CN111784640A

CN111784640A - Ceramic tile sorting treatment system and method

Info

Publication number: CN111784640A
Application number: CN202010510783.3A
Authority: CN
Inventors: 骆福友; 吴泽鹏; 江锡辉
Original assignee: Foshan Keshi Technology Co ltd
Current assignee: Foshan Keshi Technology Co ltd
Priority date: 2020-06-08
Filing date: 2020-06-08
Publication date: 2020-10-16

Abstract

The embodiment of the invention discloses a ceramic tile sorting processing system and a method, wherein the system comprises; the data acquisition equipment acquires tile images for the tiles and sends the tile images to corresponding sorting clients; the sorting client determines the tile color difference corresponding to the tile image based on the tile image and the current sample tile image; determining a color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image; when a data uploading period comes, determining the current tile data to be uploaded, and sending the tile data to a tile data processing server; the tile data processing server receives tile data to be uploaded, and for each sorting client, based on a preset statistical mode, the tile image quantity corresponding to each color difference type in the tile data to be uploaded by the sorting client and the current sorting time length information are processed to obtain statistical results and stored so as to realize automatic detection and classification of tile surface color differences and collection and statistics of tile related data.

Description

Ceramic tile sorting treatment system and method

Technical Field

The invention relates to the technical field of data processing, in particular to a ceramic tile sorting processing system and method.

Background

In order to meet the requirements of different users, the color, the pattern and the pattern of the ceramic tile designed and produced by a ceramic tile manufacturer are more and more, the surface of the ceramic tile is more and more complex, and the quality of the produced ceramic tile needs to be detected in order to ensure the quality of the ceramic tile.

In the related art, in the process of detecting the quality of the produced tiles, the degree of color difference of the surfaces of the tiles in the same batch is generally recognized manually, and then the quality of the tiles is detected and evaluated according to the degree of color difference of the surfaces of the tiles. In the manual detection process, the interference of various unstable factors is easily caused, and the situations of erroneous judgment, erroneous judgment and inaccurate color separation are caused.

Disclosure of Invention

The invention provides a ceramic tile sorting processing system and a ceramic tile sorting processing method, which are used for automatically detecting and classifying the color difference of the surface of a ceramic tile and collecting and counting the related data of the ceramic tile. The specific technical scheme is as follows:

in a first aspect, an embodiment of the present invention provides a tile sorting processing system, where the system includes: the system comprises data acquisition equipment, a sorting client and a tile data processing server;

the data acquisition equipment is configured to acquire a tile image for a tile and send the tile image to a corresponding sorting client;

the sorting client is configured to obtain a tile image sent by the corresponding data acquisition equipment, and determine a color difference between the tile image and each sample tile image as a tile color difference corresponding to the tile image based on the tile image and a current sample tile image; determining a color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image; when a data uploading period comes, determining current to-be-uploaded ceramic tile data and sending the ceramic tile data to a ceramic tile data processing server, wherein the to-be-uploaded ceramic tile data comprises: the method comprises the following steps of (1) the number of tile images corresponding to different color difference types which are not uploaded and correspond to data acquisition equipment corresponding to a sorting client side and current sorting duration information, wherein the current sorting duration information is as follows: the sorting client determines the time length information of the color difference type corresponding to the tile image corresponding to the tile data to be uploaded;

the tile data processing server is configured to receive tile data to be uploaded by the sorting client sides, and for each sorting client side, based on a preset statistical mode, the tile image quantity corresponding to each color difference type in the tile data to be uploaded by the sorting client side and the current sorting time length information are processed to obtain a statistical result and stored.

Optionally, the sorting client, before obtaining the tile image sent by the corresponding data acquisition device, is further configured to

Under the condition that a creation instruction indicating creation batch number information is received, based on the receiving time information of the creation instruction, generating batch number information corresponding to the creation instruction, recording the creation time of the batch number information corresponding to the creation instruction, uploading the batch number information to the tile data processing server, and recording the batch number information corresponding to the creation instruction and the creation time of the batch number information by the tile data processing server.

Optionally, each tile image corresponds to batch number information;

the sorting client, in the process of determining, based on the tile image and the current sample tile image, a color difference between the tile image and each sample tile image as a tile color difference corresponding to the tile image, is specifically configured to:

determining color differences between the tile images and the sample tile images based on the tile images and the current sample tile images corresponding to the same batch number information as the tile images.

Optionally, the tile data processing server is further configured to monitor a working status of the sorting client, where the working status includes an online status and an offline status;

the tile data processing server is specifically configured to process the tile image quantity corresponding to each color difference type in the tile data to be uploaded and uploaded by the sorting client and the current sorting duration information based on the preset statistical mode to obtain a statistical result

For each batch of number information corresponding to the to-be-uploaded ceramic tile data uploaded by the sorting client, drawing a pie chart and a line chart based on the number of the ceramic tile images corresponding to each color difference type corresponding to the batch number information in the to-be-uploaded ceramic tile data and the number of the ceramic tile images corresponding to each color difference type corresponding to the batch number information in the stored historical ceramic tile data, wherein the pie chart represents the total number of the current ceramic tile images corresponding to each color difference type corresponding to the batch number information and the percentage of the total number of the current ceramic tile images corresponding to each color difference type in the total number of the ceramic tile images corresponding to the batch number information, and the line chart represents the number of the ceramic tile images corresponding to each color difference type corresponding to the batch number information uploaded in each data uploading period;

aiming at each batch number information corresponding to the to-be-uploaded ceramic tile data uploaded by the sorting client, determining running time information and downtime information corresponding to the sorting client based on the creation time information and the current time information corresponding to the batch number information, wherein the running time information is as follows: the sorting client is in the on-line state time information in the process of determining the ceramic tile data corresponding to the batch number information, and the downtime information is as follows: the sorting client side determines the time information of the off-line state in the process of determining the ceramic tile data corresponding to the batch number information;

for each batch number information corresponding to the to-be-uploaded ceramic tile data uploaded by the sorting client, determining idle time information when the sorting client determines that the ceramic tile data corresponding to the batch number information is in an online state in the process based on the running time information corresponding to the sorting client, the sorting time information corresponding to the batch number information in the current sorting time information and the sorting time information corresponding to the ceramic tile data corresponding to the batch number information in the stored historical ceramic tile data;

and determining the sorting speed information of the tile data corresponding to the batch number information according to each batch number information corresponding to the tile data to be uploaded by the sorting client based on the number of the tile images corresponding to each color difference type corresponding to the batch number information in the tile data to be uploaded, the number of the tile images corresponding to each color difference type corresponding to the batch number information in the stored historical tile data, the running time information and the idle time information corresponding to the sorting client.

