Ball head milling cutter abrasion detection system and detection method thereof

Abstract

The invention discloses a ball head milling cutter abrasion detection system and a detection method thereof. A shell, a base, a circuit board, a control chamber button, a data transmission interface,a battery bin, a liquid crystal display screen, a detection head, an infrared scanning head, an ultrasonic sensor, a single-chip microcomputer and a signal transmitter are included. The liquid crystaldisplay screen is arranged on the surface of the shell, the base is arranged below the shell, and the circuit board is arranged in the shell. The data transmission interface and the battery bin are arranged below the base. The detection head is arranged above the shell and internally provided with the infrared scanning head and the ultrasonic sensor. The detection head is in threaded connection with the shell. A data memory strip and the single-chip microcomputer controlling the ultrasonic sensor are arranged at the bottom of the infrared scanning head. The signal transmitter is arranged above the liquid crystal display screen, and a computer and wireless data receiving equipment which are used in cooperation are additionally arranged. The ball head milling cutter abrasion detection system can directly detect a ball head milling cutter abraded part, and is convenient to operate and high in measuring precision.

Description

technical field [0001] The invention relates to the technical field of physical measurement, in particular to a ball end milling cutter wear detection system and a detection method thereof. Background technique [0002] Ball end milling cutter is a general tool for curved surface processing. It plays a key role in aerospace, vehicles, ships and other important fields related to national economy and people's livelihood. More than 90% of metal processing in industrial production is metal removal processing. With the development of science and technology With the transformation of modern design elements, curved surfaces and streamlined designs are increasingly used in aircraft, vehicles, and ships. Taking steam turbine blades as an example, the most important finishing link in the processing process must use ball end milling cutters. Milling cutters and other cutting tools are the most front-end tools in the manufacturing process, and their own quality is closely related to the...

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Problems solved by technology

[0003] The existing traditional tool wear detection equipment has a large software and hardware system, which is greatly affected by space conditions. It is often necessary to disassemble the tool, which requires high repeat positioning of the machine tool processing system and low measurement and analysis efficiency. However, the emerging portable detection equipment needs to be fixedly installed with the tool or adjusted to a suitable measurement angle, which is limited by a certain installation space and the geometric shape of the measured object. The measurement process is more complicated, the measurement objects are limited, and the measurement results are in a single form, which is not intuitive enough.

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