CN116415992A - Delivery service matching system with function of renting and sharing transportation means - Google Patents

Abstract

The invention relates to an outgoing service matching system with a function of renting and sharing a transportation means, which comprises the following components: a first server having a money information; the plurality of service ends are respectively used for generating a taxi demand; at least one client for generating a service demand signal; and the management platform is used for receiving the service demand signal from the client, providing at least one task requirement in the service demand signal for takers belonging to the plurality of service ends to check and determine whether to accept a bill or not so as to match the corresponding service end.

Description

Delivery service matching system with the function of renting and sharing transportation tools

technical field

The present invention mainly relates to a delivery service matchmaking system, in particular to a delivery service matchmaking system that cooperates with a shared locomotive platform and has the function of renting and sharing vehicles.

Background technique

In recent years, in order to prevent the epidemic, people have been encouraged to eat out and eat inside, which has changed people's eating habits, causing most people to choose to order food delivery, which has led to a surge in demand for food delivery services, prompting many people to join the ranks of food delivery services. as a delivery man.

Considering the delivery distance, convenience, and efficiency of receiving orders, it is not suitable to provide delivery services on foot. As a result, people who do not have transportation do not dare to easily join the ranks of delivery people. Furthermore, most of the people who have joined the ranks of delivery workers use locomotives for delivery services, and most of the delivery workers generally use electric vehicles as delivery vehicles after considering the cost of locomotive travel. Therefore, electric vehicles have gradually become a One of the basic requirements for a delivery person.

However, before joining the ranks of the delivery service, many people who want to join the delivery service do not own electric vehicles themselves, and may not be able to afford the funds required to purchase electric vehicles, or even through installment payments or loans. Some people who want to join the delivery service have given up on being a delivery person because of this.

In view of this, it is necessary to provide a delivery service matching system with the function of renting and sharing transportation tools to solve the above problems.

Contents of the invention

The purpose of the present invention is to provide a delivery service matching system with the function of renting and sharing vehicles, which can cooperate with the sharing locomotive platform.

In order to achieve the above object, the present invention provides a delivery service matchmaking system with the function of renting and sharing vehicles, comprising: a first server having information on a car model, the car model information including a number of rented vehicles provided by a car rental center; information and rental fees of vehicles; multiple service ends, respectively used to generate a demand for car rental, each of which has a first positioning device used to generate coordinates of a server; at least one client end, which is used to generate A second positioning device for coordinates of a client, the client is used to generate a service request signal, the service request signal includes a client identifier, the client coordinates, and at least one task request and corresponding task coordinates; and a management platform, coupled to the first server, the plurality of service ends and the at least one client, and the management platform has a database module, a capital flow module and a navigation module, the database module is used for recording A plurality of service end identifiers representing the plurality of service ends, and an expenditure amount and an income amount corresponding to each of the service end identifiers, the capital flow module is used to pay each of the service ends to the first server The rental fee, as well as the delivery fee that the client should pay to any of the service terminals, the management platform is used for any of the service terminals to obtain the car rental demand and send it to the service terminal. The server is used to generate and send a selection command to the management platform, so that the management platform sends a lease signal containing the selection command to the first server, and the first server is also used to obtain and send a corresponding lease signal according to the selection command. The rental fee to the management platform, the management platform is also used to record the rental fee in the database module corresponding to the payment of the server identifier of the server, and the management platform is also used to be received by the client The service demand signal, and the coordinates of the client in the service demand signal, the at least one task requirement and the corresponding task coordinates are provided to the delivery staff belonging to the multiple service terminals to check and decide whether to accept the order, wherein The at least one server is used to generate and send an order receiving signal to the management platform, the order receiving signal includes the server identifier corresponding to the server and the coordinates of the server, and the navigation module is used according to the at least The server coordinates of a server, the client coordinates of the client, and the task coordinates required by the at least one task are used to calculate and obtain a meal pickup mileage and a meal delivery mileage. mileage and the delivery mileage to generate the delivery fee, the management platform is also used to generate a delivery service list including the server identifier of the at least one server and the delivery fee, and the client is also used to generate the delivery fee according to the The delivery service list generates and sends a selection instruction to the management platform, so that the management platform matches a corresponding server according to the selection instruction. After the management platform obtains a completion signal from the server, the capital flow module uses After the delivery fee is obtained by the client as the income of the server, the capital flow module is also used to withdraw the expenditure of the server from the income and pay it to the first server to which the first server belongs The rental car center.

