CN113496369A

CN113496369A - Method, device and system for quotation of transportation service and storage medium

Info

Publication number: CN113496369A
Application number: CN202010203861.5A
Authority: CN
Inventors: 刘贵新
Original assignee: Guizhou Tongla Logistics Technology Co ltd
Current assignee: Guizhou Tongla Logistics Technology Co ltd
Priority date: 2020-03-21
Filing date: 2020-03-21
Publication date: 2021-10-12

Abstract

A method, apparatus, system and storage medium for offering a transportation service are provided. The quotation method comprises the following steps: receiving unit quoted prices uploaded by a carrier end; acquiring an initial position and an arrival position uploaded by a service demand end and the current position of a carrier end; determining an empty-driving quotation according to the starting position, the current position of the carrier end and the empty-driving unit quotation; determining a transportation offer according to the starting position, the arrival position and the transportation unit offer; and displaying the empty running quotation and the transportation quotation to the service demand end. The unit price of the empty driving mileage is set by the carrier when the quotation is preset, and after the transportation service occurs, the empty driving price and the actual transportation price are used as the total price of the service to settle, so that the problems that the transaction is not fair and the loss is possibly caused due to the extra increase of the transportation cost in the service providing process of the carrier are effectively solved.

Description

Method, device and system for quotation of transportation service and storage medium

Technical Field

The invention relates to the technical field of transportation services, in particular to a method, a device and a system for quotation of transportation services and a storage medium.

Background

In the existing transportation service field, a carrier usually presets quotations in a trading system in advance, when a service demander has a service demand, the service demand is uploaded in the trading system, then the trading system displays the quotations preset by the carrier to the service demander, and the service demander clicks to agree to a deal if the service demander approves the quotations.

However, the above quotation and transaction mode are not fair for the carrier, because the carrier usually only presets quotations for the starting position and the arriving position of the service demand when presetting the quotation, and if the carrier is far away from the starting position of the service demand when the service demander needs the service, the carrier needs to go to the starting position of the service demand to provide the service, so that the transportation cost of the carrier is increased virtually additionally, and loss may be generated in many cases. On the other hand, because the carrier is a passive transaction, when the service demander selects to determine the transaction, the carrier does not know how far away from the service starting point, so that even after the transaction is successful, when the carrier finds that the service starting point is too far away, the extra transportation cost is paid excessively, and the situation that the carrier possibly damages occurs.

Disclosure of Invention

The invention provides a method, a device, a system and a storage medium for quotation of transportation service, aiming at solving the problems that the transportation cost is possibly additionally increased to cause unfair transaction and possible loss in the process of providing the transportation service by a carrier.

The invention is realized in such a way that a quotation method of transportation service is provided, and the quotation method comprises the following steps:

receiving unit quotes uploaded by a carrier, wherein the unit quotes comprise transportation unit quotes and empty unit quotes;

acquiring an initial position and an arrival position uploaded by a service demand end and the current position of a carrier end;

determining an empty-driving quotation according to the starting position, the current position of the carrier end and the empty-driving unit quotation;

determining a transportation offer according to the starting position, the arrival position and the transportation unit offer;

and displaying the empty running quotation and the transportation quotation to the service demand end.

Further, the unit price quoted is quoted in units of mileage.

Further, the display is the sum of the empty driving quote and the transportation quote.

Further, after the step of displaying the empty driving quotation and the transportation quotation to the service demand side, the method further comprises the following steps:

receiving confirmation transaction information of the service demand side;

and generating a delivery bill by the sum of the empty driving quotation and the transportation quotation and the service demand end.

Furthermore, the present invention provides a computer-readable storage medium, characterized in that the computer-readable storage medium has stored thereon a quotation program for a transportation service, which when executed by a processor implements the steps of the method for quotation for a transportation service as described in any one of the above.

In addition, the present invention provides a quotation apparatus for transportation services, comprising:

the first unit quotation receiving unit is used for receiving unit quotations uploaded by a carrier end, and the unit quotations comprise transportation unit quotations and empty driving unit quotations;

the first position acquisition unit is used for acquiring the initial position and the arrival position uploaded by the service demand end and the current position of the carrier end;

the first empty-driving quotation determining unit is used for determining empty-driving quotation according to the starting position, the current position of the carrier end and the empty-driving unit quotation;

a first transportation offer determination unit for determining a transportation offer according to the starting position and the arrival position and the transportation unit offer;

and the first display unit is used for displaying the empty driving quotation and the transportation quotation to the service demand end.

Further, the unit price quoted is quoted in units of mileage.

Further, the quotation device further comprises:

the first confirmation transaction information receiving unit is used for receiving the confirmation transaction information of the service demand end;

and the first transaction unit is used for generating a transaction order by the sum of the empty running quotation and the transportation quotation and the service demand end.

In addition, the present invention provides a quotation system for transportation services, comprising:

a management platform; and

at least one carrier end and at least one service demand end which are respectively in communication connection with the management platform; wherein

The carrier end is used for uploading unit quotations, wherein the unit quotations comprise transportation unit quotations and empty unit quotations, and the current position is uploaded;

the service demand end is used for uploading a demand starting position and an arrival position and receiving the display of the empty running quotation and the transportation quotation by the management platform;

the management platform is used for receiving unit quotations uploaded by the carrier end, wherein the unit quotations comprise transportation unit quotations and empty driving unit quotations; acquiring an initial position and an arrival position uploaded by a service demand end and a current position of a carrier end; determining an empty-driving quotation according to the starting position, the current position of the carrier end and the empty-driving unit quotation; determining a transportation offer according to the starting position, the arrival position and the transportation unit offer; and displaying the empty running quotation and the transportation quotation to the service demand end.

Further, the unit price quoted is quoted in units of mileage.

