Ceramic mud flow velocity detection device and detection method

Abstract

A ceramic mud flow velocity detection device and a detection method belong to the technical field of ceramic mud flow velocity detection. The upper shell (1) is sealed and connected with the hemispherical lower shell (13). The lower shell (13) is provided with multiple mud passing units, and the upper shell (1) is sealed and fixed with a mounting plate (2). , the detection output shaft (901) of the flow rate detection motor (9) seals through the mounting plate (2) and extends into the lower casing (13), and the mud stirring mechanism is fixed at the lower end of the detection output shaft (901). The ceramic mud flow rate detection method , calibrate the characteristic curve of the mud flow rate and current of the ceramic mud flow rate detection device, put the ceramic mud flow rate detection device into the ceramic mud to be detected, and the current detection device detects the current of the flow rate detection motor (9), according to the mud flow rate and current The characteristic curve gives the flow rate of the ceramic slurry. It can monitor the flow rate of ceramic slurry in real time, and is easy to operate and the detection result is accurate.

Description

technical field [0001] A ceramic mud flow velocity detection device and a detection method belong to the technical field of ceramic mud flow velocity detection. Background technique [0002] Flow rate is an important parameter of ceramic mud and an important factor in determining the quality of ceramic products. The current method of testing ceramic mud is to take samples from ball mills or mud pools, and use flow rate testing equipment (such as rotational viscometers) for testing. Sampling and testing cost It takes a lot of time, because it cannot be detected in real time, which affects the continuous production and reduces production efficiency. The ball mill needs to be stopped for sampling from the ball mill, and in order to detect accurately, multiple samples need to be tested, and the test takes a lot of time. Inaccurate. Contents of the invention [0003] The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art an...

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Problems solved by technology

[0002] Flow rate is an important parameter of ceramic mud and an important factor in determining the quality of ceramic products. The current method of testing ceramic mud is to take samples from ball mills or mud pools, and use flow rate testing equipment (such as rotational viscometers) for testing. Sampling and testing cost It takes a lot of time, because it cannot be detected in real time, which affects the continuous production and reduces production efficiency. The ball mill needs to be stopped for sampling from the ball mill, and in order to detect accurately, multiple samples need to be tested, and the test takes a lot of time. Inaccurate

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