In some embodiments, the management platform also has a bargaining module, the client is used to generate a transaction request, and designate one of the service ends in the delivery service list to negotiate, so as to generate and send a transaction negotiation instruction to In the bargaining module, the transaction negotiation instruction includes the transaction request and the server identifier of the server, and the negotiation module is used to send the transaction request to the corresponding server according to the server identifier, and the server uses Generate and send an agree signal or a disagree signal to the bargaining module to agree or disagree with the client's transaction request. In this way, it has the effect of providing consumers and delivery staff to bargain with each other to achieve a win-win situation.

In some embodiments, the server is used to generate and send a price adjustment request to the bargaining module, the price negotiation module is used to send the price adjustment request to the client, and the client is used to generate and send an agreement signal or a A disapproval signal is sent to the price negotiation module to agree or disagree with the price adjustment request.

In some embodiments, the negotiation module is used to record the number of negotiation times between the client and the same server, and for the same service demand signal of the client, the number of negotiation cannot exceed a threshold.

In some embodiments, the navigation module is used to calculate a meal delivery time according to the meal pickup mileage and the meal delivery mileage, and the delivery service list also has the meal delivery time of the at least one server.

In some embodiments, when there are multiple task requirements in the service request signal, each of the multiple task requirements has a task code, and the order receiving signal generated by the at least one server has at least one of the task codes, and the navigation The module is used to calculate and obtain the meal pickup mileage and the meal delivery mileage according to the server coordinates of the at least one server, the client coordinates, and the task coordinates corresponding to the task requirements of at least one task code, and the management platform uses In order to generate the delivery fee of the at least one server based on the meal pickup mileage and the meal delivery mileage, the management platform is used to generate the delivery fee based on the server identifier of the at least one server terminal, the delivery fee, and at least one selected task The required task code generates the delivery service list. In this way, the delivery service matching system can allow consumers to issue multiple task requests at the same time, without dividing the multiple task requests into several separate releases, and can match them to the same delivery person or different delivery personnel. The delivery service has the effect of improving the convenience of operation for consumers.

In some embodiments, the management platform is used to send at least one advertisement information to the plurality of service ends, any server end is used to generate and send a trigger instruction to the management platform to watch the at least one advertisement information, the management The platform is used to give a discount according to the times of viewing the at least one advertisement message by the server, and the discount is used to offset the payment. In this way, it has the effect of improving the popularity of advertisers and providing outside income for delivery staff.

In some embodiments, the delivery service matchmaking system further includes a second server, the second server is coupled to the management platform, and the second server is used to record the exchange battery of each service terminal in a battery exchange center times, and calculate a battery exchange fee, the management platform is used to obtain the battery exchange fee of each server from the second server, and record the corresponding expenditure in the database module, the capital flow module is used for The disbursement at the service end is withdrawn from the income, and paid to the car rental center to which the first server belongs, and to the battery exchange center to which the second server belongs. In this way, the cost of exchanging batteries by the delivery staff can also be paid by the delivery fee collected after completing the delivery service, which has the effect of further reducing the entry threshold for joining the delivery service.

The delivery service matching system with the function of renting and sharing vehicles of the present invention has the following characteristics: it can provide delivery staff who do not have vehicles to connect to the management platform through the server to rent transportation from the car rental center through the management platform tools for delivery services; the management platform can assist consumers to post task requirements through the client, and assist in matching suitable delivery staff, and through the capital flow module, the payment should be made from the income of the delivery staff. The rental fee at the rental car center. In this way, the delivery service matching system with the function of renting and sharing vehicles of the present invention can achieve the effect of reducing the entry threshold for joining the delivery service.

Description of drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following will briefly introduce the accompanying drawings that need to be used in the description of the embodiments. Obviously, the accompanying drawings in the following description are only some embodiments of the present invention. For Those of ordinary skill in the art can also obtain other drawings based on these drawings without making creative efforts.

Fig. 1 is a schematic block diagram of a delivery service matching system with the function of renting and sharing vehicles disclosed in an embodiment of the present invention.