Further, the carrier end is also used for dealing with the service demand end; the service demand end is also used for uploading confirmed transaction information to be in transaction with the carrier end; the management platform is also used for receiving the confirmation transaction information of the service demand end; and generating a delivery bill by the sum of the empty driving quotation and the transportation quotation and the service demand end.

In addition, in a bidding transportation transaction scenario, a plurality of carriers preset quotations in the transaction management platform system at the same time, and each carrier usually only presets quotations for an actual transportation part, so that when a service of a service demand end occurs, some carriers are closer to a service starting point, and some carriers are farther from the service starting point, so that carriers farther from the service starting point obviously need to pay more empty driving costs, that is, a plurality of carriers do not compete fairly at the same starting point, and thus, for some carriers farther from the service starting point, the bidding transportation transaction scenario is not fair.

In view of the above problems, the present invention also provides a quotation method for a transportation transaction platform, which comprises the following steps:

unit quotes uploaded by a plurality of carriers are received respectively, and the unit quotes comprise transportation unit quotes and empty running unit quotes;

acquiring a starting position and an arrival position uploaded by a service demand end and the current positions of a plurality of carriers;

respectively determining the empty driving quotations of the plurality of carriers according to the initial positions, the current positions of the plurality of carriers and the empty driving unit quotations of the plurality of carriers;

respectively determining the transportation quotations of the plurality of carriers according to the starting position, the arrival position and the quotations of the transportation units of the plurality of carriers;

and displaying the empty driving quotations and the transportation quotations of the plurality of carriers to the service demand side.

Further, the unit price quoted is quoted in units of mileage.

Further, the presentation is a ranking presentation.

Further, after the step of displaying the empty driving quotations and the transportation quotations of the plurality of carriers to the service demander, the method further comprises the following steps:

receiving confirmation transaction information of the service demand side;

and generating a delivery order with the service demand end by the sum of the empty driving quotation and the transportation quotation of the confirmed delivery carrier end.

In addition, the present invention also provides a computer-readable storage medium, characterized in that the computer-readable storage medium stores thereon an offer program of a transportation trading platform, which, when executed by a processor, implements the steps of the offer method of the transportation trading platform according to any one of claims 14 to 17.

In addition, the invention also provides a quotation device of the transportation transaction platform, which comprises:

the second unit quotation receiving unit is used for respectively receiving unit quotations uploaded by a plurality of carriers, and the unit quotations comprise transportation unit quotations and empty driving unit quotations;

the second position acquisition unit is used for acquiring the initial position and the arrival position uploaded by the service demand end and the current positions of the plurality of carriers;

the second empty-driving quotation determining unit is used for respectively determining the empty-driving quotations of the plurality of carriers according to the starting position, the current positions of the plurality of carriers and the empty-driving unit quotations of the plurality of carriers;

the second transportation quotation determining unit is used for respectively determining the transportation quotations of the plurality of carriers according to the starting position, the arriving position and the quotations of the transportation units of the plurality of carriers;

and the second display unit is used for displaying the empty driving quotations and the transportation quotations of the plurality of carriers to the service demand side.

Further, the unit price quoted is quoted in units of mileage.

Further, the presentation is a ranking presentation.

the second confirmation transaction information receiving unit is used for receiving the confirmation transaction information of the service demand end;

and the second transaction unit is used for generating a transaction order by the sum of the empty driving quotation and the transportation quotation of the confirmed transaction carrier and the service demand side.

In addition, the invention also provides a quotation system of the transportation transaction platform, which comprises:

a management platform; and

The carrier end is used for uploading unit quotations, the unit quotations comprise transportation unit quotations and empty unit quotations, and the current position information is uploaded;

the service demand end is used for uploading a demand starting position and an arrival position and receiving the display of the empty driving quotations and the transportation quotations of the plurality of carriers by the management platform;

the management platform is used for respectively receiving unit quotations uploaded by a plurality of carriers, and the unit quotations comprise transportation unit quotations and empty running unit quotations; acquiring a starting position and an arrival position uploaded by a service demand end and the current positions of a plurality of carriers; respectively determining the empty driving quotations of the plurality of carriers according to the initial positions, the current positions of the plurality of carriers and the empty driving unit quotations of the plurality of carriers; respectively determining the transportation quotations of the plurality of carriers according to the starting position, the arrival position and the quotations of the transportation units of the plurality of carriers; and displaying the empty driving quotations and the transportation quotations of the plurality of carriers to the service demand side.

Further, the unit price quoted is quoted in units of mileage.

Further, the presentation is a ranking presentation.

Further, the carrier end is also used for dealing with the service demand end; the service demand end is also used for uploading confirmed transaction information to perform transaction with the determined carrier end; the management platform is also used for receiving the confirmation transaction information of the service demand end; and generating a delivery order with the service demand end by the sum of the empty driving quotation and the transportation quotation of the confirmed delivery carrier end.

The invention has the advantages that the unit price of the empty driving mileage is set by the carrier when the quotation is preset, and the empty driving price and the actual transportation price are taken as the total price of the service to be settled after the transportation service occurs, thereby effectively avoiding the problem that the loss is possibly caused by additionally increasing the transportation cost in the process of providing the service by the carrier, and better avoiding the problem that the carrier end is possibly damaged.