Optionally, the sorting client, in the process of determining the color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image, is specifically configured to

Judging whether a tile color difference smaller than a preset color difference threshold exists in the tile color differences corresponding to the tile images;

if the tile image is judged to exist, determining the color difference type of the sample tile image corresponding to the tile color difference smaller than the preset color difference threshold value as the color difference type corresponding to the tile image;

if the tile image does not exist, adding the tile image to the current sample tile image to update the current sample tile image;

configuring a new color difference type for the tile image.

Optionally, the sorting client is further configured to obtain an inquiry request for requesting to inquire about the tile processing data corresponding to the target data acquisition device, and send the inquiry request to the tile data processing server, where the inquiry request carries a user identifier of an inquiry user and a device identifier of the target data acquisition device;

the tile data processing server is further configured to obtain an inquiry request sent by a sorting client, and judge whether the inquiry user has the authority to inquire the tile processing data corresponding to the target data acquisition device or not based on a preset authority corresponding relationship, the device identifier and the user identifier; if the inquiring user is judged to have the authority of inquiring the ceramic tile processing data corresponding to the target data acquisition equipment, the ceramic tile processing data corresponding to the target data acquisition equipment is sent to the sorting client;

the sorting client is further configured to obtain and display the ceramic tile processing data corresponding to the target data acquisition equipment.

In a second aspect, an embodiment of the present invention provides a tile sorting processing method, which is applied to a sorting client in a tile sorting processing system, where the tile sorting processing system further includes a data acquisition device and a tile data processing server; the method comprises the following steps:

the method comprises the steps that a sorting client side obtains a tile image sent by corresponding data acquisition equipment, wherein the tile image is an image acquired by the data acquisition equipment aiming at a tile;

determining color differences between the tile images and the sample tile images based on the tile images and the current sample tile images, wherein the color differences serve as tile color differences corresponding to the tile images;

determining a color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image;

when a data uploading period comes, determining current to-be-uploaded ceramic tile data, and sending the ceramic tile data to a ceramic tile data processing server, so that the ceramic tile data processing server receives the to-be-uploaded ceramic tile data uploaded by a sorting client, and aiming at each sorting client, processing the number of ceramic tile images corresponding to various color difference types in the to-be-uploaded ceramic tile data uploaded by the sorting client and corresponding sorting time length information thereof based on a preset statistical mode to obtain a statistical result and store the statistical result, wherein the to-be-uploaded ceramic tile data comprises: the method comprises the following steps of (1) the number of tile images corresponding to different color difference types which are not uploaded and correspond to data acquisition equipment corresponding to a sorting client side, and sorting duration information, wherein the sorting duration information is as follows: and the sorting client determines the time length information of the color difference type corresponding to the tile image corresponding to the tile data to be uploaded.

Optionally, before obtaining the tile image sent by the corresponding data acquisition device, the method further includes:

under the condition that a creation instruction indicating creation batch number information is received, based on the receiving time information of the creation instruction, generating batch number information corresponding to the creation instruction, recording the creation time of the batch number information corresponding to the creation instruction, and uploading the batch number information to the tile data processing server, so that the tile data processing server records the batch number information corresponding to the creation instruction and the creation time thereof.

Optionally, each tile image corresponds to batch number information;

the step of determining a color difference between the tile image and each sample tile image based on the tile image and the current sample tile image as a tile color difference corresponding to the tile image includes:

Optionally, the tile data processing server processes, based on a preset statistical manner, the number of tile images corresponding to various color difference types in the tile data to be uploaded at the sorting client and the corresponding sorting duration information thereof to obtain a statistical result, including:

Optionally, the step of determining a color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image includes:

configuring a new color difference type for the tile image.

Optionally, the method further includes:

acquiring an inquiry request for inquiring the ceramic tile processing data corresponding to target data acquisition equipment, sending the inquiry request to the ceramic tile data processing server so that the ceramic tile data processing server acquires the inquiry request sent by a sorting client, and judging whether the inquiry user has the authority to inquire the ceramic tile processing data corresponding to the target data acquisition equipment or not based on a preset authority corresponding relation, the equipment identification and the user identification; if the inquiring user is judged to have the authority of inquiring the ceramic tile processing data corresponding to the target data acquisition equipment, the ceramic tile processing data corresponding to the target data acquisition equipment is sent to the sorting client side, wherein the inquiring request carries the user identification of the inquiring user and the equipment identification of the target data acquisition equipment;

and acquiring and displaying the ceramic tile processing data corresponding to the target data acquisition equipment.

As can be seen from the above, the tile sorting system and method provided in the embodiments of the present invention includes: the system comprises data acquisition equipment, a sorting client and a tile data processing server; the data acquisition equipment acquires tile images for the tiles and sends the tile images to corresponding sorting clients; the sorting client side obtains a tile image sent by corresponding data acquisition equipment, and determines the color difference between the tile image and each sample tile image based on the tile image and the current sample tile image to serve as the tile color difference corresponding to the tile image; determining a color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image; when a data uploading period comes, determining current tile data to be uploaded, and sending the tile data to a tile data processing server, wherein the tile data to be uploaded comprises: the number of the ceramic tile images corresponding to the non-uploaded various color difference types and corresponding to the data acquisition equipment corresponding to the sorting client side and the current sorting time information are as follows: the sorting client determines the time length information of the color difference type corresponding to the tile image corresponding to the tile data to be uploaded; the tile data processing server receives tile data to be uploaded by the sorting client, and for each sorting client, based on a preset statistical mode, the tile image quantity corresponding to each color difference type in the tile data to be uploaded by the sorting client and the current sorting time length information are processed to obtain a statistical result and stored.

