Order verification method for cloud printing, electronic equipment and storage medium

Abstract

The invention relates to the technical field of cloud printing, and particularly provides an order verification method for cloud printing, electronic equipment and a storage medium, the method comprises the following steps: obtaining actual total weight information and order parameter information of a to-be-packaged order, the order parameter information comprising paper type information and paper quantity information; acquiring paper unit weight information according to the paper type information and a first preset conversion relation, and acquiring expected total weight information according to the paper unit weight information and the paper quantity information; analyzing whether the to-be-packaged order is normal according to the actual total weight information, the expected total weight information and a first preset weight error; according to the method, the labor intensity can be effectively reduced, the verification efficiency is improved, and the situation that the abnormal to-be-packaged order is mistakenly affirmed to be consistent with the to-be-printed order due to mistakes and omissions during manual verification is avoided as much as possible.

Description

Technical Field

[0001] The present application relates to the technical field of cloud printing, and in particular to an order verification method, electronic device and storage medium for cloud printing. Background Art

[0002] In the field of cloud printing technology, in order to improve printing efficiency, the relevant technology will split the order to be printed into multiple subtasks and assign the multiple subtasks to different printers. After completing the printing of all subtasks, the relevant technology will merge, package and ship all the subtasks corresponding to the order to be printed in sequence through manual sorting. In order to avoid the problem of inconsistency between the order to be packaged and the order to be printed due to printing problems (such as using the wrong paper type or repeated printing) or sorting problems (such as workers merging the wrong subtask into the order to be packaged), the relevant technology needs to manually verify the order to be packaged. Therefore, the relevant technology has the problems of high labor intensity, low verification efficiency, and abnormal orders to be packaged are mistakenly identified as consistent with the order to be printed due to errors and omissions in manual verification.

[0003] There is no effective technical solution to the above problems. It should be noted that the above information disclosed in this section is only used to understand the background of the present invention, and therefore may contain information that does not constitute prior art. Summary of the invention

[0004] The purpose of this application is to provide an order verification method, electronic device and storage medium for cloud printing, which can effectively reduce labor intensity, improve verification efficiency and avoid as much as possible the situation where abnormal orders to be packaged are mistakenly identified as consistent with orders to be printed due to errors and omissions in manual verification.

[0005] In a first aspect, the present application provides an order verification method for cloud printing, which comprises the following steps: S1. Obtaining actual total weight information and order parameter information of the order to be packaged, where the order parameter information includes paper type information and paper quantity information; S2, acquiring paper unit weight information according to the paper type information and the first preset conversion relationship, and acquiring expected total weight information according to the paper unit weight information and paper quantity information; S3. Analyze whether the order to be packaged is normal based on the actual total weight information, the expected total weight information and the first preset weight error.

[0006] The present application provides an order verification method for cloud printing, which can analyze whether the order to be packaged is normal according to the actual total weight information, the expected total weight information and the first preset weight error. That is, the present application is equivalent to providing an automatic verification method for the order to be packaged. When it is analyzed that there is an abnormality in the order to be packaged, even if the present application needs to manually verify the abnormal order to be packaged, compared with the prior art, the present application can effectively reduce the number of orders to be packaged that need to be manually verified. Therefore, the present application can effectively reduce labor intensity, improve verification efficiency and avoid as much as possible the situation where the abnormal order to be packaged is mistakenly identified as consistent with the order to be printed due to errors and omissions in manual verification.

[0007] Optionally, step S1 includes: S11, obtaining actual total weight information, actual total thickness information and order parameter information of the order to be packaged; The order verification method for cloud printing also includes steps performed before step S3: S4, acquiring paper unit thickness information according to the paper type information and the second preset conversion relationship, and calculating expected total thickness information according to the paper unit thickness information and paper quantity information; Step S3 includes: S31. Analyze whether the weight and thickness of the order to be packaged are normal based on the actual total weight information, the expected total weight information, the first preset weight error, the actual total thickness information, the expected total thickness information and the preset thickness error. If so, generate reminder packaging and shipping information; if not, generate alarm information.

[0008] This technical solution is equivalent to double-checking the order to be packaged based on its weight and thickness. Therefore, this technical solution can effectively avoid the situation where the order to be packaged is mistakenly identified as being consistent with the order to be printed because the absolute value of the difference between the actual total weight information and the expected total weight information of the abnormal order to be packaged is less than or equal to the first preset weight error, thereby avoiding as much as possible the situation where after-sales problems arise due to the file received by the user not being consistent with the order to be printed.

