Viscometer used for measuring viscosity of emu oil

Abstract

The invention discloses a viscometer used for measuring viscosity of emu oil. The viscometer comprises a box body with an open-ended upper part, a plurality of finer wire parallely and fixedly arranged at an opening of the box body at intervals and a temperature sensor arranged at one side of the finer wire, wherein gaps between every two adjacent finer wires increasingly decrease, two ends of each of the finer wires are respectively provided with a calibrated viscosity value, a magnifier is arranged above each viscosity value, and the temperature sensor comprises a temperature sensing terminal arranged at an outermost or innermost side of the finer wires and a display fixedly arranged on the box body for displaying of temperature. The viscometer provided by the invention has a simple structure, is convenient to use, ensures viscosity testing and accurately provides temperature information; the position between two finer wires allowing the emu oil to be barely stored represents viscosity of the emu oil, and the greater the viscosity is, the larger the gap between the two finer wires is. The advantages of simple overall operation, no waste, improved testing efficiency and reduced test cost are obtained in the invention.

Description

technical field [0001] The invention relates to the technical field of oil processing, in particular to a viscometer for measuring the viscosity of emu oil. Background technique [0002] The viscosity of a fluid is one of its characteristics. For example, in the preparation process of emu oil, the viscosity is a parameter that can directly reflect its quality. There are many methods for measuring viscosity, such as rotating barrel method, falling ball method, damped vibration method, cup viscometer method, capillary method and so on. For fluids with low viscosity, such as water, ethanol, carbon tetrachloride, etc., capillary viscometer is commonly used to measure; for fluids with high viscosity, such as castor oil, transformer oil, engine oil, glycerin and other transparent (or translucent) liquids, commonly used Determination by falling ball method; for liquids with a viscosity in the range of 0.1 to 100 Pa·s, the drum method can also be used for determination. [0003] E...

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Problems solved by technology

[0005] Although the structure of the above-mentioned patent is simple, the accuracy of the measurement results of the emu oil by the rotation method is not high. At the same time, only the viscosity value is measured during the test, and the temperature of the emu oil under test cannot be directly displayed, resulting in poor intuitiveness of the test results.

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