Intelligent cutting tool detection system

Abstract

The invention provides an intelligent cutting tool detection system which comprises a machine tool, a cutter, a cutter holder and a server, wherein the cutter holder is arranged on the machine tool, and the cutter is arranged on the tool holder. The tool holder is provided with a detection chip, an alarm device, a sensor and a wireless transmission device, wherein the sensor is used for detectingthe abrasion degree and the cutting force of the cutter, the sensor is in signal transmission with the detection chip, the detection chip is provided with a detection limit value of the cutter, and the alarm device is connected with the detection chip. When the signal detected by the sensor exceeds the detection limit value, the alarm device gives an alarm, and the detection chip is used for carrying out data transmission with the remotely-arranged server through the wireless transmission device. According to the intelligent cutting tool detection system, the machined cutter can be detected inreal time, and when the cutting force or the abrasion degree exceeds the limit, an alarm is promptly given to control the machine tool to stop, and parts and the cutter are effectively protected. Meanwhile, the detection data can be stored, so that the analysis and inquiry of the fault data caused by workers is facilitated.

Description

technical field [0001] The invention relates to a detection system, in particular to an intelligent tool detection system. Background technique [0002] During the machining process of the machine tool, the tool holder needs to be fixed on the machine tool so that the tool holder and the tool can be installed and fixed. During the cutting process, the arbor and the tool cut the metal material into the drawing shape parts. The tool will vibrate during cutting, and the tool will cause tip wear and chipping when the tool vibrates. At the same time, iron filings are easily entangled when machining steel and stainless steel during the cutting process. After the iron filings are entangled or abnormal processing occurs, the parts will be pulled or the tool tip or cutting edge will be chipped. [0003] However, the wear and chipping of the tool tip cannot be found in time, resulting in the scrapping of the processed parts. In severe cases, the tool holder, tool holder and machine ...

AI Technical Summary

Problems solved by technology

At the same time, when processing steel and stainless steel during the cutting process, it is easy to generate iron filings entanglement, iron filings entanglement or processing abnormalities will strain the parts or cause tool tip or edge chipping

[0003] However, the wear and tear of the tool tip cannot be detected in time, resulting in the scrapping of the processed parts. In severe cases, the tool holder, tool seat and machine tool will also be damaged to varying degrees

Especially in the mass production of parts, the above problems cause the cost of parts production and processing to be very high, and the production process control of parts cannot be effectively controlled

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