[0009] Optionally, the order parameter information also includes binding specification information, and step S2 includes: S21, acquiring paper unit weight information according to the paper type information and the first preset conversion relationship, and acquiring expected paper total weight information according to the paper unit weight information and paper quantity information; S22, obtaining expected binding total weight information according to the binding specification information and the third preset conversion relationship; S23. Calculate the expected total weight information according to the expected total paper weight information and the expected total binding weight information.

[0010] Since the technical solution first calculates the expected total paper weight information and the expected total binding weight information respectively, and then calculates the expected total weight information based on the expected total paper weight information and the expected total binding weight information, that is, the technical solution is equivalent to taking into account the influence of binding on the weight of the order to be packaged, the technical solution can effectively improve the calculation accuracy of the expected total weight information, thereby effectively avoiding the situation where a normal order to be packaged that has been bound is mistakenly identified as abnormal because the expected total weight information only includes the expected total paper weight information.

[0011] Optionally, the order parameter information further includes cover type information and cover quantity information, and step S2 further includes the following steps performed before step S23: S24, obtaining cover unit weight information according to the cover type information and the fourth preset conversion relationship, and obtaining expected cover total weight information according to the cover unit weight information and the cover quantity information; Step S23 includes: S231. Calculate expected total weight information according to expected total paper weight information, expected total binding weight information and expected total cover weight information.

[0012] Since the technical solution first calculates the expected total paper weight information, the expected total binding weight information and the expected total cover weight information respectively, and then calculates the expected total weight information based on the expected total paper weight information, the expected total binding weight information and the expected total cover weight information, that is, the technical solution is equivalent to considering the influence of binding and cover on the weight of the order to be packaged, the technical solution can further improve the calculation accuracy of the expected total weight information, thereby further avoiding the situation where normal orders to be packaged are mistakenly identified as abnormal.

[0013] Optionally, the order to be packaged consists of multiple subtasks, and step S1 includes: S11', obtaining actual weight information, paper type information and paper quantity information of each subtask; S12. Calculate the actual total weight information of the order to be packaged based on all the actual weight information; Step S2 includes: S21′, acquiring paper unit weight information of each subtask according to the paper type information of each subtask and a first preset conversion relationship; S22', obtaining expected weight information of each subtask according to the paper unit weight information and paper quantity information of each subtask; S23', calculating expected total weight information according to all expected weight information; The order verification method for cloud printing also includes the steps of: S5. When an abnormality is found in the order to be packaged, the abnormal subtask is located according to the actual weight information, expected weight information and the second preset weight error corresponding to each subtask.

[0014] Since, when an abnormality is found in an order to be packaged, the technical solution can locate the abnormal subtask according to the actual weight information, expected weight information and the second preset weight error corresponding to each subtask, and mark the subtask as abnormal when an abnormality is found in the subtask, the technical solution can quickly find the abnormal subtask when an abnormality is found in the order to be packaged, that is, the technical solution is equivalent to quickly finding the cause of the abnormality. Compared with the above-mentioned technical solution of manually checking the abnormal order to be packaged to find the abnormal subtask, the technical solution can further reduce the number of manual checks, thereby further reducing labor intensity and improving the efficiency of finding abnormal subtasks.

[0015] Optionally, the first preset weight error is the product of the first preset ratio and the expected total weight information.

[0016] Since the first preset weight error of the technical solution is the product of the first preset error and the expected total weight information, the technical solution is equivalent to dynamically adjusting the first preset weight error according to the preset total weight information, thereby effectively avoiding the situation where an abnormal order to be packaged is mistakenly identified as normal or a normal order to be packaged is mistakenly identified as abnormal due to the first preset weight error being too large or too small.

[0017] Optionally, step S1 includes: S11'', using the weighing component to obtain the actual total weight information of the order to be packaged, and obtaining the order parameter information according to the printing parameter information corresponding to the order to be packaged.

[0018] Optionally, the printing parameter information includes the printing paper type, printing mode and number of printing pages, and the step of acquiring the order parameter information according to the printing parameter information corresponding to the order to be packaged includes: The printing paper type is used as the paper type information; Calculates paper quantity information based on the printing method and number of printed pages.

[0019] In a second aspect, the present application provides an electronic device, including a processor and a memory, wherein the memory stores computer-readable instructions. When the computer-readable instructions are executed by the processor, the steps in the method provided in the first aspect are performed.

[0020] In a third aspect, the present application provides a computer-readable storage medium having a computer program stored thereon, and when the computer program is executed by a processor, the steps in the method provided in the first aspect are performed.

