CN108133403A - A kind of method and system of the government emergency buying social resources based on internet - Google Patents

Abstract

The invention discloses a kind of method and system of the government emergency buying social resources based on internet, system includes server, supplier's client computer, demand client computer, administration client；The present invention can be matched according to the procurement objective that government confirms with the resource situation of owner, and intelligence generates best procurement scheme.The present invention can effectively solve the problem of to lack quickly and effectively buying approach during burst emergency government reserve goods and materials deficiency.The present invention supports on-line payment and service evaluation, and flexibly and easily, reliability is high, and widely applicable, cost of investment is low.

Description

An Internet-based method and system for government emergency procurement of social resources

technical field

The invention belongs to the field of information technology, and in particular relates to a method and system for government emergency procurement of social resources based on the Internet.

Background technique

With the development of economy and society, enterprises and individuals have more and more disposable private resources. On the one hand, it has become normal for a large number of private resources to be left idle, resulting in a large waste of resources; on the other hand, when emergency events such as natural disasters occur, there will often be a shortage of government reserves. There is no ideal way to help resource demanders purchase and mobilize social idle resources. How to reasonably purchase and mobilize social idle goods and idle services to provide services to demanders, and to help the government provide a method for the government to purchase social resources in an emergency when the material reserves are insufficient is the key to solving the problem.

Chinese patent application No. 201511003601.9 discloses a method for managing social resource information; Chinese patent application No. 201511005802.2 discloses a method for managing social resource demand information. The feature of the above-mentioned published literature is that it only provides an information release platform, and the transaction is completed by the buyer and the seller. It cannot complete the large-scale mobilization of social resources, and cannot meet the government's procurement of materials in emergency situations. Moreover, the social resource demander or the social resource owner needs to search for the target customer on the server by itself, and the efficiency is relatively low. In addition, the above literature does not provide a method for resource transactions through the platform, and cannot complete the complete process of resource transactions between social resource owners and demanders.

Chinese patent application number 201610430382.0 discloses a credit procurement platform, which serves as a third-party organization to provide transaction channels for buyers and sellers. The feature of the platform is that it can provide credit loans for buyers when funds are insufficient, "it can determine credit points based on customer information, and credit points determine the amount of loans that customers can borrow on this platform." On the one hand, the platform cannot support the government’s procurement of social materials. On the other hand, the above-mentioned functions have very high requirements for the customer credit evaluation mechanism and require a high amount of operating funds. There are problems such as large investment, unstable operation, and high capital risks.

Chinese patent application number 201510481593.2 discloses a method and system for logistics integration and delivery based on social idle resources. "The platform uses social idle resources as the carrier, and provides transportation of goods during the carrier's itinerary." The feature of the above-mentioned published documents is to use the idle transportation capacity of the society to provide transportation services during the itinerary, which is similar to "free rides". This method only proposes a method to provide transportation services using social idle capacity, and cannot meet the needs of government procurement such as commodity procurement in social idle resources.

Contents of the invention

In order to overcome the above-mentioned shortcomings of the prior art, the object of the present invention is to provide an Internet-based method and system for government emergency procurement of social resources.

In order to achieve the above object, the technical scheme adopted in the present invention is:

An Internet-based method for government emergency procurement of social resources, comprising the following steps:

(1) The supplier uploads the resource information to the server through the supplier client, and the resource information includes resource type and supply quantity;

(2) The resource demander of the emergency point uploads the demand information to the server through the demand client, and the demand information includes resource type and demand quantity;

(3) Government managers review the demand information through the management client and generate procurement targets, which include resource types, procurement quantities, and procurement prices. The purchase quantity is determined according to the severity of the disaster at the emergency point and the demand quantity; the purchase price is determined according to the market price of the same type of resources;

(4) The server generates a pre-purchase plan according to the purchase target, and the pre-purchase plan includes the resource type and purchase quantity in the purchase target; and pushes the pre-purchase plan to the supplier client having the same resource type supplier ;

(5) The supplier who has received the pre-purchase plan uploads confirmation information to the server through the supplier client, and the confirmation information includes the type of resource currently owned, the quantity owned and the supply price;