By applying the embodiment of the invention, the sorting client can determine the tile color difference corresponding to the tile image based on the tile image acquired by the data acquisition equipment and the current sample tile image, and further determine the color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image so as to realize automatic detection and classification of the color difference on the surface of the tile; when a data uploading period comes, the sorting client determines current to-be-uploaded ceramic tile data and sends the ceramic tile data to the ceramic tile data processing server, the ceramic tile data processing server processes ceramic tile image quantity corresponding to various types of differences included in the to-be-uploaded ceramic tile data uploaded by the sorting client and current sorting time length information aiming at each sorting client, statistical results are obtained and stored, storage and statistical analysis of sorting results of the sorting clients are achieved, and effective management of the sorting results of the sorting clients is achieved. Of course, not all of the advantages described above need to be achieved at the same time in the practice of any one product or method of the invention.

The innovation points of the embodiment of the invention comprise:

1. the sorting client can determine the tile color difference corresponding to the tile image based on the tile image acquired by the data acquisition equipment and the current sample tile image, and further determine the color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image so as to realize automatic detection and classification of the color difference on the surface of the tile; when a data uploading period comes, the sorting client determines current to-be-uploaded ceramic tile data and sends the ceramic tile data to the ceramic tile data processing server, the ceramic tile data processing server processes ceramic tile image quantity corresponding to various types of differences included in the to-be-uploaded ceramic tile data uploaded by the sorting client and current sorting time length information aiming at each sorting client, statistical results are obtained and stored, storage and statistical analysis of sorting results of the sorting clients are achieved, and effective management of the sorting results of the sorting clients is achieved.

2. The sorting client side provides a batch number information setting function, under the condition that a creating instruction indicating creating batch number information is received, batch number information corresponding to the creating instruction is generated based on receiving time information of the creating instruction, creating time of the batch number information corresponding to the creating instruction is recorded and uploaded to the tile data processing server, the tile data processing server records the creating time of the batch number information corresponding to the creating instruction, corresponding tile data are stored aiming at different subsequent batch numbers, and management of the tile data is facilitated.

3. The ceramic tile data processing server can monitor the working state of the sorting client, count the online time of the sorting client and the online time, and correspondingly, for the ceramic tile data of the sorting client, based on the obtained ceramic tile data, draw a pie chart representing the total number of the current ceramic tile images corresponding to each color difference type corresponding to the batch number information and a broken line chart representing the number of the ceramic tile images corresponding to each color difference type corresponding to the batch number information uploaded in each data uploading period aiming at different batch number information of different sorting clients, so that the uniform management and statistical analysis of the ceramic tile data corresponding to different batch number information are realized, and subsequently, the ceramic tile data corresponding to each batch number information is displayed to a user in a visual graph form, and the user experience is improved; and aiming at each batch of number information, determining the sorting speed of the batch of ceramic tiles, the downtime and running time of a sorting client in the process of sorting the batch of ceramic tiles and the idle time information in an online state, and providing a basis for the subsequent detection and improvement of a ceramic tile production line.

4. When the tile color difference smaller than the preset color difference threshold value exists in the tile color difference corresponding to the tile image, determining that the tile represented by the sample tile image has the tile with the color similar to that of the tile represented by the tile image, and determining the color difference type of the sample tile image corresponding to the tile color difference smaller than the preset color difference threshold value as the color difference type corresponding to the tile image; and under the condition that the tile color difference smaller than the preset color difference threshold value does not exist in the tile color difference corresponding to the tile image, adding the tile image to the current sample tile image, namely adding a new color difference type in the color difference type corresponding to the sample tile image, namely adding the color difference type corresponding to the tile image, so as to ensure the completeness and accuracy of the determined color difference type of the subsequent tile image.

5. After the tile data processing server obtains an inquiry request sent by a sorting client, based on a preset authority corresponding relation, an equipment identifier and a user identifier of target data acquisition equipment in the inquiry request, whether an inquiry user corresponding to the user identifier has authority for inquiring the tile data corresponding to the target data acquisition equipment is determined, under the condition that the inquiry user has the corresponding authority, the tile data corresponding to the target data acquisition equipment is sent to the sorting client, the sorting client obtains and displays the tile data corresponding to the target data acquisition equipment, and the safety of the related tile data of the user is ensured by setting authority limit.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It is to be understood that the drawings in the following description are merely exemplary of some embodiments of the invention. For a person skilled in the art, without inventive effort, further figures can be obtained from these figures.

Fig. 1 is a schematic structural diagram of a tile sorting system according to an embodiment of the present invention;

FIG. 2A is an exemplary diagram of a pie chart provided by an embodiment of the present invention;

FIG. 2B is an exemplary diagram of a line graph provided by an embodiment of the present invention;

fig. 3 is a schematic flow chart of a tile sorting method according to an embodiment of the present invention.

Detailed Description

The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. It is to be understood that the described embodiments are merely a few embodiments of the invention, and not all embodiments. All other embodiments, which can be obtained by a person skilled in the art without inventive effort based on the embodiments of the present invention, are within the scope of the present invention.

It is to be noted that the terms "comprises" and "comprising" and any variations thereof in the embodiments and drawings of the present invention are intended to cover non-exclusive inclusions. For example, a process, method, system, article, or apparatus that comprises a list of steps or elements is not limited to only those steps or elements listed, but may alternatively include other steps or elements not listed, or inherent to such process, method, article, or apparatus.

The invention provides a ceramic tile sorting processing system and a ceramic tile sorting processing method, which are used for automatically detecting and classifying the color difference of the surface of a ceramic tile and collecting and counting the related data of the ceramic tile. The following provides a detailed description of embodiments of the invention.

Fig. 1 is a schematic structural diagram of a tile sorting system according to an embodiment of the present invention. The system may include: data acquisition equipment 110, a sorting client 120, and a tile data processing server 130;

a data collection device 110 configured to collect tile images for tiles and send to its corresponding sorting client 120.

A sorting client 120 configured to obtain the tile image sent by the corresponding data acquisition device 110, and determine a color difference between the tile image and each sample tile image based on the tile image and the current sample tile image as a tile color difference corresponding to the tile image; determining a color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image; when a data uploading period comes, determining current tile data to be uploaded, and sending the tile data to a tile data processing server, wherein the tile data to be uploaded comprises: the number of the ceramic tile images corresponding to the non-uploaded various color difference types and corresponding to the data acquisition equipment corresponding to the sorting client side and the current sorting time information are as follows: the sorting client 120 determines the duration information of the color difference type corresponding to the tile image corresponding to the tile data to be uploaded.

