Intelligent locating method face for micro-fluidic chip

A microfluidic chip, intelligent positioning technology, applied in instruments, character and pattern recognition, computer parts and other directions, can solve the problems of low positioning accuracy, inability to complete tracking and positioning, time-consuming and laborious, etc.

Inactive Publication Date: 2007-09-12
DONGHUA UNIV
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  • Abstract
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AI Technical Summary

Problems solved by technology

[0003] At present, the main analysis method for chips in the micro-total analysis system is the laser-induced fluorescence method. This method needs to locate the micro-pipe network on the chip. However, the current mi

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  • Intelligent locating method face for micro-fluidic chip
  • Intelligent locating method face for micro-fluidic chip
  • Intelligent locating method face for micro-fluidic chip

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Embodiment Construction

[0047] An intelligent positioning method for microfluidic chips of the present invention comprises the following steps:

[0048] 1. Preprocess the plane image of the current microfluidic chip:

[0049] a. Use the CCD camera to collect the chip plane image in the microfluidic chip analysis system, use the morphological filter and the OPTA refinement algorithm to denoise and refine the chip plane image, and obtain the skeleton diagram of the chip plane image:

[0050] Perform binarization processing on the chip plane image collected by the CCD camera;

[0051] Denoising and edge smoothing are performed on the binarized chip planar image using the opening and closing operations in morphology;

[0052] The OPTA algorithm was used to refine the denoised image to obtain the skeleton image of the chip plane image.

[0053] b. According to the chip skeleton diagram, extract the relevant nodes on the micropipeline network in the microfluidic chip:

[0054] Extraction of endpoints on t...

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Abstract

The invention relates to an intelligent positioning method facing a microfluidic chip, the use of chip planar images in CCD camera acquisition microfluidic chip analysis system, using morphological filters and OPTA (one-pass thinning algorithm) refinement algorithm to denoise and refine the chip ichnography, being a skeleton-map of the chip ichnography; based on chip skeleton map, extracts relevant node on the network of micro-channels of microfluidic chip; According to the joint position of all micro-channels and relations between the two connection, generates adjacent table; According to the adjacent table on the microfluidic chip for intelligent tracking positioning, makes the adjacent table feedback amendments through the relevant feedback algorithm in accordance with the positioning results. It is based on the relevant image processing technology designed with a fully automated positioning, high precision, high speed and can track position, and other characteristics, it can improve the automaticed analysis for all microfluidic chip analysis system.

Description

technical field [0001] The invention relates to the technical field of intelligent pattern recognition and image processing, and relates to an intelligent positioning method for microfluidic chips. Background technique [0002] The microfluidic chip analysis system, also known as the micro-full analysis system, was researched by Manz and Widmer of Ciba Geigy in Switzerland in the early 1990s. At that time, the main research focus was on the "micro" and "Full", and MEMS processing methods for microchannel networks. By 1994, Ramsey of Oak Ridge National Laboratory in the United States published a series of papers on the basis of Manz's work, which improved the sampling method of chip capillary electrophoresis, improved its performance and practicability, and commercialized the microfluidic chip analysis system. The development value begins to appear. In recent years, international research on microfluidic chips has gradually become a hot spot, and is ...

Claims

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Application Information

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IPC IPC(8): G06K9/46
Inventor 任立红丁永生周鹏
Owner DONGHUA UNIV
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