CN116415992A

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

Info

Publication number: CN116415992A
Application number: CN202210176993.2A
Authority: CN
Inventors: 郭朝诚
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-01-03
Filing date: 2022-02-25
Publication date: 2023-07-11
Also published as: TW202329018A; TWI808594B

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 function of renting and sharing transportation means

Technical Field

The present invention relates to an outbound service matching system, and more particularly, to an outbound service matching system with a shared vehicle platform and a function of renting a shared vehicle.

Background

In recent years, people are advocated to use in external diets and restaurants for epidemic prevention, so that the eating habits of the people are changed, a plurality of people are changed to order the external dinner, the demand of the external service is greatly increased, and a plurality of people are promoted to join in the line of the external service to serve as an taker.

In consideration of the problems of delivery distance, convenience, order receiving efficiency and the like, the delivery service is not suitable for being provided in a walking mode, so that people without vehicles are not dared to easily join in a line of takers. Furthermore, the public who has joined the take-out staff mostly uses locomotives to carry out take-out service, and after considering the running cost of the locomotives, most take-out staff generally use electric vehicles as take-out transportation means, so that the electric vehicles gradually become one of the basic requirement equipment of one take-out staff.

However, before joining the line of delivery service, many people who want to join the line of delivery service do not have electric vehicles themselves, and may not take out funds required for purchasing electric vehicles, even though electric vehicles cannot be obtained by means of installments or loans, etc., so that some people who want to join the line of delivery service are thus strike and give up as a taker.

In view of the foregoing, there is a need to provide an outbound service media system with a function of renting a shared vehicle to solve the above-mentioned problems.

Disclosure of Invention

The invention aims to provide an outgoing service media system with a function of renting a shared vehicle, which can cooperate with a shared locomotive platform.

In order to achieve the above-mentioned object, the present invention provides an outbound service matching system with a function of renting and sharing a vehicle, comprising: the first server is provided with car money information, wherein the car money information comprises information of a plurality of rented vehicles provided by a car renting center and renting fees; the system comprises a plurality of service terminals, a plurality of service terminals and a plurality of control units, wherein the service terminals are respectively used for generating a taxi demand, and each service terminal is provided with first positioning equipment for generating a service terminal coordinate; the system comprises at least one client, at least one server and at least one server, wherein the client is provided with a second positioning device for generating a client coordinate, and the client is used for generating a service demand signal which comprises a client identifier, the client coordinate, at least one task requirement and corresponding task coordinate; the management platform is coupled with the first server, the plurality of service ends and the at least one client, and is provided with a database module, a fund flow module and a navigation module, the database module is used for recording a plurality of service end identifiers used for representing the plurality of service ends, and a payment and a income corresponding to each service end identifier, the fund flow module is used for paying the lease fee of each service end to the first server, and collecting the delivery fee of the client to be paid to any service end, the management platform is used for receiving the lease fee from any service end, acquiring car information and sending the car information to the service end, the service end is used for generating and sending a selection instruction to the management platform, the management platform is used for sending a lease signal containing the selection instruction to the first server, the first server is also used for acquiring and sending the corresponding lease fee to the management platform according to the selection instruction, the management platform is also used for determining whether the lease fee is required to be paid to at least one service end corresponding to the service end, the coordinate of the request is received by the client and the service end, the coordinate of at least one of the corresponding to the request is provided for receiving the lease signal from the service end and the service end, the coordinate of at least one of the corresponding to the service end is used for receiving the request, the lease signal is sent to the service end, the coordinate of at least one coordinate is used for receiving the corresponding to the service end, the navigation module is used for calculating and obtaining a meal taking mileage and a meal delivery mileage according to the service end coordinates of the at least one service end, the client end coordinates of the client end and the task coordinates of the at least one task requirement, the management platform is also used for generating the delivery expense according to the meal taking mileage and the meal delivery mileage, the management platform is also used for generating an outgoing service list containing the service end identifier of the at least one service end and the delivery expense, the client end is also used for generating and sending a selection instruction to the management platform according to the outgoing service list, the management platform is matched with a corresponding service end according to the selection instruction, the fund flow module is used for obtaining the payment expense by the client end after the management platform obtains a completion signal, and is used for picking up the payment expense of the service end from the payment expense and paying the income center of the first server.

