CN111882391A - BIM intelligent system of auxiliary bid procurement system - Google Patents
BIM intelligent system of auxiliary bid procurement system Download PDFInfo
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- CN111882391A CN111882391A CN202010726445.3A CN202010726445A CN111882391A CN 111882391 A CN111882391 A CN 111882391A CN 202010726445 A CN202010726445 A CN 202010726445A CN 111882391 A CN111882391 A CN 111882391A
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Abstract
The invention relates to the technical field of BIM engineering bidding, in particular to a set of BIM intelligent system of an auxiliary bidding purchasing system, which comprises a cloud bidding and acquiring platform, wherein the cloud bidding and acquiring platform comprises: the system comprises an information display module, a BIM component product uploading module, a supplier scoring module and a ranking pushing module; the information display module acquires and displays target BIM component requirement information of the tenderer, and is used for browsing the target BIM component requirement information of the tenderer by a supplier and providing a bidding window for the supplier; the BIM component product uploading module uploads competitive bidding BIM component products of a supplier and a product quotation scheme to a bidding window of a tenderer; the supplier scoring module carries out comprehensive scoring on suppliers residing on the cloud enrollment platform; and the ranking pushing module pushes the grading and ranking results of the suppliers, the corresponding bidding BIM component products and the product quotation schemes to the tenderer terminal. Therefore, the tenderer can find a high-quality provider and reduce the supply risk.
Description
Technical Field
The invention relates to the technical field of BIM engineering bid inviting and bidding, in particular to a set of BIM intelligent system of an auxiliary bid inviting and purchasing system.
Background
At present, the BIM (building Information modeling) technology is more and more widely applied, plays an important role in the field of building engineering, and monitors the whole project life cycle before, during and after building construction by establishing a three-dimensional model for the space and components of a building.
In the early stage of a project, materials such as building equipment and the like need to be tendered, the traditional tendering mode is to publish tendering information on the internet, then a supplier prepares a tender plan book, then a series of processes such as bid development and bid competition are developed, and finally a proper supplier is determined.
The above prior art solutions have the following drawbacks: at present, the quality of providers residing on the cloud bidding platform is uneven, and the online bidding mode may have a problem that high-quality providers cannot be identified, so that the supply quality and/or supply time of the winning-bid enterprise cannot meet the expected requirements of the bidding party.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides a set of BIM intelligent system of an auxiliary bid inviting and purchasing system, so that a bid inviting party can find a high-quality provider and reduce the supply risk.
The above object of the present invention is achieved by the following technical solutions:
the system comprises a tenderer terminal, a supplier terminal and a cloud tendering and collecting platform, wherein the tenderer terminal and the supplier terminal are respectively in communication connection with the cloud tendering and collecting platform; the cloud recruitment platform comprises: the system comprises an information display module, a BIM component product uploading module, a supplier scoring module and a ranking pushing module;
the information display module acquires and displays target BIM component requirement information of a tenderer, and is used for a supplier to browse the target BIM component requirement information of the tenderer and provide a bidding window for the supplier;
the BIM component product uploading module uploads competitive BiM component products of suppliers and product quotation schemes to the bidding window of a tenderer;
the supplier scoring module carries out comprehensive scoring on suppliers residing on the cloud enrollment platform;
and the ranking pushing module is used for ranking suppliers bidding for the same target BIM component from high to low according to the comprehensive scores, and pushing the scoring ranking results of the suppliers, the corresponding bidding BIM component products and the product quotation schemes to the tenderer terminal.
By adopting the technical scheme, the target BIM component demand information of the tenderer is acquired and displayed through the information display module, so that a supplier can browse the target BIM component demand information of the tenderer, the tenderer can conduct online tendering on a cloud tendering and collecting platform, and the tenderer scope is expanded; the information display module provides a bidding window for the suppliers at the same time, so that a bidding channel can be provided for the suppliers; the bid BIM component product uploading module uploads the bid BIM component products and the product quotation schemes of the suppliers to the bidding window of the tenderer, so that the suppliers can bid on line and more transaction opportunities are won; the supplier residing on the cloud recruitment platform is comprehensively graded through a supplier grading module, so that the quality of the service of the supplier is graded, and the function of monitoring the quality of the service of the supplier on the cloud recruitment platform is achieved; the suppliers bidding for the same target BIM component are ranked from high to low according to the comprehensive scores through a ranking pushing module, so that screening basis is provided for the tenderer when screening the suppliers; the grading and ranking results of the suppliers, the corresponding bidding BIM component products and the product quotation scheme are pushed to the tenderer terminal, so that high-quality suppliers are intelligently screened for the tenderer, and the later supply risk is reduced.
