CN-121981486-A - Processing capacity planning method, device, computer equipment and storage medium

CN121981486ACN 121981486 ACN121981486 ACN 121981486ACN-121981486-A

Abstract

The invention relates to the technical field of processing and manufacturing, and discloses a processing capacity planning method, a processing capacity planning device, computer equipment and a storage medium. The method comprises the steps of determining a task planning template according to acquired template selection information, determining the productivity working hours, machining procedures, machining demand working hours and machining construction periods of each target sub-stage task in each task to be planned, determining planning reference dates according to the acquired planning demand information, generating task planning results of each planning task according to a preset working calendar, the planning reference dates and the machining working procedures, the machining demand working hours and the machining construction periods of all target sub-stage tasks in each task to be planned, determining the productivity load results of each target sub-stage task according to the productivity working hours and the task planning results, and generating target planning results according to the task planning results of all the tasks to be planned when the productivity load results of all the target sub-stage tasks are sufficient in productivity. The invention improves the efficiency and accuracy of capacity planning.

Inventors

LIU DAN

Assignees

深圳模德宝科技有限公司

Dates

Publication Date: 20260505
Application Date: 20260130

Claims (10)

1. A process capacity planning method, comprising: Acquiring template selection information and planning demand information of at least one task to be planned, wherein the task to be planned comprises a plurality of target sub-stage tasks; Determining a task planning template of each task to be planned from candidate planning templates according to the template selection information, and determining the productivity man-hour, the processing procedure, the processing demand man-hour and the processing construction period of each target sub-stage task in each task to be planned according to the task planning template; Determining planning reference dates of the tasks to be planned according to the planning demand information; For each task to be planned, generating a task planning result of the task to be planned according to a preset working calendar, the planning reference date and the machining procedures, machining requirement working hours and machining construction periods of all the target sub-stage tasks in the task to be planned; According to the productivity man-hour of each target sub-stage task and the task planning results of all the tasks to be planned, determining the productivity load result of each target sub-stage task; and when the capacity load results of all the target sub-stage tasks are sufficient capacity, determining a target planning result according to the task planning results of all the tasks to be planned.
2. The process capacity planning method of claim 1, wherein after generating the capacity load result of each of the target sub-stage tasks, further comprising: When the capacity load result of at least one target sub-stage task is insufficient capacity, determining a new planning task from all the tasks to be planned according to the capacity load result, and sending a demand adjustment request of the new planning task to a client; When receiving planning date adjustment information corresponding to the demand adjustment request sent by the client, determining a task re-planning result of the new planning task based on the planning date adjustment information, updating the capacity load result according to the task re-planning result of the new planning task, and generating capacity load updating results of each target sub-stage task; And when the capacity load updating results of all the target sub-stage tasks are sufficient in capacity, determining a target planning result according to the task planning result of each task to be planned and the task re-planning result of the new planning task.
3. The process capacity planning method according to claim 1 or 2, characterized in that after determining the target planning result, it comprises: acquiring the actual machining man-hour of each target sub-stage task in each task to be planned at regular time; determining the planning machining man-hour of each target sub-stage task in each task to be planned according to the target planning result; and determining the processing progress results of the target sub-stage tasks in each task to be planned according to the actual processing man-hour and the planned processing man-hour.
4. The process capacity planning method of claim 1, wherein before determining the task planning template for each task to be planned from the candidate planning templates according to the template selection information, the method includes: Acquiring parent stage configuration information, and determining a template parent stage task according to a parent stage name and a parent stage processing procedure in the parent stage configuration information; acquiring sub-stage configuration information associated with the template parent stage task, and determining a template sub-stage task corresponding to the template parent stage task according to a sub-stage name, a sub-stage default construction period, sub-stage production time and a sub-stage machining procedure in the sub-stage configuration information; And obtaining template configuration information associated with the template parent stage task and the template child stage task, and generating a candidate planning template according to the template name, the template total construction period, the child stage machining construction period and the child stage machining requirement man-hour in the template configuration information, wherein the candidate planning template comprises at least one template parent stage task, and each template parent stage task comprises at least one template child stage task.
5. The process capacity planning method of claim 1, wherein the planning requirement information includes planning mode and planning date; The step of determining the planning reference date of each task to be planned according to the planning requirement information comprises the following steps: when the planning mode is forward planning, determining a task starting date of the task to be planned according to the planning date, and determining the task starting date as a planning reference date; And when the planning mode is reverse planning, determining the task completion date of the task to be planned according to the planning date, and determining the task completion date as a planning reference date.
6. The process capacity planning method according to claim 1, wherein the generating the task planning result of the task to be planned according to the preset work calendar, the planning reference date, and the process steps, the process demand man-hours, and the process period of all the target sub-stage tasks includes: For each task to be planned, determining a sub-stage starting date and a sub-stage ending date of each target sub-stage task according to a preset working calendar, the planning reference date, the machining procedure, the machining requirement working hour and the machining construction period of each target sub-stage task; And generating a task planning result of the task to be planned according to the sub-stage starting dates and the sub-stage ending dates of all the target sub-stage tasks in the task to be planned.
7. The process capacity planning method according to claim 1, wherein said determining the capacity load result of each of said target sub-stage tasks based on the capacity man-hour of each of said target sub-stage tasks and the task planning results of all of said tasks to be planned, comprises: determining the processing requirement working hours, the sub-stage starting date and the sub-stage ending date of each target sub-stage task in the task to be planned according to the task planning result of each task to be planned, and determining the current day requirement working hours of each target sub-stage task on each sub-stage task date according to the processing requirement working hours, the sub-stage starting date and the sub-stage ending date; for each target sub-stage task, determining the total working hours of the current day requirement of the target sub-stage task on the sub-stage task date based on the sum of the working hours of the current day requirement on the same sub-stage task date in all the tasks to be planned; For each target sub-stage task, determining the current day capacity ratio of the target sub-stage task on each sub-stage task date according to the current day demand total working hours of each sub-stage task date and the capacity working hours of the target sub-stage task; When the daily capacity ratio of the target sub-stage task on at least one sub-stage task date is more than or equal to 100%, determining that the capacity load result of the target sub-stage task is insufficient; And when the daily capacity ratio of the target sub-stage task on all the sub-stage task dates is smaller than 100%, determining that the capacity load result of the target sub-stage task is sufficient.
8. A process capacity planning apparatus, comprising: The information acquisition module is used for acquiring template selection information and planning demand information of at least one task to be planned, wherein the task to be planned comprises a plurality of target sub-stage tasks; The template determining module is used for determining a task planning template of each task to be planned from candidate planning templates according to the template selection information, and determining the productivity working hours, the machining working procedures, the machining requirement working hours and the machining construction period of each target sub-stage task in each task to be planned according to the task planning template; The reference date determining module is used for determining the planning reference date of each task to be planned according to the planning demand information; The task planning module is used for generating a task planning result of each task to be planned according to a preset working calendar, the planning reference date and the machining procedures, the machining demand working hours and the machining construction period of all the target sub-stage tasks in the task to be planned; the capacity load analysis module is used for determining the capacity load result of each target sub-stage task according to the capacity man-hour of each target sub-stage task and the task planning results of all the tasks to be planned; and the planning result determining module is used for determining a target planning result according to the task planning results of all the tasks to be planned when the capacity load results of all the target sub-stage tasks are the capacity sufficiency.
9. A computer device comprising a memory, a processor, and computer readable instructions stored in the memory and executable on the processor, wherein the processor, when executing the computer readable instructions, implements the process capacity planning method of any one of claims 1 to 7.
10. A computer-readable storage medium storing computer-readable instructions that, when executed by one or more processors, cause the one or more processors to perform the process capacity planning method of any one of claims 1-7.