Drawings

Fig. 1 is a flow chart illustrating a method for offering a transportation service according to an embodiment of the present invention;

FIG. 2 is a flow chart of a method for offering transportation services according to a second embodiment of the present invention;

FIG. 3 is a schematic diagram of a quotation device module of a transportation service according to a third embodiment of the invention;

FIG. 4 is a schematic diagram of a quotation device module of a transportation service according to a fourth embodiment of the invention;

fig. 5 is a schematic diagram of an architecture of a quotation system of a transportation service according to a fifth embodiment of the present invention;

FIG. 6 is a flow chart of an offer method of a transportation transaction platform according to a sixth embodiment of the present invention;

fig. 7 is a schematic flow chart of an offer method of a transportation transaction platform according to a seventh embodiment of the present invention;

FIG. 8 is a schematic diagram of an quotation device module of a transportation transaction platform according to an eighth embodiment of the present invention;

FIG. 9 is a block diagram of an exemplary quote unit module of the transportation trading platform;

fig. 10 is a schematic diagram of an architecture of an offer system of a transportation transaction platform according to a tenth embodiment of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention; meanwhile, for convenience of simplicity and conciseness of description, the following embodiments merely illustrate portions related to the embodiments of the present invention.

Example one

Fig. 1 is a schematic flow chart illustrating a method for offering a transportation service according to an embodiment of the present invention.

In the application, the quotation method of the transportation service is most commonly applied to a transaction management platform system, and when the quotation method of the transportation service is applied to the transaction management platform system, the quotation method of the transportation service can be a background server which is in data communication connection with a carrying end and a service demand end respectively.

In embodiments of the present invention, the network may be a LAN (local area network), WAN (wide area network), wireless network, peer-to-peer network, star network, token ring network, hub network, or other configuration, without limiting the present invention.

The background server may be a remote Web server. The data storage and processing system can be one server, can also be a server group consisting of a plurality of servers, or can be a cloud computing service center, and can be used for storing and processing data.

The terminals such as the carrier terminal and the service demand terminal can be user terminals such as a smart phone, a tablet computer, a computer and a server.

In the above application, the transaction management platform system can be used by both the carrier and the service demander. And the quotation person registers a corresponding user type account according to the identity of the quotation person, and enters the transaction management platform system by inputting the account and the password in the APP or webpage end of the transaction management platform system. The carrier becomes a carrier after logging in, and the service demander becomes a service demander after logging in.

In the transaction management platform system, each user type has a corresponding use function and authority, for example: the carrier end is used for uploading unit quotations, wherein the unit quotations comprise transportation unit quotations and empty unit quotations, and the current position is uploaded; and the service demand end is used for uploading a demand starting position and an arrival position, receiving the display of the empty running quotation and the transportation quotation by the management platform and the like.

The patent application of the invention is most commonly applied to the fields of passenger transport and freight transport, when the application is applied to the field of passenger transport, a service demander usually refers to a passenger, and a carrier usually refers to a taxi driver or a net taxi appointment driver; when applied to the field of logistics transportation, the service demander is usually referred to as a shipper, and the carrier is usually referred to as a logistics carrier or a truck driver.

The quotation method comprises the following steps:

and step F10, unit quotes uploaded by the carrier are received, wherein the unit quotes comprise transportation unit quotes and empty unit quotes.

Before the transportation service is not started, the carrier usually uploads unit quotes to the background server in advance, and after the carrier uploads the unit quotes, the background server can receive the unit quotes uploaded by the carrier, wherein the unit quotes comprise the transportation unit quotes and the empty unit quotes.

A transportation unit quote refers to a transportation unit quote from the origin of the service to the arrival of the service; the price of the empty driving unit refers to the price of the empty driving unit between the current position of the carrier when receiving the order of the transportation service and the position of the service starting point.

The unit price quote is quote in units of mileage, such as how many units per kilometer.

And step F20, acquiring the initial position and the arrival position uploaded by the service demand side and the current position of the carrier side.

When the service demand end needs to provide transportation service, the initial position and the arrival position of the service demand are uploaded to the corresponding end, after the initial position and the arrival position of the service demand are uploaded to the service demand end, the background server can acquire the initial position and the arrival position uploaded by the service demand end, and when the initial position and the arrival position of the service demand are uploaded to the service demand end, the background server simultaneously acquires the current position of the carrying end.

Such as: the service starting position uploaded by the service demand end is A, the arrival position is B, and the current position of the carrier end is C.

And step F30, determining the empty driving quotation according to the starting position, the current position of the carrier and the empty driving unit quotation.

After the service demand end uploads the initial position and the arrival position of the service and the background server simultaneously acquires the current position of the carrier end, the distance from the position of the service initial point to the current position of the carrier end is multiplied by the idle running unit price to obtain the idle running quotation.

Such as: the service starting position uploaded by the service demand end is A, the arrival position is B, the current position of the carrying end is C, the distance from the point A to the point C is 5 kilometers, the empty driving unit price set by the carrying end is 2 yuan per kilometer, and then the empty driving quotation is as follows: 5 km x2 elements per km =10 elements.

Step F40, determining a transportation offer based on the starting location and the arrival location and the transportation unit offer.

And after the service demand end uploads the initial position and the arrival position of the service, multiplying the distance from the initial point to the arrival point of the service by the transportation unit price to obtain the transportation quotation.

Such as: the service starting position uploaded by the service demand end is A, the arrival position is B, the distance from the point A to the point B is 20 kilometers, the transportation unit price set by the carrier end is 3 yuan per kilometer, and the transportation quotation is as follows: 20 km x3 elements per km =60 elements.

And step F50, displaying the empty running quotation and the transportation quotation to the service demand side.

When the background server obtains the empty running quotation and the transportation quotation, the two quotations are displayed to the service demand side, and the display method can be used for displaying the two quotations separately or displaying the sum of the two quotations, such as: empty offer 10 + transport offer 60 = 70.

Further, the unit price quoted is quoted in units of mileage.

The quote in miles refers to how many units per kilometer.

Example two

Please refer to fig. 2, which is a flowchart illustrating a method for offering a transportation service according to a second embodiment of the present invention.

According to a first embodiment, after the step of presenting the empty running quotation and the transportation quotation to the service demander, the method further comprises the following steps:

step F60, receiving the acknowledgement information of the service requirement end.