The present invention in a preferred example may be further configured to: the cloud recruitment platform further comprises: the BIM file importing module and the demand issuing module;
the BIM file importing module acquires a target BIM component file uploaded by a tenderer, analyzes the target BIM component file and acquires parameter information of the target BIM component;
the demand issuing module acquires a demand issuing request and basic demand information of a tenderer, then responds to the issuing request of the tenderer, fuses the basic demand information and target BIM component parameter information of the tenderer to generate target BIM component demand information of the tenderer, and sends the target BIM component demand information of the tenderer to the information display module.
By adopting the technical scheme, the target BIM component parameter information is obtained by obtaining the target BIM component file uploaded by the tenderer and analyzing the target BIM component file, so that the target BIM component parameter information required to be tendered by the tenderer is obtained, and the target BIM component parameter information is used for reference by a supplier in the post-tendering process; the method comprises the steps that a demand issuing request and basic demand information of a tenderer are obtained through a demand issuing module, so that a cloud tendering and collecting platform obtains the demand issuing request and the basic demand information of the tenderer, then the issuing request of the tenderer is responded, the basic demand information of the tenderer and target BIM component parameter information are fused to generate target BIM component demand information of the tenderer, and therefore the target BIM component demand information required to be tendered by the tenderer is published on the cloud tendering and collecting platform.
The present invention in a preferred example may be further configured to: the basic requirement information comprises target BIM component category information, the target BIM component requirement information also comprises a file compression package of the target BIM component parameter information, and the information display module comprises a component display unit and a file downloading unit;
the component display unit displays the requirement information of the target BIM component in a classified manner according to the category information of the target BIM component;
the file downloading unit provides a downloading link for a supplier to download the file compression package of the target BIM component parameter information.
By adopting the technical scheme, the component display unit is used for displaying the target BIM component demand information in a classified manner according to the target BIM component category information, so that the suppliers can conveniently search in a classified manner on the cloud bidding platform, and the bidding demand information suitable for bidding can be quickly searched; and providing a download link through the file download unit for a supplier to download the file compression package of the target BIM component parameter information, so that the supplier can conveniently and directly obtain the file compression package and carry out subsequent bidding preparation work according to the target BIM component parameter information in the file compression package.
The present invention in a preferred example may be further configured to: the BIM component parameter information comprises target BIM component structure parameter information and target BIM component material information, and the BIM component product uploading module comprises a rendering unit and a bidding product uploading unit;
and the rendering unit is used for rendering by a supplier designer in the three-dimensional software according to the structural parameter information and the material information of the target BIM component and combining the material of the product and the design of the product to form the competitive bidding BIM component product.
And the bidding product uploading unit uploads the bidding BIM component products to the cloud bidding platform for storage through a lightweight plug-in tool, and then uploads the bidding BIM component products and a product quotation scheme to a bidding window of a bidding party.
By adopting the technical scheme, the rendering unit is used for rendering by a supplier designer in three-dimensional software according to the structural parameter information and material information of the target BIM component and combining with the material of a product and the design of the product to form a competitive BIM component product, so that the competitive BIM component product which meets the requirement of a bidder and combines with the characteristics of the supplier can be made; the bidding product uploading unit uploads the bidding BIM component products to the cloud enrollment and collection platform for storage through a lightweight plug-in tool, so that the bidding BIM component products are stored on the cloud enrollment and collection platform, and a product design library of a supplier is conveniently formed; and then uploading the bidding BIM component products and the product quotation schemes to a bidding window of a tenderer, so that the bidding BIM component products and the product quotation schemes are uploaded to an application window of the corresponding tenderer together, online product bidding is completed, the bidding process is simplified, and the bidding efficiency is improved.
The present invention in a preferred example may be further configured to:
the BIM component product uploading module further comprises a non-competitive product uploading unit;
the non-bidding product uploading unit uploads a new product of a supplier as a non-bidding BIM component product to a cloud recruitment platform for storage, and uploads the product to the information display module;
the information display module also comprises a non-bidding product display unit and a payment downloading unit;
the non-bidding product display unit displays non-bidding BIM component products of suppliers;
the payment downloading unit provides a link for downloading the non-bidding BIM component product by payment.
By adopting the technical scheme, the new product of the supplier is used as the non-bidding BIM component product through the non-bidding uploading unit, uploaded to the cloud recruitment platform for storage and uploaded to the information display module, so that the supplier has an opportunity to display the new product on the cloud recruitment platform; the non-bidding BIM component products of the suppliers are displayed through the non-bidding product display unit, so that the non-bidding BIM component products of the suppliers are displayed on the cloud enrollment and collection platform, the product innovation of the cloud enrollment and collection platform is further improved, and the service quality of the suppliers is improved; the link for downloading the non-bidding BIM component product by paying is provided through the paying downloading unit, so that a user can conveniently obtain the related data of a new product of a supplier, and the supplier is encouraged to innovate the new product through the paying function, and the service quality of the supplier is improved.