And the tile data processing server 130 is configured to receive the tile data to be uploaded by the sorting client, and for each sorting client 120, based on a preset statistical manner, process the number of tile images corresponding to each color difference type in the tile data to be uploaded by the sorting client and the current sorting duration information to obtain a statistical result, and store the statistical result.

The data collecting device 110 may collect images for a conveyor belt used for conveying tiles, and in a case that it is detected that tiles arrive on the conveyor belt, collect images for the tiles conveyed on the conveyor belt, to obtain tile images. This data acquisition equipment can be for the equipment that is used for gathering the image such as camera and camera, and this data acquisition equipment can be according to predetermineeing resolution ratio and gather the ceramic tile image to the ceramic tile. In this embodiment of the present invention, the image format of the tile image acquired by the data acquisition device 110 may be an image format such as a BMP (Bitmap) format, a JPG (Joint Photo Experts Group) format, an LAB (color mode) format, and the like.

A plurality of data acquisition devices 110 may be included in the tile sorting processing system, wherein each data acquisition device 110 corresponds to a sorting client 120. The data acquisition devices 110 and the sorting clients 120 may be in a one-to-one correspondence relationship or a many-to-one correspondence relationship, where in the case of the many-to-one correspondence relationship, the sorting clients 120 may pre-store device identifiers of different data acquisition devices 110 to distinguish different data acquisition devices 110 and tile images acquired by different data acquisition devices 110.

Different data acquisition devices 110 can acquire images for different conveyor belts used to convey tiles. After acquiring the tile image, the data acquisition device 110 sends the tile image to the sorting client 120 corresponding to the data acquisition device.

The sorting client 120 obtains a tile image sent by the corresponding data acquisition device 110, and determines a color difference between the tile image and each sample tile image as a tile color difference corresponding to the tile image based on the tile image and a current sample tile image when each tile image is obtained; and then, for each tile color difference corresponding to the tile image, determining a color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image. Subsequently, when it is determined that the data uploading period comes, the sorting client 120 determines the number of tile images and the current sorting duration information corresponding to the non-uploaded various color difference types corresponding to the data acquisition device corresponding to the sorting client, and sends the tile images and the current sorting duration information as the current tile data to be uploaded to the tile data processing server 130.

The process of determining the color difference between the tile image and each sample tile image may be: and calculating the image color difference between the tile image and the sample tile image according to each sample tile image, wherein the image color difference is used as the tile color difference between the tile contained in the tile image and the tile contained in the sample tile image, and is used as the tile color difference corresponding to the tile image.

The sample tile image may be: the data collecting device 110 for collecting the tile image collects the tile image which satisfies the preset screening condition before the tile image.

In one implementation, the production of tiles is batch-wise, and accordingly the quality of the tiles needs to be checked batch-wise during the sorting of the tiles, i.e. the checking of the quality of the produced tiles. When the color difference of the tile images corresponding to different batches of tiles is determined, the sample tile images are different. Accordingly, the preset screening condition may include: and defining a condition that the color difference between the tile image corresponding to the first tile corresponding to the target batch number information, namely the tile image of the first frame, or the tile image serving as the sample tile image is large, for example, the tile image with the color difference exceeding a preset color difference threshold value.

In one case, the sorting client 120 may continuously sort the multiple batches of generated tiles, and accordingly, when the sorting client 120 obtains the first frame of tile images of a certain batch acquired by the corresponding data acquisition device 110, the tile images are used as a sample tile image and correspond to a color difference type; subsequently, the sorting client 120 obtains a second frame of tile images of the batch acquired by the corresponding data acquisition device 110, and determines a color difference between the second frame of tile images and the sample tile images based on the second frame of tile images and the first frame of tile images as the current sample tile images, as a tile color difference corresponding to the second frame of tile images; determining a color difference type corresponding to the second frame of tile image based on the tile color difference corresponding to the second frame of tile image and the color difference type corresponding to the sample tile image; if the tile color difference corresponding to the second frame of tile image indicates that the color difference between the tile contained in the second frame of tile image and the tile contained in the sample tile image is not large, determining that the tile contained in the second frame of tile image and the tile contained in the sample tile image are same-color tiles, namely determining the color difference type corresponding to the sample tile image as the color difference type corresponding to the second frame of tile image; and if the tile color difference corresponding to the second frame of tile image represents that the color difference between the tile contained in the second frame of tile image and the tile contained in the sample tile image is larger, determining that the second frame of tile image is a sample tile image and corresponds to a color difference type.

Subsequently, the sorting client 120 obtains a third frame of tile images of the batch acquired by the corresponding data acquisition device 110, determines a color difference between the second frame of tile images and each sample tile image based on the second frame of tile images and the first frame of tile images and the second frame of tile images serving as the current sample tile images, and performs subsequent processes.

Accordingly, in one embodiment of the present invention, the sorting client 120, in determining the type of color difference corresponding to the tile image based on the tile color difference corresponding to the tile image, is specifically configured to

a new color difference type is configured for the tile image.

In one implementation, the sorting client 120 can count the time consumed for sorting the tiles in real time during the process of sorting the tiles, and the time consumed for waiting for the tile images to arrive for sorting during the process of sorting the tiles; also, data identification information of the tile data that has been uploaded to the tile data processing server 130 may be recorded, where the data identification information of the tile data may be information that uniquely characterizes the tile data, such as a serial number, a generation time of a tile image corresponding to the tile data, and the like.

Correspondingly, when the data uploading period comes, the sorting client 120 may determine the number of tile images corresponding to the non-uploaded various color difference types corresponding to the data acquisition devices, and the time length information of tiles included in the tile images corresponding to the non-uploaded various color difference types corresponding to the data acquisition devices corresponding to the sorting, that is, determine the time length information of the color difference types corresponding to the tile images corresponding to the tile data to be uploaded, and the current sorting time length information.

It can be understood that, in the case that no abnormality occurs in the network link between the sorting client 120 and the tile data processing server 130, each time a data uploading period comes, the sorting client 120 may upload, to the tile data processing server 130, the number of tile images and corresponding sorting duration information corresponding to each color difference type sorted from the time the data uploading period comes to the time the previous data uploading period comes, that is, the determined current tile data to be uploaded includes data generated from the time the data uploading period comes to the time the previous data uploading period comes. When the network link between the sorting client 120 and the tile data processing server 130 is abnormal, for example, the sorting client 120 is disconnected from the network link between the tile data processing server 130 due to a network break, so that a previous data uploading period comes, tile data to be uploaded corresponding to the previous data uploading period is not uploaded to the tile data processing server 130, and when the data uploading period comes, the current tile data to be uploaded determined by the sorting client 120 includes: the sorting client 120 generates data between the arrival time of the data uploading period and the arrival time of the previous data uploading period, and the tile data to be uploaded corresponding to the previous data uploading period.