(6) The server generates a procurement plan through a matching algorithm according to the procurement target and confirmation information, and pushes the procurement plan to the corresponding supplier client. The procurement plan includes the procurement target and the suppliers participating in the procurement, and the matching rule of the matching algorithm is that the total quantity owned is not less than the purchased quantity, and the total supply price is not greater than the purchase price and is the lowest;

The total owned quantity stated is the sum of the owned quantities of suppliers participating in the procurement;

The total supply price mentioned is the sum of the supply prices of suppliers participating in the procurement;

(7) The suppliers participating in the procurement conduct transactions with resource demanders at the emergency point according to the procurement plan;

(8) After the transaction is completed, the government administrators pay the suppliers participating in the procurement according to the supply price through the management client.

Before step 1), the supplier registers and uploads the supplier's personal information through the supplier's client computer, and the government management personnel review the above-mentioned personal information uploaded by the supplier through the management client computer, and confirm its qualification: without Qualified suppliers are confirmed, and step (1) cannot be performed.

The demand information includes a demand location, the procurement target includes a target location, and the confirmation information also includes a resource location.

The matching rule of the matching algorithm further includes that the target location is close to the location of the resource.

The present invention also provides an Internet-based system for government emergency procurement of social resources, including a server, a supplier client, a demand client, and a management client. Both the supplier client and the demand client include the same A networking module connected to each other through a network between the servers, characterized in that:

The supplier client includes an upload module for uploading resource information, and the resource information includes resource type and supply quantity;

The supplier client also includes a confirmation module for uploading confirmation information, and a receiving module for receiving procurement proposals, the confirmation information including the type of resource currently owned, the quantity owned and the supply price;

The demand client includes an upload module for uploading demand information, and the demand information includes resource type and demand quantity;

The management client includes an audit module for auditing the requirement information;

The management client also includes a payment module for paying fees to suppliers;

The server includes a push module for pushing the pre-purchase plan and the purchase plan, the pre-purchase plan includes the resource type and the purchase quantity in the purchase target, and the purchase target includes the resource type, the purchase quantity and the purchase price;

The server includes a matching module for generating a procurement plan, and the procurement plan includes a procurement target and suppliers participating in the procurement;

The demand client also includes a confirmation module for confirming receipt of resources.

Compared with the prior art, the present invention can realize the collection of social idle resource information, the review and adjustment of resource demand information, the intelligent matching of procurement schemes, and the online payment and evaluation of transactions. This method and system have greatly used social idle resources, and can better solve the problem of lack of fast and convenient procurement channels when the government reserves materials for emergency disasters are insufficient, provide convenience for resource demanders, and solve the government's problem Urgent.

Description of drawings

FIG. 1 is a schematic structural diagram of an embodiment of an Internet-based system for government emergency procurement of social resources.

FIG. 2 shows an embodiment of the network connection among the server 1 , the supplier client 2 , the demand point client 3 , and the management client 4 .

Fig. 3 shows the flow of uploading resource information by the resource owner using the social idle resource purchasing system.

Figure 4 shows the process of resource demanders purchasing resources through the system of government emergency procurement of social resources.

Detailed ways

The implementation of the present invention will be described in detail below in conjunction with the drawings and examples.

As shown in FIG. 1 , an embodiment of the Internet-based government emergency procurement social resources system of the present invention is shown, including a server 1 , a supplier client 2 , a demand client 3 , and a management client 4 . The server 1 is connected to the network 6 ; the supplier client 2 , the demand point client 3 and the management client 4 can be mobile phones, computers, etc., and are also connected to the network 6 . Network 6 may be the Internet. The example shown in FIG. 1 also includes resource providers 7 , resource demanders 8 and managers 9 . The resource provider 7 and the supplier client 2 are included in an oval box, which means that the resource provider 7 uses the supplier client 2 . The resource demander 8 and the point-of-demand client 3 are included in the oval box, which means that the resource demander 8 uses the point-of-demand client 3 . The manager 9 and the management client 4 are included in the oval box, which means that the manager 9 uses the management client 4 .

