Description:The picture's system diagram offers a thorough explanation of the creative setup intended to use cutting-edge image processing techniques to identify adulteration in white sugar. The orderly layout in section (1) illustrates the interdependent elements of the detection procedure. The industrial setup where laser energy and equipment are positioned to take pictures of the white sugar samples is particularly noteworthy in section (2).
The technology provides a similar output, which is shown in Sections (3) and (4) together with the pure white sugar and any possible adulterants in the sample. The accurate identification and distinction of contaminated and uncontaminated sample components is facilitated by this visual depiction.
The figure in section (5) illustrates the screening procedure, in which a particular component containing the sample travels through comprehensive testing to determine its purity. This stage makes sure that only correct data is handled and examined in more detail.
The crucial process of comparing and saving the sample photographs with those submitted to the system is finally illustrated in section (6). This unit makes it easier to find differences between the sample's pure and contaminated units, allowing for quick identification and appropriate action. , C , C , Claims:We claim:
(1) An adulterant identification system for white sugar comprises of:
i) A Monitoring System(1)
ii) A Lazer Lens(2)
iii) An input Device(3)
iv) A Camera(4)
v) A Conveyor Belt(5)
vi) An Output Device(6)
(2) The monitoring system(1) as monitoring system that is mentioned in the Claim (1) where in it contains the programming that is used for the uploading of the programming that is necessary for the image processing technique that has the samples of images for the images of white sugar.
(3) The Lazer Lens(2) system that is mentioned in the Claim (2) where it has the focusing ability of the samples that is supposed to be containing the white sugar sample that has the input of the image system.
(4) The Input Device(3) of the image processing system as mentioned in the Claim (1) is used for the intake of the image from the Lazer lens
(2) that is as mentioned in the Claim (3).
(5) The Camera(4) that is mentioned in the Claim (1) that is used for the image to take the sugar sample that is passed under the camera for the input processing.
(6) The Conveyor Belt(5) that is mentioned in the Claim (1) which is used for the passing of the white sugar sample for the taking of image as mentioned in the Claim (5) for the camera capturing.
(7) The Output Device(6) that is mentioned in the Claim (1) which is used for the output of the image to be processed given the percentage of the adulterants present in the white sugar.