The tile data processing server 130 may be coupled to at least one sorting client 120, in which case the tile data processing server 130 may provide a plurality of APIs (Application Programming interfaces) to the outside for interfacing with each sorting client 120 via the APIs.

The tile data processing server 130 receives the tile data to be uploaded by each sorting client 120, and then processes the tile image quantity corresponding to each color difference type in the tile data to be uploaded by the sorting client 120 and the current sorting duration information based on a preset statistical mode for each sorting client 120, so as to obtain a statistical result, and stores the statistical result.

By applying the embodiment of the invention, the sorting client can determine the tile color difference corresponding to the tile image based on the tile image acquired by the data acquisition equipment and the current sample tile image, and further determine the color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image so as to realize automatic detection and classification of the color difference on the surface of the tile; when a data uploading period comes, the sorting client determines current to-be-uploaded ceramic tile data and sends the ceramic tile data to the ceramic tile data processing server, the ceramic tile data processing server processes ceramic tile image quantity corresponding to various types of differences included in the to-be-uploaded ceramic tile data uploaded by the sorting client and current sorting time length information aiming at each sorting client, statistical results are obtained and stored, storage and statistical analysis of sorting results of the sorting clients are achieved, and effective management of the sorting results of the sorting clients is achieved.

In one implementation of the present invention, the sorting client 120, before obtaining the tile image sent by the corresponding data acquisition device, is further configured to

In the case where a creation instruction indicating creation batch number information is received, batch number information corresponding to the creation instruction is generated based on the reception time information of the creation instruction, and the creation time of the batch number information corresponding to the creation instruction is recorded and uploaded to the tile data processing server, and the tile data processing server 130 records the batch number information corresponding to the creation instruction and the creation time thereof.

Wherein the creation instruction may be human triggered. In one case, when the sorting client 120 is started and the tile sorting processing function is started, the sorting client 120 may display information inquiring whether the user creates new batch number information in a pop-up window form, and when detecting that the user selects a function button indicating creation of new batch number information, the sorting client 120 obtains a creation instruction indicating creation of batch number information, and accordingly, the sorting client 120 generates batch number information corresponding to the creation instruction based on the reception time information of the creation instruction, records the creation time of batch number information corresponding to the creation instruction, and uploads the created batch number information to the tile data processing server, and the tile data processing server records the creation time of batch number information corresponding to the creation instruction. The process of generating the batch number information corresponding to the creation instruction based on the receiving time information of the creation instruction may be: the method includes generating batch number information corresponding to a unique creating instruction based on a preset random number generation algorithm and receiving time information of the creating instruction, wherein the preset random number generation algorithm can be any type of random number generation algorithm in the related art, and the specific type of the preset random number generation algorithm is not limited in the embodiment of the invention.

The process of uploading the batch number information corresponding to the creation instruction and the creation time corresponding to the batch number information to the tile data processing server may be: after the sorting client 120 generates the batch number information corresponding to the creation instruction, when a data uploading cycle closest to the creation time of the batch number information arrives, the batch number information and the creation time of the batch number information are uploaded to the tile data processing server 130, and the tile data processing server 130 records the batch number information corresponding to the creation instruction and the creation time thereof. Alternatively, it may be: after the sorting client 120 generates the batch number information corresponding to the creation instruction and before generating the batch number information corresponding to the new creation instruction, it is all right that the batch number information and the creation time of the batch number information need to be uploaded to the tile data processing server 130 once every data uploading cycle comes.

In another implementation, different batches of tiles, possibly different types and sizes of tiles, facilitate the user to view various related information about the tiles he or she produces in order to enhance the user experience, the sorting client 120 further provides the worker user to input basic attribute information about each batch of tiles, wherein the basic attribute information about tiles may include, but is not limited to: type and size of the tile.

After generating the batch number information corresponding to the creation instruction, the sorting client 120 may pop up information and an input interface for instructing the user to input the basic attribute information of the ceramic tile corresponding to the batch number information; after receiving the basic attribute information of the tile corresponding to the batch number information input by the user, in the process of uploading the batch number information, the basic attribute information of the tile corresponding to the batch number information may be uploaded correspondingly, and correspondingly, the tile data processing server 130 stores the basic attribute information of the tile corresponding to the batch number information.

In another embodiment of the present invention, each tile image corresponds to batch number information;

the sorting client 120, during the process of determining the color difference between the tile image and each sample tile image based on the tile image and the current sample tile image, as the tile color difference corresponding to the tile image, is specifically configured to:

determining color differences between the tile images and the sample tile images as tile color differences corresponding to the tile images based on the tile images and the current sample tile images corresponding to the same batch number information as the tile images.

Considering the situation that different batches of tiles have different types and/or sizes of information, in order to enable the tile data processing server 130 to effectively manage the tile data, the sorting client 120 needs to sort the tile images corresponding to the same batch, that is, the same batch number information, in the tile sorting process, and determine the color difference types corresponding to the tile images corresponding to the same batch number information, so as to sort the tiles included in the tile images.

In another embodiment of the present invention, the tile data processing server 130 is further configured to monitor the sorting client operating status, including an online status and an offline status;

the tile data processing server 130 is specifically configured to process the tile image number corresponding to each color difference type in the tile data to be uploaded at the sorting client and the current sorting duration information based on the preset statistical mode to obtain a statistical result