In some embodiments, the management platform further has a bargaining module, the client is configured to generate a transaction request, and designate one of the servers in the outbound service list to bargaining, so as to generate and send a transaction bargaining instruction to the bargaining module, the transaction bargaining instruction includes the transaction request and the server identifier of the server, the bargaining module is configured to send the transaction request to the corresponding server according to the server identifier, and the server is configured to generate and send an agreement signal or a disagreement signal to the bargaining module, so as to agree or disagree with the transaction request of the client. Therefore, the effect of providing the mutual bargaining of the consumers and takeaway to achieve win-win is achieved.

In some embodiments, the server is configured to generate and send a price adjustment request to the price negotiation module, the price negotiation module is configured to send the price adjustment request to the client, and the client is configured to generate and send a consent signal or a disagreement signal to the price negotiation module to agree or disagree with the price adjustment request.

In some embodiments, the bargaining module is configured to record a number of bargaining times between the client and the same server, and the number of bargaining times cannot exceed a threshold value for the same service request signal of the client.

In some embodiments, the navigation module is configured to calculate a meal delivery time according to the meal taking mileage and the meal delivery mileage, and the outgoing service list further has the meal delivery time of the at least one service end.

In some embodiments, when the task requirements in the service demand signal are multiple, the task requirements respectively have a task code, the order receiving signal generated by the at least one service end has at least one task code, the navigation module is configured to calculate and obtain the meal taking mileage and the meal delivery mileage according to the service end coordinates of the at least one service end, the client coordinates, and the task coordinates corresponding to the task requirements of the at least one task code, the management platform is configured to generate a delivery cost of the at least one service end according to the meal taking mileage and the meal delivery mileage, and the management platform is configured to generate the outgoing service list according to the service end identifier of the at least one service end, the delivery cost, and the task code of the selected at least one task requirement. Therefore, the delivery service matching system can allow the consumer to issue a plurality of task requirements at the same time, and the task requirements can be matched with the same taker or different takers for delivery service without being issued independently for a plurality of times, so that the delivery service matching system has the effect of improving the operation convenience of the consumer.

In some embodiments, the management platform is configured to send at least one advertisement message to the plurality of servers, and either server is configured to generate and send a trigger to the management platform for viewing the at least one advertisement message, and the management platform is configured to give a discount offer for deducting the payoff amount according to the number of times the server views the at least one advertisement message. Therefore, the method has the effects of improving the awareness of advertisers and providing the business income of takeaway.

In some embodiments, the outgoing service matching system further includes a second server, the second server is coupled to the management platform, the second server is configured to record the number of times that each of the service ends exchanges batteries at a battery exchange center, and count a battery exchange fee, the management platform is configured to obtain the battery exchange fee of each of the service ends from the second server, record the corresponding payouts in the database module, and the fund flow module is configured to dial the payouts of the service ends from the payouts and pay the payouts to the taxi center to which the first server belongs, and pay the payouts to the battery exchange center to which the second server belongs. Therefore, the charge of the battery exchange of the takeout staff can be paid by the delivery charge collected after the completion of the delivery service work, and the effect of further reducing the threshold for entering the delivery service work is achieved.

The invention relates to an outgoing service matching system with a function of renting and sharing a transportation means, which has the following characteristics: a takeout without a vehicle can be provided to connect to the management platform through the service end so as to rent the vehicle to the vehicle renting center through the management platform for carrying out delivery service; the management platform can assist the consumer to issue task requirements through the client, assist the takeaway with proper matching, and dial the lease fees paid to the taxi center from the income money of the takeaway through the fund flow module. Therefore, the sending service matching system with the function of renting the shared transportation means can achieve the effect of reducing the threshold of entering the door when the sending service is added.

Drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings required for the description of the embodiments will be briefly described below, and it is apparent that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to these drawings without any invasive effort for a person skilled in the art.

FIG. 1 is a block diagram of an embodiment of an outbound service media system with shared vehicle leasing functionality.

Description of main reference numerals:

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

Detailed Description

The following detailed description of embodiments of the invention is provided in conjunction with the accompanying drawings, which are mainly simplified schematic diagrams illustrating the basic structure of the invention by way of illustration only, and thus only the elements relevant to the invention are labeled in the drawings, and the elements shown are not drawn in the number, shape, size ratio, etc. of the embodiments, and the dimensions of the embodiments are merely optional designs, and the layout of the elements may be more complex.

The following description of the embodiments refers to the accompanying drawings, which illustrate specific embodiments in which the invention may be practiced. In the description, unless explicitly described to the contrary, the word "comprising" will be understood to mean the inclusion of the stated component but not the exclusion of any other component.

Referring to fig. 1, an embodiment of an outbound service matching system with a function of renting a shared vehicle according to the present invention includes: the system comprises a first server 1, a plurality of servers 2, at least one client 3 and a management platform 4, wherein the first server 1, the plurality of servers 2 and the client 3 are respectively coupled with the management platform 4.

In this embodiment, the first server 1 may be a cloud server, and the first server 1 has a car payment information, where the car payment information includes data of a plurality of transportation means provided by a car rental center and a rental fee. For example, but not by way of limitation, the vehicle may be a general automobile or electric vehicle, etc.

The plurality of service terminals 2 are respectively used for generating a vehicle renting requirement so as to rent vehicles to the vehicle renting center through the management platform 4. Each server 2 has a first positioning device 21, where the first positioning device 21 is configured to generate a server coordinate, in this embodiment, each server 2 may be a device such as a smart phone or a tablet computer, and the first positioning device 21 may be a global positioning system, but is not limited thereto.

The at least one client 3 has a second positioning device 31, the second positioning device 31 being adapted to generate a client coordinate. The client 3 is configured to generate a service request signal, where the service request signal includes a client identifier, the client coordinates, and at least one task request and corresponding task coordinates. In this embodiment, the client 3 may be a smart phone or a tablet computer, and the second positioning device 31 may be a global positioning system, but is not limited thereto.

In this embodiment, the management platform 4 may be a cloud server, and the management platform 4 is coupled to the first server 1, the plurality of servers 2 and the at least one client 3, and has a database module 41, a fund flow module 42 and a navigation module 43. The database module 41 is configured to record a plurality of service identifiers, and an outgoing payment and an incoming payment corresponding to each of the service identifiers, where the plurality of service identifiers are respectively used to represent the plurality of service ends 2.

The fund flow module 42 is used for paying the lease fee to be paid to the first server 1 by each of the plurality of servers 2 and collecting the distribution fee to be paid to any one of the servers 2 by the client 3. Specifically, the funds flow module 42 may be coupled to a network bank and pay the lease fee and collect the distribution fee by online transfer, and preferably, the funds flow module 42 may collect the amount of money required to perform the at least one task request and pay the corresponding merchant.

After receiving the car renting request from any service end 2, the management platform 4 obtains the car payment information and sends the car payment information to the service end 2, so that a takeout person to which the service end 2 belongs can generate a selection instruction through the service end 2 to select a proper car payment of the transportation means. The management platform 4 receives the selection instruction returned by the server end 2, and sends a lease signal containing the selection instruction to the first server 1, so that the first server 1 obtains and sends corresponding lease fees to the management platform 4 according to the selection instruction. The management platform 4 records the lease fee in the database module 41 corresponding to the payment of the service identifier of the service 2, so as to complete the taxi request of the takeout member to which the service 2 belongs.