The server 1 includes a database 11 . The database 11 is used to store resource provider information, resource demander information, resource information, demand information, procurement objectives, pre-purchase schemes, confirmation information, and procurement schemes. Among them, the resource provider information is the attribute of the resource provider 7, which can include owner name (personal name, company name, etc.), owner identity information (such as user name and password), contact information (such as phone number), address, email address, etc. Payment information (such as electronic payment account number); resource demander information is the attribute of resource demander 8, which can include demander name (personal name, company name, etc.), demander identity information (such as user name and password), contact information (such as phone number), address, electronic payment information (such as electronic payment account number); the resource information is uploaded by the resource provider 7 through the supplier client 2, and may include resource type (such as commodity or service), resource quantity, resource location, and resource price etc.; the demand information is uploaded by the resource demander 8 through the demand client 3, and can include resource type (such as commodity or service), resource quantity, demand location, demand time, demand level, etc.; Determination means that the government finally determines the procurement content based on the actual situation of the severity of the emergency situation, which may include the type of procurement resource, procurement quantity, and procurement price; the pre-purchase plan is the push information generated by server 1 according to the procurement target. Push to resource providers with similar resources so that they can judge whether they are willing to participate in this procurement, including resource type and procurement quantity; the confirmation information is that the resource providers who have received the pre-purchase plan and want to participate in the procurement will pass the supplier client 2 The information uploaded to server 1, including the exact resource type, resource quantity and supply price currently owned by the resource provider; the procurement plan is that server 1 uses an intelligent algorithm to match the resource ownership involved in this procurement according to the procurement target and confirmation information By.

The server 1 also includes a matching module 12 for generating procurement proposals. The algorithm of the calculation module can realize the intelligent matching of the resource owners participating in the procurement through the genetic algorithm.

The server 1 also includes a push module 13 for pushing pre-purchase schemes and purchase schemes. The push module can push the pre-purchase plan and the purchase plan to the corresponding supplier client 2 .

The provider client 2 includes an upload module 21 for uploading resource information and confirmation information. The demand client 3 includes an upload module 31 for uploading demand information and a confirmation module 32 for confirming receipt of resources. The management client 4 includes an audit module 41 and a payment module 42 for auditing demand information

FIG. 2 shows an embodiment of the network connection among the server 1 , the supplier client 2 , the demand point client 3 , and the management client 4 . In this embodiment, the network card 14 of the server 1 is connected to the router 16 through the network cable 15 , and then connected to the network 6 through the router 16 . The supplier client 2 and the demand point client 3 are mobile phones with built-in radio frequency communication modules 61 , such as 4G and wifi modules, which can be directly connected to the network 6 . The management client 4 is a computer, and the network card 43 of the management client 4 is connected to the router 45 through the network cable 44 , and then connected to the network 6 through the router 45 . The server 1 usually has a fixed domain name or address, and the supplier client 2, the demand point client 3 and the management client 4 can access the server 1 through a browser or a developed application program. Supplier client 2, demand point client 3 and management client 4 do not have fixed network addresses, but they can all communicate directly with server 1, so supply side client 2, demand point client 3 and management client 4 The communication between them can be realized through the transfer of server 1. For example, if the management client 4 wants to send a message to the demand point client 3, the management client 4 first sends the message to the server 1, and then the server 1 forwards the message to the relevant demand point client 3, and vice versa.

Figure 3 shows the flow of resource owners uploading resource information using the social idle resource procurement system, including the following steps:

In S11 , the resource provider 7 uploads the personal information to the database 11 of the server 1 through the upload module 21 of the provider client 2 .

In S12, the manager 9 accesses the database 11 of the server 1 through the management client 4, and checks the uploaded personal information.

In S13, the administrator 9 judges whether he is qualified to provide resources through the management client 4, and if so, proceeds to S14.

In S14 , the resource provider 7 uploads the resource information to the database 11 of the server 1 through the upload module 21 of the provider client 2 .

Figure 4 shows the resource demander's resource procurement process through the government's emergency procurement of social resources, including the following steps:

In S21 , the resource demander 8 uploads the demand information to the database 11 of the server 1 through the upload module 31 of the demand client 3 .

In S22, the manager 9 accesses the database 11 of the server 1 through the review module 41 of the management client 4, reviews and adjusts the demand information, and determines the final procurement target.