The present invention in a preferred example may be further configured to: the supplier grading module comprises a product quotation grading unit, a product quality grading unit and a product delivery grading unit;
the product quotation scoring unit determines the product quotation scoring of the supplier according to the comparison between the competitive BIM component product quotation of the supplier and the market price of the off-line similar products;
the product quality scoring unit determines the product quality scoring of the provider according to the actual supply quality evaluation of the provider, wherein the actual supply quality evaluation is determined by the online feedback of the affiliated bidding parties;
the product delivery scoring unit determines the product delivery scoring of the supplier according to the actual supply period of the supplier, and the actual supply period is determined by the online feedback of the co-operated tenderers.
By adopting the technical scheme, the bidding BIM component product price of the supplier is compared with the market price of the off-line similar product through the product bidding scoring unit, so that the product bidding score of the supplier can be determined; the product quality evaluation unit can determine the product quality evaluation of the provider according to the actual supply quality evaluation of the provider, and the actual supply quality evaluation is determined by the online feedback of the co-operated tenderers;
the product delivery scoring unit determines the product delivery scoring of the supplier according to the actual supply period evaluation of the supplier, and the actual supply period evaluation is determined by the online feedback of the co-operated tenderers, so that the supplier can be scored relatively.
The present invention in a preferred example may be further configured to: the supplier scoring module also comprises a product innovation scoring unit and a bidding activity scoring unit;
the product innovation scoring unit determines the product innovation score of the supplier according to the number of times of payment and downloading of the non-bidding BIM component product of the supplier;
and the bidding activity grading unit determines the bidding activity grading of the supplier according to the number of bidding BIM component products bid by the supplier in a certain period.
By adopting the technical scheme, the product innovation scoring unit determines the product innovation score of the supplier according to the payment downloading times of the non-competitive BIM component product of the supplier, so that the product innovation of the supplier is objectively scored; the bidding activity grading unit determines the bidding activity grading of the supplier according to the number of bidding BIM component products bid by the supplier in a certain period, so that the bidding activity of the supplier can be objectively evaluated, and the supplier can be more comprehensively graded.
The present invention in a preferred example may be further configured to:
the supplier scoring module also comprises a supplier comprehensive scoring unit;
and the supplier comprehensive scoring unit is used for comprehensively scoring the suppliers according to different proportions by using the product offer scoring, the product quality scoring, the product delivery scoring, the product innovation scoring and the bidding activity scoring of the suppliers.
By adopting the technical scheme, the supplier is comprehensively graded according to different proportions by the supplier comprehensive grading unit according to the product offer grading, the product quality grading, the product delivery grading, the product innovation grading and the bidding activity grading of the supplier, so that the service quality of the supplier is reasonably graded, and a basis is provided for a bidder to screen high-quality suppliers.
The present invention in a preferred example may be further configured to: the cloud enrollment platform further comprises an enrollment party scoring module;
and the tenderer scoring module is used for comprehensively scoring tenderers who tender the tender purchases on the cloud tendering and collecting platform.
By adopting the technical scheme, the tenderer is comprehensively graded through the tenderer grading module, so that the tenderer can comprehensively grade the tenderer on the cloud tendering and collecting platform, and a reference is provided for the tender process of a supplier.
The present invention in a preferred example may be further configured to: the bidding party scoring module comprises a bidding success rate scoring unit and a money delivery scoring unit;
the bid inviting success rate scoring unit determines a bid inviting success rate score of the bid inviting party according to the ratio of the successful bid inviting times and the total bid opening times of the bid inviting party on the cloud bid inviting platform;
the money delivery scoring unit determines the money delivery score of the tenderer according to the money payment period of the cooperative supplier by the tenderer, and the money payment period is determined by the online feedback of the cooperative supplier.
By adopting the technical scheme, the bid inviting success rate scoring unit determines the bid inviting success rate scoring of the bid inviting party according to the ratio of the successful bid inviting times and the total bid opening times of the bid inviting party on the cloud bid inviting platform, and the bid inviting party with malicious bid opening can be distinguished by determining the bid inviting success rate scoring; the money delivery scoring unit determines the money delivery score of the tenderer according to the money payment period of the cooperative supplier by the tenderer, and the money payment period is determined by the online feedback of the cooperative supplier, so that the money payment of the tenderer can be objectively evaluated, the tenderer which maliciously owes money is distinguished, and the reference is provided for the supplier in the bidding process.