After the background server displays the empty driving quotation and the transportation quotation of the carrier end to the service demand end, the service demand end clicks the confirmed transaction if the quotation is approved, and after the service demand end clicks the confirmed transaction, the background server can receive the confirmed transaction information of the service demand end.

And step F70, generating a delivery bill by the sum of the empty driving quotation and the transportation quotation and the service demand side.

And when the background server receives the confirmation transaction information of the service demand end, generating a transaction order by the sum of the empty driving quotation and the transportation quotation reported by the carrier end and the service demand end.

EXAMPLE III

Please refer to fig. 3, which is a block diagram of a quotation device for transportation services according to a third embodiment of the present invention.

In the application, the quotation device of the transportation service is most commonly applied to a transaction management platform system, and when the quotation device of the transportation service is applied to the transaction management platform system, the quotation device of the transportation service can be a background server during specific use, and the background server is in data communication connection with a carrying end and a service demand end respectively.

Specifically, in the present application, the apparatus includes:

and the first unit quotation receiving unit Z10 is used for receiving unit quotations uploaded by the carriers, wherein the unit quotations comprise transportation unit quotations and empty driving unit quotations.

Before the transportation service is not started, the carrier usually uploads unit quotes to the background server in advance, and after the carrier uploads the unit quotes, the background server can receive the unit quotes uploaded by the carrier through the first unit quote receiving unit Z10, wherein the unit quotes comprise the transportation unit quotes and the empty unit quotes.

And a first position acquisition unit Z20, configured to acquire the start position and the arrival position uploaded by the service demander and the current position of the carrier.

When the service demand end needs to provide transportation service, the initial position and the arrival position of the service demand are uploaded to the corresponding end, after the initial position and the arrival position of the service demand are uploaded to the service demand end, the background server can acquire the initial position and the arrival position uploaded to the service demand end through the first position acquisition unit Z20, and when the initial position and the arrival position of the service demand are uploaded to the service demand end, the background server simultaneously acquires the current position of the carrier end.

And the first empty running quotation determining unit Z30 is used for determining the empty running quotation according to the starting position, the current position of the carrier end and the empty running unit quotation.

After the service demand end uploads the initial position and the arrival position of the service and the background server simultaneously acquires the current position of the carrier end, the first empty-driving quotation determining unit Z30 multiplies the distance from the position of the service initial point to the current position of the carrier end by the empty-driving unit price to obtain the empty-driving quotation.

A first transportation offer determination unit Z40 for determining a transportation offer based on the starting location and the arrival location and the transportation unit offer.

After the service demander uploads the starting position and the arrival position of the service, the first transportation quotation determination unit Z40 multiplies the distance from the starting point to the arrival point of the service by the transportation unit price to obtain the transportation quotation.

A first display unit Z50, configured to display the empty running quotation and the transportation quotation to the service demander.

When the background server obtains the empty driving quotation and the transportation quotation, the two quotations are displayed to the service demand side through the first display unit Z50, and the display method can display the two quotations separately or display the sum of the two quotations, such as: empty offer 10 + transport offer 60 = 70.

Further, the unit price quoted is quoted in units of mileage.

The quote in miles refers to how many units per kilometer.

Example four

Please refer to fig. 4, which is a block diagram of a quotation device for transportation services according to a fourth embodiment of the present invention.

Based on the third embodiment, the patent embodiment of the present invention further includes:

a first acknowledgement information receiving unit Z60, configured to receive the acknowledgement information of the service demander.

After the background server displays the empty driving quotation and the transportation quotation of the carrier end to the service demand end, the service demand end clicks the confirmed transaction if the quotation is approved, and after the service demand end clicks the confirmed transaction, the background server can receive the confirmed transaction information of the service demand end through the first confirmed transaction information receiving unit Z60.

And the first traffic unit Z70 is used for generating a traffic order by the sum of the empty driving quotation and the transportation quotation and the service demand side.

When the background server receives the confirmation transaction information of the service demand side, the first transaction unit Z70 is used to generate a transaction order by the sum of the empty driving quotation and the transportation quotation reported by the carrier side and the service demand side.

EXAMPLE five

Please refer to fig. 5, which is a schematic structural diagram of a quotation system for transportation services according to an embodiment of the present invention.

The quotation system of the transportation service comprises a management platform X100, at least one carrier X200 and at least one service demand side X300, wherein the carrier X200 and the service demand side X300 are respectively communicated with the management platform X100 through a wired or wireless network.

The management platform X100 may be a background server, and the background server is in data communication connection with the carrier X200 and the service requirement X300.

In the embodiment of the present invention, the management platform X100 may be a remote Web server, a server group composed of a plurality of servers, or a cloud computing service center, and may store and process data.

The carrier X200 and the service demander X300 may be user terminals such as a smart phone, a tablet computer, a computer, and a server.

In the above application, the carrier and the service demander can use the quotation system of the transportation service. The carriers, the service demanders and the like register corresponding user type accounts according to the identities of the carriers, enter the system through inputting the accounts and passwords into an APP of a quotation system with transportation services or a terminal of a webpage end and communicate with the management platform X100. The carrier becomes a carrier after logging in, and the service demander becomes a service demander X300 after logging in.

It should be noted that, for the sake of simplicity, only one terminal, such as the carrier terminal X200 and the service requirement terminal X300, is shown in the figure, which is not intended to limit the terminals constituting the system, and each terminal may have other different connection modes with the management platform X100.

