CN110766342B - Order evaluation system and method for manufacturing industry - Google Patents
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Abstract
The invention discloses a manufacturing industry-oriented order review system which comprises a review workflow module, a message reminding module, a to-be-handled closed-loop module, a risk checking module and a service interface module. The review workflow module sets each process node to be reviewed and sets serial, parallel, skip and the like of the review nodes; the message reminding module pushes a WeChat reminder to a relevant review responsible person according to the state of the process node; the backlog closed-loop module initiates backlogs, appoints backlog accountants and requires time, and has the functions of backlog delay application, completion feedback, task handover and the like; the risk checking module reminds the delivery risk event and initiates a relevant decision examination and approval; the service interface module provides interface support for data transmission and service coupling between the system and the service system. Therefore, the invention can conveniently, quickly and effectively finish the product deliverable evaluation before the order is received; the invention also discloses an order review method for the manufacturing industry.
Description
Technical Field
The invention relates to the field of industrial manufacturing, in particular to an order review system and an order review method for manufacturing industry.
Background
Most production tasks of manufacturing enterprises are order pushing type, after receiving the purchasing intention of a client, a market organizes various departments related to production, and feasibility assessment is carried out on factors such as client requirements, process data, material allocation, capacity achievement, quality inspection guarantee, delivery requirements and the like, so that response receiving orders can be provided according to the feasibility assessment, subsequent production abnormity and limitation can be predicted in advance, problems can be solved in advance, delivery is guaranteed, and market reputation is improved.
Although many enterprises have order evaluation links, the actual effect is not ideal, the evaluation process is complicated and even in a form, the abnormal problem can not be really predicted through order evaluation, the problem can not be effectively solved, and the on-time delivery can be realized.
Therefore, a practical and effective order review software system and a practical and effective order review software method are urgently needed in the modern manufacturing industry, and whether equipment, technology and the like of a factory can complete orders of customers with guaranteed quality on time or not can be confirmed in the review stage.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: an order review system for the manufacturing industry is provided.
In order to solve the technical problems, the technical scheme adopted by the invention is as follows:
an order review system facing the manufacturing industry comprises a review workflow module, a message reminding module, a to-be-handled closed-loop module, a risk checking module and a business interface module which are in communication connection with one another.
The evaluation workflow module sets a required evaluation node according to the order delivery precondition and the responsibility division of the evaluation post, and performs serial evaluation, parallel evaluation or skipping over setting of the evaluation node according to the actual requirement;
the message reminding module pushes prompt information to a designated responsible person according to the state of the approval node;
the to-do closed-loop module initiates to-do matters from any approval node of order review, specifies key assessment information such as to-do responsible persons, required completion time and the like, and has the functions of to-do deferred application, completion feedback, task handover and the like;
the risk checking module reminds risk events which influence order delivery, such as order price, raw material supply and the like, and automatically initiates related decision examination and approval;
the business interface module is used for providing interface support for data transmission and business coupling between the order review system facing the manufacturing industry and the business system, such as data transmission and business coupling between the system and ERP, MES, PDM and other systems.
On the basis of the technical scheme, the invention can be further improved as follows:
furthermore, the review workflow module sets each process node for review according to the key premise of order delivery and post responsibility division of review activity, and sets serial, parallel, skip and the like of node review according to actual requirements.
Furthermore, the review workflow module sets a flow path according to the business data, specifically, the workflow module firstly judges whether the order product is a batch product, and if the order product is a batch product, the workflow module directly skips the links of quality review, detection review and research and development review.
