CN113850564A - Design system and method based on product data management system - Google Patents
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Abstract
The invention provides a design system and method based on a product data management system, which relates to the technical field of product design, and the system comprises: the system comprises a design system consisting of a designer module, a review module and a basic design module, and an integrated plug-in consisting of a bid and tender management module, a design process management module and a crowdsourcing statistical module; the design system comprises a designer module, a review module, a bid inviting management module, a design process management module and a crowd-sourced statistics module, wherein the designer module, the review module and the crowd-sourced statistics module are all electrically connected with the product data management system, the designer module, the review module and the crowd-sourced statistics module are all electrically connected with the design process management module, and the crowd-sourced statistics module is electrically connected with the bid inviting management module.
Description
Technical Field
The invention relates to the technical field of product design, in particular to a design system and a design method based on a product data management system.
Background
Product Data Management (PDM) is a technology used to manage all information and processes related to a product, including parts, configurations, drawings, structures, rights, etc., the PDM can integrate and manage all information in the whole life cycle of a product from design, Production to use, and can establish a parallelized product development and cooperation environment for design and manufacture in an enterprise scope, which is beneficial to improving cooperative work efficiency, shortening operation cycle, saving cost, and ensuring the standardization of a flow.
Although the PDM can be integrated with a design tool at present and well supports collaborative research and development, the main working mode is that the upper level distributes work to the lower level, so that the problem of low enthusiasm of designers for work exists; in addition, the current management mode is still relatively extensive, and detailed management is not facilitated.
In summary, improvements to current product data management systems are needed to meet current management trends.
Disclosure of Invention
The invention provides a design system and a method based on a product data management system, which are used for overcoming the defects that the initiative of designers is not high and detailed management is not facilitated in product design based on PDM in the prior art, so that the working initiative of the designers is stimulated, and the innovation of enterprises is improved.
The invention provides a design system based on a product data management system, which comprises the product data management system and further comprises:
the system comprises a design system consisting of a designer module, a review module and a basic design module, and an integrated plug-in consisting of a bid and tender management module, a design process management module and a crowdsourcing statistical module;
the designer module, the review module and the bid inviting and bidding management module are all electrically connected with the product data management system, the designer module, the review module and the crowdsourcing statistical module are all electrically connected with the design process management module, the crowdsourcing statistical module is electrically connected with the bid inviting and bidding management module, and the designer module and the review module are all electrically connected with the basic design module;
the designer module is used for acquiring design authority and task input data; the evaluation module is used for acquiring evaluation permission and task results of the design tasks; the basic design module is used for a designer to develop a design task based on the design permission and the task input data so as to generate the task result of the design task, and for a reviewer to review the corresponding design task based on the review permission and the task result so as to generate first evaluation information; the bid and bid management module is used for acquiring task requirements and generating bid-winning information, bid information and bid-winning information; the design process management module is used for acquiring task information and first evaluation information, and issuing task progress and the first evaluation information; the crowdsourcing statistics module is used for acquiring and issuing the task information and the first evaluation information, and acquiring the design task and the middle mark information.
According to the design system based on the product data management system provided by the invention, the bid and tender management module comprises:
the first receiving unit is used for acquiring a task requirement from the product data management system;
the bidding information generating unit is used for generating bidding information according to the task requirement;
a bid information generating unit for generating bid information based on the bid information; wherein the bidding information is basic information of a designer, and quotation and period of a design task;
the bid selection unit is used for generating bid-winning information according to the bid inviting information, the first evaluation information and the bid information of the designer module; the first evaluation information is evaluation information corresponding to a designer;
a first sending unit for sending the bid-winning information to the product data management system
The second receiving unit is used for receiving the task information, the task progress and the first evaluation information of the design task from the crowdsourcing statistical module; the task information comprises working hours and submission information, and the first evaluation information is evaluation information corresponding to the design task;
and the task issuing unit is used for sending bid winning information and design tasks to the crowdsourcing statistical module.
According to the design system based on the product data management system provided by the invention, the crowdsourcing statistics module comprises:
the third receiving unit is used for receiving the bid-winning information and the design task from the task issuing unit;
the second sending unit is used for sending the task information, the task progress and the first evaluation information to the second receiving unit;
a fourth receiving unit, configured to receive the task information and the first evaluation information from the design process management module.
According to the design system based on the product data management system provided by the invention, the design process management module comprises:
a third sending unit, configured to send the task information, and the first evaluation information to the fourth receiving unit;
a fifth receiving unit for receiving the task information from the designer module;
a fourth sending unit, configured to send the task progress to the designer module;
a sixth receiving unit, configured to receive the first evaluation information from the review module;
and the fifth sending unit is used for sending the task progress to the review module.
According to the design system based on the product data management system provided by the invention, the designer module comprises:
a seventh receiving unit, configured to receive the task progress from the fourth sending unit;
a sixth transmitting unit, configured to transmit the task information to the fifth receiving unit;
the eighth receiving unit is used for receiving the task authority and the task input data from the product data management system; wherein the task authority and the task input data are generated based on the bid winning information;
and the seventh sending unit is used for sending the task results of the design tasks to the product data management system.