Description

Processing capacity planning method, device, computer equipment and storage medium Technical Field The present invention relates to the field of manufacturing technologies, and in particular, to a method and apparatus for planning manufacturing capacity, a computer device, and a storage medium. Background The processing and manufacturing of the die relate to a plurality of links such as grinding machines, milling machines, electric discharge machining, wire cutting and the like, and the productivity of each link is influenced by various factors such as equipment, technology, personnel skills and the like. In the existing mould processing and manufacturing process, capacity estimation is usually carried out manually, and capacity planning and adjustment are carried out according to the manual estimation result. The manual prediction mode needs to input a large amount of labor and time cost, has low efficiency, is easily limited by subjective experience of personnel, and has incomplete consideration factors, so that the prediction result is deviated. Disclosure of Invention Accordingly, in order to solve the above-mentioned problems, it is necessary to provide a method, an apparatus, a computer device and a storage medium for planning the processing capacity, so as to solve the problem that the efficiency and accuracy of the existing processing capacity planning method are low. A process capacity planning method comprising: Acquiring template selection information and planning demand information of at least one task to be planned, wherein the task to be planned comprises a plurality of target sub-stage tasks; Determining a task planning template of each task to be planned from candidate planning templates according to the template selection information, and determining the productivity man-hour, the processing procedure, the processing demand man-hour and the processing construction period of each target sub-stage task in each task to be planned according to the task planning template; Determining planning reference dates of the tasks to be planned according to the planning demand information; For each task to be planned, generating a task planning result of the task to be planned according to a preset working calendar, the planning reference date and the machining procedures, machining requirement working hours and machining construction periods of all the target sub-stage tasks in the task to be planned; According to the productivity man-hour of each target sub-stage task and the task planning results of all the tasks to be planned, determining the productivity load result of each target sub-stage task; and when the capacity load results of all the target sub-stage tasks are sufficient capacity, determining a target planning result according to the task planning results of all the tasks to be planned. A process capacity planning apparatus comprising: The information acquisition module is used for acquiring template selection information and planning demand information of at least one task to be planned, wherein the task to be planned comprises a plurality of target sub-stage tasks; The template determining module is used for determining a task planning template of each task to be planned from candidate planning templates according to the template selection information, and determining the productivity working hours, the machining working procedures, the machining requirement working hours and the machining construction period of each target sub-stage task in each task to be planned according to the task planning template; The reference date determining module is used for determining the planning reference date of each task to be planned according to the planning demand information; The task planning module is used for generating a task planning result of each task to be planned according to a preset working calendar, the planning reference date and the machining procedures, the machining demand working hours and the machining construction period of all the target sub-stage tasks in the task to be planned; the capacity load analysis module is used for determining the capacity load result of each target sub-stage task according to the capacity man-hour of each target sub-stage task and the task planning results of all the tasks to be planned; and the planning result determining module is used for determining a target planning result according to the task planning results of all the tasks to be planned when the capacity load results of all the target sub-stage tasks are the capacity sufficiency. A computer device comprising a memory, a processor, and computer readable instructions stored in the memory and executable on the processor, the processor implementing the process capacity planning method described above when executing the computer readable instructions. A computer-readable storage medium storing computer-readable instructions that, when executed by one or more processors, cause the one or more process