Mould processing performance man-hour determination method, device, equipment and medium

Abstract

The invention relates to the technical field of mold processing, and discloses a method comprising the following steps: determining a target workshop section where a mold workpiece processed by a target person is located according to a work report record, and obtaining a workpiece type and user information of the mold workpiece; determining a performance man-hour rule according to the target section, the user information and the workpiece type; when the performance man-hour rule is a basic man-hour rule, determining the mold performance man-hour in the basic man-hour rule according to the target workshop section and the workpiece type; according to the workpiece machining face number, the mold workpiece number and the mold performance man-hour in the work reporting record, the performance man-hour is determined; and after the performance man-hour is verified to be correct, man-hour information is generated, and the man-hour information is associated with the target personnel. Through the target workshop section and the workpiece type, determination of the performance man-hour rule is realized, and rapid determination of the performance man-hour is realized. By verifying the performance man-hour, the accuracy of determining the performance man-hour is ensured, the determination efficiency of the performance man-hour is improved, and then the recording of the man-hour information is realized.

Description

Technical Field

[0001] The present invention relates to the field of mold processing technology, and in particular to a method, device, equipment and medium for determining mold processing performance working hours. Background Art

[0002] At present, in the mold processing process, different workpiece types and different processing sections have different calculation methods when calculating performance time. The calculation method of performance time is generally calculated manually, which leads to low calculation efficiency and easy errors. Therefore, a mold processing performance time determination technology is urgently needed to solve the above problems. Summary of the invention

[0003] The embodiments of the present invention provide a method, device and medium for determining performance working hours for mold processing, so as to solve the problem of low efficiency caused by manual calculation of performance working hours in the prior art.

[0004] A method for determining mold processing performance working hours, comprising: Determine the target work section where the mold workpiece processed by the target personnel is located according to the work report record, and obtain the workpiece type and user information of the mold workpiece; Determine a performance work time rule according to the target work section, the user information and the workpiece type; When the performance working time rule is the basic working time rule, determining the mold performance working time in the basic working time rule according to the target work section and the workpiece type; Determine the performance working hours according to the number of workpiece processing surfaces, the number of mold workpieces and the mold performance working hours in the work report record corresponding to the same mold workpiece; After verifying that the performance working hours are correct, the working hours information corresponding to the mold workpiece is generated, and the working hours information is associated with the target person.

[0005] In one embodiment, after determining the performance work time rule according to the target work section, the user information and the workpiece type, the method further includes: When the performance working hour rule is a special working hour rule, the actual processing working hours of the mold workpiece are obtained, and the performance working hours are determined according to the special working hour rule and the actual processing working hours; After verifying that the performance working hours are correct, the working hours information corresponding to the mold workpiece is generated, and the working hours information is associated with the target person.

[0006] In one embodiment, the special working hours rule includes a first relational expression and a second relational expression; the performance working hours include a first performance working hour and a second performance working hour; Determining the performance working hours according to the special working hours rules and the actual processing working hours includes: Determine, according to the target work section and the workpiece type, a preset time threshold in the special working time rule corresponding to the mold workpiece; Compare the preset time threshold with the actual processing time to obtain a time comparison result; When the time comparison result indicates that the actual processing time is greater than the preset time threshold, determining the first performance time according to the actual processing time and the first relationship; When the time comparison result indicates that the actual processing time is less than or equal to the preset time threshold, a second performance time is determined according to the actual processing time and the second relationship; the second performance time is less than the first performance time.

[0007] In one embodiment, the obtaining of the actual processing time of the mold workpiece includes: When it is determined that the number of machining surfaces of the mold workpiece meets the preset machining surface condition and the number of workpieces does not meet the preset workpiece condition, detecting whether the mold workpiece completes the work report record in the target section; When the mold workpiece has not completed the work report record in the target section, determining that the current processing surface is the first processing surface, and obtaining the first processing surface coefficient corresponding to the first processing surface and the first processing surface estimated working time corresponding to the first processing surface; The actual machining time corresponding to the first machining surface is calculated based on the first machining surface coefficient and the first machining surface estimated time.

[0008] In one embodiment, after detecting whether the mold workpiece has completed the work report record in the target section, the method further includes: When the mold workpiece has completed the work report record in the target section, if the current processing surface is determined to be the second processing surface according to the work report record, then obtaining the second processing surface coefficient corresponding to the second processing surface and the second processing surface estimated working time corresponding to the second processing surface; The actual machining time corresponding to the second machining surface is calculated based on the second machining surface coefficient and the estimated machining time of the second machining surface.

[0009] In one embodiment, the obtaining of the actual processing time of the mold workpiece further includes: When it is determined that the number of workpieces of the mold workpiece meets the preset workpiece condition and the number of processing surfaces does not meet the preset processing surface condition, detecting whether the mold workpiece completes the work report record in the target section; When the mold workpiece has not completed the work report record in the target work section, determine that the current mold workpiece is the first mold workpiece, and obtain a first workpiece coefficient corresponding to the first mold workpiece and a first workpiece estimated working time corresponding to the first mold workpiece; The actual processing time corresponding to the first mold workpiece is calculated according to the first workpiece coefficient and the first workpiece estimated time.

[0010] In one embodiment, after detecting whether the mold workpiece has completed the work report record in the target section, the method further includes: When the mold workpiece has completed the work report record in the target work section, if the current mold workpiece is determined to be the second mold workpiece according to the work report record, a second workpiece coefficient corresponding to the second mold workpiece and a second workpiece estimated working time corresponding to the second mold workpiece are obtained; The actual processing time corresponding to the second mold workpiece is calculated according to the second workpiece coefficient and the second workpiece estimated time.

[0011] A device for determining mold processing performance working hours, comprising: A workpiece type module is used to determine the target section where the mold workpiece processed by the target personnel is located according to the work report record, and obtain the workpiece type and user information of the mold workpiece; A work time relationship module, used for determining a performance work time rule according to the target work section, the user information and the workpiece type; A basic working time rule module, used for determining the mold performance working time in the basic working time rule according to the target work section and the workpiece type when the performance working time rule is the basic working time rule; A performance working time module, used for determining the performance working time according to the number of workpiece processing surfaces, the number of mold workpieces and the mold performance working time in the work report record corresponding to the same mold workpiece; The working time information module is used to generate working time information corresponding to the mold workpiece after verifying that the performance working time is correct, and associate the working time information with the target person.

