Remote handheld terminal for CNC polishing machine

Abstract

The invention discloses a remote handheld terminal for a numerical control polishing machine. The remote handheld terminal comprises a shell, a processing module, an input module, an output module and an interface module. The input end of the processing module is connected with the input module, the output end of the same is connected with the output module and is in communication connection with the CNC of the numerical control polishing machine through the interface module, the input module comprises a matrix-type control keyboard arranged on the surface of the shell, the output module comprises a display screen area arranged on the surface of the shell, and the display screen area is divided into a display portion and a control portion. The remote handheld terminal can replace an existing electronic handwheel and a PC (personal computer), provides a direct conversation channel for an operator and numerical control equipment and is visual and convenient, programming debugging efficiency is improved, numerical control rate and economic benefit are increased, meanwhile requirements on professional knowledge and experience of the operator are lowered, and personnel cost is lowered.

Description

technical field [0001] The invention relates to a hand-held terminal, which belongs to the technical field of numerical control mechanical equipment, in particular to a remote hand-held terminal for a numerical control polishing machine. Background technique [0002] Numerical control technology is an important basic industry that is related to the country's strategic position and reflects the level of the country's comprehensive national strength. The numerical control rate of machine tools is also an important symbol to measure the modernization degree of a country's manufacturing industry. At present, most manufacturing enterprises in our country focus on how to improve the accuracy of the CNC system and how to solve the problem of complex, precise and multi-variety parts polishing, while ignoring the development of the auxiliary function of its supporting devices, such as the existing CNC Polishing machines usually use electronic handwheels to realize the point position ...

AI Technical Summary

Problems solved by technology

At present, most manufacturing enterprises in our country focus on how to improve the accuracy of the CNC system and how to solve the problem of complex, precise and multi-variety parts polishing, while ignoring the development of the auxiliary function of its supporting devices, such as the existing CNC Polishing machines usually use electronic handwheels to realize the point position input of each mechanical axis of the CNC equipment, the setting of the mechanical work origin, the manual step fine-tuning, the interrupt insertion of the polishing process, etc., while the equipment is programmed and debugged It is necessary to cooperate with the upper computer to realize the setting, viewing and modification of parameters, as well as the writing, debugging and operation of the workpiece processing program, but the programming and debugging personnel cannot directly observe the execution effect of the machine on the processing program, resulting in low efficiency, and its numerical control rate is essentially There is no improvement, and the requirements for operators are higher

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