In the quotation system of the transportation service provided by the invention, each user type has corresponding use function and authority:

the carrier end X200 is used for uploading unit quotations, wherein the unit quotations comprise transportation unit quotations and empty unit quotations, and uploading the current position;

the service demand end X300 is used for uploading a demand starting position and an arrival position and receiving the display of the empty running quotation and the transportation quotation by the management platform X100;

the management platform X100 is used for receiving unit quotations uploaded by the carrier end X200, wherein the unit quotations comprise transportation unit quotations and empty driving unit quotations; acquiring a starting position and an arrival position uploaded by a service demand end X300 and the current position of a carrier end X200; determining an empty-driving quotation according to the starting position, the current position of the carrier end X200 and the empty-driving unit quotation; determining a transportation offer according to the starting position, the arrival position and the transportation unit offer; and displaying the empty running quotation and the transportation quotation to the service demand end X300.

Specifically, in practical application, the following steps are usually performed:

and step F10, receiving unit quotes uploaded by the carrier X200, wherein the unit quotes comprise transportation unit quotes and empty unit quotes.

Before the transportation service is not started, the carrier X200 generally uploads unit quotes to the background server in advance, and after the carrier X200 uploads the unit quotes, the background server can receive the unit quotes uploaded by the carrier X200, wherein the unit quotes comprise the transportation unit quotes and the empty unit quotes.

A transportation unit quote refers to a transportation unit quote from the origin of the service to the arrival of the service; the empty unit price refers to an empty unit price between the current position of the carrier X200 when receiving the offer order for the transportation service and the position of the service starting point.

In step F20, the start position and the arrival position uploaded by the service demander X300 and the current position of the carrier X200 are obtained.

When the service demand end X300 needs to provide transportation service, the start position and the arrival position of the service demand are uploaded from the end to which the service demand end X300 belongs, after the start position and the arrival position of the service demand are uploaded from the service demand end X300, the background server can acquire the start position and the arrival position uploaded from the service demand end X300, and when the start position and the arrival position of the service demand are uploaded from the service demand end X300, the background server simultaneously acquires the current position of the carrier end X200.

Such as: the service starting position uploaded by the service demand end X300 is A, the arrival position is B, and the current position of the carrier end X200 is C.

Step F30, determining an empty offer according to the starting position, the current position of the carrier X200 and the empty offer.

After the service demand end X300 uploads the starting position and the arrival position of the service and the background server simultaneously acquires the current position of the carrier end X200, the distance from the position of the service starting point to the current position of the carrier end X200 is multiplied by the unit price of the empty driving to obtain the empty driving quotation.

Such as: the service starting position uploaded by the service demand end X300 is A, the arrival position is B, the current position of the carrier end X200 is C, the distance from the point A to the point C is 5 kilometers, the empty driving unit price set by the carrier end X200 is 2 yuan per kilometer, and then the empty driving quotation is as follows: 5 km x2 elements per km =10 elements.

After the service demand side X300 uploads the start position and the arrival position of the service, the distance from the start point to the arrival point of the service is multiplied by the transportation unit price to obtain the transportation offer.

Such as: the service starting position uploaded by the service demand end X300 is A, the arrival position is B, the distance from the point A to the point B is 20 kilometers, the transportation unit price set by the carrier end X200 is 3 yuan per kilometer, and the transportation quotation is as follows: 20 km x3 elements per km =60 elements.

Step F50, displaying the empty running quotation and the transportation quotation to the service demand side X300.

When the background server obtains the empty driving quotation and the transportation quotation, the two quotations are displayed to the service demand end X300, and the display method can be used for displaying the two quotations separately or displaying the sum of the two quotations, such as: empty offer 10 + transport offer 60 = 70.

Further, the unit price quoted is quoted in units of mileage.

The quote in miles refers to how many units per kilometer.

EXAMPLE six

Please refer to fig. 5, which is a schematic diagram illustrating an architecture of a quotation system of a transportation transaction platform according to an embodiment of the present invention.

Based on the fifth embodiment, in this embodiment, the carrier is further configured to enter into a deal with the service demand end; the service demand end is also used for uploading confirmed transaction information to be in transaction with the carrier end; the management platform is also used for receiving the confirmation transaction information of the service demand end; and generating a delivery bill by the sum of the empty driving quotation and the transportation quotation and the service demand end.

In a particular application, it is generally carried out according to the following steps:

EXAMPLE seven

Please refer to fig. 6, which is a flowchart illustrating a quotation method of a transportation transaction platform according to an embodiment of the present invention.

In the application, the quotation method of the transportation trading platform is most commonly applied to a trading management platform system, and when the quotation method of the transportation trading platform is applied to the trading management platform system, the quotation method of the transportation trading platform can be a background server which is in data communication connection with a carrying end and a service demand end respectively.

In the transaction management platform system, each user type has a corresponding use function and authority, for example: the carrier end is used for uploading unit quotations, the unit quotations comprise transportation unit quotations and empty unit quotations, and the current position information is uploaded; the service demand end is used for uploading a demand starting position and an arrival position, and receiving the display of the empty running quotations and the transportation quotations of the plurality of carriers by the management platform.

The quotation method comprises the following steps:

and step F101, unit quotations uploaded by a plurality of carriers are respectively received, and the unit quotations comprise transportation unit quotations and empty unit quotations.

Before the transportation service is not started, a plurality of carriers wishing to participate in the transportation generally upload unit quotations to the background server in advance, and after the carriers upload the unit quotations, the background server can receive the unit quotations uploaded by the plurality of carriers and respectively store the unit quotations. The unit quotes include a transportation unit quote and an empty unit quote.

Step F201, acquiring the starting position and the arrival position uploaded by the service demand side and the current positions of the plurality of carriers.

When the service demand end needs to provide transportation service, the initial position and the arrival position of the service demand are uploaded on the terminal, after the initial position and the arrival position of the service demand are uploaded on the service demand end, the background server can acquire the initial position and the arrival position uploaded on the service demand end, and when the initial position and the arrival position of the service demand are uploaded on the service demand end, the background server simultaneously and respectively acquires the current positions of a plurality of uploading quoted carrying ends.