In summary, the invention includes at least one of the following beneficial technical effects:
1. the method and the system have the advantages that the suppliers residing on the cloud enrollment platform are comprehensively graded through the supplier grading module, and the service quality of the suppliers is graded more reasonably through five dimensions of product offer grading, product quality grading, product delivery grading, product innovation grading and bidding activity grading, so that a basis is provided for a bidder to screen high-quality suppliers, and meanwhile, the function of monitoring the service quality of the suppliers on the cloud enrollment platform is achieved;
2. the supplier who bids on the same target BIM component is ranked from high to low according to the comprehensive score through the ranking pushing module, and the ranking result of the supplier score, the corresponding bidding BIM component product and the product quotation scheme are pushed to the bidding party terminal, so that the good-quality supplier is intelligently screened for the bidding party, and the later-stage supply risk is reduced.
3. The method and the device have the advantages that the tenderer is comprehensively graded through the tenderer grading module, and the comprehensive evaluation is carried out from two dimensions of tenderer success rate grading and money delivery grading, so that objective grading can be carried out on tenderer performance, the tenderer who maliciously opens the tender is distinguished, the tenderer who maliciously arrests money is distinguished, and the reference is provided for suppliers in the bidding process.
Drawings
FIG. 1 is a functional block diagram of a BIM intelligence system of an assisted bid procurement architecture in an embodiment of the application;
FIG. 2 is a functional block diagram of an information presentation module according to an embodiment of the present application;
FIG. 3 is a functional block diagram of a BIM component product upload module of an embodiment of the present application;
FIG. 4 is another functional block diagram of a BIM component product upload module of an embodiment of the present application;
FIG. 5 is another functional block diagram of an information presentation module according to an embodiment of the present application;
FIG. 6 is a functional block diagram of a first implementation of a supplier scoring module in accordance with an embodiment of the present application;
FIG. 7 is a functional block diagram of a second implementation of a supplier scoring module in accordance with an embodiment of the present application;
FIG. 8 is a functional block diagram of a third implementation of a supplier scoring module in accordance with an embodiment of the present application;
FIG. 9 is a functional block diagram of a cloud enrollment platform according to an embodiment of the present application;
FIG. 10 is a functional block diagram of a tenderer scoring module in accordance with an embodiment of the present application;
fig. 11 is another functional block diagram of a tenderer scoring module of an embodiment of the application.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Example (b):
with the development of the internet, project engineering cloud bidding also begins to appear in the visual field of people, but the functions of the cloud bidding and collecting platform need to be further improved due to the current starting stage; due to the fact that a plurality of bidding and picking projects are involved in the building engineering, and the quality of suppliers displayed on the cloud bidding and picking platform is uneven, the problem that good-quality suppliers cannot be bid and distinguished may exist, and the supply quality or the supply period of project engineering is affected, so that the online cloud bidding and picking provides great convenience for bidding and purchasing, but some invisible problems need to be further solved.
In the embodiment, as shown in fig. 1, the invention discloses a set of BIM intelligent systems for assisting bid inviting purchasing system, which comprises a bid inviting party terminal, a supplier terminal and a cloud bid inviting and collecting platform, wherein the bid inviting party terminal and the supplier terminal are respectively in communication connection with the cloud bid inviting and collecting platform; the cloud recruitment platform comprises: the system comprises a BIM file import module 10, a demand release module 20, an information display module 30, a BIM component product upload module 40, a supplier scoring module 50 and a ranking push module 60.
In this embodiment, the BIM file importing module 10 obtains a target BIM component file uploaded by the tenderer, and analyzes the target BIM component file to obtain parameter information of the target BIM component.
In the implementation, the target BIM component file is a three-dimensional model file of a component to be purchased; the parameter information of the target BIM component is the parameter data of the BIM component needing to be purchased.
Specifically, a target BIM component model is established in the three-dimensional software, a target BIM component model file is uploaded to a cloud enrollment and collection platform through a lightweight plug-in tool, and then the BIM file import module 10 analyzes the target BIM component model file to acquire and store parameter information of the target BIM component.
In this embodiment, the demand issuing module 20 obtains the demand issuing request and the basic demand information of the tenderer, then responds to the issuing request of the tenderer, fuses the basic demand information and the target BIM component parameter information of the tenderer to generate target BIM component demand information of the tenderer, and sends the target BIM component demand information of the tenderer to the information display module 30.
In this embodiment, the issue request is a request message for issuing bid inviting information sent by the bid inviting party terminal to the cloud bid inviting platform; the basic requirement information refers to product requirement information such as category, quantity or quality of the target BIM component, and information such as a scale requirement and/or a supplier comprehensive grading requirement of a supplier.
Specifically, the tenderer sends a publishing request and basic requirement information of the tenderer to a background of the cloud tenderer platform through a tenderer terminal, the cloud tenderer platform responds to the publishing request of the tenderer through a requirement publishing module 20, acquires target BIM component parameter information and basic requirement information, fuses the target BIM component parameter information and the basic requirement information to generate target BIM component requirement information, stores the target BIM component requirement information, and sends the target BIM component requirement information to an information display module. In this embodiment, the target BIM component requirement information further includes a file compression package of the target BIM component parameter information.
In this embodiment, the information display module 30 acquires and displays the target BIM component requirement information of the tenderer, and is used for the supplier to browse the target BIM component requirement information of the tenderer and provide a bidding window for the supplier.
In this embodiment, the information display module 30 may be a html webpage on a Web end.
Specifically, the information display module 30 receives the target BIM component requirement information of the tenderer sent by the requirement issuing module 20, and displays the target BIM component requirement information of the tenderer on the html webpage, and the supplier can browse the target BIM component requirement information of the tenderer on the html webpage and set a bidding window for the supplier to participate in bidding.
Preferably, as shown in fig. 2, the information presentation module 30 includes a component presentation unit 31 and a file download unit 32;
the component display unit 31 displays the target BIM component requirement information in a classified manner according to the target BIM component category information in the basic requirement information of the tenderer;
the file download unit 32 provides a download link for the provider to download the file compression package of the target BIM component parameter information.
Specifically, the component display unit 31 receives the target BIM component requirement information, and then displays the target BIM component requirement information in a classified manner according to the target BIM component category information; the file download unit 32 provides a download link for the provider to download the file compression package of the target BIM component parameter information. In this embodiment, the supplier can search the target BIM component requirement information of the tenderer in the html webpage in a classified manner, so that the supplier can search for appropriate tendering information conveniently.
In this embodiment, the BIM component product uploading module 40 uploads the bidding BIM component products of the suppliers and the product quotation schemes to the bidding window of the tenderer.
In this embodiment, the bidding BIM component product refers to a component product uploaded by a supplier participating in bidding; the product quotation scheme refers to a bidding scheme established by a supplier aiming at a target BIM component, and different product unit prices are set according to the product ordering quantity in a grading way.
Specifically, the supplier designs bidding BIM component products according to the downloaded target BIM component parameter information, uploads the bidding BIM component products to the cloud bidding and collecting platform, and then uploads the bidding BIM component products and product quotation schemes to the bidding window of the bidding party. In this embodiment, the target BIM component parameter information includes target BIM component structure parameter information and target BIM component material information.
Preferably, as shown in fig. 3, the BIM component product upload module 40 includes: a rendering unit 41 and a bidding product uploading unit 42;
and a rendering unit 41, wherein a supplier designer renders and forms a competitive BIM component product in the three-dimensional software according to the target BIM component structure parameter information and the target BIM component material information by combining the own product material and the own product design.
And the bidding product uploading unit 42 uploads the bidding BIM component products to the cloud bidding platform for storage through a lightweight plug-in tool, and then uploads the bidding BIM component products and product quotation schemes to a bidding window of a bidding party.
In this embodiment, a bidding BIM component product model is established in the three-dimensional software according to the target BIM component structure parameter information and the supplier's own product design, and then the bidding BIM component product model is rendered according to the target BIM component material information and the own product material, so as to form a bidding BIM component product. And uploading the competitive BIM component products to a cloud bidding platform for storage through a three-dimensional model lightweight plug-in tool, and uploading the competitive BIM component products and a product quotation scheme to a bidding window of a bidding party.
Preferably, as shown in fig. 4, the BIM component product upload module further includes a non-bidding upload unit 43;
the non-bidding product uploading unit 43 uploads a new product of the supplier as a non-bidding BIM component product to the cloud recruitment platform for storage, and uploads the product to the information display module 30.
Specifically, the supplier can also upload a new product designed by the supplier to the cloud enrollment and mining platform when not participating in bidding, upload the new product to the cloud enrollment and mining platform as a non-bidding BIM component product, and upload the new product to the information display module 30.
Preferably, as shown in fig. 5, the information presentation module 30 further includes a non-bidding product presentation unit 33 and a payment download unit 34;
the non-bidding product display unit 33 displays non-bidding BIM component products of suppliers;
the payment download unit 34 provides a link for payment download of non-bidding BIM component products;
specifically, the non-bidding product display unit 33 receives the non-bidding BIM component product uploaded by the non-bidding uploading unit 43, and then displays the non-bidding BIM component product of the supplier on the html web page; the payment downloading unit 34 provides a link for downloading the non-bidding BIM component products for payment, and the link is used for downloading the three-dimensional files of the non-bidding BIM component products, so that a supplier can better display new products of the supplier on the cloud enrollment platform, and the innovation atmosphere of the cloud enrollment platform is improved.
In this embodiment, the supplier scoring module 50 performs comprehensive scoring on suppliers residing on the cloud enrollment platform;
specifically, the suppliers may participate in bidding of the bidder on the cloud bidding platform, or upload non-bidding BIM component products transmitted from their own home, and the cloud bidding platform performs comprehensive scoring on the suppliers residing in the platform through the supplier scoring module 50.
Preferably, as shown in fig. 6, the supplier scoring module 50 includes a product offer scoring unit 51, a product quality scoring unit 52, and a product delivery scoring unit 53;
the product offer scoring unit 51 determines the product offer score of the supplier according to the comparison between the bid BIM component product offer of the supplier and the market price of the same type of products under the line;
the product quality scoring unit 52 determines the product quality score of the provider according to the actual supply quality evaluation of the provider, and the actual supply quality evaluation is determined by the online feedback of the affiliated bidding parties;
the delivery score unit 53 determines the delivery score of the supplier based on the supplier's actual delivery cycle evaluation determined by online feedback from already cooperating tenderers.
Specifically, in a product quotation scheme of a supplier, different product unit prices are set according to the product order quantity in a grading manner, an average single piece is obtained through calculation according to the unit prices of different grades, and then a product quotation score is determined according to the ratio of the market price of the same type of products under the line to the average unit price of the products on the cloud acquisition platform; for example, the average price quoted by one competitive bid BIM component product of a certain supplier on the cloud recruitment platform is 1000, the market price of the same product is 1300 under the line, the product price quoted by the competitive bid BIM component product is 130 points, and for example, the average price quoted by one competitive bid BIM component product of a certain supplier on the cloud recruitment platform is 1200, the market price of the same product is 1300 under the line, and the product price quoted by the supplier is 108 points.
Further, by carrying out online service survey on the co-operated tenderers, the tenderers respectively evaluate the actual supply quality and the actual supply period of the provider, then the cloud tendering platform respectively counts the evaluation opinions, calculates the product quality score and the product delivery score, for example, determines the product quality score of the provider according to the ratio of the opinion number with good actual supply quality evaluation to the total opinion number with good actual supply quality evaluation, and determines the product delivery score of the provider according to the ratio of the opinion number with good actual supply period evaluation to the total opinion number with actual supply period evaluation.
Preferably, as shown in fig. 7, the supplier scoring module 50 further includes a product innovation scoring unit 54 and an auction liveness scoring unit 55;
the product innovation scoring unit 54 determines the product innovation score of the supplier according to the number of times of payment and downloading of the non-bidding BIM component product of the supplier;
the bidding activity scoring unit 55 determines a bidding activity score of the supplier according to the number of bidding BIM component products bid by the supplier within a certain period.
Specifically, the total number of times of payment and downloading of non-bidding BIM component products uploaded by a supplier is counted, and a product innovation score of the supplier is calculated, for example, if the total number of times of payment and downloading of the non-bidding BIM component products of a certain supplier is 1000, the product innovation score is 100; for another example, if the total number of paid downloads of a non-bidding BIM component product of a certain supplier is 900, the product innovation score of the supplier is 90.
Further, the number of bidding BIM component products which participate in bidding in a certain period of the supplier is counted, and the bidding activity score of the supplier is calculated, for example, if the number of bidding BIM component products which participate in bidding in three months by the supplier is 60, the bidding activity score is 60, and if the number of bidding BIM component products which participate in bidding in three months by the supplier is 80, the bidding activity score of the supplier is 80.
Preferably, as shown in fig. 8, the supplier scoring module 50 further includes a supplier composite scoring unit 56;
and the supplier comprehensive scoring unit is used for comprehensively scoring the suppliers according to different proportions by using the product offer scoring, the product quality scoring, the product delivery scoring, the product innovation scoring and the bidding activity scoring of the suppliers.
Specifically, the product offer score, the product quality score, the product delivery score, the product innovation score and the bidding activity score are comprehensively considered according to a certain proportion, for example, the product offer score is 20%, the product quality score is 30%, the product quality score is 20%, the product quality score is 25% and the bidding activity score is 15%.
In this embodiment, the ranking pushing module 60 ranks suppliers bidding for the same target BIM component from high to low according to the comprehensive score, and pushes the supplier scoring ranking result, the corresponding bidding BIM component product and the product offer scheme to the bidder terminal.