According to the design system based on the product data management system provided by the invention, the review module comprises:
the system comprises a first evaluation module and a second evaluation module;
the second review module reviews after the first review module.
According to the design system based on the product data management system provided by the invention, the first review module comprises:
a ninth receiving unit, configured to receive the task progress from the fifth sending unit;
an eighth sending unit, configured to send the first evaluation information of the first review module to the sixth receiving unit;
a tenth receiving unit, configured to receive the review permission and the task result from the product data management system;
the second review module comprises:
an eleventh receiving unit, configured to receive the task progress from the fifth sending unit;
a ninth sending unit, configured to send the first evaluation information of the second review module to the sixth receiving unit when the first evaluation information of the first review module passes;
and the twelfth receiving unit is used for receiving the evaluation authority and the task result from the product data management system.
According to the design system based on the product data management system, provided by the invention, an auxiliary plug-in is integrated in the design system and is used for developing the design task, reviewing the design task, recording the operation of a designer and prompting the progress information of the design task.
The invention also provides a design method based on the product data management system, which is applied to a designer end and comprises the following steps:
the product data management system generates the task requirement and issues the task requirement to the first receiving unit of the bidding management module;
the bid inviting information generating unit of the bid inviting and bidding management module generates bid inviting information according to the task requirement and basic information of the designer module;
the bid selection unit of the bid inviting and bidding management module generates bid winning information according to the bid inviting information and the first evaluation information;
the product data management system generates the task permission according to the bid-winning information and sends the task permission and the task input data to the eighth receiving unit of the designer module;
a designer develops the design task through the designer module according to the corresponding task authority and the corresponding task input data and generates the task result of the design task;
and the designer submits the task result to the product data management system through the seventh sending unit of the designer module for the review module to review.
The invention also provides a design method based on the product data management system, which is applied to a designer end and a review end and comprises the following steps:
the product data management system generates the task requirement and issues the task requirement to the first receiving unit of the bidding management module;
the bid inviting information generating unit of the bid inviting and bidding management module generates bid inviting information according to the task requirement and basic information of the designer module;
the bid selection unit of the bid inviting and bidding management module generates bid winning information according to the bid inviting information and the first evaluation information;
the product data management system generates the evaluation permission according to the bid-winning information and sends the evaluation permission to the tenth receiving unit of the first evaluation module and the twelfth receiving unit of the second evaluation module;
the evaluation expert acquires the evaluation permission and the task result through the tenth receiving unit of the first evaluation module, generates the first evaluation information through the first evaluation generating unit of the first evaluation module, and generates second evaluation information when generating the first evaluation information; the second evaluation information is evaluation information corresponding to an evaluation expert;
when the first evaluation information of the first evaluation generation unit passes, a superior manager acquires the evaluation permission and the task result through the twelfth receiving unit of the second evaluation module, generates the first evaluation information through the second evaluation generation unit of the second evaluation module, and when the first evaluation information of the second evaluation generation unit passes, the design task passes.
The invention also provides an electronic device, which comprises a memory, a processor and a computer program stored on the memory and capable of running on the processor, wherein the processor executes the program to realize the steps of the design method based on the product data management system.
The present invention also provides a non-transitory computer readable storage medium having stored thereon a computer program which, when executed by a processor, implements the steps of the product data management system based design method as described in any of the above.
The invention also provides a computer program product comprising a computer program which, when executed by a processor, carries out the steps of the design method based on a product data management system as described in any of the above.
The design system and method based on the product data management system are different from the traditional design crowdsourcing, the crowdsourcing design is developed based on PDM, and the PDM system and the design crowdsourcing system are complemented through the bidding management module, the design process management module and the crowdsourcing statistical module, so that better management is realized, the working enthusiasm of designers is stimulated, and the innovation of enterprises is improved; in the product data management system, the distribution mode in the prior art is changed into the bidding mode, so that the competition consciousness and the participation consciousness of designers are fully mobilized, and enterprises can realize the established target of products with lower research and development cost; meanwhile, through collecting, collecting and analyzing design process data, designers can be better evaluated, enterprises are effectively guided to perform performance distribution and enterprise research and development cost quantification according to evaluation information of each designer, research and development cost evaluation and estimation are facilitated, and the enterprises are helped to realize better cost control.
Drawings
In order to more clearly illustrate the technical solutions of the present invention or the prior art, the drawings needed for the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and those skilled in the art can also obtain other drawings according to the drawings without creative efforts.