Step F301, determining the empty running quotations of the plurality of carriers respectively according to the starting position, the current positions of the plurality of carriers and the empty running unit quotations of the plurality of carriers.

After the service demand end uploads the initial position and the arrival position of the service and the background server simultaneously acquires the current positions of the plurality of carriers, multiplying the distance from the position of the service initial point to the current positions of the plurality of carriers by the empty price to respectively obtain a plurality of empty price quotes of the carriers.

Step F401, determining the transportation quotations of the plurality of carriers respectively according to the starting position, the arrival position and the transportation unit quotations of the plurality of carriers.

After the service demand end uploads the initial position and the arrival position of the service, the distance from the service initial point to the arrival point is multiplied by the transportation unit price of each carrier end respectively, and the transportation quotation of each carrier end is obtained respectively.

Step F501, displaying the empty driving quotations and the transportation quotations of the plurality of carriers to the service demand side.

After the background server respectively obtains the empty driving quotation and the transportation quotation of each carrier, the two prices of the plurality of carriers are respectively arranged and displayed to the service demand side so that the service demand side can select the favorite carrier. The display method can be separately displayed, or the sum of the two can be displayed, for example: empty offer 10 + transport offer 60 = 70.

Further, the unit price quoted is quoted in units of mileage.

The quote in miles refers to how many units per kilometer.

Further, the presentation is a ranking presentation.

Example eight

Please refer to fig. 7, which is a flowchart illustrating a quotation method of a transportation transaction platform according to an embodiment of the present invention.

According to a seventh embodiment, after the step of displaying the empty driving quotations and the transportation quotations of the plurality of carriers to the service demander, the method further comprises the following steps:

step F601, receiving the acknowledgement information of the service requirement end.

After the background server displays the empty driving quotations and the transportation quotations of the plurality of carriers to the service demand side, the service demand side selects the carrier side with the most favorite quotation from the plurality of displayed carriers to complete the transaction, and after the service demand side confirms the carrier side with the best quotation, the background server can receive the confirmation transaction information of the service demand side.

Step F701, generating a delivery order by the sum of the empty driving quotation and the transportation quotation of the confirmed delivery carrier and the service demand side.

And when the background server receives the confirmation transaction information of the service demand end, generating a transaction order by the sum of the determined empty driving quotation and the transportation quotation reported by the carrier end and the service demand end.

Example nine

Please refer to fig. 8, which is a block diagram illustrating an exemplary quotation apparatus of a transportation transaction platform according to an embodiment of the present disclosure.

In the application, the quotation device of the transportation trading platform is most commonly applied to a trading management platform system, and when the quotation device of the transportation trading platform is applied to the trading management platform system, the quotation device of the transportation trading platform can be a background server when being used specifically, and the background server is in data communication connection with a carrying end and a service demand end respectively.

The quotation device comprises:

and the second unit quotation receiving unit Z101 is used for respectively receiving unit quotations uploaded by a plurality of carriers, wherein the unit quotations comprise transportation unit quotations and empty driving unit quotations.

Before the transportation service is not started, a plurality of carriers wishing to participate in the transportation generally upload unit quotations to the background server in advance, and after the carriers upload the unit quotations, the background server can receive the unit quotations uploaded by the plurality of carriers through the second unit quotation receiving unit Z101 and respectively store the unit quotations. The unit quotes include a transportation unit quote and an empty unit quote.

And a second position acquisition unit Z201, configured to acquire the starting position and the arrival position uploaded by the service demander, and the current positions of the plurality of carriers.

When the service demand end needs to provide transportation service, the initial position and the arrival position of the service demand are uploaded on the terminal, after the initial position and the arrival position of the service demand are uploaded on the service demand end, the background server can acquire the initial position and the arrival position uploaded on the service demand end through the second position acquisition unit Z201, and when the initial position and the arrival position of the service demand are uploaded on the service demand end, the background server simultaneously and respectively acquires the current positions of a plurality of carriers for uploading quotation.

And a second empty-driving quotation determining unit Z301 that determines empty-driving quotations of the plurality of carriers respectively according to the starting position, the current positions of the plurality of carriers, and the empty-driving unit quotations of the plurality of carriers.

After the service demand end uploads the initial position and the arrival position of the service and the background server simultaneously acquires the current positions of the plurality of carriers, the distance from the position of the service initial point to the current positions of the plurality of carriers is multiplied by the empty driving unit price, and a plurality of empty driving quotations of the carriers are respectively obtained through a second empty driving quotation determining unit Z301.

And a second transportation quotation determining unit Z401, configured to determine transportation quotations of the multiple carriers according to the starting position, the arriving position, and the quotations of the transportation units of the multiple carriers, respectively.

After the service demand end uploads the initial position and the arrival position of the service, the distance from the service initial point to the arrival point is multiplied by the transportation unit price of each carrier end, and the transportation quotation of each carrier end is obtained through the second transportation quotation determining unit Z401.

And a second display unit Z501, configured to display the empty driving quotations and transportation quotations of the multiple carriers to the service demanders.

After the background server obtains the empty driving quotation and the transportation quotation of each carrier respectively, the two prices of the plurality of carriers are respectively arranged and displayed to the service demand side through the second display unit Z501 so that the service demand side can select a favorite carrier. The display method can be separately displayed, or the sum of the two can be displayed, for example: empty offer 10 + transport offer 60 = 70.

Further, the unit price quoted is quoted in units of mileage.

The quote in miles refers to how many units per kilometer.

Further, the presentation is a ranking presentation.

Example ten

Please refer to fig. 9, which is a block diagram illustrating an exemplary quotation apparatus of a transportation transaction platform according to an embodiment of the present disclosure.

Based on the ninth embodiment, in this embodiment, the method further includes:

a second acknowledgement information receiving unit Z601, configured to receive acknowledgement information of the service demander.