[0021] From the above, it can be seen that the order verification method, electronic device and storage medium for cloud printing provided by the present application can analyze whether the order to be packaged is normal based on the actual total weight information, the expected total weight information and the first preset weight error, that is, the present application is equivalent to providing an automatic inspection method for the order to be packaged. When it is analyzed that there is an abnormality in the order to be packaged, even if the present application needs to manually verify the abnormal order to be packaged, compared with the prior art, the present application can effectively reduce the number of orders to be packaged that need to be manually verified. Therefore, the present application can effectively reduce labor intensity, improve verification efficiency and avoid as much as possible the situation where abnormal orders to be packaged are mistakenly identified as consistent with orders to be printed due to errors and omissions in manual verification. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 A flowchart of an order verification method for cloud printing provided in an embodiment of the present application.

[0023] Figure 2 A schematic diagram of the structure of an electronic device provided in an embodiment of the present application.

[0024] Reference numerals: 101, processor; 102, memory; 103, communication bus. DETAILED DESCRIPTION

[0025] The technical solutions in the embodiments of the present application will be clearly and completely described below in conjunction with the drawings in the embodiments of the present application. Obviously, the described embodiments are only a part of the embodiments of the present application, rather than all of the embodiments. The components of the embodiments of the present application described and shown in the drawings here can be arranged and designed in various different configurations. Therefore, the following detailed description of the embodiments of the present application provided in the drawings is not intended to limit the scope of the application claimed for protection, but merely represents the selected embodiments of the present application. Based on the embodiments of the present application, all other embodiments obtained by those skilled in the art without making creative work belong to the scope of protection of the present application.

[0026] It should be noted that similar reference numerals and letters represent similar items in the following drawings, so once an item is defined in one drawing, it does not need to be further defined and explained in subsequent drawings. At the same time, in the description of this application, the terms "first", "second", etc. are only used to distinguish the description and cannot be understood as indicating or implying relative importance.

[0027] In a first aspect, the present application provides an order verification method for cloud printing, which comprises the following steps: S1. Obtaining actual total weight information and order parameter information of the order to be packaged, where the order parameter information includes paper type information and paper quantity information; S2, acquiring paper unit weight information according to the paper type information and the first preset conversion relationship, and acquiring expected total weight information according to the paper unit weight information and paper quantity information; S3. Analyze whether the order to be packaged is normal based on the actual total weight information, the expected total weight information and the first preset weight error.

[0028] The order to be packaged in step S1 is an order that needs to be packaged and shipped, and each order to be packaged corresponds to an order to be printed (an order that needs to be printed). Specifically, if the order to be printed is split into multiple subtasks during the printing process, the order to be packaged in this embodiment is obtained by merging the files corresponding to the multiple subtasks. If the order to be printed is not split into multiple subtasks during the printing process, the order to be packaged in this embodiment is an order to be printed that has been printed. Step S1 can obtain the actual total weight information of the order to be packaged by placing the order to be packaged on an existing weighing component (such as an electronic scale) to weigh the order to be packaged. The actual total weight information is the measured weight of the order to be packaged. The order to be printed in this embodiment is generated by parameters such as the printing paper type (such as A4 paper and A5 paper) and printing content (the content of the file to be printed) selected by the user. This embodiment can obtain the number of pages of the file to be printed through the printing content, and calculate the number of papers required for printing based on the number of pages of the file to be printed, that is, the paper type information and paper quantity information of this embodiment are both preset values, and each paper type information corresponds to a paper quantity information, which is the type of paper used for the order to be packaged, and the paper quantity information is the usage of a certain type of paper.

[0029] Since different types of paper have different unit weights, and the unit weights of different types of paper are known values ​​(for example, the unit weight of 80gA4 paper is 4.9896 grams, and the unit weight of 70gA4 paper is 4.366 grams), step S2 can obtain the paper unit weight information according to the paper type information and the first preset conversion relationship, the first preset conversion relationship is a mapping relationship table about the paper type and the paper unit weight, the first preset conversion relationship can be a pre-constructed database, and this embodiment can obtain the corresponding paper unit weight information from the first preset conversion relationship according to the paper type information by data extraction. After obtaining the paper unit weight information, this embodiment obtains the expected total weight information by multiplying the paper unit weight information by the paper quantity information, that is, this embodiment is equivalent to taking the total weight of all the papers in the order to be packaged as the expected total weight information. It should be understood that since the paper type information and the paper quantity information of this embodiment are both preset values, the expected total weight information of this embodiment is the weight of the order to be packaged when there is no printing problem or sorting problem, that is, the expected total weight information is equivalent to the ideal weight of the order to be packaged.