Aiming at each batch of number information corresponding to the to-be-uploaded ceramic tile data uploaded by the sorting client, drawing a pie chart and a line graph based on the number of the ceramic tile images corresponding to each color difference type corresponding to the batch number information in the to-be-uploaded ceramic tile data and the number of the ceramic tile images corresponding to each color difference type corresponding to the batch number information in the stored historical ceramic tile data, wherein the pie chart represents the total number of the current ceramic tile images corresponding to each color difference type corresponding to the batch number information, and the line graph represents the number of the ceramic tile images corresponding to each color difference type corresponding to the batch number information uploaded in each data uploading period;

for each batch number information corresponding to the to-be-uploaded ceramic tile data uploaded by the sorting client, determining running time information and downtime information corresponding to the sorting client 120 based on the creation time information and the current time information corresponding to the batch number information, wherein the running time information is as follows: the sorting client 120 determines the time information of the online state in the process of determining the tile data corresponding to the batch number information, and the downtime information is: the sorting client 120 determines the time information of the offline state in the process of determining the tile data corresponding to the batch number information;

for each batch number information corresponding to the to-be-uploaded ceramic tile data uploaded by the sorting client, determining the idle time information when the sorting client determines that the ceramic tile data corresponding to the batch number information is in an online state in the process based on the running time information corresponding to the sorting client, the sorting time information corresponding to the batch number information in the current sorting time information and the sorting time information corresponding to the ceramic tile data corresponding to the batch number information in the stored historical ceramic tile data;

and determining the sorting speed information of the tile data corresponding to the batch number information according to each batch number information corresponding to the tile data to be uploaded by the sorting client based on the number of the tile images corresponding to each color difference type corresponding to the batch number information in the tile data to be uploaded, the number of the tile images corresponding to each color difference type corresponding to the batch number information in the stored historical tile data, and the running time information and the idle time information corresponding to the sorting client.

In this embodiment, the tile data processing server 130 may monitor the operational status of the sorting client 120, i.e., the online status and the offline status of the sorting client 120. In one implementation, when the tile sorting client 120 starts and starts the tile sorting function, the tile data processing server 130 is notified that the tile data processing server 130 is online, and accordingly, the tile data processing server 130 determines that the sorting client 120 is online, and subsequently, the latest online time of the sorting client 120 can be recorded, and the time interval between the latest online time and the last online time of the sorting client 120 is calculated, and accordingly, the longest offline time of the sorting client 120, that is, the offline time, is determined. When the tile sorting process function is turned off by the sorting client 120, the tile data processing server 130 may be notified that it is down, and in response, the tile data processing server 130 determines that the sorting client 120 is not on-line. Subsequently, the latest down time of sorting client 120 may be recorded.

In one case, the to-be-uploaded tile data may include at least one tile data corresponding to batch number information, and accordingly, after the tile data processing server 130 obtains the to-be-uploaded tile data uploaded by the sorting client 120, it may be determined, for each batch number information corresponding to the to-be-uploaded tile data uploaded by each sorting client 120, whether the historical tile data stored by the tile data processing server 130 includes the tile data corresponding to the batch number information, that is, the number of tile images corresponding to each color difference type corresponding to the batch number information.

If yes, determining the quantity of the tile images corresponding to each color difference type corresponding to the batch number information contained in the stored historical tile data; determining the total number of the current tile images corresponding to each color difference type corresponding to the batch number information based on the number of the tile images corresponding to each color difference type corresponding to the batch number information in the tile data to be uploaded and the number of the tile images corresponding to each color difference type corresponding to the batch number information in the stored historical tile data; and drawing a pie chart based on the total number of the current tile images corresponding to each color difference type corresponding to the batch number information and the percentage of the total number of the current tile images corresponding to each color difference type in the total number of the tile images corresponding to the batch number information.

As shown in fig. 2A, the example graph is a drawn pie chart, where the total number of current tile images corresponding to color number 1, that is, color difference type 1, in the pie chart is 4023, and the percentage of the total number of tile images corresponding to the batch number information is 52.6%; the total number of the current tile images corresponding to the color number 2, namely the color difference type 2, is 2958, and the percentage of the total number of the tile images corresponding to the batch number information is 38.67%; the total number of the current tile images corresponding to the color number 3, i.e., the color difference type 3, is 668, and the percentage of the total number of the tile images corresponding to the batch number information is 8.73%.

Determining the number of the tile images corresponding to each color difference type corresponding to the batch number information uploaded in each data uploading period based on the number of the tile images corresponding to each color difference type corresponding to the batch number information in the to-be-uploaded tile data and the number of the tile images corresponding to each color difference type corresponding to the batch number information in the stored historical tile data; and drawing a line drawing based on the quantity of the tile images corresponding to each color difference type corresponding to the batch number information uploaded in each data uploading period. As shown in fig. 2B, the abscissa of the line graph represents time, which is the time of the process of uploading the tile data in each data uploading period of the sorting client 120, and the ordinate represents the number of the tile images obtained by the tile data processing server 130, and in the case that a tile corresponds to a tile image, the ordinate of the line graph can represent the number of the tiles obtained by the tile data processing server 130. The different broken lines indicate the number of tile images corresponding to each color difference type corresponding to the lot number information obtained by the tile data processing server 130 at each time period.

The number of the ceramic tile images corresponding to each color difference type in the same batch, namely the number of the ceramic tiles, and the percentage of the number of the ceramic tile images corresponding to each color difference type in the batch to all the ceramic tile images in the batch can be visually observed by a user, so that the quality of the ceramic tiles corresponding to the batch, namely the ceramic tiles corresponding to the same batch number information can be visually observed by the user, wherein the more the color difference types corresponding to the ceramic tiles corresponding to the same batch are, the more the color difference change representing the ceramic tiles corresponding to the batch is, the poor color consistency of the ceramic tiles is, and correspondingly, the condition that the production process of the ceramic tiles is to be perfected can be determined. The line graph can represent the number of the ceramic tile images corresponding to different color difference types corresponding to the batch number information in each data uploading period, namely the number of the ceramic tiles, correspondingly, the production number of the ceramic tiles corresponding to the batch number information in each data uploading period can be represented, and the line graph can be beneficial to a user to check information such as the production condition of the ceramic tiles and further reasonably improve the production process of the ceramic tiles.

The tile data processing server 130 may further determine, for each batch number information corresponding to the to-be-uploaded tile data uploaded by the sorting client, the running time information corresponding to the sorting client 120 based on the creation time information and the current time information corresponding to the batch number information, that is, the time information that the sorting client 120 determines that the tile data corresponding to the batch number information is in an online state during the process, and the downtime information that the sorting client determines that the sorting client is in an offline state during the process of determining the tile data corresponding to the batch number information. Wherein the current time information may refer to a time when the tile data processing server 130 obtained the tile data to be uploaded.