FIG. 1 is a schematic structural diagram of a design system based on a product data management system provided by the present invention;
FIG. 2 is a schematic structural diagram of a bid management module in the design system based on the product data management system according to the present invention;
FIG. 3 is a schematic structural diagram of a crowdsourcing statistics module in the design system based on the product data management system provided by the present invention;
FIG. 4 is a specific structural diagram of a design process management module in the design system based on the product data management system according to the present invention;
FIG. 5 is a specific structural diagram of a designer module in the design system based on the product data management system provided by the present invention;
FIG. 6 is a schematic structural diagram of a review module in the design system based on the product data management system provided by the present invention;
FIG. 7 is a schematic structural diagram of a first review module and a second review module in the design system based on the product data management system provided by the present invention;
FIG. 8 is a flowchart illustrating a design method based on a product data management system according to the present invention;
FIG. 9 is a second schematic flowchart of a design method based on a product data management system according to the present invention;
FIG. 10 is a third schematic flowchart of a design method based on a product data management system according to the present invention;
fig. 11 is a schematic structural diagram of an electronic device provided in the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, the technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings, and it is obvious that the described embodiments are some, but not all embodiments of the present invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The design system based on the product data management system of the present invention is described below with reference to fig. 1, the system includes a product data management system 10, and the product data management system 10 may include a document management module 11, a configuration management module 12, a process management module 13, a team management module 14, and may add other modules 15 with corresponding functions according to specific management requirements. The system further comprises:
the design system 80 composed of the designer module 20, the review module 30 and the basic design module 70, the bid/bid management module 40, the design process management module 50 and the crowd-sourced statistics module 60, the designer module 20, the review module 30 and the bid/bid management module 40 are electrically connected with the product data management system 10, the designer module 20, the review module 30 and the crowd-sourced statistics module 60 are electrically connected with the design process management module 50, the crowd-sourced statistics module 60 is electrically connected with the bid/bid management module 40, and the designer module 20 and the review module 30 are electrically connected with the basic design module 70.
The integration of plug-ins in the system is to achieve the function of task crowdsourcing. Design crowdsourcing is a novel collaborative research and development mode, design resources are utilized most effectively through bidding, and the enthusiasm of designers can be fully mobilized; and the design process (man-hour, problem in the process, number of times of modification, etc.) can be recorded with smaller granularity, and through the collection of the data, the designer can be better evaluated. However, current designs suffer from several drawbacks, such as: the cooperativity is poor in the crowdsourcing process, and designers are inconvenient to interact with each other; design resources of enterprises, such as standard component libraries and the like, cannot be well utilized; importing and exporting files involves confidentiality, and is high in workload, tedious and prone to errors.
In the system, the design is different from the traditional design crowdsourcing and is based on the PDM expansion crowdsourcing design, so that the PDM system and the design crowdsourcing system can be complemented, and better management is realized. In the PDM system, the distribution mode in the prior art is changed into the bidding mode, so that the competition consciousness and participation consciousness of designers are fully mobilized, and enterprises can realize the established target of products with lower research and development cost; meanwhile, through collecting, collecting and analyzing design process data, designers can be better evaluated, and enterprises can be effectively guided to perform performance distribution according to evaluation information of each designer.
The product data management system-based design system of the present invention is described below with reference to fig. 2, and the bid management module 40 includes:
a first receiving unit 41 for acquiring a task request from the product data management system 10; a bidding information generating unit 42 for generating bidding information according to the task requirement; a bid information generating unit 43 for generating bid information based on the bid information; the bid selection unit 44 is configured to generate bid winning information according to the bid inviting information, the first evaluation information, and the bid information of the designer module 20; a first sending unit 45, configured to send bid-winning information to the product data management system 10; a second receiving unit 46, configured to receive task information of the design task, the task progress, and the first evaluation information from the crowdsourcing statistics module 60; and the task issuing unit 47 is configured to send bid winning information and design tasks to the crowdsourcing statistics module 60.
In the system, the first evaluation information is evaluation information corresponding to a designer, and evaluation personnel such as an evaluation expert and a superior leader of the evaluation module 30 evaluate task results corresponding to a design task completed by the designer, so that evaluation information corresponding to the designer can be obtained. The bid information is basic information of the designer corresponding to the designer module 20, a quote for a design task, and a period, and the task information includes man-hours and submission information.
In the bid/bid management module 40, after the director designer obtains the task requirement from the product data management system 10, the director designer performs workload evaluation and pricing according to the task requirement, and then generates bid/bid information.
Each designer can bid in accordance with individual situations after viewing bid information through the bid management module 40, and decides the price and period of the design task, thereby generating bid information.
The method comprises the steps that a master designer selects the most suitable designer to bid for each design task according to bidding information corresponding to each designer and by combining the bidding information (workload and pricing of the design task) and first evaluation information corresponding to the designers in the past, and generates bid-winning information and the design task. Therefore, it is considered that the bid-winning information in the system includes not only the designer corresponding to the design task but also the review expert corresponding to the design task.
In the system, the second evaluation information is evaluation information corresponding to an evaluation expert.
Then, the bid and bid administration module 40 feeds back the corresponding bid-winning information to the product data management system 10, and the product data management system 10 generates the design right corresponding to the designer module 20 and the review expert corresponding to the review module 30 according to the bid-winning information, and issues the design right and the review right to the corresponding designer module 20 and the review module 30, so as to open the corresponding design right and review right to the winning designer and the review expert, respectively.
Thus, in the system, task permissions and task input materials are generated based on the bid winning information.