[0030] The first preset weight error of step S3 may be a preset fixed value, or a preset variable value. If the absolute value of the difference between the actual total weight information and the expected total weight information is less than or equal to the first preset weight error, it indicates that the difference between the actual total weight information and the expected total weight information is small. If the absolute value of the difference between the actual total weight information and the expected total weight information is greater than the first preset weight error, it indicates that the difference between the actual total weight information and the expected total weight information is large. Since the actual total weight information of the order to be packaged will be the same or similar to the expected total weight information when there is no printing problem or sorting problem, When a printing problem or a sorting problem occurs, the actual unit weight of some of the papers may deviate from the paper unit weight information obtained in step S2, or the actual number of papers used may deviate from the paper number information obtained in step S1, resulting in a large difference between the actual total weight information of the order to be packaged and the expected total weight information. Therefore, this embodiment can analyze whether the order to be packaged is normal by analyzing whether the absolute value of the difference between the actual total weight information and the expected total weight information is less than or equal to the first preset weight error, thereby realizing the analysis of whether the order to be packaged is normal according to the actual total weight information, the expected total weight information and the first preset weight error. It should be understood that if the order to be packaged is analyzed to be normal, it is considered that there is no printing problem or sorting problem in the order to be packaged. Therefore, when the order to be packaged is analyzed to be normal, this embodiment can generate a reminder packing and shipping information for reminding relevant personnel to pack and ship the order to be packaged. If the order to be packaged is analyzed to be abnormal, it is considered that there is a printing problem or sorting problem in the order to be packaged. Therefore, when the order to be packaged is analyzed to be abnormal, this embodiment can generate an alarm message to remind relevant personnel to verify the order to be packaged.

[0031] The present application provides an order verification method for cloud printing, which can analyze whether the order to be packaged is normal according to the actual total weight information, the expected total weight information and the first preset weight error. That is, the present application is equivalent to providing an automatic verification method for the order to be packaged. When it is analyzed that there is an abnormality in the order to be packaged, even if the present application needs to manually verify the abnormal order to be packaged, compared with the prior art, the present application can effectively reduce the number of orders to be packaged that need to be manually verified. Therefore, the present application can effectively reduce labor intensity, improve verification efficiency and avoid as much as possible the situation where the abnormal order to be packaged is mistakenly identified as consistent with the order to be printed due to errors and omissions in manual verification.

[0032] In some preferred embodiments, step S1 comprises: S11, obtaining actual total weight information, actual total thickness information and order parameter information of the order to be packaged; The order verification method for cloud printing also includes steps performed before step S3: S4, acquiring paper unit thickness information according to the paper type information and the second preset conversion relationship, and calculating expected total thickness information according to the paper unit thickness information and paper quantity information; Step S3 includes: S31. Analyze whether the weight and thickness of the order to be packaged are normal based on the actual total weight information, the expected total weight information, the first preset weight error, the actual total thickness information, the expected total thickness information and the preset thickness error. If so, generate reminder packaging and shipping information; if not, generate alarm information.

[0033] Step S11 can obtain the actual total thickness information by measuring the thickness of the order to be packaged using an existing thickness measuring component (such as a thickness measuring instrument). Step S11 can also be obtained by first using an image acquisition component (such as a camera) to acquire an image containing the order to be packaged, and then using the existing image recognition technology to acquire the actual total thickness information based on the image. The actual total thickness information of this embodiment is the measured thickness of the order to be packaged. Step S4 is preferably performed in parallel with step S2. Since different types of paper have different unit thicknesses, and the unit thicknesses of different types of paper are known values ​​(for example, the unit thickness of 60gA4 paper is 0.088mm, and the unit thickness of 80gA4 paper is 0.1mm), step S4 can acquire the paper unit thickness information from the paper type information and the second preset conversion relationship. The second preset conversion relationship is a mapping relationship table about the paper type and the paper unit thickness. In this embodiment, the corresponding paper unit thickness information can be acquired from the second preset conversion relationship according to the paper type information by data extraction. Step S4 can calculate the expected total thickness information by multiplying the paper unit thickness information with the paper quantity information. The expected total thickness information is equivalent to the ideal thickness of the order to be packaged. The preset thickness error of step S31 may be a preset fixed value, or a preset variable value. If the absolute value of the difference between the actual total thickness information and the expected total thickness information is less than or equal to the first preset thickness error, it indicates that the difference between the actual total thickness information and the expected total thickness information is small. If the absolute value of the difference between the actual total thickness information and the expected total thickness information is greater than the first preset thickness error, it indicates that the difference between the actual total thickness information and the expected total thickness information is large. Since the actual total thickness information of the order to be packaged will be the same or similar to the expected total thickness information when there is no printing problem or sorting problem, and when there is a printing problem or sorting problem, the actual unit thickness of some paper will deviate from the paper unit thickness information obtained in step S4 or the actual number of paper used will deviate from the paper number information obtained in step S1, resulting in a large difference between the actual total thickness information of the order to be packaged and the expected total thickness information, this embodiment can analyze whether the thickness of the order to be packaged is normal by analyzing whether the absolute value of the difference between the actual total thickness information and the expected total thickness information is less than or equal to the preset thickness error. This embodiment is equivalent to double-checking the order to be packaged according to the weight and thickness of the order to be packaged. Therefore, this embodiment can effectively avoid the situation where the order to be packaged is mistakenly identified as being consistent with the order to be printed due to the absolute value of the difference between the actual total weight information of the abnormal order to be packaged and the expected total weight information being less than or equal to the first preset weight error, thereby avoiding as much as possible the situation where after-sales problems arise due to the file received by the user not being consistent with the order to be printed.

