetting accuracy. The video playing terminal can rotate at any angles towards any directions, thereby meeting using requirements of operators at different angles, improving work efficiency and reducing labor cost simultaneously.

Description

Technical field [0001] The invention relates to a matching debugging device for a machine tool, and more specifically, to a visual debugging device for a gantry machine tool. Background technique [0002] Under the prior art, the gantry machine tool is bulky, the workbench and the numerical control system are far away, and the workbench and the numerical control system are separated by the machine tool protective cover to ensure that the machine tool protects the CNC system operators of the machine when the machine is working. Safety. [0003] There are problems with this working mode in the prior art. The main problem is that before the machine tool starts processing, manual tool setting is required, that is, the operator needs to shake the pulse generator to complete the tool setting operation while simultaneously observing the CNC system man-machine interface and checking Whether the tool setting is in place. In the current traditional way, manual manual tool setting operation...

AI Technical Summary

Problems solved by technology

[0003] There are problems with this working mode in the prior art, mainly because before the machine tool starts processing, manual tool setting is required, that is, the operator needs to hold the pulse generator to complete the tool setting operation, and at the same time observe the man-machine interface of the CNC system synchronously, check Whether the knife is in place

However, in the current traditional way, two people must complete the manual tool setting operation on a large gantry machine tool. One person holds a hand-operated pulse generator on the workbench for the tool setting operation, and the other person is in front of the CNC system man-machine interface. Observe and report the tool setting position, command the tool setting operation

Since this kind of tool setting operation involves two operators, strict synchronous operation cannot be guaranteed, that is, the processing quality cannot be guaranteed, and the preparation time for workpiece processing is greatly prolonged, which not only reduces efficiency, but also increases labor costs.

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