Flow measuring method of intelligent measuring instrument

Abstract

The invention discloses a flow measuring method of an intelligent measuring instrument. The flow measuring method comprises the following operation steps that: a user starts to run a program after installing the program, imports a workpiece drawing through a machine lens or from an external file, adds elements according to data needing to be measured, measures the data through the combination of the elements, stores a template after all the data are measured, selects a template area in a framing mode, set standard values and tolerances of all measurement items, stores a default catalog in the template; the template is manufactured, meanwhile, the system automatically determines the positions of all workpieces measured in the current flow, the offset of the x axis and the y axis is recorded; and before measurement, the flow is selected in an attribute window so as to be measured. According to the method, either single-step measurement or continuous measurement can be achieved. According to the flow measuring method of the intelligent measuring instrument, a flow measuring function is added in software, various workpieces can be placed on a machine table at the same time and measured one by one according to a certain sequence, it is only needed to guarantee that the next workpiece is placed before the current workpiece is tested, and the measuring efficiency is improved.

Description

technical field [0001] The invention relates to the field of intelligent measuring instruments, in particular to a flow measurement method of the intelligent measuring instrument. Background technique [0002] The process measurement method of the intelligent measuring instrument is a method of process measurement. When measuring the workpiece, the use of the measuring instrument is indispensable. The types of measuring instruments are becoming more and more diverse, and they are used in more measurement fields. With the continuous development of science and technology, people have higher and higher requirements for the manufacturing process of the process measurement method of the intelligent measuring instrument. [0003] The existing process measurement methods of intelligent measuring instruments have certain disadvantages in use. First of all, most of the measuring instruments currently on the market can only realize the automatic measurement of a single workpiece of th...

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Problems solved by technology

[0003] The existing process measurement methods of intelligent measuring instruments have certain disadvantages in use. First of all, most of the measuring instruments currently on the market can only realize the automatic measurement of a single workpiece of the same type. When it is necessary to measure multiple different workpieces at the same time , there is no suitable solution, which is not conducive to people's use. In addition, in the face of the demand for simultaneous measurement of different workpieces, existing measuring instruments can only split the measurement process. Although the measurement purpose can be achieved, it cannot be distinguished from automatic measurement. , it is even more impossible to improve the measurement efficiency, the measurement is prone to errors, and it cannot be easily controlled, which has brought certain adverse effects to people's use process. Therefore, we propose a process measurement method for intelligent measuring instruments

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