[0034] In some preferred embodiments, the order parameter information also includes binding specification information, and step S2 includes: S21, acquiring paper unit weight information according to the paper type information and the first preset conversion relationship, and acquiring expected paper total weight information according to the paper unit weight information and paper quantity information; S22, obtaining expected binding total weight information according to the binding specification information and the third preset conversion relationship; S23. Calculate the expected total weight information according to the expected total paper weight information and the expected total binding weight information.

[0035] The binding specification information of this embodiment is pre-set information. Specifically, this embodiment uses staples or glue to bind the papers in the packaged order. When staples are used to bind the papers in the packaged order, the binding specification information is the size and usage of the staples. The third preset conversion relationship is a mapping relationship table between the size of the staples and the unit weight of the staples. Step S22 can obtain the expected total binding weight information by multiplying the unit weight of the staples by the usage of the staples. When glue is used to bind the papers in the packaged order, the binding specification information is the number of glue layers and the thickness of each glue layer. The third preset conversion relationship is a mapping relationship table between the thickness of the glue and the weight of the glue. Step S22 can obtain the expected total binding weight information by multiplying the number of glue layers by the weight of each glue layer. Since this embodiment first calculates the expected total paper weight information and the expected binding total weight information respectively, and then calculates the expected total weight information based on the expected total paper weight information and the expected binding total weight information, that is, this embodiment is equivalent to taking into account the influence of binding on the weight of the order to be packaged, this embodiment can effectively improve the calculation accuracy of the expected total weight information, thereby effectively avoiding the situation where a normal order to be packaged that has been bound is mistakenly identified as abnormal because the expected total weight information only includes the expected total paper weight information.

[0036] In some preferred implementations, the order parameter information further includes cover type information and cover quantity information, and step S2 further includes the following steps performed before step S23: S24, obtaining cover unit weight information according to the cover type information and the fourth preset conversion relationship, and obtaining expected cover total weight information according to the cover unit weight information and the cover quantity information; Step S23 includes: S231. Calculate expected total weight information according to expected total paper weight information, expected total binding weight information and expected total cover weight information.

[0037] Step S24 is preferably executed in parallel with step S21 or step S22. The cover type information and cover quantity information of this embodiment are both pre-set information. The cover type information includes leather grain paper cover and coated paper cover. Since different types of covers have different weights, and the unit weights of different types of covers are known values, step S24 can obtain the cover unit weight information according to the cover type information and the fourth preset conversion relationship. The fourth preset conversion relationship is a mapping relationship table about the cover type and the cover unit weight. Step S24 can obtain the expected cover total weight information by multiplying the cover unit weight information with the cover quantity information. Since this embodiment first calculates the expected paper total weight information, the expected binding total weight information, and the expected cover total weight information, and then calculates the expected total weight information according to the expected paper total weight information, the expected binding total weight information, and the expected cover total weight information, that is, this embodiment is equivalent to considering the influence of binding and cover on the weight of the order to be packaged, so this embodiment can further improve the calculation accuracy of the expected total weight information, thereby further avoiding the situation where a normal order to be packaged is mistakenly identified as abnormal. It should be understood that if no binding operation is performed during the printing process, this embodiment can directly skip step S22 and set the expected total binding weight information to 0; if no cover is used during the printing process, this embodiment can directly skip step S24 and set the expected total cover weight information to 0.