Further, the review workflow module implements parallel and serial setting of the process nodes, which means that:
if the market evaluation result is not passed, skipping all other evaluation nodes, and directly obtaining the whole evaluation conclusion as not passed;
after the market evaluation is passed, performing quality evaluation, detection evaluation and research and development evaluation, wherein the quality evaluation, the detection evaluation and the research and development evaluation are synchronously performed in parallel;
firstly, simultaneously carrying out quality evaluation, detection evaluation and research and development evaluation, and then simultaneously carrying out manufacturing evaluation and material evaluation after all the quality evaluation, the detection evaluation and the research and development evaluation pass;
the quality evaluation means that quality assurance such as whether the requirement of the inspection standard is clear or not, whether the quality process control measures meet the quality requirements of customers or not and the like is confirmed;
the detection evaluation refers to the confirmation of detection guarantees such as whether the detection mold measuring tool is complete, whether the detection standard requirement is clear, the detection period, whether the detection is sent to a third party for detection, whether special detection is needed and the like;
the research and development review refers to the confirmation of processing implementation modes such as whether technical requirements are clear, whether a new process is researched, a research and development period, whether product coding attributes and process route data are available, whether a tool and a die are complete, whether outsourcing is needed, whether technical risks exist and the like.
The manufacturing review is used for judging whether the productivity condition is met, whether the production guarantee capacity (tools, auxiliary materials, cutters and the like) is available, whether the delivery can be guaranteed on schedule or not and predicting the production cycle;
the material evaluation is used for confirming the purchasing and inventory conditions of the required raw material inventory condition, whether the specification is met, the outsourcing suggestion, the outsourcing delivery period, whether the supply condition has risks and the like.
Furthermore, a risk checking function of key data related to order delivery is set in the order review flow module according to actual conditions, and a risk threshold is set; in the process of evaluation, when the key value is lower than the risk threshold value, a risk checking module of the system automatically gives a prompt and triggers a related risk decision sub-process;
further, the message reminding module configures an information reminding strategy on any node in the review process, wherein the information reminding strategy refers to that defined reminding information is pushed to a configured responsible person when the approval process reaches the approval node, and the information includes but is not limited to item names, responsible persons, completion forms, completion dates, reminding the responsible person, and business data obtained from the review workflow module or the business system.
Further, the plan review, except for manually reviewing whether the response measures given by each node are reasonable and whether the delivery date can be achieved, also reviews the price of the order according to preset cost unit price, batch and quantity, and judges whether potential loss exists by comparing the price of the order, the quantity of the order and the cost unit price and the economic production quantity; and if the potential loss exists, automatically calling the evaluation workflow module to initiate a price evaluation sub-process flow.
Furthermore, any node of the order review can call a to-be-done closed-loop module to initiate a to-be-done task; specific requirements of tasks, delivery forms, responsible persons, cut-off time, appraisers and the like are determined; the to-be-handled closed-loop module calls the message reminding module to initiate task processing reminding to the responsible person, the appraiser and the task transfer person, and meanwhile, the processing personnel can also initiate sub-processes of delay application, completion of feedback, task transfer and the like of the to-be-handled task to the call order review workflow module in the to-be-handled closed-loop module; meanwhile, the to-be-done closed-loop module can also perform data integration with the service system through the service interface module, and synchronizes the to-be-done tasks to an assessment task list of the performance assessment system; and after the completion progress of the tasks to be handled is updated, the closed-loop module to be handled feeds back the completion result to the order review workflow module for subsequent business.
The invention has the following beneficial effects:
1. by judging whether the product is an approved product or not, the related technical approval links are directly skipped for the product with mature manufacturing technology, the approval process is simplified, and the approval time is shortened;
2. and the unconstrained review projects are simultaneously and parallelly promoted, so that the working efficiency is improved.
3. The key nodes are cycled, and the estimated delivery date is more accurate.
4. Each approval link is provided with a responsible person, and reminding information is pushed to the responsible person, so that artificial delay is avoided.
5. And in the price evaluation step, the cost unit price, the economic quantity and the order price quantity are compared, so that the potential loss risk can be conveniently found.