And then, determining the idle time information when the sorting client determines that the ceramic tile data corresponding to the batch number information is in an online state in the process based on the running time information corresponding to the sorting client, the sorting time information corresponding to the batch number information in the current sorting time information and the sorting time information corresponding to the ceramic tile data corresponding to the batch number information in the stored historical ceramic tile data. The sorting duration information corresponding to the batch number information in the current sorting duration information can be characterized: time consumed for sorting the ceramic tile images corresponding to the batch number information by the sorting client 120 in the latest data uploading period to obtain the ceramic tile data; sorting duration information corresponding to the ceramic tile data corresponding to the batch number information in the stored historical ceramic tile data can be characterized: the sorting client 120 sorts the ceramic tile data corresponding to the batch number information in the stored historical ceramic tile data to obtain the time consumed by the ceramic tile data; and subtracting the sum of the sorting duration information from the running time information corresponding to the sorting client to obtain the idle time information when the sorting client determines that the ceramic tile data corresponding to the batch number information is in an online state in the process. The idle time information characterizes: and the sorting client determines the time when the ceramic tile images are not sorted when the ceramic tile data corresponding to the batch number information is in an online state in the process.

Subsequently, for each batch of number information corresponding to the to-be-uploaded ceramic tile data uploaded by the sorting client, based on the number of the ceramic tile images corresponding to each color difference type corresponding to the batch number information in the to-be-uploaded ceramic tile data and the number of the ceramic tile images corresponding to each color difference type corresponding to the batch number information in the stored historical ceramic tile data, the total number of the ceramic tile images corresponding to the batch number information, namely the total number of the ceramic tiles corresponding to the batch number information, can be determined; based on the running time information and the idle time information corresponding to the sorting client, the time consumed by the sorting client for determining the ceramic tile data corresponding to the batch number information can be determined; or, by using the sorting duration information corresponding to the batch number information in the current sorting duration information and the sorting duration information corresponding to the ceramic tile data corresponding to the batch number information in the stored historical ceramic tile data, the time consumed by the sorting client for determining the ceramic tile data corresponding to the batch number information can be determined; and then, determining the time consumed by the sorting client to determine the ceramic tile data corresponding to the batch number information according to the total number of the ceramic tiles corresponding to the batch number information, and determining the sorting speed information of the ceramic tile data corresponding to the batch number information. The sorting speed information of the tile data corresponding to the batch number information can represent the detection speed of the tiles corresponding to the batch number information and the production speed of the tiles to a certain extent.

The sorting speed information of the ceramic tile data corresponding to the batch number information and the idle time information when the sorting client determines that the ceramic tile data corresponding to the batch number information is in an online state in the process are convenient for a user to check the production condition to a certain extent, and then a reference basis is provided for the user to reasonably improve the ceramic tile production process.

In another embodiment of the present invention, the sorting client 120 is further configured to obtain an inquiry request for requesting to inquire about the tile processing data corresponding to the target data acquisition device, and send the inquiry request to the tile processing data processing server 130, where the inquiry request carries the user identifier of the inquiry user and the device identifier of the target data acquisition device;

the tile data processing server 130 is further configured to obtain an inquiry request sent by the sorting client, and determine whether the inquiry user has an authority to inquire the tile processing data corresponding to the target data acquisition device based on a preset authority correspondence, the device identifier and the user identifier; if the inquiring user is judged to have the authority to inquire the ceramic tile processing data corresponding to the target data acquisition equipment, the ceramic tile processing data corresponding to the target data acquisition equipment is sent to the sorting client 120;

the sorting client 120 is further configured to obtain and display the tile processing data corresponding to the target data collection device.

Wherein tile processing data includes, but is not limited to: the pie chart and the line chart determined based on the tile data corresponding to each batch number information, the running time information and the downtime information corresponding to the sorting client in the process of determining the tile data corresponding to each batch number information, the idle time information when the sorting client determines that the tile data corresponding to each batch number information is in an online state in the process of determining the tile data corresponding to each batch number information, the sorting speed information of the tile data corresponding to each batch number information, each batch number information and the corresponding creation time information thereof, the number of the tile images corresponding to the color difference type corresponding to each batch number information, and the like are mentioned above.

In the embodiment of the present invention, the sorting client 120 has a function for a user to view tile processing data corresponding to a tile produced by the user, and the tile data processing server 130 is configured to set a permission for limiting the tile processing data that the user can view for different users in order to ensure data security of the user, wherein the tile data processing server 130 may store the tile processing data obtained from the tile image acquired by the user for different data acquisition devices, and a preset permission correspondence relationship is pre-stored, and the preset permission correspondence relationship includes: information limiting the authority of the data processing data of the ceramic tiles corresponding to the data acquisition device which can be viewed by the user, for example: the preset corresponding relation of the permission comprises the following steps: the corresponding relationship between the user identifier of the user a and the device identifiers of the data acquisition device 1 and the data acquisition device 2 can represent that the user a can view the tile processing data corresponding to the data acquisition device 1 and the tile processing data corresponding to the data acquisition device 2.

The method comprises the steps that a sorting client 120 obtains an inquiry request for inquiring ceramic tile processing data corresponding to target data acquisition equipment, the inquiry request is sent to a ceramic tile data processing server 130, the ceramic tile data processing server 130 is used for obtaining the inquiry request sent by the sorting client, whether an inquiring user has the authority for inquiring the ceramic tile processing data corresponding to the target data acquisition equipment is judged based on a preset authority corresponding relation, an equipment identification and a user identification, and if the inquiring user has the authority for inquiring the ceramic tile processing data corresponding to the target data acquisition equipment is judged, namely the preset authority corresponding relation stores the corresponding relation between the user identification of the inquiring user and the equipment identification of the target data acquisition equipment, the ceramic tile processing data corresponding to the target data acquisition equipment is sent to the sorting client 120. The sorting client 120 obtains and displays the tile processing data corresponding to the target data collection device.

In an implementation manner, after obtaining the query request sent by the sorting client, the tile data processing server 130 may first determine, according to the user identifier carried in the query request, whether the time when the user corresponding to the user identifier sends the query request is within the valid time of use, and if so, execute a step of determining whether the querying user has the authority to query the tile processing data corresponding to the target data acquisition device based on the preset authority correspondence, the device identifier, and the user identifier. Or, when determining that the querying user has the authority to query the tile processing data corresponding to the target data collecting device, the tile data processing server 130 continues to determine whether the time for sending the query request by the user corresponding to the user identifier is within the valid time of use, and if so, performs the step of sending the tile processing data corresponding to the target data collecting device to the sorting client 120.