[0038] In some preferred implementations, the order parameter information further includes cover type information and cover quantity information, and step S4 includes: S41, acquiring paper unit thickness information according to the paper type information and the second preset conversion relationship, and calculating paper expected thickness information according to the paper unit thickness information and paper quantity information; S42, obtaining cover unit thickness information according to the cover type information and the fifth preset conversion relationship, and calculating cover expected thickness information according to the cover unit thickness information and cover quantity information; S43, calculating expected total thickness information according to the expected paper thickness information and the expected cover thickness information.

[0039] Since the unit thickness of different types of covers is different, and the unit thickness of different types of covers is a known value, step S42 can obtain the cover unit thickness information based on the cover type information and the fifth preset conversion relationship. The fifth preset conversion relationship is a mapping relationship table between the cover type and the cover unit thickness. This embodiment can obtain the corresponding cover unit thickness information from the fifth preset conversion relationship according to the cover type information through data extraction. Step S42 can calculate the expected cover thickness information by multiplying the cover unit thickness information by the cover quantity information. Step S43 can obtain the expected total thickness information by summing the expected paper thickness information and the cover thickness information.

[0040] In some preferred embodiments, the order to be packaged consists of multiple subtasks, and step S1 includes: S11', obtaining actual weight information, paper type information and paper quantity information of each subtask; S12. Calculate the actual total weight information of the order to be packaged based on all the actual weight information; Step S2 includes: S21′, acquiring paper unit weight information of each subtask according to the paper type information of each subtask and a first preset conversion relationship; S22', obtaining expected weight information of each subtask according to the paper unit weight information and paper quantity information of each subtask; S23', calculating expected total weight information according to all expected weight information; The order verification method for cloud printing also includes the steps of: S5. When an abnormality is found in the order to be packaged, the abnormal subtask is located according to the actual weight information, expected weight information and the second preset weight error corresponding to each subtask.

[0041] The order to be packaged in this embodiment is composed of a plurality of subtasks. Specifically, each subtask corresponds to a paper type information, a paper quantity information, a binding type information, a binding specification information, a cover type information, and a cover quantity information. This embodiment can obtain the actual weight information of each subtask by weighing each subtask separately. This embodiment can calculate the expected paper weight information, expected binding weight information, and expected cover weight information of each subtask according to the paper type information, paper quantity information, binding type information, binding specification information, cover type information, and cover quantity information, and then calculate the expected weight information of each subtask by summing the expected paper weight information, expected binding weight information, and expected cover weight information corresponding to the subtask, and finally obtain the expected total weight information by summing all the expected weight information. The second preset weight error of this embodiment can be a preset fixed value, and the second preset weight error of this embodiment can also be a preset variable value. If the absolute value of the difference between the actual weight information and the expected weight information is less than or equal to the second preset weight error, it means that the difference between the actual weight information and the expected weight information is small, and the subtask corresponding to the actual weight information has no printing problem or sorting problem. If the absolute value of the difference between the actual weight information and the expected weight information is greater than the second preset weight error, it means that the difference between the actual total weight information and the expected total weight information is large, and the subtask corresponding to the actual weight information has a printing problem or sorting problem. Since when the abnormal order to be packaged is analyzed, the embodiment can locate the abnormal subtask according to the actual weight information, expected weight information and the second preset weight error corresponding to each subtask, so the embodiment can quickly find the abnormal subtask when the abnormal order to be packaged is analyzed, that is, the embodiment is equivalent to quickly finding the cause of the abnormal order to be packaged. Compared with the above embodiment of manually checking the abnormal order to be packaged to find the abnormal subtask, this embodiment can further reduce the number of manual checks, thereby further reducing labor intensity and improving the efficiency of finding abnormal subtasks. Preferably, this embodiment can also obtain the actual thickness information of each subtask, and analyze whether there is any abnormality in the subtask based on the actual weight information, expected weight information, actual thickness information and expected thickness information, so as to avoid the situation where the subtask is mistakenly identified as normal because the actual weight information of the abnormal subtask is similar to the expected weight information.

[0042] In some preferred embodiments, the first preset weight error is the product of the first preset ratio and the expected total weight information. Since the first preset weight error of this embodiment is the product of the first preset error and the expected total weight information, this embodiment is equivalent to dynamically adjusting the first preset weight error according to the preset total weight information, thereby effectively avoiding the situation where an abnormal order to be packaged is mistakenly identified as normal or a normal order to be packaged is mistakenly identified as abnormal due to the first preset weight error being too large or too small. Preferably, the second preset weight error of the above embodiment is the product of the second preset ratio and the expected weight information.