[0012] A computer device comprises a memory, a processor and a computer program stored in the memory and executable on the processor, wherein the processor is used to execute the above-mentioned mold processing performance time determination method.

[0013] A computer-readable storage medium stores a computer program, and when the computer program is executed by a processor, the above-mentioned mold processing performance time determination method is implemented.

[0014] The above-mentioned method, equipment and medium for determining performance working hours for mold processing realizes the determination of target work sections, user information and workpiece types through work report records, thereby realizing the matching of performance working hour rules. When the performance working hour rules are basic working hour rules, the mold performance working hours in the basic working hour rules are obtained through the target work sections and workpiece types. Through the number of workpiece processing surfaces, the number of mold workpieces and the mold performance working hours, the performance working hours are quickly calculated, thereby improving the efficiency of performance working hour determination. By verifying the performance working hours, the accuracy of performance working hour determination is ensured, thereby realizing the recording of working hour information, thereby improving the efficiency and accuracy of subsequent salary calculations. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the accompanying drawings required for use in the description of the embodiments of the present invention will be briefly introduced below. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention. For ordinary technicians in this field, other accompanying drawings can be obtained based on these accompanying drawings without paying creative labor.

[0016] Figure 1 is a flow chart of a method for determining mold processing performance working hours in one embodiment of the present invention; Figure 2 is a flow chart of a method for determining mold processing performance working hours in another embodiment of the present invention; Figure 3 It is a principle block diagram of a device for determining mold processing performance working hours in one embodiment of the present invention. DETAILED DESCRIPTION

[0017] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0018] In one embodiment, if Figure 1 As shown, a method for determining mold processing performance working hours is provided, comprising the following steps: S10: Determine the target work section where the mold workpiece processed by the target personnel is located according to the work report record, and obtain the workpiece type and user information of the mold workpiece.

[0019] Understandably, the target section refers to the section in the work report where the mold workpiece is processed, such as CNC section, EDM section, etc. The workpiece type refers to the result of classifying the workpiece according to its different characteristics, such as electrode, mold core and slider, etc. The target personnel refers to the personnel who process the mold workpiece. User information refers to the basic working time rule information and special working time rule information edited by the customer to whom the mold workpiece belongs and the customer to whom it needs to belong.

[0020] Specifically, the work report record uploaded by the target personnel is obtained, and the target section where the target personnel processes the mold workpiece is obtained from the work report record, that is, the work report record is parsed, and the target section where the mold workpiece is located is determined from the parsed content. Similarly, the workpiece type of the mold workpiece is obtained from the work report record, that is, the work report record is parsed, and the workpiece type of the mold workpiece is determined from the parsed content. Check whether there is user information in the work report record. If there is user information, the user information of the mold workpiece is determined from the parsed content. If not, an information acquisition request corresponding to the mold workpiece is sent to the preset client, and the user information of the mold workpiece is received in feedback.

[0021] S20: Determine a performance working time rule according to the target work section, the user information and the workpiece type.

[0022] Understandably, the performance time rule refers to the relationship used to calculate performance time.

[0023] Specifically, the performance working hours rule is determined by the target section and the workpiece type, that is, the relationship information table is first queried by the user information to determine all the relationship information corresponding to the user information from the relationship information table, and then the relationship information table is queried by the target section to determine all the relationship information corresponding to the target section from the relationship information table, and finally, the relationship information corresponding to the workpiece type is determined from all the relationship information corresponding to the target section, and the determined relationship information corresponding to the workpiece type is determined as the performance working hours rule corresponding to the mold workpiece. In another embodiment, the user information may be queried first, and then the relationship information table may be queried by the workpiece type, and finally, all the relationship information corresponding to the workpiece type queried out may be screened by the target section to obtain the performance working hours rule corresponding to the mold workpiece.

[0024] S30: When the performance working time rule is a basic working time rule, determining the mold performance working time in the basic working time rule according to the target work section and the workpiece type.

[0025] Understandably, the basic working hours rule refers to the general performance working hours calculation method. The mold performance working hours refer to the performance working hours configured for each type of mold workpiece in each target section in the basic working hours rule. For example, in the CAM section, the performance working hours of the electrode are 0.3 hours.

[0026] Specifically, after obtaining the performance working hour rule, the performance working hour rule is judged, that is, whether the performance working hour rule is a basic working hour rule or a special working hour rule, that is, by judging the binary identifier corresponding to the performance working hour rule, if the binary identifier corresponding to the performance working hour rule is 1, the performance working hour rule is determined to be a special working hour rule; if the binary identifier corresponding to the performance working hour rule is 0, the performance working hour rule is determined to be a basic working hour rule. Among them, the priority of the special working hour rule is higher than the basic working hour rule, and the performance working hour rule corresponding to the mold workpiece, if there is a special working hour rule, the special working hour rule is preferred. When the performance working hour rule is the basic working hour rule, the mold performance working hour in the basic working hour rule is determined according to the target work section and the workpiece type, that is, first query all the preset performance working hours corresponding to the target work section through the target work section, and then filter out the preset performance working hours corresponding to the workpiece type from all the preset performance working hours corresponding to the target work section through the workpiece type, and determine the filtered performance working hours as the mold performance working hours. Among them, the fixed working hours of the basic working time rules for different types of mold workpieces are different, and the fixed working hours of the basic working time rules for different processing surfaces are different.

[0027] In another embodiment, if the work report record submitted by the target personnel also includes the processing surface type, the mold performance hours corresponding to each processing surface type are determined through the target work section, the workpiece type and the processing surface type, that is, all the preset performance hours corresponding to the target work section are first queried through the target work section, and then all the preset performance hours corresponding to the workpiece type are filtered out from all the preset performance hours corresponding to the target work section through the workpiece type, and finally, all the preset performance hours corresponding to the workpiece type are matched through the processing surface type to obtain the mold performance hours corresponding to each processing surface type.

[0028] S40: Determine the performance working hours according to the number of workpiece processing surfaces, the number of mold workpieces and the mold performance working hours in the work report record corresponding to the same mold workpiece.

[0029] Understandably, performance working hours refer to time indicators used to measure employee work performance. The number of mold workpieces refers to the number of mold workpieces processed. The number of workpiece processing surfaces refers to the number of processing surfaces of the mold workpiece.

[0030] Specifically, after obtaining the mold performance working hours, the number of workpiece processing surfaces and the number of mold workpieces in the work report are obtained, and then the performance working hours are determined according to the number of workpiece processing surfaces, the number of mold workpieces and the mold performance working hours in the work report corresponding to the same mold workpiece. That is, when the processing surfaces of the same type of mold workpieces are the same, the working hours result of a mold workpiece is first calculated by the number of processing surfaces corresponding to the same mold workpiece and the mold performance working hours, and then the number of mold workpieces corresponding to the mold workpiece is multiplied by the working hours result to obtain the working hours result of all mold workpieces and determine it as the performance working hours. When the processing surfaces of the same type of mold workpieces are different, the performance working hours of each mold workpiece are calculated separately to obtain the working hours result corresponding to each mold workpiece, and the working hours results of all mold workpieces are summed to obtain the performance working hours.

[0031] In another embodiment, the mold performance working hours corresponding to each processing surface type are obtained, and the performance working hours of the processing surface of each mold workpiece are calculated, that is, the mold performance working hours corresponding to each processing surface are summed up to obtain the working hours result corresponding to the mold workpiece. In this way, the working hours result of each mold workpiece is calculated separately to obtain the working hours result corresponding to each mold workpiece, and then the working hours results of all mold workpieces are summed up to obtain the performance working hours.

[0032] S50: After verifying that the performance working hours are correct, generating working hour information corresponding to the mold workpiece, and associating the working hour information with the target person.

[0033] It can be understood that working time information refers to the relevant information records of performance working time.

[0034] Specifically, the performance working hours are verified, that is, the data of the work report record is verified through a third-party platform. When the data in the work report record is correct, the verified performance working hours are determined to be correct. When the verified performance working hours are determined to be correct, the working hour information corresponding to the mold workpiece is generated, that is, according to the mold workpiece, the target work section, the workpiece type, the user information and the performance working hours, the performance working hour record is generated and determined as the working hour information, and the generated working hour information is associated with the target personnel. Among them, the performance working hour record can also be generated through the work report record and the performance working hours, and determined as the working hour information.

[0035] In the method for determining the performance working hours of mold processing of the present invention, the determination of the target work section, user information and workpiece type is realized through the work report record, thereby realizing the matching of the performance working hour rules. When the performance working hour rule is the basic working hour rule, the acquisition of the mold performance working hour in the basic working hour rule is realized through the target work section and workpiece type. Through the number of workpiece processing surfaces, the number of mold workpieces and the mold performance working hour, the performance working hour is quickly calculated, thereby improving the efficiency of performance working hour determination. By verifying the performance working hour, the accuracy of the performance working hour determination is ensured, thereby realizing the recording of working hour information, thereby improving the efficiency and accuracy of subsequent salary calculation.

[0036] In one embodiment, after step S20, that is, after determining the performance working time rule according to the target working section, the user information and the workpiece type, the method further includes: S60, when the performance working time rule is a special working time rule, obtaining the actual processing working time of the mold workpiece, and determining the performance working time according to the special working time rule and the actual processing working time.

[0037] It can be understood that the actual processing time refers to the time used to process the mold workpiece of the target section, which is calculated. The special time rule is used to calculate the time calculation method for a specified section or a specified requirement.

[0038] Specifically, when the performance working time rule is a special working time rule, the actual processing working time of the mold workpiece is obtained, that is, the mold number of the mold workpiece is queried from the work report record, and the number of processing surfaces and the number of workpieces of the mold workpiece are queried through the mold number to see whether they are involved in the calculation. When the number of processing surfaces and the number of workpieces are not involved in the calculation, the estimated working time corresponding to the mold workpiece and the mold coefficient are obtained, and the actual processing working time of the mold workpiece is calculated through the estimated working time and the mold coefficient. Then, according to the performance working time rule and the actual processing working time, the performance working time is determined, that is, the preset time threshold is obtained, and the preset time threshold and the actual processing working time are compared to determine the calculation relationship in the performance working time rule corresponding to the mold workpiece, and then the actual processing working time is substituted into the calculation relationship in the determined performance working time rule to obtain the performance working time.

[0039] S70, after verifying that the performance working hours are correct, generating working hours information corresponding to the mold workpiece, and associating the working hours information with the target personnel.

[0040] It can be understood that working time information refers to the relevant information records of performance working time.

[0041] Specifically, the performance working hours are verified, that is, the data of the work report record is verified through a third-party platform. When the data in the work report record is correct, the verified performance working hours are determined to be correct. When the verified performance working hours are determined to be correct, the working hour information corresponding to the mold workpiece is generated, that is, according to the mold workpiece, the target work section, the workpiece type, the actual working time and the performance working hours, the performance working hour record is generated and determined as the working hour information, and the generated working hour information is associated with the target personnel. Among them, the performance working hour record can also be generated through the work report record and the performance working hours, and determined as the working hour information.

[0042] In this embodiment, the actual processing hours and performance hours rules are used to achieve rapid calculation of performance hours, thereby improving the efficiency of determining performance hours. By verifying the performance hours, the accuracy of determining performance hours is ensured, thereby achieving the recording of working hours information, thereby improving the efficiency and accuracy of subsequent salary calculations.

[0043] In one embodiment, in step S60, the performance working hours are determined according to the performance working hours rule and the actual processing working hours, the special working hours rule includes a first relational expression and a second relational expression; the performance working hours include a first performance working hour and a second performance working hour, including: S601, determining a preset time threshold in the special working time rule corresponding to the mold workpiece according to the target working section and the workpiece type.

[0044] S602: Compare the preset time threshold with the actual processing time to obtain a time comparison result.

[0045] S603: When the time comparison result indicates that the actual processing time is greater than the preset time threshold, determine the first performance time according to the actual processing time and the first relationship.

[0046] S604: When the time comparison result indicates that the actual processing time is less than or equal to the preset time threshold, determine the second performance time according to the actual processing time and the second relationship; the second performance time is less than the first performance time.

[0047] Understandably, the preset time threshold refers to setting a time value in advance to determine the thresholds of different relationship equations. The time comparison result is used to characterize the size of the preset time threshold and the actual processing time. The special working time rules include the first relationship equation and the second relationship equation; the performance working hours include the first performance working hours and the second performance working hours. The first performance working hours and the second performance working hours are the results calculated based on different relationship equations, and the second performance working hours are less than the first performance working hours. Among them, the coefficients and constants in the first relationship equation and the second relationship equation are different. For example, the first relationship equation is ax+b, and the second relationship equation is dx+e, wherein the second relationship equation can be a constant, that is, when d is zero, e is not zero.

[0048] Specifically, after obtaining the actual processing time, according to the target section and the workpiece type, the preset time threshold in the special working time rule corresponding to the mold workpiece is determined, that is, the threshold query is performed through the target section and the section type, that is, all the time thresholds corresponding to the target section are first queried in the threshold table of the special working time rule, and then the time threshold corresponding to the workpiece type is screened out from all the time thresholds corresponding to the target section, and the screened time threshold is determined as the preset time threshold corresponding to the workpiece type in the target section. Then, the preset time threshold is compared with the actual processing time, that is, the two values ​​of the preset time threshold and the actual processing time are compared, so as to obtain the time comparison result. Next, the meaning represented by the time comparison result is analyzed. When the time comparison result represents that the actual processing time is greater than the preset time threshold, the first relational expression in the special working time rule is obtained, and the first performance time is determined according to the actual processing time and the first relational expression, that is, the actual processing time is entered into the first relational expression, so as to calculate the first performance time corresponding to the mold workpiece. Furthermore, when the time comparison result indicates that the actual processing time is less than or equal to the preset time threshold, the second relationship formula in the special working time rule is obtained, and the second performance working time is determined based on the actual processing time and the second relationship formula, that is, the actual processing time is substituted into the second relationship formula, thereby calculating the second performance working time corresponding to the mold workpiece.

[0049] In this embodiment, the preset time threshold is determined by the target work section and the workpiece type, thereby obtaining the time comparison result. The first performance time is calculated by the actual processing time and the first relationship. The second performance time is calculated by the actual processing time and the second relationship, thereby improving the accuracy and calculation efficiency of the performance time.

[0050] In one embodiment, step S60, that is, obtaining the actual processing time of the mold workpiece, includes: S6051, when it is determined that the number of machining surfaces of the mold workpiece meets the preset machining surface condition and the number of workpieces does not meet the preset workpiece condition, detect whether the mold workpiece completes the work report record in the target section.

[0051] S6052, when the mold workpiece has not completed the work report record in the target section, determine that the current processing surface is the first processing surface, and obtain the first processing surface coefficient corresponding to the first processing surface and the first processing surface estimated working time corresponding to the first processing surface.

[0052] S6053: Calculate the actual machining time corresponding to the first machining surface according to the first machining surface coefficient and the estimated machining time of the first machining surface.

[0053] Understandably, meeting the preset processing surface conditions means that the number of processing surfaces is included in the calculation of performance working hours. Not meeting the preset workpiece conditions means that the number of workpieces is not included in the calculation of performance working hours. The first processing surface refers to the first processing surface of the mold workpiece. The first processing surface coefficient refers to the coefficient of the first processing surface of the mold workpiece, which is used to calculate the actual processing time and can be set according to actual conditions. The estimated working time of the first processing surface refers to the estimated time consumed by the first processing surface of the mold workpiece.

[0054] Specifically, after obtaining the performance working time rule, a preset target table is obtained for detecting whether the number of machining surfaces of the mold workpiece participates in the performance working time calculation and whether the number of workpieces participates in the performance working time calculation. The mold number corresponding to the mold workpiece is obtained from the work report record of the target personnel, and then the number of machining surfaces and the number of workpieces of the mold workpiece are queried in the preset target table through the mold number to see whether they participate in the performance working time calculation. If the preset target table is queried to be yes, it participates in the calculation; if the preset target table is queried to be no, it does not participate in the calculation. When the number of machining surfaces of the mold workpiece is queried in the preset target table and the number of workpieces is queried to be yes, it is determined that the number of machining surfaces of the mold workpiece meets the preset machining surface conditions and the number of workpieces does not meet the preset workpiece conditions. Further, it is detected whether the mold workpiece completes the work report record in the target section, that is, the target personnel are queried through the mold number to see whether they report the work report record of the target section. If the work report record of the mold workpiece in the target section is not queried, it is determined that the mold workpiece has not completed the work report record in the target section. At the same time, the current processing surface of the mold workpiece is determined as the first processing surface, and the first processing surface coefficient corresponding to the first processing surface and the first processing surface estimated working time corresponding to the first processing surface are obtained, that is, the first processing surface coefficient corresponding to the first processing surface of the mold workpiece is queried in the processing surface coefficient table through the target section and workpiece type corresponding to the mold workpiece. Similarly, the first processing surface estimated working time corresponding to the first processing surface of the mold workpiece is queried in the processing surface estimated working time table through the target section and workpiece type corresponding to the mold workpiece. Alternatively, the processing information corresponding to the mold workpiece is obtained, and the first processing surface estimated working time is determined from the processing information. Finally, the actual processing time corresponding to the first processing surface is calculated based on the first processing surface coefficient and the first processing surface estimated working time, that is, the product between the first processing surface coefficient and the first processing surface estimated working time is calculated to obtain the actual processing time.

[0055] In this embodiment, by querying the preset target table, it is possible to determine whether the number of processing surfaces meets the conditions, and whether the number of workpieces meets the conditions, thereby realizing the detection of whether the target work section report record is completed, ensuring the accuracy of the subsequent calculation of actual processing hours. The current processing surface is determined to be the first processing surface, and the first processing surface coefficient and the first processing surface estimated working hours are determined, thereby realizing the calculation of actual processing hours, and improving the efficiency of subsequent salary calculation.

[0056] In one embodiment, after step S6051, that is, after detecting whether the mold workpiece has completed the work report record in the target section, the method further includes: S6054, when the mold workpiece has completed the work report record in the target section, if the current processing surface is determined to be the second processing surface according to the work report record, the second processing surface coefficient corresponding to the second processing surface and the second processing surface estimated working time corresponding to the second processing surface are obtained.

[0057] S6055: Calculate the actual machining time corresponding to the second machining surface according to the second machining surface coefficient and the estimated machining time of the second machining surface.

[0058] It can be understood that the second processing surface refers to the second processing surface of the mold workpiece. The second processing surface coefficient refers to the coefficient of the second processing surface of the mold workpiece, which is used to calculate the actual processing time and can be set according to the actual situation. The estimated processing time of the second processing surface refers to the estimated time consumed by the second processing surface of the mold workpiece.

[0059] Specifically, if the work report record of the mold workpiece in the target section is queried, the number of uploads of the work report record is determined. If there is only one work report record, the current processing surface is determined to be the second processing surface. If there are two work report records, the current processing surface is determined to be the third processing surface. In this way, the number of uploads of the work report record plus one is the number of processing surfaces corresponding to the current processing surface. If it is determined that the current processing surface is the second processing surface, the second processing surface coefficient corresponding to the second processing surface and the second processing surface estimated working time corresponding to the second processing surface are obtained, that is, the second processing surface coefficient corresponding to the second processing surface of the mold workpiece is queried in the processing surface coefficient table through the target section and workpiece type corresponding to the mold workpiece. Similarly, the second processing surface estimated working time corresponding to the second processing surface of the mold workpiece is queried in the processing surface estimated working time table through the target section and workpiece type corresponding to the mold workpiece. Finally, the actual processing time corresponding to the second processing surface is calculated according to the second processing surface coefficient and the estimated processing time of the second processing surface, that is, the product of the second processing surface coefficient and the estimated processing time of the second processing surface is calculated to obtain the actual processing time. Among them, the second processing surface coefficient is smaller than the first processing surface coefficient.

[0060] In this embodiment, when the mold workpiece has completed the work report record in the target section, the second processing surface is determined, thereby realizing the determination of the second processing surface coefficient and the estimated working time of the second processing surface, and then realizing the calculation of the actual processing time, ensuring the accuracy of the subsequent calculation of performance working time.

[0061] In one embodiment, step S60, i.e. obtaining the actual processing time of the mold workpiece, further includes: S6061, when it is determined that the number of workpieces of the mold workpiece meets the preset workpiece condition and the number of machining surfaces does not meet the preset machining surface condition, detecting whether the mold workpiece completes the work report record in the target section.

[0062] S6062, when the mold workpiece has not completed the work report record in the target work section, determine that the current mold workpiece is the first mold workpiece, and obtain the first workpiece coefficient corresponding to the first mold workpiece and the first workpiece estimated working time corresponding to the first mold workpiece.

[0063] S6063: Calculate the actual processing time corresponding to the first mold workpiece according to the first workpiece coefficient and the first workpiece estimated time.

[0064] It can be understood that the first mold workpiece refers to the first mold workpiece of the model to be processed. The first workpiece coefficient refers to the coefficient corresponding to the first mold workpiece, which is used to calculate the actual processing time and can be set according to the actual situation. The first workpiece estimated time refers to the estimated time consumed in processing the first mold workpiece.

[0065] Specifically, after obtaining the performance working time rule, a preset target table is obtained for detecting whether the number of machining surfaces of the mold workpiece participates in the performance working time calculation and whether the number of workpieces participates in the performance working time calculation. The mold number corresponding to the mold workpiece is obtained from the work report record of the target personnel, and then the number of machining surfaces and the number of workpieces of the mold workpiece are queried in the preset target table through the mold number to see whether they participate in the performance working time calculation. If the preset target table is queried to be yes, it participates in the calculation; if the preset target table is queried to be no, it does not participate in the calculation. When the mold workpiece finds that the number of workpieces is yes and the number of machining surfaces is no in the preset target table, it is determined that the number of workpieces of the mold workpiece meets the preset workpiece conditions and the number of machining surfaces does not meet the preset machining surface conditions. Next, it is detected whether the mold workpiece completes the work report record in the target section, that is, the mold number is used to query whether the target personnel reports the work report record of the target section. If the work report record of the mold workpiece in the target section is not queried, it is determined that the mold workpiece has not completed the work report record in the target section. The current mold workpiece is taken as the first mold workpiece, and the first workpiece coefficient corresponding to the first mold workpiece and the first workpiece estimated working time corresponding to the first mold workpiece are obtained, that is, the first workpiece coefficient corresponding to the first mold workpiece is queried in the workpiece coefficient table through the target section and workpiece type. Similarly, the first workpiece estimated working time corresponding to the first mold workpiece is queried in the workpiece estimated working time table through the target section and workpiece type. Finally, the actual processing working time corresponding to the first mold workpiece is calculated based on the first workpiece coefficient and the first workpiece estimated working time, that is, the product between the first workpiece coefficient and the first workpiece estimated working time is calculated to obtain the actual processing working time.

[0066] In this embodiment, by querying the preset target table, it is possible to determine whether the number of processing surfaces meets the conditions, and whether the number of workpieces meets the conditions, thereby realizing the detection of whether the target work section report record is completed, ensuring the accuracy of the subsequent calculation of the actual processing time. The current mold workpiece is determined to be the first mold workpiece, and the first workpiece coefficient and the first workpiece estimated time are determined, thereby realizing the calculation of the actual processing time, and improving the efficiency of the subsequent salary calculation.

[0067] In one embodiment, after step S6061, that is, after detecting whether the mold workpiece has completed the work report record in the target section, the method further includes: S6064, when the mold workpiece has completed the work report record in the target work section, if the current mold workpiece is determined to be the second mold workpiece according to the work report record, the second workpiece coefficient corresponding to the second mold workpiece and the second workpiece estimated working time corresponding to the second mold workpiece are obtained.

[0068] S6065: Calculate the actual processing time corresponding to the second mold workpiece according to the second workpiece coefficient and the estimated processing time of the second workpiece.

[0069] It can be understood that the second mold workpiece refers to the second mold workpiece of the model to be processed. The second workpiece coefficient refers to the coefficient corresponding to the second mold workpiece, which is used to calculate the actual processing time and can be set according to the actual situation. The second workpiece estimated time refers to the estimated time consumed in processing the second mold workpiece.

[0070] Specifically, if the report record of the mold workpiece in the target section is queried, the number of uploads of the report record is determined, and thus the number of mold workpieces of the workpiece type processed in the target section is determined based on the number of uploads. If it is determined that the current mold workpiece is the second mold workpiece based on the report record, the second workpiece coefficient corresponding to the second mold workpiece and the second workpiece estimated working time corresponding to the second mold workpiece are obtained, that is, the second workpiece coefficient corresponding to the second mold workpiece is queried in the workpiece coefficient table through the target section and the workpiece type. Similarly, the second workpiece estimated working time corresponding to the second mold workpiece is queried in the workpiece estimated working time table through the target section and the workpiece type. Finally, the actual processing time corresponding to the second mold workpiece is calculated based on the second workpiece coefficient and the second workpiece estimated working time, that is, the product between the second workpiece coefficient and the second workpiece estimated working time is calculated, so as to obtain the actual processing time.

[0071] In this embodiment, when the mold workpiece has completed the work report record in the target section, the second mold workpiece is determined, thereby realizing the determination of the second workpiece coefficient and the estimated working time of the second workpiece, and then realizing the calculation of the actual processing time, ensuring the accuracy of the subsequent calculation of performance working time.

[0072] In one embodiment, step S60, i.e. obtaining the actual processing time of the mold workpiece, further includes: S6071, when it is determined that the number of the machining surfaces meets the preset machining surface conditions and the number of the workpieces meets the preset workpiece conditions, detecting whether the work report record of the mold workpiece is completed in the target section.

[0073] S6072, when the mold workpiece has not completed the work report record in the target work section, determine the current mold workpiece as the target mold workpiece, and determine the current processing surface as the target processing surface.

[0074] S6073, obtaining a target workpiece coefficient and a target workpiece estimated working time corresponding to the target mold workpiece, and a target machining surface coefficient and a target machining surface estimated working time corresponding to the target machining surface.

[0075] S3074, determining actual processing time according to the target workpiece coefficient, the target workpiece estimated time, the target processing surface coefficient and the target processing surface estimated time.

[0076] It can be understood that the target mold workpiece refers to the first mold workpiece of this workpiece type processed in the target section. The target processing surface refers to the first processing surface of the mold workpiece of this workpiece type processed in the target section. The target workpiece coefficient refers to the coefficient corresponding to the target mold workpiece, which is used to calculate the actual processing time and can be set according to actual conditions. The target workpiece estimated time refers to the estimated time consumed in processing the target mold workpiece. The target processing surface coefficient refers to the coefficient corresponding to the target processing surface, which is used to calculate the actual processing time and can be set according to actual conditions. The target processing surface estimated time refers to the estimated time consumed in processing the target processing surface.

[0077] Specifically, after obtaining the performance working time rule, a preset target table is obtained for detecting whether the number of machining surfaces of the mold workpiece participates in the performance working time calculation and whether the number of workpieces participates in the performance working time calculation. The mold number corresponding to the mold workpiece is obtained from the work report record of the target personnel, and then the number of machining surfaces and the number of workpieces of the mold workpiece are queried in the preset target table through the mold number to see whether they participate in the performance working time calculation. If the preset target table is queried to be yes, it participates in the calculation; if the preset target table is queried to be no, it does not participate in the calculation. When the mold workpiece finds that the number of workpieces is yes and the number of machining surfaces is yes in the preset target table, it is determined that the number of workpieces of the mold workpiece meets the preset workpiece conditions and the number of machining surfaces meets the preset machining surface conditions. Next, it is detected whether the mold workpiece has completed the work report record in the target section, that is, the mold number is used to query whether the target personnel have reported the work report record of the target section. If the work report record of the mold workpiece in the target section is not queried, it is determined that the mold workpiece has not completed the work report record in the target section, and the current mold workpiece is determined as the target mold workpiece, and the current machining surface is determined as the target machining surface. Further, the target workpiece coefficient and target workpiece estimated working time corresponding to the target mold workpiece, as well as the target machining surface coefficient and target machining surface estimated working time corresponding to the target machining surface are obtained, that is, the target workpiece coefficient corresponding to the target mold workpiece is queried from the workpiece coefficient target table according to the target section and workpiece type, and the target workpiece estimated working time corresponding to the target mold workpiece is queried from the workpiece estimated working time target table according to the target section and workpiece type. Similarly, the target machining surface coefficient corresponding to the target machining surface is queried from the machining surface coefficient target table according to the target section and workpiece type, and the target machining surface estimated working time corresponding to the target machining surface is queried from the machining surface estimated working time target table according to the target section and workpiece type. Finally, the actual machining working time is calculated according to the target workpiece coefficient, the target workpiece estimated working time, the target machining surface coefficient and the target machining surface estimated working time, that is, the product between the target workpiece coefficient and the target workpiece estimated working time is calculated, and the product between the target machining surface coefficient and the target machining surface estimated working time is calculated, and the two calculation results are weighted to obtain the actual machining working time.

[0078] In this embodiment, the detection of work report records is realized, thereby realizing the determination of the target mold workpiece and the target processing surface, and realizing the acquisition of the target workpiece coefficient, the target workpiece estimated working time, the target processing surface coefficient and the target processing surface estimated working time, and then realizing the calculation of the actual processing time, ensuring the accuracy of the actual processing time and improving the accuracy of the subsequent calculation of performance time.

[0079] It should be understood that the order of execution of the steps in the above embodiment does not necessarily mean the order of execution. The execution order of each process should be determined by its function and internal logic, and should not constitute any limitation on the implementation process of the embodiment of the present invention.