The management platform 4 receives the service demand signal from the client 3, and provides the client coordinates in the service demand signal, the at least one task request and the corresponding task coordinates to takers belonging to the plurality of servers 2 for checking and determining whether to accept orders. For example, the management platform 4 may send the client coordinates, the at least one task request and the corresponding task coordinates to the plurality of servers 2; alternatively, the plurality of servers 2 may be respectively connected to the management platform 4 to view the client coordinates of the client 3 and the at least one task requirement and the corresponding task coordinates.

Wherein at least one server 2 generates and transmits a receipt signal to the management platform 4, the receipt signal including a server identifier and a server coordinate corresponding to the server 2. The server 2 generating the order receiving signal means that a takeout person to which the server 2 belongs has a wish to accept the task requirement issued by the client 3.

The navigation module 43 of the management platform 4 calculates and obtains a meal mileage and a meal delivery mileage according to 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. The management platform 4 generates a delivery cost according to the meal taking mileage and the meal delivery mileage. The management platform 4 generates an outgoing service list, which includes the service identifier and the delivery cost of the at least one service 2 for the consumer to view and select. Preferably, the navigation module 43 can calculate a meal delivery time according to the meal taking mileage and the meal delivery mileage, so that the delivery service list can also have the meal delivery time of the at least one service end 2.

In this embodiment, the meal taking mileage refers to a sum of distances between the server-side coordinates and the task coordinates of the at least one task requirement; the meal delivery mileage refers to the distance between the server-side coordinates and the client-side coordinates, but is not limited thereto.

The client 3 generates and transmits a selection instruction to the management platform 4 according to the outgoing service list, so that the management platform 4 matches a corresponding service end 2 according to the selection instruction. The calculation formula of the delivery cost belongs to conventional knowledge in the related field of the invention, and a person skilled in the art can respectively adjust the delivery amount corresponding to the meal taking mileage and the meal delivery mileage according to the requirement of the person so as to calculate the delivery cost.

After the server 2 completes the task request 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 fund flow module 42 obtains the delivery fee from the client 3 and uses the delivery fee as the income of the server 2. The fund flow module 42 withdraws the payouts of the service end 2 from the incomes and pays the payouts to the taxi center to which the first server 1 belongs as a lease fee for the takeout to which the service end 2 belongs to lease vehicles.

In the present invention, the management platform 4 may further have a bargaining module 44, and the consumer to which the client 3 belongs may bargaining with the takeout staff to which the at least one server 2 belongs through the bargaining module 44. Specifically, the client 3 may be configured to generate a transaction request and instruct one of the servers 2 in the outbound service list to conduct a bargaining, so as to generate and send a transaction negotiation command to the bargaining module 44, where the transaction negotiation command includes the transaction request and a server identifier of the server 2. The bargained module 44 then sends the transaction request to the corresponding server 2 according to the server identifier, and the server 2 may generate and send a consent signal or a disagreement signal to the bargained module 44 to agree or disagree with the transaction request of the consumer to whom the client 3 belongs. In this embodiment, the transaction request may be to shorten the meal delivery time.

Preferably, the server 2 may be further configured 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, where the price adjustment request may be a request to increase the distribution cost. The client 3 may generate and send an approval signal or a disapproval signal to the bargaining module 44 to approve or disapproval the price adjustment request of the takeout member to which the server 2 belongs.

Furthermore, the client 3 and the server 2 can also mutually change the transaction request and the price adjustment request to mutually negotiate price. The bargaining module 44 is configured to record the number of bargaining times between the client 3 and the same server 2, and the number of bargaining times cannot exceed a threshold value for the same service request signal of the client 3, and in this embodiment, the threshold value may be three times, but is not limited to this.

It should be noted that, when the task requirements in the service demand signal generated by the client 3 are plural, the plural task requirements may be received by the same takeout or by plural takeouts together. Specifically, the plurality of task requirements each have a task code, which has uniqueness. The order receiving signal generated by the at least one server 2 may also have at least one task code therein, that is, the takeout member to which the server 2 belongs is willing to accept the task requirement corresponding to the task code.