The design system based on the product data management system of the present invention is described below with reference to fig. 3, and the crowdsourcing statistics module 60 includes:
a third receiving unit 61, configured to receive bid-winning information and a design task from the task issuing unit 47; a second sending unit 62, configured to send the task information, the task progress, and the first evaluation information to the second receiving unit 46; a fourth receiving unit 63, configured to receive the task information and the first evaluation information from the design process management module 50.
In this system, the fourth receiving unit 63 also receives the first evaluation information and the second evaluation information from the design process management module 50, and correspondingly, the second transmitting unit 62 also transmits the first evaluation information and the second evaluation information to the second receiving unit 46.
The whole process of product design can be counted, summarized and analyzed by the crowdsourcing statistics module 60, and specifically includes:
1. the pack receiving workload of the design task received by the designer, i.e. the pack receiving workload represents the estimated man-hour of each design task automatically set by the bid and bid management module 40 in the system or the estimated man-hour of each design task manually set by the director designer;
2. corresponding to each design task, the completion working hours of the winning bid designer are the working hours actually used by the winning bid designer, and the completion working hours are compared with the package receiving workload, so that the evaluation personnel of the evaluation module 30 can evaluate the completion working hours;
3. the evaluation times of the evaluation experts corresponding to each design task can be understood as that, if the evaluation experts winning a bid in one design task are multiple, the evaluation times of each evaluation expert can be correspondingly determined;
4. corresponding to each design task, the evaluation man-hour of the winning bid evaluation expert can be understood that if the winning bid evaluation expert in one design task is multiple, the evaluation man-hour of each evaluation expert is correspondingly the evaluation man-hour;
5. for each design task, for the second evaluation information of the successful review expert, i.e. expert evaluation, it should be noted that the expert evaluation in the system may include multiple dimensions, for example: evaluating the working capacity, feedback speed, working attitude and the like of the experts, and performing overall statistics on the expert evaluation;
6. for each design task, the first evaluation information of the middle-standard designer, i.e. designer evaluation, it should be noted that the designer evaluation in the system may also include multiple dimensions, for example: the working capacity, feedback speed, working attitude and the like of a designer, and the evaluation of the designer can be subjected to overall statistics;
7. and (5) evaluating a list of the fed-back problems corresponding to each design task.
The design system based on the product data management system of the present invention is described below with reference to fig. 4, and the design process management module 50 includes:
a third sending unit 51, configured to send the task information, and the first evaluation information to the fourth receiving unit 63; a fifth receiving unit 52 for receiving the task information from the designer module 20; a fourth transmitting unit 53 for transmitting the task progress to the designer module 20; a sixth receiving unit 54, configured to receive the first evaluation information from the review module 30; and a fifth sending unit 55, configured to send the task progress to the review module 30.
In this system, the sixth receiving unit 54 further receives the first evaluation information and the second evaluation information from the review module 30, the first evaluation information may be generated synchronously with the production of the first evaluation information, and the third transmitting unit 51 may further transmit the first evaluation information and the second evaluation information to the fourth receiving unit 63.
The design process management module 50 is mainly used for recording/displaying the task progress of each design task and inputting the first evaluation information generated by the review module 30.
The product data management system-based design system of the present invention is described below with reference to fig. 5, and the designer module 20 includes:
a seventh receiving unit 21 for receiving the task progress from the fourth transmitting unit 53; a sixth transmitting unit 22 for transmitting the task information to the fifth receiving unit 52; an eighth receiving unit 23, configured to receive the task authority and the task input data from the product data management system 10; a seventh sending unit 24, configured to send the task result of the design task to the product data management system 10.
The design system based on the product data management system of the present invention is described below with reference to fig. 6, and the review module 30 includes:
the system comprises a first evaluation module 31 and a second evaluation module 32, wherein the first evaluation module 31 corresponds to an expert evaluation link of an evaluation expert, the second evaluation module 32 corresponds to a leader evaluation link of a superior manager, and in the system, the second evaluation module 32 carries out evaluation after the first evaluation module 21.
It should be noted that, in other embodiments, the system may set more than one (one) lead review link in the actual business, so that a third review module, a fourth review module to an nth review module, and the like may also be provided, corresponding to the step-by-step review of different levels of management.
The design system 80 of the system is integrated with an auxiliary plug-in, and the designer module 20, the first review module 31 and the second review module 32 are all electrically connected to the base design module 70. If the leader review link has a plurality of channels, the review modules corresponding to the leader review link except the second review module 32 are also electrically connected to the basic design module 70.
In the present embodiment, the Design system 80 employs a Computer Aided Design (CAD) system, and the CAD system integrates an auxiliary plug-in for allowing a designer to develop a Design task based on the Design authority and the task input data to generate a task result of the Design task, and allowing a reviewer (the first review module 31, the second review module 32, and other review modules) to review the corresponding Design task based on the review authority and the task result to generate first evaluation information, and records of designer operations (Design start/stop time, task submission), and a prompt of progress information of the Design task. Meanwhile, the designer and the reviewer share one CAD system and are distinguished through different login accounts.