[0080] In one embodiment, a mold processing performance time determination device is provided, and the mold processing performance time determination device corresponds to the mold processing performance time determination method in the above embodiment. Figure 2 As shown, the mold processing performance working time determination device includes a workpiece type module 10, a working time relationship module 20, a basic working time rule module 30, a performance working time module 40 and a working time information module 50. The detailed description of each functional module is as follows: The workpiece type module 10 is used to determine the target section where the mold workpiece processed by the target personnel is located according to the work report record, and obtain the workpiece type and user information of the mold workpiece; A work time relationship module 20, used to determine a performance work time rule according to the target work section, the user information and the workpiece type; A basic working time rule module 30, for determining the mold performance working time in the basic working time rule according to the target work section and the workpiece type when the performance working time rule is the basic working time rule; The performance working time module 40 is used to determine the performance working time according to the number of workpiece processing surfaces, the number of mold workpieces and the mold performance working time in the work report record corresponding to the same mold workpiece; The working time information module 50 is used to generate working time information corresponding to the mold workpiece after verifying that the performance working time is correct, and associate the working time information with the target person.

[0081] In one embodiment, the device further comprises: A special working time rule module 60 is used to obtain the actual processing working time of the mold workpiece when the performance working time rule is a special working time rule, and determine the performance working time according to the special working time rule and the actual processing working time; The personnel association module 70 is used to generate the working time information corresponding to the mold workpiece after verifying that the performance working time is correct, and associate the working time information with the target personnel.

[0082] In one embodiment, the special working hours rule module 60, the special working hours rule includes a first relational expression and a second relational expression; the performance working hours include a first performance working hour and a second performance working hour; and include: A time threshold unit, used to determine a preset time threshold in the special working time rule corresponding to the mold workpiece according to the target working section and the workpiece type; A comparison result unit, used for comparing the preset time threshold with the actual processing time to obtain a time comparison result; A first performance unit, configured to determine a first performance time according to the actual processing time and the first relationship when the time comparison result indicates that the actual processing time is greater than the preset time threshold; A second performance unit is used to determine a second performance time according to the actual processing time and the second relationship when the time comparison result indicates that the actual processing time is less than or equal to the preset time threshold; the second performance time is less than the first performance time.

[0083] In one embodiment, the special working hours rule module 60 further includes: A processing surface quantity compliance unit, used for detecting whether the processing surface quantity of the mold workpiece has completed the work report record in the target section when it is determined that the processing surface quantity of the mold workpiece meets the preset processing surface condition and the workpiece quantity does not meet the preset workpiece condition; A first processing surface data acquisition unit is used to determine that the current processing surface is the first processing surface when the mold workpiece has not completed the work report record in the target section, and to acquire a first processing surface coefficient corresponding to the first processing surface and a first processing surface estimated working time corresponding to the first processing surface; The first machining surface data calculation unit is used to calculate the actual machining time corresponding to the first machining surface according to the first machining surface coefficient and the estimated machining time of the first machining surface.

[0084] In one embodiment, the special working hours rule module 60 further includes: A second processing surface data acquisition unit is used for acquiring a second processing surface coefficient corresponding to the second processing surface and a second processing surface estimated working time corresponding to the second processing surface if the current processing surface is determined to be the second processing surface according to the processing record when the mold workpiece has completed the processing record in the target process section; The second machining surface data calculation unit is used to calculate the actual machining time corresponding to the second machining surface according to the second machining surface coefficient and the estimated machining time of the second machining surface.

[0085] In one embodiment, the special working hours rule module 60 further includes: A workpiece quantity compliance unit, used to detect whether the workpiece report record of the mold workpiece is completed in the target section when it is determined that the workpiece quantity of the mold workpiece meets the preset workpiece condition and the processing surface quantity does not meet the preset processing surface condition; A first workpiece data acquisition unit is used to determine that the current mold workpiece is a first mold workpiece when the mold workpiece has not completed the work report record in the target work section, and to acquire a first workpiece coefficient corresponding to the first mold workpiece and a first workpiece estimated working time corresponding to the first mold workpiece; The first workpiece surface data calculation unit is used to calculate the actual processing time corresponding to the first mold workpiece according to the first workpiece coefficient and the first workpiece estimated time.

[0086] In one embodiment, the special working hours rule module 60 further includes: A second workpiece data acquisition unit is used to acquire a second workpiece coefficient corresponding to the second mold workpiece and a second workpiece estimated working time corresponding to the second mold workpiece if the current mold workpiece is determined to be the second mold workpiece according to the working record when the mold workpiece has completed the working record in the target working section; The second workpiece surface data calculation unit is used to calculate the actual processing time corresponding to the second mold workpiece according to the second workpiece coefficient and the second workpiece estimated time.

[0087] A computer device comprises a memory, a processor and a computer program stored in the memory and executable on the processor, wherein the processor is used to execute the above-mentioned mold processing performance time determination method.

[0088] For the specific definition of computer equipment, processors and their units and modules, please refer to the definition of the mold processing performance time determination method above, which will not be repeated here. Each module in the above processor can be implemented in whole or in part by software, hardware and a combination thereof. It can be understood that the processor includes a processor, a memory, a network interface and a database connected by a device bus. Each module of the processor can be embedded in or independent of the processor in hardware form, or can be stored in the memory in software form, so that the processor can call and execute the operations corresponding to the above modules. Among them, the processor is used to provide computing and control capabilities. The memory includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating device, a computer program and a database. The internal memory provides an environment for the operation of the operating device and the computer program in the non-volatile storage medium. The database is used to store the data used by the mold processing performance time determination method in the above embodiment. The network interface is used to communicate with an external terminal through a network connection. When the computer program is executed by the processor, a mold processing performance time determination method is implemented.

[0089] In one embodiment, a computer-readable storage medium is provided, wherein the computer-readable storage medium stores a computer program, and when the computer program is executed by a processor, the above-mentioned mold processing performance time determination method is implemented.

[0090] Those of ordinary skill in the art can understand that all or part of the processes in the above-mentioned embodiment methods can be implemented by instructing the relevant hardware through a computer program, and the computer program can be stored in a non-volatile computer-readable storage medium. When the computer program is executed, it can include the processes of the embodiments of the above-mentioned methods. Among them, any reference to memory, storage, database or other media used in the embodiments provided in this application may include non-volatile and / or volatile memory. Non-volatile memory may include read-only memory (ROM), programmable ROM (PROM), electrically programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM) or flash memory. Volatile memory may include random access memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in many forms, such as static RAM (SRAM), dynamic RAM (DRAM), synchronous DRAM (SDRAM), double data rate SDRAM (DDRSDRAM), enhanced SDRAM (ESDRAM), synchronous link (Synchlink) DRAM (SLDRAM), memory bus (Rambus) direct RAM (RDRAM), direct memory bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM), etc.