Description of main component symbols:

1 is the first server; 2 is the server; 21 is the first positioning device; 3 is the client; 31 is the second positioning device; 4 is the management platform; 41 is the database module; 42 is the capital flow module; 43 is the navigation module ; 44 is the bargaining module; 5 is the second server.

Detailed ways

In order to cooperate with the drawings, the embodiments of the present invention will be described in detail as follows. The accompanying drawings are mainly simplified schematic diagrams, which only schematically illustrate the basic structure of the present invention, so only components related to the present invention are marked in these drawings , and the displayed components are not drawn according to the number, shape, size ratio, etc. of the actual implementation. The actual size of the actual implementation is a selective design, and the layout of the components may be more complicated.

The following descriptions of the various embodiments refer to the appended drawings to illustrate specific embodiments in which the invention may be practiced. In the specification, unless it is clearly stated to the contrary, the word "comprising" will be understood as meaning the inclusion of stated components, but not the exclusion of any other components.

Please refer to FIG. 1 , which is a delivery service matching system disclosed in an embodiment of the present invention with the function of renting and sharing vehicles. For example, it includes: a first server 1, multiple server terminals 2, at least one client terminal 3 and A management platform 4 , the first server 1 , the plurality of server terminals 2 and the client 3 are respectively coupled to the management platform 4 .

In this embodiment, the first server 1 can be a cloud server, and the first server 1 has a car price information, and the car price information includes the data and the rental fee of a plurality of vehicles provided by a car rental center. For example but not limited to, the vehicle can be a general motor vehicle or an electric vehicle.

The plurality of service terminals 2 are respectively used to generate a demand for car rental, so as to rent vehicles from the car rental center through the management platform 4 . Each of the server 2 has a first positioning device 21, and the first positioning device 21 is used to generate a coordinate of the server. In this embodiment, each of the server 2 can be a device such as a smart phone or a tablet computer. A positioning device 21 may be a global positioning system, but not limited thereto.

The at least one client 3 has a second positioning device 31, and the second positioning device 31 is used to generate a client coordinate. The client 3 is used to generate a service request signal, and the service request signal includes a client identifier, the coordinates of the client, and at least one task requirement and corresponding task coordinates. In this embodiment, the client 3 can also be a device such as a smart phone or a tablet computer, and the second positioning device 31 can also be a global positioning system, but it is not limited thereto.

In this embodiment, the management platform 4 can be a cloud server, the management platform 4 is coupled to the first server 1, the plurality of service ends 2 and the at least one client 3, and has a database module 41, a A capital flow module 42 and a navigation module 43 . Wherein, the database module 41 is used to record a plurality of server identifiers, and an expenditure and an income corresponding to each of the server identifiers, and the plurality of server identifiers are respectively used to represent the plurality of server identifiers. 2.

The capital flow module 42 is used to pay the rental fee that the plurality of service terminals 2 should pay to the first server 1 respectively, and collect the delivery fee that the client 3 should pay to any server 2. Specifically, the capital flow module 42 can be coupled to an online bank, and pay the rental fee through an online transfer function, and collect the delivery fee. Preferably, the capital flow module 42 can also collect and perform the at least one task Request the amount to be spent and pay to the corresponding merchant.

After the management platform 4 receives the car rental demand from any server 2, it obtains the car model information and sends it to the server 2, so that the deliveryman to which the server 2 belongs can generate a selection command through the server 2 to Choose the right vehicle model. The management platform 4 receives the selection instruction returned by the server 2, and sends a lease signal including the selection instruction to the first server 1, so that the first server 1 obtains and sends the corresponding lease according to the selection instruction. Rental fee to the management platform 4 . The management platform 4 records the rental fee in the database module 41 corresponding to the payment of the service terminal identifier of the service terminal 2, so as to complete the car rental requirement of the delivery person to which the service terminal 2 belongs.

The management platform 4 receives the service demand signal from the client terminal 3, and provides the client coordinates in the service demand signal, the at least one task requirement and the corresponding task coordinates to the takeaways to which the plurality of service terminals 2 belong The staff checks and decides whether to accept the order. For example, the management platform 4 can send the coordinates of the client, the at least one task requirement and the corresponding task coordinates to the plurality of service ends 2; or, the plurality of service ends 2 can be connected to the management The platform 4 is used to view the client coordinates of the client 3, the at least one task requirement and the corresponding task coordinates.

