Positioning method and positioning system for photographing devices

Abstract

The invention relates to a positioning method and a positioning system for photographing devices. The positioning system comprises detection equipment and photographing equipment. The detection equipment comprises a first GPS (global positioning system) positioning module, an image acquisition through hole and a positioning fixing device. The photographing equipment comprises a camera, a storage device, a second GPS positioning module and an execution system. The execution system comprises a positioning information indication module, a position prompt module, an image acquisition display module and a positioning identification module, wherein the positioning information indication module is used for operating and invoking positioning information indicating diagrams, the position prompt module is used for extracting various position information, the image acquisition display module is used for acquiring the positioning information indicating diagrams and the various position information and displaying the same, and the positioning identification module is used for displaying relative position in the positioning information indicating diagrams according to the position of the camera and the image acquisition through hole. The photographing equipment is moved to enable the camera to be moved to the target position, and the positioning fixing device is used for fixing the photographing equipment. The method and the system are widely applied to positioning of portable biomedical detection equipment.

Description

technical field [0001] The invention relates to a positioning method and a positioning system, in particular to a positioning method and a positioning system of a photographing device suitable for image collection of detection equipment. Background technique [0002] At present, there are more and more devices to obtain information by taking pictures with the built-in camera of the mobile phone or other photographing equipment, such as the rapidly developing biomedical image technology for mobile phones in the field of biomedical medicine. Traditional human physiological parameter detection and biomedical imaging instruments are usually complex, costly, and have unchanged operation and maintenance, and are rarely used for daily monitoring and preliminary diagnosis of users. The increasing demand for low-cost advanced medical treatment has greatly stimulated the development of portable biomedical detection equipment technology to obtain medical image information by taking pic...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, for biomedical testing equipment that requires fixed photography, high imaging quality, and the imaging point (area) is enclosed in the housing and cannot be directly held by the mobile phone or taken by other photographic equipment, it is necessary to have a fixed mobile phone or other photographic equipment. device, but the position of the camera of each model of mobile phone or other camera equipment is mostly different, making it difficult to solve the positioning problem of the camera of the portable biomedical testing equipment camera phone or other camera equipment, which hinders the direct use of mobile phones or other camera equipment to a certain extent Development of portable biomedical testing equipment that takes pictures (images) of the equipment for analysis of test results

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