Correspondingly, the tile processing data may further include expiration time information of the usage effective time corresponding to the user identifier.

In another embodiment of the present invention, the user may customize the manufacturer group through the sorting client 120 and customize the authority function information required by the user according to the requirement, for example, when querying the tile processing data corresponding to the target data collecting device, the user may restrict the sorting client 120 from displaying or not displaying some data, or set the sorting client 120 to display or not display some functions. Correspondingly, the user can customize the user name and nickname of the manufacturer group, different group identification information corresponding to different manufacturer groups, and set the communication account corresponding to the manufacturer group, such as mailbox account, so that the user can manage the manufacturer group. The authority function information can be preset according to various collected requirements of the user, so that the user can define the required authority function information, and related functions which enable the user to be satisfied can be provided for the user.

The factory group can include a user identifier of at least one user and an equipment identifier of at least one data acquisition equipment, and correspondingly, the user corresponding to the user identifier included in the factory group has the function of checking the ceramic tile processing data corresponding to the data acquisition equipment corresponding to the equipment identifier included in the factory group.

In another embodiment of the present invention, after the data acquisition devices 110 and the sorting clients 120 are added to the tile data processing server 130, the tile data processing server 130 may set device IDs for the data acquisition devices 110 and the sorting clients 120, so that the tile data processing server 130 can distinguish different data acquisition devices 110 and sorting clients 120, in one case, the data acquisition devices 110 correspond to the sorting clients 120 one by one, and at this time, only one device ID may be set for the data acquisition devices 110 and the sorting clients 120 having a corresponding relationship. To enhance the user experience, a function for the user to set the device name may be added, and the user may set the device name that the user easily remembers for his data collection device 110 and sorting client 120.

Corresponding to the system embodiment, the embodiment of the invention provides a ceramic tile sorting processing method, which is applied to a sorting client in a ceramic tile sorting processing system, wherein the ceramic tile sorting processing system further comprises data acquisition equipment and a ceramic tile data processing server; as shown in fig. 3, the method includes:

s301: the method comprises the steps that a sorting client side obtains a tile image sent by corresponding data acquisition equipment, wherein the tile image is an image acquired by the data acquisition equipment aiming at a tile;

s302: determining color differences between the tile images and the sample tile images based on the tile images and the current sample tile images, wherein the color differences serve as tile color differences corresponding to the tile images;

s303: determining a color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image and the color difference type corresponding to each sample tile image;

s304: when a data uploading period comes, determining current to-be-uploaded ceramic tile data, and sending the ceramic tile data to a ceramic tile data processing server, so that the ceramic tile data processing server receives the to-be-uploaded ceramic tile data uploaded by a sorting client, and aiming at each sorting client, processing the number of ceramic tile images corresponding to various color difference types in the to-be-uploaded ceramic tile data uploaded by the sorting client and corresponding sorting time length information thereof based on a preset statistical mode to obtain a statistical result and store the statistical result, wherein the to-be-uploaded ceramic tile data comprises: the method comprises the following steps of (1) the number of tile images corresponding to different color difference types which are not uploaded and correspond to data acquisition equipment corresponding to a sorting client side, and sorting duration information, wherein the sorting duration information is as follows: and the sorting client determines the time length information of the color difference type corresponding to the tile image corresponding to the tile data to be uploaded.

In another embodiment of the present invention, before obtaining the tile image sent by the corresponding data acquisition device, the method further comprises:

In another embodiment of the present invention, the step of processing, by the tile data processing server, the number of tile images corresponding to each color difference type in the to-be-uploaded tile data uploaded by the sorting client and the sorting duration information corresponding to the tile images based on a preset statistical manner to obtain a statistical result includes:

In another embodiment of the present invention, the step of determining a color difference type corresponding to the tile image based on the tile color difference corresponding to the tile image includes:

configuring a new color difference type for the tile image.

In another embodiment of the present invention, the method further comprises:

The above method embodiment corresponds to the system embodiment, and has the same technical effect as the system embodiment, and for the specific description, reference is made to the system embodiment. The method embodiment is obtained based on the system embodiment, and specific description may refer to the system embodiment section, which is not described herein again. Those of ordinary skill in the art will understand that: the figures are merely schematic representations of one embodiment, and the blocks or flow diagrams in the figures are not necessarily required to practice the present invention.

Those of ordinary skill in the art will understand that: modules in the devices in the embodiments may be distributed in the devices in the embodiments according to the description of the embodiments, or may be located in one or more devices different from the embodiments with corresponding changes. The modules of the above embodiments may be combined into one module, or further split into multiple sub-modules.

Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.

Claims

1. A tile sorting process system, the system comprising: the system comprises data acquisition equipment, a sorting client and a tile data processing server;

2. The system of claim 1, wherein the sorting client, prior to obtaining the tile image sent by the corresponding data collection device, is further configured to

3. The system of claim 2, wherein each tile image corresponds to batch number information;

4. The system of claim 3, wherein the tile data processing server is further configured to monitor a sorting client operational status, the operational status including an online status and an offline status;

5. The system of any one of claims 1-4, wherein the sorting client, in determining the type of color difference corresponding to the tile image based on the tile color difference corresponding to the tile image, is specifically configured to

configuring a new color difference type for the tile image.

6. The system according to any one of claims 1 to 5, wherein the sorting client is further configured to obtain an inquiry request for inquiring the tile processing data corresponding to the target data acquisition device, and send the inquiry request to the tile data processing server, wherein the inquiry request carries the user identifier of the inquiring user and the device identifier of the target data acquisition device;

7. The ceramic tile sorting processing method is characterized by being applied to a sorting client side in a ceramic tile sorting processing system, wherein the ceramic tile sorting processing system further comprises data acquisition equipment and a ceramic tile data processing server; the method comprises the following steps:

8. The method of claim 7, wherein prior to obtaining the tile image transmitted by the corresponding data capture device, the method further comprises:

9. The method of claim 8, wherein each tile image corresponds to batch number information;

10. The method according to claim 9, wherein the step of processing, by the tile data processing server, the number of tile images corresponding to each color difference type in the to-be-uploaded tile data uploaded by the sorting client and the sorting duration information corresponding to the tile images based on a preset statistical manner to obtain a statistical result comprises: