CN211744560U - Intelligent image processing device - Google Patents
Intelligent image processing device Download PDFInfo
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- CN211744560U CN211744560U CN201922392754.7U CN201922392754U CN211744560U CN 211744560 U CN211744560 U CN 211744560U CN 201922392754 U CN201922392754 U CN 201922392754U CN 211744560 U CN211744560 U CN 211744560U
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Abstract
The utility model discloses an intelligent image processing device, including image receiving module, image preprocessing module, control module, output module, image data input module and MATLAB image processing system. An intelligent image processing apparatus, through main camera and the time camera that image receiving module set up, the image of inferior quality is shot to inferior camera, and the picture of the low quality that will shoot passes to image preprocessing module, image preprocessing module carries out data analysis to the picture of low quality, confirms the influence of outside luminance to shooting the quality, control module control light filling unit carries out the light filling to when outside luminance is shot when meeting the requirements, open main camera again, shoot the picture of high quality, prevent like this that high quality main camera from starting in succession and causing the loss, life-extension has certain practicality, brings better use prospect.
Description
Technical Field
The utility model relates to an image processing field, in particular to intelligent image processing device field.
Background
An image is a similar, vivid description or portrayal of an objective object, which is the most common information carrier in human social activities, or a representation of an objective object, which contains information about the object to be described, which is the most important information source for people. Statistically, about 75% of the information obtained by a person comes from vision, and in a broad sense, an image is all pictures with visual effects, and includes: on paper media, on film or photographs, on television, projector or computer screens, images can be divided into two main categories depending on the way in which they are recorded: analog images and digital images. Analog images can record image brightness information through the change of intensity of some physical quantity (such as light, electricity and the like), such as analog television images; the digital image is obtained by recording brightness information of each point on the image by using data stored in a computer, and the image needs to be processed when entering stock, so that an image processing device is needed.
The current image processing device has some problems, firstly, the current image processing device needs to be supplemented with light, in the light supplementing process, a high-quality camera needs to be opened all the time, so that the loss of the high-quality camera is increased, secondly, the current image processing device needs to manually input a program to process an image, the intellectualization is poor, and finally, the current image processing device places the image and data together, so that the error correction is not facilitated, and in view of the above, an intelligent image processing device is provided.
SUMMERY OF THE UTILITY MODEL
A primary object of the present invention is to provide an intelligent image processing apparatus, which can effectively solve the problems of the background art.
In order to achieve the above purpose, the utility model adopts the following technical scheme:
an intelligent image processing device comprises an image receiving module, an image preprocessing module, a control module, an output module, an image data input module and an MATLAB image processing system, wherein the image receiving module is suitable for receiving an image to be processed, the image and processing module is suitable for preprocessing the image received by the image receiving module and converting the image into data, the control module is suitable for controlling the normal operation of the whole device, the output module is suitable for respectively outputting the processed image and data, the image data input module is suitable for a user to input the data of the processed image, and the MATLAB image processing system processes the received image through MATLAB software.
Preferably, the image receiving module includes a photographing unit, a scanning unit, a light supplementing unit 1 and a light supplementing unit 2, the photographing unit is adapted to obtain a dynamic image through a photographing mode, the scanning unit obtains a static image through scanning, the light supplementing unit 1 supplements light for the photographing unit, and the light supplementing unit 2 supplements light for the scanning unit.
Preferably, the image preprocessing module includes an MATLAB image data analyzing system and an image data comparing system, the MATLAB image data analyzing system is adapted to perform data analysis on the acquired image through MATLAB software, the image data comparing unit is adapted to compare the received data of the image with the data input by the image data input module and transmit the comparison result to the control module, and the control module analyzes the comparison result to obtain an optimal solution and executes the solution MATLAB image processing system.
Preferably, the MATLAB image processing system comprises an MATLAB program library and an MATLAB program extraction unit, wherein the MATLAB program library is suitable for storing MATLAB programs needing to be input, and the MATLAB program extraction unit extracts the MATLAB programs through a solution and runs the programs.
Preferably, the output module includes a data output unit, an image output unit, a storage unit and a display unit, the data output unit is adapted to output data of an image to the storage unit, the storage unit is adapted to store the image data, the image output unit is adapted to output the image to the display unit, and the display unit is adapted to display the processed image.
Preferably, the photographing unit comprises a main camera and a secondary camera, the main camera is suitable for photographing high-quality images, the secondary camera is suitable for photographing low-quality images, the light supplementing unit 1 comprises a light source controller 1 and a light supplementing light source 1, the light source controller 1 is suitable for controlling the brightness of the light supplementing light source 1 through an instruction of the control module, the light supplementing light source 1 is suitable for providing a mild light source for the photographing unit, the main camera and the secondary camera are arranged through the image receiving unit, the secondary camera shoots the low-quality images, the shot low-quality images are transmitted to the image preprocessing module, the image preprocessing module performs data analysis on the low-quality images, the influence of external brightness on the photographing quality is determined, the control module controls the light supplementing unit to supplement light, and when the external brightness meets requirements, the main camera is opened, the high-quality picture is shot, so that the loss caused by continuous starting of the high-quality main camera is prevented, the service life is prolonged, and the practicability is strong.
Preferably, the secondary camera is suitable for collecting brightness information of external light and transmitting the brightness information to the image preprocessing module, the image preprocessing module performs data analysis on a low-quality image and determines the influence of the external brightness on shooting quality, and the control module controls the light supplementing unit 1 and the light supplementing unit 2 to supplement light.
Compared with the prior art, the utility model discloses following beneficial effect has:
1. the main camera and the secondary camera are arranged through the image receiving unit, the secondary camera shoots a low-quality image, the shot low-quality image is transmitted to the image preprocessing module, the image preprocessing module carries out data analysis on the low-quality image to determine the influence of external brightness on shooting quality, the control module controls the light supplementing unit to supplement light, and when the external brightness shooting meets the requirement, the main camera is opened again to shoot a high-quality image, so that the loss caused by continuous starting of the high-quality main camera is prevented, the service life is prolonged, and the practicability is strong;
2. by the arranged MATLAB image processing system, the MATLAB image processing system comprises an MATLAB program library and an MATLAB program extraction unit, a user inputs parameters of a required image through the image data input module, the control module performs calculation, the MATLAB program extraction unit directly extracts a program in the MATLAB program library so as to realize the effect generated by the parameters, the MATLAB program does not need to be input, and the intelligent level is high;
3. through the arranged output module, the output module comprises an image output unit and a data output unit, the image output unit displays the image in the display unit, the data output unit stores the data of the image in the storage unit, the image data is saved, once the image is not in accordance with the requirement, the image can be reprocessed, and the data is compared with the original image, error correction is carried out, and the accuracy is high.
Drawings
Fig. 1 is a schematic view of an operation flow of an intelligent image processing apparatus according to the present invention;
fig. 2 is a schematic structural diagram of an image receiving module of an intelligent image processing apparatus according to the present invention;
FIG. 3 is a schematic diagram of an image preprocessing module of an intelligent image processing apparatus according to the present invention;
FIG. 4 is a schematic diagram of an MATLAB image processing system of an intelligent image processing apparatus according to the present invention;
fig. 5 is a schematic diagram of an output module of the intelligent image processing apparatus.
Detailed Description
In order to make the technical means, creation features, achievement purposes and functions of the present invention easy to understand, the present invention is further described below with reference to the following embodiments.
As shown in fig. 1 to 5, an intelligent image processing apparatus includes an image receiving module, an image preprocessing module, a control module, an output module, an image data input module, and an MATLAB image processing system, wherein the image receiving module is adapted to receive an image to be processed, the image and processing module is adapted to preprocess the image received by the image receiving module and convert the image into data, the control module is adapted to control normal operation of the entire apparatus, the output module is adapted to output the processed image and data, the image data input module is adapted to allow a user to input data of the processed image, and the MATLAB image processing system processes the received image through MATLAB software.
Further, the image receiving module includes a photographing unit, a scanning unit, a light supplementing unit 1 and a light supplementing unit 2, the photographing unit is suitable for obtaining dynamic images through a photographing mode, the scanning unit obtains static images through scanning, the light supplementing unit 1 supplements light for the photographing unit, and the light supplementing unit 2 supplements light for the scanning unit.
Further, the photographing unit comprises a main camera and a secondary camera, the main camera is suitable for photographing high-quality images, the secondary camera is suitable for photographing low-quality images, the light supplementing unit 1 comprises a light source controller 1 and a light supplementing light source 1, the light source controller 1 is suitable for controlling the brightness of the light supplementing light source 1 through an instruction of the control module, and the light supplementing light source 1 is suitable for providing a mild light source for the photographing unit.
Further, the image preprocessing module comprises an MATLAB image data analyzing system and an image data comparing system, the MATLAB image data analyzing system is suitable for analyzing the acquired image through MATLAB software, the image data comparing unit is suitable for comparing the received image data with the data input by the image data input module and transmitting the comparison result to the control module, and the control module analyzes the comparison result to acquire an optimal solution and executes the solution MATLAB image processing system.
Further, the MATLAB image processing system comprises an MATLAB program library and an MATLAB program extraction unit, the MATLAB program library is suitable for storing MATLAB programs needing to be input, the MATLAB program extraction unit extracts the MATLAB programs through a solution and runs the programs, the MATLAB image processing system comprises the MATLAB program library and the MATLAB program extraction unit, a user inputs parameters of required images through the image data input module, the control module calculates, the MATLAB program extraction unit directly extracts the programs from the MATLAB program library to achieve the effect of parameter generation, the MATLAB programs do not need to be input, and the intelligent level is high.
Further, the output module comprises a data output unit, an image output unit, a storage unit and a display unit, wherein the data output unit is suitable for outputting the data of the image to the storage unit, the storage unit is suitable for storing the image data, the image output unit is suitable for outputting the image to the display unit, the display unit is suitable for displaying the processed image, and through the arranged output module, the output module comprises an image output unit and a data output unit, the image output unit displays the image in the display unit, the data output unit stores the data of the image in the storage unit, the storage of the image data is realized, once the image is not in accordance with the requirement, the image can be reprocessed and compared with the original image, the error correction is carried out, and the accuracy is high.
Furthermore, the secondary camera is suitable for collecting the brightness information of the external light and transmitting the brightness information to the image preprocessing module, the image preprocessing module carries out data analysis on the low-quality picture, and determines the influence of the external brightness on the shooting quality, the control module controls the light supplementing unit 1 and the light supplementing unit 2 to supplement light, the secondary camera shoots low-quality images through the main camera and the secondary camera arranged on the image receiving unit, the shot low-quality images are transmitted to the image preprocessing module, the image preprocessing module analyzes data of the low-quality picture, determines the influence of external brightness on the shooting quality, the control module controls the light supplementing unit to supplement light, when the external brightness shooting meets the requirements, the main camera is opened again to shoot the high-quality picture, so that the loss caused by continuous starting of the high-quality main camera is prevented, the service life is prolonged, and the practicability is high.
It should be noted that, the utility model relates to an intelligent image processing device, when in use, firstly, each module of the device is electrically connected, the secondary camera is suitable for collecting the brightness information of the external light and transmitting the brightness information to the image preprocessing module, the image preprocessing module analyzes the data of the low-quality picture and determines the influence of the external brightness on the shooting quality, the control module controls the light supplementing unit 1 and the light supplementing unit 2 to supplement light, the secondary camera shoots the low-quality picture through the primary camera and the secondary camera arranged on the image receiving unit, the shot low-quality picture is transmitted to the image preprocessing module, the image preprocessing module analyzes the data of the low-quality picture, determines the influence of the external brightness on the shooting quality, the control module controls the light supplementing unit to supplement light, when the external brightness meets the requirement, the primary camera is opened, the MATLAB image processing system comprises an MATLAB program library and an MATLAB program extraction unit, wherein the MATLAB program library is suitable for storing an MATLAB program which needs to be input, the MATLAB program extraction unit extracts the MATLAB program through a solution and runs the program, the MATLAB image processing system comprises the MATLAB program library and the MATLAB program extraction unit, a user inputs parameters of the required image through an image data input module, a control module calculates, the MATLAB program extraction unit directly extracts the program in the MATLAB program library to realize the effect of parameter generation without inputting the MATLAB program again, the intelligentization level is high, and finally, through the arranged output module, the output module comprises an image output unit and a data output unit, the image output unit displays the image in the display unit, the data output unit stores the data of the image in the storage unit, the image data is saved, once the image is not required, the image can be reprocessed, and the data is compared with the original image, error correction is carried out, and the accuracy is high.
The basic principles and the main features of the invention and the advantages of the invention have been shown and described above. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (7)
1. An intelligent image processing device comprises an image receiving module, an image preprocessing module, a control module, an output module, an image data input module and an MATLAB image processing system, and is characterized in that: the image receiving module is suitable for receiving an image needing to be processed, the image and processing module is suitable for preprocessing the image received by the image receiving module and converting the image into data, the control module is suitable for controlling the normal operation of the whole device, the output module is suitable for respectively outputting the processed image and the processed data, the image data input module is suitable for a user to input the data of the processed image needing to be processed, and the MATLAB image processing system processes the received image through MATLAB software.
2. An intelligent image processing device according to claim 1, wherein: the image receiving module comprises a photographing unit, a scanning unit, a light supplementing unit 1 and a light supplementing unit 2, the photographing unit is suitable for acquiring dynamic images in a photographing mode, the scanning unit acquires static images through scanning, the light supplementing unit 1 supplements light for the photographing unit, and the light supplementing unit 2 supplements light for the scanning unit.
3. An intelligent image processing device according to claim 2, wherein: the photographic unit includes main camera and secondary camera, main camera is suitable for the image of shooting high-quality, secondary camera is suitable for the image of shooting low-quality, light filling unit 1 includes light source controller 1 and light filling light source 1, light source controller 1 is suitable for the luminance through control module's command control light filling light source 1, light filling light source 1 is suitable for providing mild light source for photographic unit.
4. An intelligent image processing device according to claim 1, wherein: the image preprocessing module comprises an MATLAB image data analyzing system and an image data comparing system, the MATLAB image data analyzing system is suitable for analyzing data of the obtained image through MATLAB software, the image data comparing unit is suitable for comparing the received data of the image with the data input by the image data input module and transmitting the comparison result to the control module, and the control module analyzes the comparison result to obtain an optimal solution and executes the MATLAB image processing system of the solution.
5. An intelligent image processing device according to claim 4, wherein: the MATLAB image processing system comprises an MATLAB program library and an MATLAB program extraction unit, wherein the MATLAB program library is suitable for storing MATLAB programs needing to be input, and the MATLAB program extraction unit extracts the MATLAB programs through a solution and runs the programs.
6. An intelligent image processing device according to claim 1, wherein: the output module comprises a data output unit, an image output unit, a storage unit and a display unit, wherein the data output unit is suitable for outputting the data of the image to the storage unit, the storage unit is suitable for storing the image data, the image output unit is suitable for outputting the image to the display unit, and the display unit is suitable for displaying the processed image.
7. An intelligent image processing device according to claim 3, wherein: the secondary camera is suitable for collecting brightness information of external light and transmitting the brightness information to the image preprocessing module, the image preprocessing module carries out data analysis on low-quality pictures and determines the influence of the external brightness on shooting quality, and the control module controls the light supplementing unit 1 and the light supplementing unit 2 to supplement light.
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| CN112651914A (en) * | 2020-12-17 | 2021-04-13 | 吉林师范大学 | Image processing system based on matlab |
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| CN112651914A (en) * | 2020-12-17 | 2021-04-13 | 吉林师范大学 | Image processing system based on matlab |
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