[0043] In some preferred embodiments, step S1 comprises: S11'', using the weighing component to obtain the actual total weight information of the order to be packaged, and obtaining the order parameter information according to the printing parameter information corresponding to the order to be packaged.

[0044] Before starting printing, this embodiment will set the printing parameter information (such as the paper used for printing, printing method, number of printed pages, binding method and cover used, etc.), that is, the printing parameter information of this embodiment is pre-set information, so this embodiment can obtain order parameter information based on the printing parameter information corresponding to the order to be packaged.

[0045] In some preferred implementations, the printing parameter information includes the printing paper type, printing mode and number of printing pages, and the step of obtaining the order parameter information according to the printing parameter information corresponding to the order to be packaged includes: The printing paper type is used as the paper type information; Calculates paper quantity information based on the printing method and number of printed pages.

[0046] The printing mode of this embodiment can be single-sided printing or double-sided printing. The number of printed pages of this embodiment is the number of pages of the content to be printed. Specifically, when the printing mode is single-sided printing, this embodiment can use the number of printed pages as the paper quantity information. When the printing mode is double-sided printing, this embodiment can use the rounded-up value of the quotient of the number of printed pages divided by 2 as the paper quantity information. For example, the number of printed pages is 4 pages, and the paper quantity information is 2 sheets. For another example, the number of printed pages is 5 pages, and the paper quantity information is 3 sheets.

[0047] From the above, it can be seen that the order verification method for cloud printing provided by the present application can analyze whether the order to be packaged is normal based on the actual total weight information, the expected total weight information and the first preset weight error, that is, the present application is equivalent to providing an automatic verification method for the order to be packaged. When it is analyzed that there is an abnormality in the order to be packaged, even if the present application needs to manually verify the abnormal order to be packaged, compared with the prior art, the present application can effectively reduce the number of orders to be packaged that need to be manually verified. Therefore, the present application can effectively reduce labor intensity, improve verification efficiency, and avoid as much as possible the situation where abnormal orders to be packaged are mistakenly identified as being consistent with orders to be printed due to errors and omissions in manual verification.

[0048] Please refer to Figure 2 , Figure 2 This is a structural schematic diagram of an electronic device provided in an embodiment of the present application. The present application provides an electronic device, including: a processor 101 and a memory 102. The processor 101 and the memory 102 are interconnected and communicate with each other through a communication bus 103 and / or other forms of connection mechanisms (not shown). The memory 102 stores computer-readable instructions executable by the processor 101. When the electronic device is running, the processor 101 executes the computer-readable instructions to execute the method in any optional implementation of the above embodiment to achieve the following functions: Step S1, obtaining actual total weight information and order parameter information of an order to be packaged, the order parameter information including paper type information and paper quantity information; Step S2, obtaining paper unit weight information according to the paper type information and a first preset conversion relationship, and obtaining expected total weight information according to the paper unit weight information and the paper quantity information; Step S3, analyzing whether the order to be packaged is normal according to the actual total weight information, the expected total weight information and the first preset weight error.

[0049] The embodiment of the present application also provides a computer-readable storage medium having a computer program stored thereon. When the computer program is executed by a processor, the method in any optional implementation of the above embodiment is executed to achieve the following functions: Step S1, obtaining the actual total weight information and order parameter information of the order to be packaged, the order parameter information including paper type information and paper quantity information; Step S2, obtaining the paper unit weight information according to the paper type information and a first preset conversion relationship, and obtaining the expected total weight information according to the paper unit weight information and the paper quantity information; Step S3, analyzing whether the order to be packaged is normal according to the actual total weight information, the expected total weight information and the first preset weight error. Among them, the computer-readable storage medium can be implemented by any type of volatile or non-volatile storage device or a combination thereof, such as static random access memory (SRAM), electrically erasable programmable read-only memory (EEPROM), erasable programmable read-only memory (EPROM), programmable red-only memory (PROM), read-only memory (ROM), magnetic storage, flash memory, magnetic disk or optical disk.

[0050] From the above, it can be seen that the order verification method, electronic device and storage medium for cloud printing provided by the present application can analyze whether the order to be packaged is normal based on the actual total weight information, the expected total weight information and the first preset weight error, that is, the present application is equivalent to providing an automatic inspection method for the order to be packaged. When it is analyzed that there is an abnormality in the order to be packaged, even if the present application needs to manually verify the abnormal order to be packaged, compared with the prior art, the present application can effectively reduce the number of orders to be packaged that need to be manually verified. Therefore, the present application can effectively reduce labor intensity, improve verification efficiency and avoid as much as possible the situation where abnormal orders to be packaged are mistakenly identified as consistent with orders to be printed due to errors and omissions in manual verification.