The designer who wins the bid carries out the design task by logging in the CAD system according to the corresponding design authority and based on the task input data, and submits the task result to the product data management system 10 after the design is finished; the design process management module 50 reads the task information through the auxiliary plug-in of the CAD system, updates the task progress of the corresponding design task, and sends the task progress information to the crowdsourcing statistics module 60, the designer module 20, and the review module 30; after receiving the design task and entering the corresponding evaluation stage, the evaluation experts and the superior manager of the evaluation module 30 also log in the CAD system, download the task result according to the corresponding evaluation authority, perform evaluation, jump to the design process management module 50 through the auxiliary plug-in, fill in the evaluation opinion, and perform return or pass operation of the design task.
The design system based on the product data management system of the present invention is described below with reference to fig. 7, and the first review module 31 includes:
a ninth receiving unit 311 for receiving the task progress from the fifth transmitting unit 55; an eighth sending unit 312, configured to send the first evaluation information (generated by the base design module 70) of the first review module 31 to the sixth receiving unit 54; a tenth receiving unit 313, configured to receive the review authority and the task result from the product data management system 10.
The second review module 32 includes:
an eleventh receiving unit 321 for receiving the task progress from the fifth transmitting unit 55; a ninth transmitting unit 322, configured to transmit the first evaluation information (generated by the base design module 70) of the second review module 32 to the sixth receiving unit 54 when the first evaluation information of the first review module 31 passes; a twelfth receiving unit 323 for receiving the review authority and the task result from the product data management system 10.
When the evaluation experts generate first evaluation information of the designers, the first evaluation information reflects evaluation information of the design task, first evaluation information of the winning designers corresponding to the design task is generated according to the first evaluation information, the first evaluation information reflects evaluation information of the winning designers corresponding to the design task, and second evaluation information corresponding to the evaluation experts is generated according to evaluation conditions of all the evaluation experts in the process.
The following describes, with reference to fig. 8, a design method based on a product data management system of the present invention, which is implemented based on a design system based on a product data management system of the present invention, and which is applied to a designer side, such as a designer mentioned in the present invention, and includes the following steps:
a100, the product data management system 10 generates a task request and issues the task request to the first receiving unit 41 of the bid/bid management module 40;
a200, generating bid information by the director designer according to the task requirement and the bid information of the designer through the bid information generating unit 43 of the bid management module 40, wherein the bid information is generated by each designer through checking the bid information through the bid management module 40, bidding according to the individual condition, and determining the price and period of the designer for the design task;
a300, selecting the most suitable designer for each design task to bid according to the bid information and the first evaluation information by the designer of the director through the bid selection unit 44 of the bid and bid management module 40, and generating bid-winning information and the design task, wherein in the process, the director designer can also select at least one review expert for review after selecting each design task, and the director designer can select the review expert by combining second evaluation information corresponding to the review experts in the past;
a400, the bid and bid inviting management module 40 feeds back the corresponding bid-winning information to the product data management system 10, and the product data management system 10 generates task permission according to the bid-winning information, and sends the task permission and the task input data to the eighth receiving unit 23 of the designer module 20, so as to open corresponding design permission to the winning designer;
a500, a designer develops a design task through a designer module 20 according to the corresponding task authority and the task input data and generates a task result of the design task;
a600, the designer submits the task result to the product data management system 10 through the seventh sending unit 24 of the designer module 20 for review by the review module 30.
The following describes, with reference to fig. 9, a design method based on a product data management system according to the present invention, which is implemented based on the design system based on the product data management system according to the present invention, and is applied to a review side, such as a review specialist and a superior manager at each level mentioned in the present invention, and the method includes the following steps:
b100, the product data management system 10 generates a task request and issues the task request to the first receiving unit 41 of the bid/bid management module 40;
b200, generating bid information by the director designer according to the task request and the bid information of the designer through the bid information generating unit 43 of the bid management module 40, wherein the bid information is generated by each designer, after checking the bid information through the bid management module 40, bidding according to the individual condition, and determining the price and period of the designer for the design task;
b300, selecting the most suitable designers for each design task to bid according to the bid inviting unit 44 of the bid inviting and bidding management module 40 and according to the bid inviting information and the first evaluation information by the designer in charge, generating bid-winning information and the design task, wherein in the process, the designer in charge can also select at least one review expert for review after selecting each design task, and the designer in charge can select the review expert by combining the second evaluation information corresponding to the review experts in the past;
b400, the bid and bid inviting management module 40 feeds back the corresponding bid-winning information to the product data management system 10, the product data management system 10 generates a review right according to the bid-winning information, and sends the review right to the tenth receiving unit 313 of the first review module 31, the twelfth receiving unit 323 of the second review module 32, and other review modules which may exist, so as to open the corresponding review right to the bidding experts;
b500, the review expert acquires the review authority and the task result through the tenth receiving unit 313 of the first review module 31, generates the first evaluation information through the basic design module 70, and generates the second evaluation information corresponding to the review expert when the review expert generates the first evaluation information;
b600, when the first evaluation information of the first evaluation module 31 is passed, the superior manager obtains the evaluation right and the task result through the twelfth receiving unit 323 of the second evaluation module 32, and generates the first evaluation information through the basic design module 70, and when the first evaluation information of the second evaluation module 32 is passed, the design task is passed; when the first evaluation information of the first review module 31 is failed or returned, the task result is returned to the eighth receiving unit 23 of the designer module 20, and the designer needs to modify and submit again; when the first evaluation information of the second review module 32 is fail or returned, the task result is returned to the eighth receiving unit 23 of the designer module 20, and the designer needs to modify and submit again.