The invention also provides an order review method for the manufacturing industry, which comprises the following steps:
s1, market evaluation, and if the evaluation is not enough, jumping to the step S5;
s2, simultaneously performing quality evaluation, detection evaluation and research and development evaluation, and skipping to the step S5 if any evaluation is not performed;
s3, simultaneously carrying out manufacturing evaluation and material evaluation, and jumping to the step S5 if any evaluation is not successful;
s4, plan review;
and S5, obtaining a review conclusion and ending.
Further, in the step S1, the market review step firstly determines whether the product is a batch product, and if the product is a batch product, the step S2 is skipped.
Further, after the plan review in step S4, a price review step is further included, which is used to compare the unit price of the received order, the number of received orders, the unit price of the cost, and the number of economic commissions, and determine whether the potential loss exists.
Drawings
FIG. 1 is a block diagram of the architecture of the manufacturing industry oriented order review system of the present invention;
FIG. 2 is a flow chart of the manufacturing industry oriented order review method of the present invention.
Detailed Description
The principles and features of this invention are described below in conjunction with the following drawings, which are set forth by way of illustration only and are not intended to limit the scope of the invention.
Referring to fig. 1, a block diagram of an order review system for manufacturing industry according to the present invention is shown.
An order review system facing the manufacturing industry comprises a review workflow module 1, a message reminding module 2, a to-be-handled closed-loop module 3, a risk checking module 4 and a business interface module 5 which are in communication connection with each other.
The evaluation workflow module 1 sets required evaluation nodes according to the precondition of order delivery and responsibility division of evaluation posts, and sets serial evaluation, parallel evaluation or skipping of the evaluation nodes according to actual requirements;
the message reminding module 2 pushes prompt information to a designated responsible person according to the state of the approval node;
the to-do closed-loop module 3 initiates the to-do matters from any approval node of order review, specifies key assessment information such as a to-do responsible person, required completion time and the like, and has the functions of delayed application to do, completion feedback, task handover and the like;
the risk checking module 4 reminds the order price, the raw material supply and other risk events which influence the order delivery, and automatically initiates related decision examination and approval;
the business interface module 5 is used for providing interface support for data transmission and business coupling between the order review system facing the manufacturing industry and the business system, such as data transmission and business coupling between the system and ERP, MES, PDM and other systems.
The result of the evaluation is pass or fail.
Further, the review workflow module 1 sets each process node for review according to the key premise of order delivery and post responsibility division of review activity, and sets serial, parallel, skip and the like of node review according to actual requirements, specifically including:
if the market evaluation result is failed, skipping all other evaluation nodes, and directly obtaining the whole evaluation conclusion as failed;
after the market evaluation passes, performing quality evaluation, detection evaluation and research and development evaluation, wherein the quality evaluation, the detection evaluation and the research and development evaluation are synchronously performed in parallel;
after the quality evaluation, the detection evaluation and the research and development evaluation are all passed, the manufacturing evaluation and the material evaluation are carried out, and the manufacturing evaluation and the material evaluation are synchronously carried out in parallel;
the quality evaluation means that quality assurance such as whether the requirement of the inspection standard is clear or not, whether the quality process control measures meet the quality requirements of customers or not and the like is confirmed;
the detection evaluation means that the detection guarantee such as whether the detection mold measuring tool is complete, whether the detection standard requirement is clear, the detection period, whether the detection is sent to a third party for detection, whether special detection is needed and the like is confirmed;
the research and development review refers to the confirmation of processing implementation modes such as whether technical requirements are clear, whether a new process is researched, a research and development period, whether product coding attributes and process route data are available, whether a tool and a die are complete, whether outsourcing is needed, whether technical risks exist and the like.
The manufacturing review is used for judging whether the productivity condition is met, whether the production guarantee capacity (tools, auxiliary materials, cutters and the like) is available, whether the delivery can be guaranteed on schedule or not and predicting the production cycle;
the material evaluation is used for confirming the purchasing and inventory conditions of the required raw material inventory condition, whether the specification is met, the outsourcing suggestion, the outsourcing delivery period, whether the supply condition has risks and the like.