Wherein at least one server 2 generates and sends an order receiving signal to the management platform 4, and the order receiving signal includes the corresponding server identifier and server coordinates of the server 2. Wherein, the server 2 that generates the order receiving signal means that the delivery person to which the server 2 belongs is willing to undertake the task requirement issued by the client 3.

The navigation module 43 of the management platform 4 is based on the server coordinates of the at least one server 2, the client coordinates of the client 3, and the task coordinates required by the at least one task to calculate and obtain a meal pickup mileage and a meal delivery mileage. The management platform 4 generates a distribution fee according to the mileage for taking meals and the mileage for delivering meals. This management platform 4 produces a delivery service list, and this delivery service list includes the service terminal identifier and delivery fee of this at least one service end 2, for the consumer that this client terminal 3 belongs to check and select. Preferably, the navigation module 43 can also calculate a meal delivery time according to the meal pickup mileage and the meal delivery mileage, so that the delivery service list can also have the meal delivery time of the at least one server 2.

In this embodiment, the meal delivery mileage refers to the sum of the distances from the server coordinates to the task coordinates required by the at least one task; the meal delivery mileage refers to the distance between the server coordinates and the client coordinates. distance, but not limited thereto.

The client 3 generates and sends a selection instruction to the management platform 4 according to the delivery service list, so that the management platform 4 matches a corresponding server 2 according to the selection instruction. Wherein, the calculation formula of the delivery fee belongs to the conventional knowledge in the field related to the present invention, and those skilled in the art can adjust the delivery amounts corresponding to the meal pickup mileage and the meal delivery mileage respectively according to their own needs, so as to calculate The delivery fee.

After the server 2 completes the task requirement of the client 3, it generates and sends a completion signal to the management platform 4. After the management platform 4 obtains a completion signal from the server 2, the cash flow module 42 obtains the distribution fee from the client 3 and uses it as the income of the server 2. The capital flow module 42 withdraws the expenditure of the server 2 from the income, and pays it to the car rental center to which the first server 1 belongs, as the rental fee for the delivery person who belongs to the server 2 to rent the vehicle .

In the present invention, this management platform 4 can also have a bargaining module 44, and the consumer that this client terminal 3 belongs to can carry out bargaining with the delivery person that this at least one server 2 belongs to through this bargaining module 44. Specifically, the client 3 can be used to generate a transaction request, and designate one of the service ends 2 in the delivery service list to negotiate a price, so as to generate and send a transaction negotiation instruction to the negotiation module 44, the transaction negotiation The instruction includes the transaction request and the server identifier of the server 2 . Subsequently, the bargaining module 44 sends the transaction request to the corresponding server 2 according to the server identifier, and the server 2 can generate and send an agree signal or a disagree signal to the bargain module 44 to agree Or disagree with the transaction request of the consumer to which the client 3 belongs. In this embodiment, the transaction requirement can be to shorten the meal delivery time.

Preferably, the server 2 can also be used to generate and send a price adjustment request to the bargaining module 44, and the bargaining module 44 sends the price adjustment request to the client 3. In this embodiment, the price adjustment request can be Ask for an increase in this delivery fee. The client 3 can generate and send an agreement signal or a disagreement signal to the bargaining module 44, to agree or disagree with the price adjustment request of the delivery person to which the server 2 belongs.

Furthermore, the client 3 and the server 2 can also modify the transaction request and the price adjustment request to negotiate prices with each other. Wherein, the bargaining module 44 is used to record the number of bargaining times between the client 3 and the same server 2, and for the same service demand signal of the client 3, the number of bargaining cannot exceed a threshold value, in this embodiment In , the threshold value can be three times, but this is not used as a limitation of the present invention.

It is worth mentioning that when there are multiple task requirements in the service demand signal generated by the client 3, the multiple task requirements can be received by the same delivery person, or by multiple delivery personnel. . Specifically, the plurality of tasks require a task code respectively, and the task code is unique. The order receiving signal generated by the at least one server 2 can also have at least one task code, that is, the delivery person to which the server 2 belongs is willing to undertake the task corresponding to the task code.