In summary, the following describes, with reference to fig. 10, a design method based on a product data management system of the present invention, which is implemented based on the design system based on the product data management system of the present invention, and the method generally includes the following steps:
s100, the product data management system 10 generates a task request and issues the task request to the first receiving unit 41 of the bid/bid management module 40;
s200, the director designer generates bid information according to the task request and the bid information of the designer by using the bid information generating unit 43 of the bid management module 40, wherein the bid information is generated by each designer, after checking the bid information through the bid management module 40, bidding according to the individual condition, and determining the price and period of the designer for the design task;
s300, selecting the most suitable designers to bid for each design task through the bid selection unit 44 of the bid and bid management module 40 according to the bid information and the first evaluation information, generating bid-winning information and designing tasks, wherein in the process, the master designer also selects at least one review expert for review after each design task is selected, and the master designer can select the review expert by combining second evaluation information corresponding to the review experts in the past;
s400, the bid and bid management module 40 feeds corresponding bid-winning information back to the product data management system 10, the product data management system 10 generates task authority and review authority according to the bid-winning information, and sends the task authority and the task input data to the eighth receiving unit 23 of the designer module 20, the review authority to the tenth receiving unit 313 of the first review module 31, the twelfth receiving unit 323 of the second review module 32 and other review modules which may exist, so that corresponding design authority and review authority are respectively opened to the winning designer and the review expert;
s500, the designer develops the design task through the designer module 20 according to the corresponding task authority and the task input data and generates a task result of the design task;
s600, the designer submits the task result to the product data management system 10 through the seventh sending unit 24 of the designer module 20;
s700, the review expert acquires the review authority and the task result through the tenth receiving unit 313 of the first review module 31, generates first evaluation information through the basic design module 70, and generates second evaluation information corresponding to the review expert when generating the first evaluation information in the step S700;
s800, when the first evaluation information of the first evaluation module 31 passes, the superior manager acquires evaluation permission and task results through the twelfth receiving unit 323 of the second evaluation module 32, generates the first evaluation information through the basic design module 70, and when the first evaluation information of the second evaluation module 32 passes, designs the task to pass; when the first evaluation information of the first review module 31 is failed or returned, the task result is returned to the eighth receiving unit 23 of the designer module 20, and the designer needs to modify and submit again; when the first evaluation information of the second review module 32 is fail or returned, the task result is returned to the eighth receiving unit 23 of the designer module 20, and the designer needs to modify and submit again.
Fig. 11 illustrates a physical structure diagram of an electronic device, and as shown in fig. 11, the electronic device may include: a processor (processor)810, a communication Interface 820, a memory 830 and a communication bus 840, wherein the processor 810, the communication Interface 820 and the memory 830 communicate with each other via the communication bus 840. Processor 810 may invoke logic instructions in memory 830 to perform a design method based on a product data management system, the method comprising the steps of:
s100, the product data management system 10 generates a task request and issues the task request to the first receiving unit 41 of the bid/bid management module 40;
s200, the bid information generating unit 43 of the bid management module 40 generates bid information according to the task request and the bid information of the designer;
s300, the bid selection unit 44 of the bid and bid management module 40 generates bid winning information according to the bid inviting information and the first evaluation information;
s400, the product data management system 10 generates task authority and review authority according to the bid-winning information, and sends the task authority and the task input data to the eighth receiving unit of the designer module 20, the tenth receiving unit 313 of the first review module 31 and the twelfth receiving unit 323 of the second review module 32;
s500, the designer develops the design task through the designer module 20 according to the corresponding task authority and the task input data and generates a task result of the design task;
s600, the designer submits the task result to the product data management system 10 through the seventh sending unit 24 of the designer module 20;
s700, the review expert acquires the review authority and the task result through the tenth receiving unit 313 of the first review module 31, and generates first evaluation information through the basic design module 70;
s800, when the first evaluation information of the first evaluation module 31 is passed, the superior manager obtains the evaluation right and the task result through the twelfth receiving unit 323 of the second evaluation module 32, and generates the first evaluation information through the basic design module 70, and when the first evaluation information of the second evaluation module 32 is passed, the design task is passed.
In addition, the logic instructions in the memory 830 may be implemented in software functional units and stored in a computer readable storage medium when the logic instructions are sold or used as independent products. Based on such understanding, the technical solution of the present invention may be embodied in the form of a software product, which is stored in a storage medium and includes instructions for causing a computer device (which may be a personal computer, a server, or a network device) to execute all or part of the steps of the method according to the embodiments of the present invention. And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a magnetic disk or an optical disk, and other various media capable of storing program codes.