In S23, the server 1 generates a pre-purchase plan according to the purchase target, and uses the push module 13 to push the pre-purchase plan to the supplier client 2 that has similar resource suppliers;

In S24, the resource provider 7 that has received the push of the pre-purchase plan uploads the confirmation information to the database 11 of the server 1 through the upload module 21 of the supplier client 2;

In S25, the server 1 generates the final procurement plan through the matching module 12, and pushes it to the corresponding supplier client 2 through the pushing module 13;

In S26, the resource provider 7 conducts transactions with the resource demander 8 according to the procurement plan.

In S27, the resource demander 8 confirms the receipt through the confirmation module 32 of the demand client 3, and the manager 9 pays the resource provider 7 through the payment module 42 of the management client 4.

Claims (6)

1. A method for Internet-based government emergency procurement of social resources, characterized in that it comprises the steps: (1) The supplier uploads the resource information to the server through the supplier client, and the resource information includes resource type and supply quantity; (2) The resource demander of the emergency point uploads the demand information to the server through the demand client, and the demand information includes resource type and demand quantity; (3) Government managers review the demand information through the management client and generate procurement targets, which include resource types, procurement quantities, and procurement prices. The purchase quantity is determined according to the severity of the disaster at the emergency point and the demand quantity; the purchase price is determined according to the market price of the same type of resources; (4) The server generates a pre-purchase plan according to the purchase target, and the pre-purchase plan includes the resource type and purchase quantity in the purchase target; and pushes the pre-purchase plan to the supplier client having the same resource type supplier ; (5) The supplier who has received the pre-purchase plan uploads confirmation information to the server through the supplier client, and the confirmation information includes the type of resource currently owned, the quantity owned and the supply price; (6) The server generates a procurement plan through a matching algorithm according to the procurement target and confirmation information, and pushes the procurement plan to the corresponding supplier client. The procurement plan includes the procurement target and the suppliers participating in the procurement, and the matching rule of the matching algorithm is that the total quantity owned is not less than the purchased quantity, and the total supply price is not greater than the purchase price and is the lowest; The total owned quantity stated is the sum of the owned quantities of suppliers participating in the procurement; The total supply price mentioned is the sum of the supply prices of suppliers participating in the procurement; (7) The suppliers participating in the procurement conduct transactions with resource demanders at the emergency point according to the procurement plan; (8) After the transaction is completed, the government administrators pay the suppliers participating in the procurement according to the supply price through the management client. 2. according to the method for the described Internet-based government emergency procurement of social resources according to claim 1, it is characterized in that, before the described step 1), the supplier registers and uploads the supplier's personal information through the supplier's client computer, and the government management personnel pass The management client checks the personal information uploaded by the supplier and confirms its qualification: the supplier whose qualification has not been confirmed cannot proceed to step (1). 3. The method for Internet-based government emergency procurement of social resources according to claim 1, wherein the demand information includes a demand location, the procurement target includes a target location, and the confirmation information also includes a resource location. 4. The method for Internet-based government emergency procurement of social resources according to claim 1, wherein the matching algorithm matching rule further includes that the target location is close to the location of the resource. 5. An Internet-based system for government emergency procurement of social resources, including a server, a supplier client, a demand client, and a management client, and the supplier client and the demand client both include Networking modules connected to each other through a network, characterized in that: The supplier client includes an upload module for uploading resource information, and the resource information includes resource type and supply quantity; The supplier client also includes a confirmation module for uploading confirmation information, and a receiving module for receiving procurement proposals, the confirmation information including the type of resource currently owned, the quantity owned and the supply price; The demand client includes an upload module for uploading demand information, and the demand information includes resource type and demand quantity; The management client includes an audit module for auditing the requirement information; The management client also includes a payment module for paying fees to suppliers; The server includes a push module for pushing the pre-purchase plan and the purchase plan, the pre-purchase plan includes the resource type and the purchase quantity in the purchase target, and the purchase target includes the resource type, the purchase quantity and the purchase price; The server includes a matching module for generating a procurement scheme, and the procurement scheme includes a procurement target and suppliers participating in the procurement. 6. The Internet-based system for government emergency procurement of social resources according to claim 1, wherein the demand client further comprises a confirmation module for confirming receipt of resources.