After the background server displays the empty driving quotations and the transportation quotations of the plurality of carriers to the service demand side, the service demand side selects the carrier side with the most intentioned quotation from the plurality of displayed carriers to complete the transaction, and after the service demand side confirms the carrier side with the most intentioned quotation, the background server can receive the confirmed transaction information of the service demand side through the second confirmed transaction information receiving unit Z601.

And a second traffic forming unit Z701, configured to generate a traffic form from the sum of the empty offer and the transportation offer of the confirmed carrier and the service demander.

When the background server receives the confirmation transaction information of the service demand end, the second transaction unit Z701 generates a transaction order by using the sum of the determined empty driving quotation and the transportation quotation reported by the carrier end and the service demand end.

EXAMPLE eleven

Please refer to fig. 10, which is a schematic diagram illustrating an architecture of a quotation system of a transportation transaction platform according to an embodiment of the present invention.

The quotation system of the transportation transaction platform comprises a management platform X101, at least one carrier end X201 and at least one service demand end X301, wherein the carrier end X201 and the service demand end X301 are respectively communicated with the management platform X101 through a wired or wireless network.

The management platform can be a background server when in specific use, and the background server is in data communication connection with the carrying end and the service demand end respectively.

In the embodiment of the present invention, the management platform may be a remote Web server, may also be one server, may also be a server group composed of a plurality of servers, or may be a cloud computing service center, and may store and process data.

The carrier terminal and the service demand terminal can be user terminals such as smart phones, tablet computers, computers and servers.

In the above application, the carrier and the service demander can use the quotation system of the transportation service. The carriers, the service demanders and the like register corresponding user type accounts according to the identities of the carriers, and enter the system for communication with the management platform through inputting the accounts and passwords in the APP of the quotation system with the transportation service or the terminal of the webpage end. The carrier becomes a carrier end after logging in, and the service demander becomes a service demander end after logging in.

It should be noted that, for the sake of simplicity, only one terminal, such as the carrier terminal and the service requirement terminal, is shown in the figure, which is not taken as a limitation on the constituent terminals in the system, and there may be other different connection modes between each terminal and the management platform.

In the quotation system of the transportation transaction platform provided by the invention, each user type has a corresponding use function and authority:

the carrier end X201 is used for uploading unit quotations, wherein the unit quotations comprise transportation unit quotations and empty unit quotations, and uploading current position information;

the service demand end X301 is used for uploading a demand starting position and an arrival position and receiving the display of the empty running quotations and the transportation quotations of the plurality of carrier ends X201 by the management platform X101;

the management platform X101 is used for respectively receiving unit quotations uploaded by a plurality of carriers X201, wherein the unit quotations comprise transportation unit quotations and empty unit quotations; acquiring a starting position and an arrival position uploaded by a service demand end X301 and current positions of a plurality of carrier ends X201; respectively determining the empty running quotations of the plurality of carriers X201 according to the starting positions, the current positions of the plurality of carriers X201 and the empty running unit quotations of the plurality of carriers X201; respectively determining the transportation quotations of the plurality of carriers X201 according to the starting position, the arrival position and the transportation unit quotations of the plurality of carriers X201; and displaying the empty driving quotations and the transportation quotations of the plurality of carriers X201 to the service demanders X301.

step F101, unit quotations uploaded by a plurality of carriers X201 are received respectively, and the unit quotations comprise transportation unit quotations and empty driving unit quotations.

Before the transportation service is not started, a plurality of carriers X201 wishing to participate in the transportation generally upload unit quotations to the backend server in advance, and after the carriers X201 upload the unit quotations, the backend server can receive the unit quotations uploaded by the plurality of carriers X201 and store the unit quotations respectively. The unit quotes include a transportation unit quote and an empty unit quote.

A transportation unit quote refers to a transportation unit quote from the origin of the service to the arrival of the service; the empty unit price refers to an empty unit price between the current position of the carrier X201 when receiving the offer order for the transportation service and the position of the service starting point.

In step F201, the start position and the arrival position uploaded by the service demander X301 and the current positions of the plurality of carriers X201 are acquired.

When the service demand end X301 needs to provide transportation service, the initial position and the arrival position of the service demand are uploaded on the terminal to which the service demand end X301 belongs, after the initial position and the arrival position of the service demand are uploaded on the service demand end X301, the background server can acquire the initial position and the arrival position uploaded on the service demand end X301, and when the initial position and the arrival position of the service demand are uploaded on the service demand end X301, the background server simultaneously and respectively acquires the current positions of a plurality of uploading quoted carrying ends X201.

Such as: the service starting position uploaded by the service demand end X301 is A, the arrival position is B, and the current position of the carrier end X201 is C.

Step F301, determining the empty driving quotations of the plurality of carriers X201 according to the starting position, the current positions of the plurality of carriers X201, and the empty driving unit quotations of the plurality of carriers X201.

After the service demand end X301 uploads the start position and the arrival position of the service and the background server simultaneously obtains the current positions of the multiple carriers X201, the distance from the position of the service start point to the current positions of the multiple carriers X201 is multiplied by the empty unit price to obtain multiple empty quotations of the carriers X201 respectively.

Such as: the service starting position uploaded by the service demand end X301 is A, the arrival position is B, the current position of the carrier end X201 is C, the distance from the point A to the point C is 5 kilometers, the empty driving unit price set by the carrier end X201 is 2 yuan per kilometer, and then the empty driving quotation is as follows: 5 km x2 elements per km =10 elements.

Step F401, determining the transportation quotations of the multiple carriers X201 according to the starting position, the arriving position and the quotations of the transportation units of the multiple carriers X201.