In the embodiment, each supplier on the cloud bidding platform has a corresponding comprehensive score, the suppliers participating in bidding on the same target BIM component are ranked from high to low according to the comprehensive score, and then the grading and ranking results of the suppliers, corresponding bidding BIM component products and product quotation schemes are pushed to the bidding party terminal. In other embodiments, the product offer scores, the product quality scores, the product delivery scores, the product innovation scores and the bidding activity scores of the suppliers can be classified and ranked, so that different ranking search requirements of the tenderers can be met.
As shown in fig. 9, the cloud recruitment platform of the auxiliary recruitment procurement system BIM intelligent system of this embodiment further includes: a tenderer scoring module 70;
the tenderer scoring module 70 performs comprehensive scoring on tenderers who make tender purchases on the cloud tendering and collecting platform.
In this embodiment, the cloud bidding and collecting platform carries out comprehensive scoring on the performance of the bidding party on the cloud bidding and collecting platform, and a good bidding atmosphere is created.
Preferably, as shown in fig. 10, the tender scoring module includes a tender success rate scoring unit 71 and a money delivery scoring unit 72;
the bid inviting success rate scoring unit 71 determines a bid inviting success rate score of the bid inviting party according to the ratio of the successful bid inviting times of the bid inviting party on the cloud bid inviting platform and the total bid opening times;
the money delivery scoring unit 72 determines a money delivery score of the tenderer according to the money payment period of the cooperative supplier by the tenderer, wherein the money payment period is determined by the online feedback of the cooperative supplier.
Specifically, the bid success rate score may be determined according to a ratio of the number of successful bid inviting times of the bid inviting party on the cloud bid inviting platform to the total number of bid opening times, for example, if the number of successful bid inviting times of a certain bid inviting party on the cloud bid inviting platform is 15 times, and the total number of bid opening times is 20, the bid success rate score of the bid inviting party is 75. In other embodiments, the ratio of the successful number of times of bid invitation by the bid inviting party on the cloud bid inviting platform to the total number of times of bid opening may also be counted in a certain time period, for example, the ratio of the successful number of times of bid invitation by the bid inviting party on the cloud bid inviting platform to the total number of times of bid opening may be counted for three months or half a year.
Further, in the cloud tendering platform online questionnaire survey, the cooperated suppliers evaluate the payment period of the tenderer, then count the evaluation opinions, and calculate the payment delivery score of the tenderer, for example, if all the cooperated suppliers evaluate the payment period of a certain tenderer, the good evaluation opinion accounts for 80% of the total evaluation opinion, and the payment delivery score of the tenderer is 80%.
Preferably, as shown in fig. 11, the tenderer scoring module 70 further includes a tenderer comprehensive scoring unit 73;
the tenderer comprehensive scoring unit 73 performs comprehensive scoring on the success rate score and the money delivery score of the tenderer according to different proportions, for example, performs comprehensive scoring on the success rate score of 40% and the money payment score of 60% of the tenderer.
It should be understood that, the sequence numbers of the steps in the foregoing embodiments do not imply an execution sequence, and the execution sequence of each process should be determined by its function and inherent logic, and should not constitute any limitation to the implementation process of the embodiments of the present invention.
It will be apparent to those skilled in the art that, for convenience and brevity of description, only the above-mentioned division of the functional units and modules is illustrated, and in practical applications, the above-mentioned function distribution may be performed by different functional units and modules according to needs, that is, the internal structure of the apparatus is divided into different functional units or modules to perform all or part of the above-mentioned functions.
The above-mentioned embodiments are only used for illustrating the technical solutions of the present invention, and not for limiting the same; 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; such modifications and substitutions do not substantially depart from the spirit and scope of the embodiments of the present invention, and are intended to be included within the scope of the present invention.
Claims (10)
1. The system is characterized by comprising a tenderer terminal, a supplier terminal and a cloud tendering and collecting platform, wherein the tenderer terminal and the supplier terminal are respectively in communication connection with the cloud tendering and collecting platform; the cloud recruitment platform comprises: the system comprises an information display module, a BIM component product uploading module, a supplier scoring module and a ranking pushing module;
the information display module acquires and displays target BIM component requirement information of a tenderer, and is used for a supplier to browse the target BIM component requirement information of the tenderer and provide a bidding window for the supplier;
the BIM component product uploading module uploads competitive BiM component products of suppliers and product quotation schemes to the bidding window of a tenderer;
the supplier scoring module carries out comprehensive scoring on suppliers residing on the cloud enrollment platform;
and the ranking pushing module is used for ranking suppliers bidding for the same target BIM component from high to low according to the comprehensive scores, and pushing the scoring ranking results of the suppliers, the corresponding bidding BIM component products and the product quotation schemes to the tenderer terminal.