[0051] In the embodiments provided in the present application, it should be understood that, herein, relational terms such as first and second, etc. are merely used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations.

[0052] The above description is only an embodiment of the present application and is not intended to limit the protection scope of the present application. For those skilled in the art, the present application may have various modifications and variations. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims

1. A method for verifying an order for cloud printing, characterized in that: The order verification method for cloud printing comprises the following steps: S1. Obtaining actual total weight information and order parameter information of the order to be packaged, wherein the order parameter information includes paper type information and paper quantity information; S2, acquiring paper unit weight information according to the paper type information and the first preset conversion relationship, and acquiring expected total weight information according to the paper unit weight information and the paper quantity information; S3. Analyze whether the order to be packaged is normal according to the actual total weight information, the expected total weight information and the first preset weight error.

2. The order verification method for cloud printing according to claim 1, characterized in that: Step S1 includes: S11, obtaining actual total weight information, actual total thickness information and order parameter information of the order to be packaged; The order verification method for cloud printing further includes the following steps performed before step S3: S4, acquiring paper unit thickness information according to the paper type information and the second preset conversion relationship, and calculating expected total thickness information according to the paper unit thickness information and the paper quantity information; Step S3 includes: S31. Analyze whether the weight and thickness of the order to be packaged are normal based on the actual total weight information, the expected total weight information, the first preset weight error, the actual total thickness information, the expected total thickness information and the preset thickness error. If so, generate reminder packaging and shipping information; if not, generate alarm information.

3. The order verification method for cloud printing according to claim 1, characterized in that: The order parameter information also includes binding specification information, and step S2 includes: S21, acquiring paper unit weight information according to the paper type information and the first preset conversion relationship, and acquiring expected paper total weight information according to the paper unit weight information and the paper quantity information; S22, obtaining expected binding total weight information according to the binding specification information and a third preset conversion relationship; S23: Calculate expected total weight information according to the expected total paper weight information and the expected total binding weight information.

4. The order verification method for cloud printing according to claim 3, characterized in that: The order parameter information also includes cover type information and cover quantity information. Step S2 also includes the following steps performed before step S23: S24, acquiring cover unit weight information according to the cover type information and the fourth preset conversion relationship, and acquiring expected cover total weight information according to the cover unit weight information and the cover quantity information; Step S23 includes: S231. Calculate expected total weight information according to the expected total paper weight information, the expected total binding weight information and the expected total cover weight information.

5. The order verification method for cloud printing according to claim 1, characterized in that: The order to be packaged consists of multiple subtasks, and step S1 includes: S11', obtaining actual weight information, paper type information and paper quantity information of each subtask; S12, calculating the actual total weight information of the order to be packaged according to all the actual weight information; Step S2 includes: S21′, acquiring paper unit weight information of each of the subtasks according to the paper type information of each of the subtasks and a first preset conversion relationship; S22', acquiring expected weight information of each of the subtasks according to the paper unit weight information and paper quantity information of each of the subtasks; S23', calculating the expected total weight information according to all the expected weight information; The order verification method for cloud printing also includes the steps of: S5. When it is found that the order to be packaged is abnormal, locate the abnormal subtask according to the actual weight information, expected weight information and the second preset weight error corresponding to each subtask.

6. The order verification method for cloud printing according to claim 1, characterized in that: The first preset weight error is the product of a first preset ratio and the expected total weight information.

7. The order verification method for cloud printing according to claim 1, characterized in that: Step S1 includes: S11'', using a weighing component to obtain actual total weight information of the order to be packaged, and obtaining order parameter information according to printing parameter information corresponding to the order to be packaged.

8. The order verification method for cloud printing according to claim 7, characterized in that: The printing parameter information includes the printing paper type, printing mode and number of printing pages, and the step of acquiring the order parameter information according to the printing parameter information corresponding to the order to be packaged includes: Using the printing paper type as the paper type information; The paper quantity information is calculated according to the printing mode and the number of printed pages.

9. An electronic device, characterized in that: The method comprises a processor and a memory, wherein the memory stores computer-readable instructions. When the computer-readable instructions are executed by the processor, the steps in the method according to any one of claims 1 to 8 are executed.

10. A computer-readable storage medium having a computer program stored thereon, characterized in that: When the computer program is executed by a processor, the steps of the method according to any one of claims 1 to 8 are executed.

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