The navigation module 43 calculates and obtains the meal pickup mileage and the meal delivery mileage according to the server coordinates of the at least one server 2, the client coordinates, and the task coordinates corresponding to the task requirements of at least one task code. The management platform 4 generates delivery fees for the at least one server 2 according to the meal pickup mileage and the meal delivery mileage. The management platform 4 can generate the delivery service list according to the service identifier of the at least one server 2, the delivery fee, and the task code required by the selected at least one task, for viewing by the consumers to which the client 3 belongs and pick.

For example, when the consumer to which the client 3 belongs releases two task requests, and one of the tasks requires a delivery person belonging to a server 2 to receive an order, and the other task requires a delivery person belonging to another server 2 to receive an order. When receiving an order, the management platform 4 can calculate the mileage, delivery mileage and delivery cost of the service end 2 relative to the task requirements, and calculate the acquisition mileage of the other server 2 relative to the other task requirements. Meal mileage, meal delivery mileage and delivery fee.

In the implementation of the present invention, there may also be a second server 5 coupled to the management platform 4. In this embodiment, the second server 5 may also be a cloud server, and the second server 5 may record the 2 The number of battery exchanges at a battery exchange center, and a battery exchange fee is counted; in another embodiment, the second server 5 can record the refueling fee of each service terminal 2 at a gas station. Taking the second server 5 counting the battery exchange fee as an example for illustration, the management platform 4 can obtain the battery exchange fee of each server 2 from the second server 5, and record it in the corresponding Expenditure, the capital flow module 42 allocates the expenditure of the server 2 from the income, and pays to the car rental center to which the first server 1 belongs, and to the battery exchange center to which the second server 5 belongs , as the rental fee for the delivery person to which the server 2 belongs to rent the vehicle, and the battery exchange fee for exchanging the battery of the vehicle.

In the embodiment of the present invention, the management platform 4 can send at least one advertisement message to the plurality of service terminals 2, and each delivery person to which the service terminal 2 belongs can generate and send a trigger instruction to the management platform 2 through the server terminal 2. The platform 4 is used to watch the at least one advertisement information. The management platform 4 can give a discount according to the number of times each server 2 watches the at least one advertisement message, and the discount can be used to offset the payment. Wherein, the ratio of the viewing times of the advertisement information to the discount offer can be adjusted according to needs by those skilled in the art. For example, but not limited to, it can be set to watch the advertisement information 5 times to obtain a discount offer of 10 yuan.

Based on the above, the delivery service matchmaking system disclosed in the embodiment of the present invention has the function of renting and sharing vehicles, which can provide delivery staff who do not have vehicles to connect to the management platform through the server, so as to send delivery services via the management platform. The car rental center rents vehicles for delivery services; the management platform can assist consumers to post task requirements through the client, and assist in matching suitable delivery staff, and through the capital flow module, the delivery staff's income will be allocated Allotment of the rental fee payable to the rental car center. In this way, the delivery service matching system disclosed in the embodiment of the present invention has the function of renting and sharing vehicles, which can achieve the effect of lowering the entry threshold for joining the delivery service.

The embodiments disclosed above are only used to illustrate the principles, characteristics and effects of the present invention, and are not intended to limit the scope of the present invention. , to modify and change the above embodiments. Any equivalent changes and modifications accomplished by using the disclosed content of the present invention should still be covered by the patent of this application.

Claims (8)

