Three-dimensional digital particle image generation device and three-dimensional digital particle image generation method based on excitation suction

An image generation device, three-dimensional digital technology, applied in the direction of measuring device, particle and sedimentation analysis, particle size analysis, etc., can solve the problems of difficult application, high cost, affecting surface data collection, synthesis, processing, and analysis, and achieve stability, Uniform effect, clear size effect

Active Publication Date: 2015-09-23
GUANGZHOU MECHANICAL ENG RES INST
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Although these devices have improved the accuracy of measurement, their cost is high, and they are difficult to apply in fault diagnosis engineering. They are limited by the observation environment and related accessories, which affects the collection of surface data and subsequent synthesis processing. ,analyze

Method used

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  • Three-dimensional digital particle image generation device and three-dimensional digital particle image generation method based on excitation suction
  • Three-dimensional digital particle image generation device and three-dimensional digital particle image generation method based on excitation suction
  • Three-dimensional digital particle image generation device and three-dimensional digital particle image generation method based on excitation suction

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Experimental program
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Embodiment 1

[0032] figure 1 An embodiment of the present invention is illustrated, including an imaging module, an adsorption module, a picture processing module and a light-transmitting sheet 6, and the picture processing module is connected with the imaging module. The imaging module includes an imaging device 1, an optical filter, a lens group, a focusing mechanism 2 and a reflective light source 3. The imaging device 1, the optical filter and the lens group are connected in sequence, the optical filter is arranged above the lens group, and the imaging device 1 is located at Above the filter, the focusing mechanism 2 is arranged on the lens group, and the reflective light source 3 is located below the lens group. The lens group includes one or more lenses to magnify the particle image, and the filter to filter the color. The adsorption module includes an iron core frame, an adsorption component 5 and an inductance coil 4 wound on the iron core frame.

[0033] The imaging module and t...

Embodiment 2

[0047] attached figure 2 Another embodiment of the present invention is illustrated, with the accompanying figure 1 Compared with the illustrated embodiment, a group of imaging modules and light-transmitting sheets are mainly added. The added group of imaging modules and light-transmitting sheets is the same as the group of imaging modules and light-transmitting sheets in Embodiment 1, with the flow channel 7 as the axis of symmetry, symmetrical up and down; the imaging module is the same as the embodiment, and also includes imaging devices 1. Focusing mechanism 2, lens group, reflected light source 3 and optical filter.

[0048] In this embodiment, the focusing mechanism 2 located above and below the flow channel 7 can be adjusted simultaneously. The central position between the two groups of adsorption components 5 is on the same optical path as the center of the reflective light source 3, the focusing mechanism 2, and the imaging device 1; the center of the optical path ...

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Abstract

The invention discloses a three-dimensional digital particle image generation device and a three-dimensional digital particle image generation method based on excitation suction. An imaging module and a sucking module of the device are arranged on the same side of a light-transmitting piece. The light-transmitting piece is arranged on the upper surface of a flow pass and is positioned in a magnetic field generated after electrification of the center of a light path of the imaging module and the sucking module. The sucking module sucks particles to the lower side of the light-transmitting piece. The imaging module is provided with a focusing mechanism used for adjusting focus to acquire images with different focal planes. An image processing module is used for dividing focal plane ranges of the images with the different focal planes through different difference operators and wavelet image processing, measuring three-dimensional surfaces of magnetic particles according to a morphological processing method and overlapping the images with the different focal planes through Boolean algebra operation to recreate a new particle image. The particles are sucked on the same plane by the sucking module, the images with the different focal planes are acquired to be synthesized, and the clear and stable three-dimensional digital particle image is generated.

Description

technical field [0001] The invention relates to a technology for analyzing and judging the operating state of mechanical equipment by detecting magnetic particles in a fluid, in particular to a three-dimensional digital particle image generation device and method based on excitation adsorption. Background technique [0002] Generally speaking, the commonly used technology for online monitoring and analysis to judge the lubrication and wear state of equipment is ferrographic oil monitoring technology. Ferrographic oil monitoring technology appeared in the 1970s. Through the deposition and analysis of ferromagnetic particles in the lubricating oil in use, the operating status and wear trend of the equipment are monitored, the wear mechanism is judged, and the early failure prevention of the equipment is realized and the failure is reduced. It has the advantages of stable performance, reliability, and strong anti-interference ability. [0003] Ferrography oil monitoring techno...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01N15/02
Inventor 陈闽杰贺石中冯伟冼建波何佳乐陶辉
Owner GUANGZHOU MECHANICAL ENG RES INST
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