The evaluation workflow module 1 sets a flow path according to the business data, specifically, whether the order product is a batch product is judged first, and if the order product is the batch product, the quality evaluation, detection evaluation and research and development evaluation links are directly skipped.
Further, the message reminding module 2 configures an information reminding strategy on any node in the review process, where the information reminding strategy refers to that defined reminding information is pushed to a configured responsible person when the approval process reaches the approval node, and the information includes, but is not limited to, an item name, a responsible person, a completion form, a completion date, a prompt responsible person, and business data obtained from the review workflow module 1 or the business system.
Furthermore, a critical data risk checking function related to order delivery is set in the order review flow module according to actual conditions; in the evaluation process, when the key value is lower than the risk value, the risk checking module 4 of the system automatically gives a prompt and triggers a related risk decision sub-process;
further, the plan review, except for manually reviewing whether the response measures given by each node are reasonable and whether the delivery date can be achieved, also reviews the price of the order according to preset cost unit price, batch and quantity, and judges whether potential loss exists by comparing the price of the order, the quantity of the order and the cost unit price and the economic production quantity; if the potential loss exists, the evaluation workflow module 1 is automatically called to initiate a price evaluation sub-process flow.
Furthermore, any node of the order review can call the to-be-handled closed-loop module 3 to initiate a to-be-handled task; specifying the specific requirements of the task, delivery form, person in charge, deadline, appraiser and the like; the to-be-handled closed-loop module 3 calls the message reminding module 2 to initiate task processing reminding to the responsible person, the appraiser and the task care person, and meanwhile, the processing personnel can also initiate sub-processes of delay application, feedback completion, task care and the like of the to-be-handled task to the call order review workflow module 1 in the to-be-handled closed-loop module 3; meanwhile, the to-be-done closed-loop module 3 can also perform data integration with the service system through the service interface module 5, and synchronizes the to-be-done tasks to the assessment task list of the performance assessment system; after the completion progress of the task to be handled is updated, the closed-loop module to be handled 3 feeds back the completion result to the order review workflow module 1 for subsequent business.
More specifically, the construction of the order review software system for the manufacturing industry of the present invention requires some basic work:
1) And (4) combing the responsibility of order review of each department, decomposing the precondition of order receiving, inducing review check items in the responsibility range of each post, and structuring the review check item data.
2) Defining a concept of the batch products, defining products with mature production process and quality standards in a system and marking the products as the batch products, and when reaching an evaluation task under the market part, if judging the products as the batch products, directly skipping unnecessary evaluation departments such as a research and development part, a quality part, a detection center and the like through an approval process.
3) And combing constraint associations among the review examination items. For the order review activities of each department, some review items can be judged by taking other review results as references (for example, the selection of the substitute materials can be limited by the stock condition of the materials and the BOM substitute material list), and the corresponding relation is embodied in the review process. Other review items that do not have a constraint relationship can be adjusted in the system to be processed in parallel.
4) The key nodes are cycled, and the process cycles are defined in order review for the main business activities that decide or directly influence delivery. And (3) giving out the cycle values such as material purchasing cycle, production processing cycle, product inspection cycle and the like in the links such as material purchasing, production processing, quality inspection and the like so as to reverse the scheduled online date according to the delivery requirement or reply the predicted delivery date of the client according to the scheduled online date.
5) Any link of order review can provide backlog aiming at the delivery problem, and defines the responsible person or responsible department, the completion form and the completion date. And for postponing, changing and finishing feedback of the proposed backlog, the responsibility department is responsible for examining and approving the backlog and bringing the backlog into the work examination of the responsibility department.
6) And structuring evaluation data, electronizing order evaluation to form the order evaluation software system facing the manufacturing industry, realizing online examination and approval through an information system, and after the evaluation of the previous department is finished, recording the time of an approver and the time of the approval by the system and calling a WeChat interface to send an examination and approval prompt to the mobile phone of the next department responsible for the examination and approval.
7) And introducing the cost unit price and the economic production quantity of the product, calculating and maintaining basic data according to the cost model, automatically comparing the order receiving unit price, the order receiving quantity, the cost unit price and the economic production quantity in an order evaluation link system, and automatically initiating order price examination and approval if potential loss exists.
The invention also provides an order review method for the manufacturing industry, which comprises the following steps:
s1, market evaluation, and if the market evaluation is not successful, jumping to the step S5;
and confirming whether the input information of the client, such as the key attribute of the product, the delivery date, the transportation and delivery mode, the special customization requirement of the client and the like, is complete or not, judging whether the product is a batch product or not, if the product is the batch product, passing the quality evaluation, the detection evaluation, the research and development evaluation default evaluation, and jumping to the step S3, otherwise, executing the step S2.
S2, simultaneously performing quality evaluation, detection evaluation and research and development evaluation, and jumping to the step S5 if any evaluation is not successful;
the quality evaluation, the detection evaluation and the research and development evaluation have no constraint relationship, so that the quality evaluation, the detection evaluation and the research and development evaluation are synchronously and parallelly promoted, and the examination and approval time is saved;
the quality evaluation means that quality assurance such as whether the requirement of the inspection standard is clear or not, whether the quality process control measures meet the quality requirements of customers or not and the like is confirmed;
the detection evaluation means that the detection guarantee such as whether the detection mold measuring tool is complete, whether the detection standard requirement is clear, the detection period, whether the detection is sent to a third party for detection, whether special detection is needed and the like is confirmed;
the research and development review means that whether the technical requirements are clear, whether a new process is researched or not, the research and development period, whether the product coding attribute and the process route data are available, whether the tool and the die are complete or not, whether outsourcing is needed or not, whether technical risks exist or not and the like are confirmed;
s3, simultaneously carrying out manufacturing evaluation and material evaluation, and jumping to the step S5 if any evaluation is not successful;
the manufacturing evaluation and the material evaluation are not mutually restricted, so that the manufacturing evaluation and the material evaluation are synchronously carried out in parallel, and the examination and approval time is saved;
the manufacturing evaluation is used for judging whether the productivity condition is met, whether the production guarantee capacity (tools, auxiliary materials, cutters and the like) is available, whether the delivery can be guaranteed on schedule or not and predicting the production cycle;
the material evaluation is used for confirming the purchasing and inventory conditions of the required raw material inventory condition, whether the specification is met, the outsourcing suggestion, the outsourcing delivery period, whether the supply condition has risks and the like;
s4, planning and reviewing; the method is to check whether the coping measures of each department are reasonable, whether delivery risks exist or not and whether delivery dates can be achieved or not.
And SS and price evaluation step for comparing the order receiving unit price, the order receiving quantity, the cost unit price and the economic production quantity and judging whether latent loss exists.
And S5, obtaining a review conclusion, and ending.
The steps comprise an information reminding step, wherein the information reminding step is used for pushing to-be-finished item information to relevant responsible persons, the information comprises item names, responsible persons, finishing forms and finishing dates, and the responsible persons are prompted to process the information on time.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (7)
1. An order review system facing the manufacturing industry is characterized by comprising a review workflow module, a message reminding module, a to-be-handled closed-loop module, a risk checking module and a service interface module which are in communication connection with one another;
the evaluation workflow module sets each process node for evaluation according to the precondition of order delivery and the responsibility division of the evaluation post, and performs serial, parallel and skip setting of node evaluation according to the actual requirement;
the message reminding module pushes prompt information to a designated responsible person according to the state of the process node;
the to-be-handled closed-loop module initiates a to-be-handled item from any node of order review, specifies a person to be handled, requires to complete time key assessment information, and has functions of to-be-handled delay application, completion feedback and task transfer;
the risk checking module can remind the risk event that order price and raw material supply influence order delivery and automatically initiate related decision examination and approval;
the service interface module provides interface support for data transmission and service coupling between the system and the service system.