2. The BIM intelligent system of an assisted bid procurement system of claim 1, wherein the cloud solicitation platform further comprises: the BIM file importing module and the demand issuing module;
the BIM file importing module acquires a target BIM component file uploaded by a tenderer, analyzes the target BIM component file and acquires parameter information of the target BIM component;
the demand issuing module acquires a demand issuing request and basic demand information of a tenderer, then responds to the issuing request of the tenderer, fuses the basic demand information and target BIM component parameter information of the tenderer to generate target BIM component demand information of the tenderer, and sends the target BIM component demand information of the tenderer to the information display module.
3. The BIM intelligent system of auxiliary bid procurement system of claim 2, characterized in that, the basic demand information includes target BIM component category information, the target BIM component demand information further includes a file compression package of the target BIM component parameter information, the information display module includes a component display unit and a file download unit;
the component display unit displays the requirement information of the target BIM component in a classified manner according to the category information of the target BIM component;
the file downloading unit provides a downloading link for a supplier to download the file compression package of the target BIM component parameter information.
4. The BIM intelligent system of the assisted bid procurement system of claim 3, wherein the target BIM component parameter information comprises target BIM component structure parameter information and target BIM component material information, and the BIM component product upload module comprises a rendering unit and a competitive bidding product upload unit;
the rendering unit is used for rendering by a supplier designer in three-dimensional software according to the structural parameter information and the material information of the target BIM component and combining with the material of a product and the design of the product to form a competitive BIM component product;
and the bidding product uploading unit uploads the bidding BIM component products to the cloud bidding platform for storage through a lightweight plug-in tool, and then uploads the bidding BIM component products and a product quotation scheme to a bidding window of a bidding party.
5. The BIM intelligent system for assisted bid procurement architecture of claim 1,
the BIM component product uploading module further comprises a non-competitive product uploading unit;
the non-bidding product uploading unit uploads a new product of a supplier as a non-bidding BIM component product to a cloud recruitment platform for storage, and uploads the product to the information display module;
the information display module also comprises a non-bidding product display unit and a payment downloading unit;
the non-bidding product display unit displays non-bidding BIM component products of suppliers;
the payment downloading unit provides a link for downloading the non-bidding BIM component product by payment.
6. The BIM intelligent system of an assisted bid procurement system of claim 5 characterized by, the supplier rating module comprises a product offer rating unit, a product quality rating unit and a product delivery rating unit;
the product quotation scoring unit determines the product quotation scoring of the supplier according to the comparison between the competitive BIM component product quotation of the supplier and the market price of the off-line similar products;
the product quality scoring unit determines the product quality scoring of the provider according to the actual supply quality evaluation of the provider, wherein the actual supply quality evaluation is determined by the online feedback of the affiliated bidding parties;
the product delivery scoring unit determines the product delivery scoring of the supplier according to the actual supply period evaluation of the supplier, and the actual supply period evaluation is determined by the online feedback of the co-operated tenderers.
7. The BIM intelligent system of assisted bid procurement architecture of claim 1, characterized in that, the supplier rating module further comprises a product innovation scoring unit and a bid liveness scoring unit;
the product innovation scoring unit determines the product innovation score of the supplier according to the number of times of payment and downloading of the non-bidding BIM component product of the supplier;
and the bidding activity grading unit determines the bidding activity grading of the supplier according to the number of bidding BIM component products bid by the supplier in a certain period.
8. The BIM intelligent system for assisted bid procurement architecture of claim 7,
the supplier scoring module also comprises a supplier comprehensive scoring unit;
and the supplier comprehensive scoring unit is used for comprehensively scoring the suppliers according to different proportions by using the product offer scoring, the product quality scoring, the product delivery scoring, the product innovation scoring and the bidding activity scoring of the suppliers.
9. The BIM intelligent system of an assisted bid procurement system of claim 7, wherein the cloud bid platform further comprises a bid side scoring module;
and the tenderer scoring module is used for comprehensively scoring tenderers who tender the tender purchases on the cloud tendering and collecting platform.
10. The BIM intelligent system of auxiliary bid inviting procurement system of claim 7, characterized in that the bid inviting party scoring module comprises a bid inviting success rate scoring unit and a money delivery scoring unit;
the bid inviting success rate scoring unit determines a bid inviting success rate score of the bid inviting party according to the ratio of the successful bid inviting times and the total bid opening times of the bid inviting party on the cloud bid inviting platform;
the money delivery scoring unit determines the money delivery score of the tenderer according to the money payment period of the cooperative supplier by the tenderer, and the money payment period is determined by the online feedback of the cooperative supplier.
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