The navigation module 43 calculates and obtains the meal taking 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 the at least one task code. The management platform 4 generates a delivery fee of the at least one server 2 according to the meal taking mileage and the meal delivery mileage. The management platform 4 can generate the delivery service list according to the service identifier, the delivery cost of the at least one service 2 and the task code of the selected at least one task requirement, so as to be checked and selected by the consumer to which the client 3 belongs.

For example, when two task demands are issued by the consumer to which the client 3 belongs, and one task demand is received by the taker to which the server 2 belongs, and another task demand is received by the taker to which the other server 2 belongs, the management platform 4 can calculate the meal mileage, the meal delivery mileage and the distribution cost of the server 2 relative to the task demand, and calculate the meal mileage, the meal delivery mileage and the distribution cost of the other server 2 relative to the other task demand.

In the embodiment of the present invention, a second server 5 may be further provided and 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 number of times of exchanging batteries of each of the service ends 2 in a battery exchange center and count a battery exchange cost; in another embodiment, the second server 5 may record the fueling rate of each service end 2 at a fueling station. Taking the second server 5 counting the battery exchange fee as an example, the management platform 4 may obtain the battery exchange fee of each server 2 from the second server 5, record the corresponding payment in the database module 41, and the fund flow module 42 dials the payment of the server 2 from the income payment, pays the payment to the taxi center to which the first server 1 belongs, pays the payment to the battery exchange center to which the second server 5 belongs, and serves as the lease fee of the takeout to rent the vehicle to which the server 2 belongs and the battery exchange fee of the battery of the vehicle.

In the embodiment of the present invention, the management platform 4 may send at least one advertisement message to the plurality of servers 2, and a taker to whom each of the servers 2 belongs may generate and send a trigger command to the management platform 4 through the server 2 to view the at least one advertisement message. The management platform 4 may give a discount offer according to the number of times the at least one advertisement message is watched by each server 2, and the discount offer may be used to deduct the payout money. The ratio of the number of times the advertisement information is watched to the discount offer may be adjusted by those skilled in the art according to the requirement, for example, but not limited to, 5 times the advertisement information is watched to obtain a 10-membered discount offer.

In view of the above, the delivery service matching system with the function of renting and sharing vehicles disclosed in the embodiments of the present invention may provide a delivery service that a taker without a vehicle connects to the management platform through the service end to rent the vehicle to the vehicle renting center through the management platform for delivery service; the management platform can assist the consumer to issue task requirements through the client, assist the takeout personnel with proper matching, and dial the lease fees paid to the lease center from the income money of the takeout personnel through the fund flow module. Thus, the delivery service matching system with the function of renting the shared transportation means disclosed by the embodiment of the invention can achieve the effect of reducing the threshold for joining the working of the delivery service.

The foregoing description of the disclosed embodiments is merely exemplary in nature and operation of the present invention and is not intended to limit the scope of the invention, as it is intended to cover all modifications and variations of this invention without departing from the spirit and scope of the invention. Any equivalent changes and modifications that can be made by the present disclosure are intended to be covered by the present patent application.

Claims

1. An outbound service intermediation system with a lease sharing vehicle function, comprising:

the first server is provided with car money information, wherein the car money information comprises information of a plurality of rented vehicles provided by a car renting center and renting fees;

the system comprises a plurality of service terminals, a plurality of service terminals and a plurality of control units, wherein the service terminals are respectively used for generating a taxi demand, and each service terminal is provided with first positioning equipment for generating a service terminal coordinate;

at least one client having a second positioning device for generating a client coordinate, the client being configured to generate a service request signal, the service request signal comprising a client identifier, the client coordinate, and at least one task request and corresponding task coordinate; and

A management platform coupled to the first server, the plurality of servers and the at least one client, the management platform having a database module, a fund flow module and a navigation module, the database module being configured to record a plurality of server identifiers representing the plurality of servers, and a payout and a revenue corresponding to each of the server identifiers, the fund flow module being configured to pay the lease fee for each of the servers to be paid to the first server, and collect a delivery fee for the client to be paid to any of the servers, the management platform being configured to receive the lease signal from any of the servers, obtain the car payment information and send the car payment information to the server, the server being configured to generate and send a selection command to the management platform, the management platform being configured to send a lease signal including the selection command to the first server, the first server being further configured to obtain and send the corresponding lease fee to the management platform according to the selection command, the lease fee to the management platform, the management platform being further configured to record the lease fee for the lease data corresponding to the service request to the client and the at least one of the client to receive the lease signal from the at least one of the client, the coordinate signal being configured to determine whether the lease signal is received by the coordinate signal from the at least one of the client and the client is received from the coordinate signal and the coordinate signal is provided to the management platform, wherein the coordinate signal is used to at least one of the coordinate signal is received for receiving the client, the management platform is further used for generating an outgoing service list comprising the service end identifier of the at least one service end and the delivery cost according to the meal taking mileage and the meal delivery mileage, the client is further used for generating and sending a selection instruction to the management platform according to the outgoing service list, the management platform is matched with a corresponding service end according to the selection instruction, the fund flow module is used for acquiring the delivery cost by the client and serving as the income of the service end after the management platform obtains a finishing signal by the service end, and the fund flow module is further used for picking up the expenditure of the service end from the income and paying the taxi center to which the first server belongs.

2. The system of claim 1, wherein the management platform further comprises a bargaining module for generating a transaction request and assigning one of the clients in the list of the sending services to bargaining, so as to generate and send a transaction bargaining instruction to the bargaining module, the transaction bargaining instruction comprising the transaction request and the server identifier of the server, the bargaining module being for sending the transaction request to the corresponding server according to the server identifier, the server being for generating and sending an approval signal or a disapproval signal to the bargaining module to approve or disapproval the transaction request of the client.

3. The system of claim 2, wherein the server is configured to generate and send a price adjustment request to the price negotiation module, the price negotiation module is configured to send the price adjustment request to the client, and the client is configured to generate and send an agreement signal or a disagreement signal to the price negotiation module to agree or disagree with the price adjustment request.

4. The system of claim 3, wherein the bargaining module is configured to record a number of bargaining times between the client and the same server, and the number of bargaining times cannot exceed a threshold value for the same service request signal of the client.

5. The matching system of claim 1, wherein the navigation module is configured to calculate a meal delivery time according to the meal taking mileage and the meal delivery mileage, and the list of the service delivery list further has the meal delivery time of the at least one service end.

6. The matching system of claim 1, wherein when the task requirements in the service demand signal are plural, the task requirements have a task code, the order receiving signal generated by the at least one service end has at least one task code, the navigation module is configured to calculate and obtain the meal taking mileage and the meal delivering mileage according to the service end coordinates of the at least one service end, the client coordinates, and the task coordinates corresponding to the task requirements of the at least one task code, the management platform is configured to generate a delivery cost of the at least one service end according to the meal taking mileage and the meal delivering mileage, and the management platform is configured to generate the delivery service list according to the service end identifier of the at least one service end, the delivery cost, and the task codes of the selected at least one task requirement.

7. The system of claim 1, wherein the management platform is configured to send at least one advertisement message to the plurality of servers, wherein any server is configured to generate and send a trigger command to the management platform for viewing the at least one advertisement message, and wherein the management platform is configured to give a discount offer for deducting the payoff amount according to the number of times the server views the at least one advertisement message.

8. The matching system according to any one of claims 1-7, further comprising a second server coupled to the management platform, the second server being configured to record a number of times each of the service ends exchanges the battery in a battery exchange center and count a battery exchange fee, the management platform being configured to obtain the battery exchange fee of each of the service ends from the second server and record the corresponding payouts in the database module, the fund flow module being configured to dial the payouts of the service ends from the payouts and pay the payouts to the taxi center to which the first server belongs, and pay the payouts to the battery exchange center to which the second server belongs.