After the service demand end X301 uploads the start position and the arrival position of the service, the distance from the start point to the arrival point of the service is multiplied by the transportation unit price of each carrier end X201, so as to obtain the transportation quotation of each carrier end X201.

Such as: the service starting position uploaded by the service demand end X301 is A, the arrival position is B, the distance from the point A to the point B is 20 kilometers, the transportation unit price set by the carrier end X201 is 3 yuan per kilometer, and the transportation quotation is as follows: 20 km x3 elements per km =60 elements.

Step F501, displaying the empty driving quotations and the transportation quotations of the plurality of carriers X201 to the service demander X301.

After the background server obtains the empty driving quotation and the transportation quotation of each carrier end X201, the two prices of the plurality of carrier ends X201 are arranged and displayed to the service demand end X301 respectively, so that the service demand end X301 can select the favorite carrier end X201. The display method can be separately displayed, or the sum of the two can be displayed, for example: empty offer 10 + transport offer 60 = 70.

Further, the unit price quoted is quoted in units of mileage.

The quote in miles refers to how many units per kilometer.

Further, the presentation is a ranking presentation.

Example twelve

Based on the eleventh embodiment, in the embodiment of the present invention, the carrier terminal X201 is further configured to enter into a transaction with the service requirement terminal X301; the service demand end X301 is also used for uploading confirmed transaction information to perform transaction with the determined carrier end X201; the management platform X101 is further configured to receive the confirmed transaction information of the service demand side X301; and generating a delivery order by the sum of the empty driving quotation and the transportation quotation of the confirmed delivery carrier X201 and the service demand side X301.

After the background server displays the empty driving quotations and the transportation quotations of the plurality of carriers X201 to the service demand side X301, the service demand side X301 selects the carrier X201 with the most determined quotation from the plurality of displayed carriers X201 to enter into a transaction, and after the service demand side X301 confirms the carrier X201 which enters into the transaction, the background server can receive the confirmed transaction information of the service demand side X301.

When the background server receives the confirmed transaction information of the service demand side X301, the sum of the determined empty driving quotation and the transportation quotation reported by the carrier side X201 and the service demand side X301 are generated into a transaction list.

EXAMPLE thirteen

The present invention further provides a computer-readable storage medium, wherein a quotation program for transportation services is stored on the computer-readable storage medium, and when executed by a processor, the quotation program for transportation services implements the steps of the quotation method for transportation services according to embodiments one to two.

Example fourteen

Furthermore, the present invention provides a computer-readable storage medium, wherein the computer-readable storage medium stores thereon an offer program of a transportation trading platform, and when executed by a processor, the offer program of the transportation trading platform implements the steps of the offer method of the transportation trading platform according to embodiments seven to eight.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.

Claims

1. A method of offering a transportation service, the method comprising the steps of:

2. The method of offering of claim 1, wherein the unit offer is a unit offer by mileage.

3. The method of bidding of claim 1, wherein the display is a sum of an empty ride bid and a transportation bid.

4. The method of bidding of claim 1, wherein after said step of presenting said empty-driving bid and said transportation bid to said service demander, further comprising the steps of:

receiving confirmation transaction information of the service demand side;

5. An offer apparatus for a transportation service, the offer apparatus comprising:

6. The offer apparatus of claim 5, wherein the unit offer is a unit offer by mileage.

7. The quote apparatus of claim 5, wherein the presentation is the sum of an empty running quote and a transportation quote.

8. The quotation device of claim 5, further comprising:

9. A quotation system for a transportation service, the quotation system comprising:

a management platform; and

10. The quotation system of claim 9, wherein the unit quotation is a unit quotation in miles.

11. The quotation system of claim 9, wherein the display is a sum of an empty-drive quotation and a transportation quotation.

12. The quotation system of claim 9, wherein the carrier is further adapted to enter into a transaction with the service demander; the service demand end is also used for uploading confirmed transaction information to be in transaction with the carrier end; the management platform is also used for receiving the confirmation transaction information of the service demand end; and generating a delivery bill by the sum of the empty driving quotation and the transportation quotation and the service demand end.

13. A computer-readable storage medium, characterized in that the computer-readable storage medium has stored thereon a quotation program of a transportation service, which when executed by a processor implements the steps of the quotation method of a transportation service according to any one of claims 1-4.

14. A method of quote for a transportation trading platform, the method comprising the steps of:

15. The method of offering of claim 14, wherein the unit offer is a unit offer by mileage.

16. The method of bidding of claim 14 wherein said presentation is a ranking presentation.

17. The method of quotation of claim 14, wherein after said step of presenting said plurality of carrier end empty running quotations and shipping quotations to said service demander, further comprising the steps of:

receiving confirmation transaction information of the service demand side;

18. An offer apparatus for a transportation trading platform, the offer apparatus comprising:

19. The offer apparatus of claim 18, wherein the unit offer is a unit offer by mileage.

20. The bidding device of claim 18, wherein the display is a ranking display.

21. The quotation device of claim 18, further comprising, after the step of presenting the plurality of carrier end empty and shipping quotations to the service demander end, the steps of:

22. An offer system for a transportation trading platform, the offer system comprising:

a management platform; and

23. The quotation system of claim 22, wherein the unit quotation is a unit quotation in miles.

24. The quotation system of claim 22, wherein the display is a ranking display.

25. The quotation system of claim 22, wherein the carrier is further adapted to enter into a transaction with the service demander; the service demand end is also used for uploading confirmed transaction information to perform transaction with the determined carrier end; the management platform is also used for receiving the confirmation transaction information of the service demand end; and generating a delivery order with the service demand end by the sum of the empty driving quotation and the transportation quotation of the confirmed delivery carrier end.

26. A computer-readable storage medium, having stored thereon an offer program for a transport transaction platform, which when executed by a processor, performs the steps of the offer method for a transport transaction platform according to any of claims 14 to 17.