[0091] Those skilled in the art can clearly understand that for the convenience and simplicity of description, only the division of the above-mentioned functional units and modules is used as an example. In actual applications, the above-mentioned functions can be distributed and completed by different functional units and modules as needed, that is, the internal structure of the device can be divided into different functional units or modules to complete all or part of the functions described above.

[0092] The embodiments described above are only used to illustrate the technical solutions of the present invention, rather than to limit the same. Although the present invention has been described in detail with reference to the aforementioned embodiments, a person skilled in the art should understand that the technical solutions described in the aforementioned embodiments may still be modified, or some of the technical features may be replaced by equivalents. Such modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention, and should all be included in the protection scope of the present invention.

Claims

1. A method for determining mold processing performance working hours, characterized in that: include: Determine the target work section where the mold workpiece processed by the target personnel is located according to the work report record, and obtain the workpiece type and user information of the mold workpiece; Determine a performance work time rule according to the target work section, the user information and the workpiece type; When the performance working time rule is the basic working time rule, determining the mold performance working time in the basic working time rule according to the target work section and the workpiece type; Determine the performance working hours according to the number of workpiece processing surfaces, the number of mold workpieces and the mold performance working hours in the work report record corresponding to the same mold workpiece; After verifying that the performance working hours are correct, the working hours information corresponding to the mold workpiece is generated, and the working hours information is associated with the target person.

2. The method for determining mold processing performance working hours according to claim 1, characterized in that: After determining the performance working time rule according to the target work section, the user information and the workpiece type, the method further includes: When the performance working hour rule is a special working hour rule, the actual processing working hours of the mold workpiece are obtained, and the performance working hours are determined according to the special working hour rule and the actual processing working hours; After verifying that the performance working hours are correct, the working hours information corresponding to the mold workpiece is generated, and the working hours information is associated with the target person.

3. The method for determining mold processing performance working hours according to claim 2, characterized in that: The special working hours rule includes a first relational expression and a second relational expression; the performance working hours include a first performance working hour and a second performance working hour; Determining the performance working hours according to the special working hours rules and the actual processing working hours includes: Determine, according to the target work section and the workpiece type, a preset time threshold in the special working time rule corresponding to the mold workpiece; Compare the preset time threshold with the actual processing time to obtain a time comparison result; When the time comparison result indicates that the actual processing time is greater than the preset time threshold, determining the first performance time according to the actual processing time and the first relationship; When the time comparison result indicates that the actual processing time is less than or equal to the preset time threshold, a second performance time is determined according to the actual processing time and the second relationship; the second performance time is less than the first performance time.

4. The method for determining mold processing performance working hours according to claim 2, characterized in that: The obtaining of the actual processing time of the mold workpiece includes: When it is determined that the number of machining surfaces of the mold workpiece meets the preset machining surface condition and the number of workpieces does not meet the preset workpiece condition, detecting whether the mold workpiece completes the work report record in the target section; When the mold workpiece has not completed the work report record in the target section, determining that the current processing surface is the first processing surface, and obtaining the first processing surface coefficient corresponding to the first processing surface and the first processing surface estimated working time corresponding to the first processing surface; The actual machining time corresponding to the first machining surface is calculated based on the first machining surface coefficient and the first machining surface estimated time.

5. The method for determining mold processing performance working hours according to claim 4, characterized in that: After detecting whether the mold workpiece has completed the work report record in the target section, the method further includes: When the mold workpiece has completed the work report record in the target section, if the current processing surface is determined to be the second processing surface according to the work report record, then obtaining the second processing surface coefficient corresponding to the second processing surface and the second processing surface estimated working time corresponding to the second processing surface; The actual machining time corresponding to the second machining surface is calculated based on the second machining surface coefficient and the estimated machining time of the second machining surface.

6. The method for determining mold processing performance working hours according to claim 2, characterized in that: The obtaining of the actual processing time of the mold workpiece also includes: When it is determined that the number of workpieces of the mold workpiece meets the preset workpiece condition and the number of processing surfaces does not meet the preset processing surface condition, detecting whether the mold workpiece completes the work report record in the target section; When the mold workpiece has not completed the work report record in the target work section, determine that the current mold workpiece is the first mold workpiece, and obtain a first workpiece coefficient corresponding to the first mold workpiece and a first workpiece estimated working time corresponding to the first mold workpiece; The actual processing time corresponding to the first mold workpiece is calculated according to the first workpiece coefficient and the first workpiece estimated time.

7. The method for determining mold processing performance working hours according to claim 6, characterized in that: After detecting whether the mold workpiece has completed the work report record in the target section, the method further includes: When the mold workpiece has completed the work report record in the target work section, if the current mold workpiece is determined to be the second mold workpiece according to the work report record, a second workpiece coefficient corresponding to the second mold workpiece and a second workpiece estimated working time corresponding to the second mold workpiece are obtained; The actual processing time corresponding to the second mold workpiece is calculated according to the second workpiece coefficient and the second workpiece estimated time.

8. A device for determining the working hours of mold processing performance, characterized in that: include: A workpiece type module is used to determine the target section where the mold workpiece processed by the target personnel is located according to the work report record, and obtain the workpiece type and user information of the mold workpiece; A work time relationship module, used for determining a performance work time rule according to the target work section, the user information and the workpiece type; A basic working time rule module, used for determining the mold performance working time in the basic working time rule according to the target work section and the workpiece type when the performance working time rule is the basic working time rule; A performance working time module, used for determining the performance working time according to the number of workpiece processing surfaces, the number of mold workpieces and the mold performance working time in the work report record corresponding to the same mold workpiece; The working time information module is used to generate working time information corresponding to the mold workpiece after verifying that the performance working time is correct, and associate the working time information with the target person.

9. A computer device, characterized in that: The method comprises a memory, a processor and a computer program stored in the memory and executable on the processor, wherein the processor is used to execute the method for determining the mold processing performance working time as claimed in any one of claims 1 to 7.

10. A computer-readable storage medium storing a computer program, characterized in that: When the computer program is executed by a processor, the method for determining mold processing performance time according to any one of claims 1 to 7 is implemented.

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