In another aspect, the present invention also provides a computer program product, the computer program product comprising a computer program, the computer program being stored on a non-transitory computer-readable storage medium, wherein when the computer program is executed by a processor, the computer is capable of executing the design method based on a product data management system provided by the above methods, the method comprising the steps of:
s100, the product data management system 10 generates a task request and issues the task request to the first receiving unit 41 of the bid/bid management module 40;
s200, the bid information generating unit 43 of the bid management module 40 generates bid information according to the task request and the bid information of the designer;
s300, the bid selection unit 44 of the bid and bid management module 40 generates bid winning information according to the bid inviting information and the first evaluation information;
s400, the product data management system 10 generates task authority and review authority according to the bid-winning information, and sends the task authority and the task input data to the eighth receiving unit of the designer module 20, the tenth receiving unit 313 of the first review module 31 and the twelfth receiving unit 323 of the second review module 32;
s500, the designer develops the design task through the designer module 20 according to the corresponding task authority and the task input data and generates a task result of the design task;
s600, the designer submits the task result to the product data management system 10 through the seventh sending unit 24 of the designer module 20;
s700, the review expert acquires the review authority and the task result through the tenth receiving unit 313 of the first review module 31, and generates first evaluation information through the basic design module 70;
s800, when the first evaluation information of the first evaluation module 31 is passed, the superior manager obtains the evaluation right and the task result through the twelfth receiving unit 323 of the second evaluation module 32, and generates the first evaluation information through the basic design module 70, and when the first evaluation information of the second evaluation module 32 is passed, the design task is passed.
In yet another aspect, the present invention also provides a non-transitory computer-readable storage medium, on which a computer program is stored, the computer program being implemented by a processor to execute the design method based on a product data management system provided by the above methods, the method comprising the steps of:
s100, the product data management system 10 generates a task request and issues the task request to the first receiving unit 41 of the bid/bid management module 40;
s200, the bid information generating unit 43 of the bid management module 40 generates bid information according to the task request and the bid information of the designer;
s300, the bid selection unit 44 of the bid and bid management module 40 generates bid winning information according to the bid inviting information and the first evaluation information;
s400, the product data management system 10 generates task authority and review authority according to the bid-winning information, and sends the task authority and the task input data to the eighth receiving unit of the designer module 20, the tenth receiving unit 313 of the first review module 31 and the twelfth receiving unit 323 of the second review module 32;
s500, the designer develops the design task through the designer module 20 according to the corresponding task authority and the task input data and generates a task result of the design task;
s600, the designer submits the task result to the product data management system 10 through the seventh sending unit 24 of the designer module 20;
s700, the review expert acquires the review authority and the task result through the tenth receiving unit 313 of the first review module 31, and generates first evaluation information through the basic design module 70;
s800, when the first evaluation information of the first evaluation module 31 is passed, the superior manager obtains the evaluation right and the task result through the twelfth receiving unit 323 of the second evaluation module 32, and generates the first evaluation information through the second evaluation module 32, and when the first evaluation information of the second evaluation module 32 is passed, the design task is passed.
The above-described embodiments of the apparatus are merely illustrative, and the units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of the present embodiment. One of ordinary skill in the art can understand and implement it without inventive effort.
Through the above description of the embodiments, those skilled in the art will clearly understand that each embodiment can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware. With this understanding in mind, the above-described technical solutions may be embodied in the form of a software product, which can be stored in a computer-readable storage medium such as ROM/RAM, magnetic disk, optical disk, etc., and includes instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the methods described in the embodiments or some parts of the embodiments.
Finally, it should be noted that: the above examples are only intended to illustrate the technical solution of the present invention, but not to limit it; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and such modifications or substitutions do not depart from the spirit and scope of the corresponding technical solutions of the embodiments of the present invention.
Claims (10)
1. A design system based on a product data management system, comprising the product data management system, characterized in that the system further comprises:
the system comprises a design system consisting of a designer module, a review module and a basic design module, and an integrated plug-in consisting of a bid and tender management module, a design process management module and a crowdsourcing statistical module;
the designer module, the review module and the bid inviting and bidding management module are all electrically connected with the product data management system, the designer module, the review module and the crowdsourcing statistical module are all electrically connected with the design process management module, the crowdsourcing statistical module is electrically connected with the bid inviting and bidding management module, and the designer module and the review module are all electrically connected with the basic design module;
the designer module is used for acquiring design authority and task input data; the evaluation module is used for acquiring evaluation permission and task results of the design tasks; the basic design module is used for a designer to develop a design task based on the design permission and the task input data so as to generate the task result of the design task, and for a reviewer to review the corresponding design task based on the review permission and the task result so as to generate first evaluation information; the bid and bid management module is used for acquiring task requirements and generating bid-winning information, bid information and bid-winning information; the design process management module is used for acquiring task information and the first evaluation information, and issuing task progress and the first evaluation information; the crowdsourcing statistics module is used for acquiring and issuing the task information and the first evaluation information, and acquiring the design task and the middle mark information.
