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Systém for measuring the breathing of small animals

Detailed Technology Description

The system for measuring the breathing of small animals shall include at least one sealable body in which at least one small animal may be placed and equipped with at least one sensor for measuring the breathing of a small animal. The essence of the technical solution is that the sensor for measuring the breathing of a small animal includes at least two thermal cameras arranged so that their optical waslines are different and point to the same measured area of the sealable body. Thermal cameras are connected to a control unit from the computer group, laptop, laptop, smartphone, microprocessor, which has a data storage on which a software means for calibrating the image of thermal cameras is stored, or modeling of a spatial formation of a 3D object, consisting of exclaimed air of small animals in the measured area. Each thermal camera provides an image representing the exuded air of a small animal. The calculation of the volume of exuded air by small animals can then be done by several methods. One is to perform a calculation generally based on mathematical methods to determine the area of an unknown body or the provided image from a thermal camera, another is a permeation based on aperture, an image interlacing with one or more ellipses, the area of which can perhaps be calculated, when the ellipses are connected from both images, thereby obtaining the volume of exuded air, or a procedure based on the interlacing of the image area by different formations , such as rectangles, squares, and others. The area can be calculated manually, or the curve equation is retrieved by the simulation program in the software resource, and the area below the curve can then be calculated using integrals. Another option is automatic approximation using artificial intelligence, where images from thermal cameras are processed by a software device that works on the basis of artificial intelligence, such as a neural network and others. It creates a 3D object from them and at the same time can calculate the amount of exuded air that can take place both online and offline.

Application Date

30/09/2019 00:00:00

ID No.

UV 33260

Country/Region

Czech Republic