2. The manufacturing industry-oriented order review system according to claim 1, wherein the review workflow module sets each process node for review according to key preconditions for order delivery and job division of review activity, and performs serial, parallel and skip setting of node review according to actual requirements.
3. The order review system for the manufacturing industry as claimed in claim 1 or 2, wherein the review workflow module sets a flow path according to the business data, firstly confirms the basic information and customization requirements of the product and whether the product belongs to the input information of the client of the batch product, judges whether the product is the batch product, and if so, skips quality review, detection review and research and development review.
4. The order review system for the manufacturing industry as claimed in claim 1 or 2, wherein the review workflow module implements parallel and serial arrangement of process nodes, which means that
Setting the process to simultaneously perform quality evaluation, detection evaluation and research and development evaluation according to business requirements, and then simultaneously performing manufacturing evaluation and material evaluation;
the quality evaluation refers to the confirmation of whether the inspection standard requirement is clear or not and whether the quality process control measures meet the quality guarantee of the quality requirement of the client or not;
the detection and evaluation means that whether the detection mold measuring tool is complete or not, whether the detection standard requirement is clear or not, the detection period, whether the detection is sent to a third party for detection or not and whether a special detection guarantee is needed or not are confirmed;
the research and development review means that whether the technical requirements are clear, whether a new process is researched or not, the research and development period, whether the product coding attribute and the process route data are available, whether the tool and the die are complete or not, whether outsourcing is needed or not and whether a technical risk processing implementation mode exists or not are confirmed;
the manufacturing evaluation is used for judging whether the capacity condition is met, whether the production guarantee capability is available, whether the delivery can be guaranteed according to time and predicting the production cycle;
and the material evaluation is used for confirming the stock condition of the required raw materials, whether the specification is met, the outsourcing suggestion, the outsourcing delivery period, whether the supply condition has risk purchasing and the stock condition.
5. The order review system for the manufacturing industry as claimed in claim 1 or 2, wherein the review workflow module further sets a risk check function of key data related to order delivery according to actual conditions, and sets a risk threshold; in the evaluation process, when the key value is lower than the risk threshold value, a risk checking module of the system gives a prompt and triggers a related risk decision sub-process;
in a plan review link, in addition to the manual review of whether the response measures given by each node are reasonable and whether the delivery date can be achieved, the review of the price of the bill receiving is carried out according to the preset cost unit price, batch and quantity, and the judgment of whether the potential loss exists is carried out by comparing the price of the bill receiving unit, the quantity of the bill receiving unit with the cost unit price and the economic production quantity; if the potential loss exists, the system automatically calls the review workflow module to initiate a price review sub-process flow.
6. The order review system for the manufacturing industry as claimed in claim 1, wherein the message reminding module configures a message reminding policy at any node of the review workflow, the message reminding policy refers to that the defined reminding information is pushed to the configured responsible person when the approval process reaches the node, the information includes item name, responsible person, completion form, completion date, basic node information of the reminding responsible person, and further includes service data obtained from the review workflow module or the service system.
7. The order review system for the manufacturing industry as claimed in claim 1, wherein any node of the order review can call a to-do closed-loop module to initiate a to-do task; specific requirements of tasks, delivery forms, responsible persons, cut-off time and assessment persons are determined; the to-be-handled closed-loop module calls the message reminding module to initiate task processing reminding to the responsible person, the appraiser and the task transfer person, and meanwhile, the processing personnel can call the order review workflow module in the to-be-handled closed-loop module to initiate a to-be-handled task delay application, complete feedback and task transfer sub-process; meanwhile, the to-be-done closed-loop module can also perform data integration with the service system through the service interface module, and synchronizes the to-be-done tasks to an assessment task list of the performance assessment system; and after the completion progress of the tasks to be handled is updated, the closed-loop module to be handled feeds back the completion result to the order review workflow module for subsequent business.
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