2. The product data management system-based design system of claim 1, wherein the bid management module comprises:
the first receiving unit is used for acquiring a task requirement from the product data management system;
the bidding information generating unit is used for generating bidding information according to the task requirement;
a bid information generating unit for generating bid information based on the bid information; wherein the bidding information is basic information of a designer, and quotation and period of a design task;
the bid selection unit is used for generating bid-winning information according to the bid inviting information, the first evaluation information and the bid information of the designer module; the first evaluation information is evaluation information corresponding to a designer;
the first sending unit is used for sending the bid winning information to the product data management system;
the second receiving unit is used for receiving the task information, the task progress and the first evaluation information of the design task from the crowdsourcing statistical module; wherein the task information includes man-hour and submission information
And the task issuing unit is used for sending bid winning information and design tasks to the crowdsourcing statistical module.
3. The product data management system-based design system of claim 2, wherein the crowd-sourced statistics module comprises:
the third receiving unit is used for receiving the bid-winning information and the design task from the task issuing unit;
the second sending unit is used for sending the task information, the task progress and the first evaluation information to the second receiving unit;
a fourth receiving unit, configured to receive the task information and the first evaluation information from the design process management module.
4. The product data management system-based design system of claim 3, wherein the design process management module comprises:
a third sending unit, configured to send the task information, and the first evaluation information to the fourth receiving unit;
a fifth receiving unit for receiving the task information from the designer module;
a fourth sending unit, configured to send the task progress to the designer module;
a sixth receiving unit, configured to receive the first evaluation information from the review module;
and the fifth sending unit is used for sending the task progress to the review module.
5. The product data management system-based design system of claim 4, wherein the designer module comprises:
a seventh receiving unit, configured to receive the task progress from the fourth sending unit;
a sixth transmitting unit, configured to transmit the task information to the fifth receiving unit;
the eighth receiving unit is used for receiving the task authority and the task input data from the product data management system; wherein the task authority and the task input data are generated based on the bid winning information;
and the seventh sending unit is used for sending the task results of the design tasks to the product data management system.
6. The product data management system-based design system of claim 5, wherein the review module comprises:
the system comprises a first evaluation module and a second evaluation module;
the second review module reviews after the first review module.
7. The product data management system-based design system of claim 6, wherein the first review module comprises:
a ninth receiving unit, configured to receive the task progress from the fifth sending unit;
an eighth sending unit, configured to send the first evaluation information of the first review module to the sixth receiving unit;
a tenth receiving unit, configured to receive the review permission and the task result from the product data management system;
the second review module comprises:
an eleventh receiving unit, configured to receive the task progress from the fifth sending unit;
a ninth sending unit, configured to send the first evaluation information of the second review module to the sixth receiving unit when the first evaluation information of the first review module passes;
and the twelfth receiving unit is used for receiving the evaluation authority and the task result from the product data management system.
8. The design system based on the product data management system of claim 7, wherein an auxiliary plug-in is integrated in the design system, and the auxiliary plug-in is used for developing the design task, reviewing the design task, recording the operation of a designer and prompting the progress information of the design task.
9. A design method based on a product data management system, implemented by a design system based on a product data management system according to any one of claims 1 to 8, applied to a designer side, comprising the steps of:
the product data management system generates the task requirement and issues the task requirement to the first receiving unit of the bidding management module;
the bid inviting information generating unit of the bid inviting and bidding management module generates bid inviting information according to the task requirement and basic information of the designer module;
the bid selection unit of the bid inviting and bidding management module generates bid winning information according to the bid inviting information and the first evaluation information;
the product data management system generates the task permission according to the bid-winning information and sends the task permission and the task input data to the eighth receiving unit of the designer module;
a designer develops the design task through the designer module according to the corresponding task authority and the corresponding task input data and generates the task result of the design task;
and the designer submits the task result to the product data management system through the seventh sending unit of the designer module for the review module to review.
10. A design method based on a product data management system, which is implemented by the design system based on the product data management system according to any one of claims 1 to 8 and is applied to a review side, and comprises the following steps:
the product data management system generates the task requirement and issues the task requirement to the first receiving unit of the bidding management module;
the bid inviting information generating unit of the bid inviting and bidding management module generates bid inviting information according to the task requirement and basic information of the designer module;
the bid selection unit of the bid inviting and bidding management module generates bid winning information according to the bid inviting information and the first evaluation information;
the product data management system generates the evaluation permission according to the bid-winning information and sends the evaluation permission to the tenth receiving unit of the first evaluation module and the twelfth receiving unit of the second evaluation module;
the evaluation expert acquires the evaluation permission and the task result through the tenth receiving unit of the first evaluation module, generates the first evaluation information through the first evaluation generating unit of the first evaluation module, and generates second evaluation information when generating the first evaluation information; the second evaluation information is evaluation information corresponding to an evaluation expert;
when the first evaluation information of the first evaluation generation unit passes, a superior manager acquires the evaluation permission and the task result through the twelfth receiving unit of the second evaluation module, generates the first evaluation information through the second evaluation generation unit of the second evaluation module, and when the first evaluation information of the second evaluation generation unit passes, the design task passes.
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