1. A delivery service matching system with the function of renting and sharing vehicles, characterized in that it includes: A first server, having a car model information, the car model information includes a car rental center provided by a car rental center to provide rental information and rental fees for multiple means of transport; A plurality of service ends are respectively used to generate a demand for car rental, and each of the service ends has a first positioning device for generating coordinates of a service end; At least one client, having a second positioning device for generating a client coordinate, the client is used to generate a service request signal, the service request signal includes a client identifier, the client coordinates, and at least one Mission requirements and corresponding mission coordinates; and A management platform, coupled to the first server, the plurality of service ends and the at least one client, and the management platform has a database module, a capital flow module and a navigation module, the database module is used to record the representative A plurality of service end identifiers of the plurality of service ends, and an expenditure amount and an income amount corresponding to each of the service end identifiers, the capital flow module is used to pay the first server that each of the service ends should pay to the first server The rental fee and the delivery fee that the client should pay to any of the service terminals. The management platform is used for any of the service terminals to obtain the car rental demand and send it to the service terminal. The service The terminal is used to generate and send a selection instruction to the management platform, so that the management platform sends a lease signal containing the selection instruction to the first server, and the first server is also used to obtain and send the corresponding lease signal according to the selection instruction. The rental fee is sent to the management platform, and the management platform is also used to record the rental fee in the database module corresponding to the payment of the server identifier of the server, and the management platform is also used to receive the client by the client. service demand signal, and provide the coordinates of the client in the service demand signal, the at least one task requirement and the corresponding task coordinates to the delivery staff belonging to the plurality of service terminals to check and decide whether to accept the order, wherein the At least one server is used to generate and send an order receiving signal to the management platform, the order receiving signal includes the server identifier and the server coordinates corresponding to the server, and the navigation module is used to The server coordinates of the server, the client coordinates of the client, and the task coordinates required by the at least one task are used to calculate and obtain a meal pickup mileage and a meal delivery mileage, and the management platform is also used to calculate and obtain a meal pickup mileage and the delivery mileage to generate the delivery fee, the management platform is also used to generate a delivery service list including the server identifier of the at least one server and the delivery fee, and the client is also used to generate the delivery fee according to the delivery fee. Send a service list to generate and send a selection instruction to the management platform, so that the management platform matches a corresponding server according to the selection instruction. After the management platform obtains a completion signal from the server, the capital flow module is used for The delivery fee is obtained by the client as the income of the server, and the capital flow module is also used to withdraw the expenditure of the server from the income and pay it to the Car Rental Center. 2. The delivery service matching system according to claim 1, characterized in that the management platform also has a bargaining module, the client is used to generate a transaction request, and specify one of the delivery service list The server negotiates to generate and send a transaction negotiation instruction to the negotiation module, the transaction negotiation instruction includes the transaction request and the server identifier of the server, and the negotiation module is used to make the transaction according to the server identifier The request is sent to the corresponding server, and the server is used to generate and send an agree signal or a disagree signal to the bargaining module to agree or disagree with the client's transaction request. 3. The delivery service matching system according to claim 2, wherein the server is used to generate and send a price adjustment request to the bargaining module, and the bargaining module is used to send the price adjustment request to the client , the client terminal is used to generate and send an agree signal or a disagree signal to the price negotiation module to agree or disagree with the price adjustment request. 4. The delivery service matchmaking system according to claim 3, wherein the bargaining module is used to record the number of bargaining times between the client and the same server, and for the same service demand signal of the client, The number of bargaining times cannot exceed a threshold. 5. The delivery service matchmaking system according to claim 1, wherein the navigation module is used to calculate a delivery time according to the delivery mileage and the delivery mileage, and the delivery service list is also It has the delivery time of the at least one server. 6. The delivery service matchmaking system according to claim 1, wherein when there are multiple task requirements in the service request signal, each of the multiple task requirements has a task code, and the at least one service end is assigned a task code. The generated order receiving signal has at least one task code, and the navigation module is used to calculate according to the server coordinates of the at least one server, the client coordinates, and the task coordinates corresponding to the task requirements of the at least one task code. Obtaining the meal pickup mileage and the meal delivery mileage, the management platform is used to generate the delivery fee of the at least one server based on the meal pickup mileage and the meal delivery mileage, and the management platform is used to generate the delivery fee based on the at least one server service The delivery service list is generated based on the terminal identifier, the delivery fee, and the task code of the selected at least one task requirement. 7. The delivery service matchmaking system according to claim 1, wherein the management platform is used to send at least one advertisement message to the multiple service ends, and any server is used to generate and send a trigger instruction to The management platform is used to watch the at least one advertisement information, and the management platform is used to give a discount according to the number of times the server watches the at least one advertisement information, and the discount offer is used to offset the payment. 8. The delivery service matchmaking system according to any one of claims 1-7, further comprising a second server, the second server is coupled to the management platform, and the second server is used to record each The battery exchange times of the service end in a battery exchange center, and a battery exchange fee is counted, and the management platform is used to obtain the battery exchange fee of each service end from the second server, and record it in the database module Corresponding to the expenditure, the capital flow module is used to withdraw the expenditure of the server from the income, and pay to the car rental center to which the first server belongs, and to the car rental center to which the second server belongs. Battery Exchange Center.

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