KR20230082778A - System for linking animal husbandry farmer and delivery driver - Google Patents

Abstract

The present invention relates to a system for linking a livestock farmer and a delivery driver, which comprises: a server for storing information on a plurality of livestock farmers and information on a plurality of delivery drivers, and deducting the shipment amount in accordance with vehicle allocation from a reserve account of the corresponding livestock farmer when the vehicle allocation by a request of the corresponding livestock farmer is completed; a livestock farmer terminal connected to the server, receiving vehicle allocation request information from the livestock farmer to request the vehicle allocation for shipment to the server; and a delivery driver terminal connected to the server, and receiving selection on a corresponding vehicle allocation from the delivery driver when the vehicle allocation is requested. When the server receives a vehicle allocation completion status from the delivery driver terminal, a vehicle allocation completion guidance message is transmitted to the livestock farmer terminal, and vehicle allocation request information is transmitted to the delivery driver terminal. Therefore, a movement order can be determined for more efficient transportation time.

Description

Linkage system between livestock farmer and delivery driver {SYSTEM FOR LINKING ANIMAL HUSBANDRY FARMER AND DELIVERY DRIVER}

The present invention relates to a livestock farm owner and a delivery driver interlocking system, and in particular, a livestock farm owner and a delivery driver implemented to connect a delivery driver through an application to move live livestock products in the livestock farm to a slaughterhouse. It is about interlocking system.

Matters described in this background art section are prepared to enhance understanding of the background of the invention, and may include matters other than those of the prior art already known to those skilled in the art.

The wind of the 4th industrial era is blowing in the livestock industry as well. Numerous products and services are born, and platforms based on the interface between customer needs and customer satisfaction in various fields are rooted throughout the industrial ecosystem.

Currently, the livestock industry is engaged in a tug-of-war with various risks, such as competition with cheap imported meat, rising feed costs, increased facility investment, increased deposits, and inflation.

In this environment, there are many inconveniences when a livestock farmer searches for a delivery driver to ship livestock products, and a system that can easily connect the livestock farmer and delivery driver anytime, anywhere is not presented.

Korean Patent Publication No. 10-2021-0045070

In order to solve the above-mentioned problems of the prior art, the present invention provides a livestock farmer and delivery driver interlocking system that allows the livestock farmer to conveniently request a dispatch for shipment because the livestock farmer and delivery driver can be easily connected anytime, anywhere. aims to do

According to the present invention, it is convenient to deduct the shipment amount according to the distribution from the reserve account of the livestock farmer, and if the number of times the distribution is requested is the first time, a discount is given or when the amount accumulated in the reserve account is more than the set amount, it is paid back and livestock production The purpose of the present invention is to provide an interlocking system between a livestock farmer and a delivery driver that can induce event-related interest to the farmer.

According to the present invention, when there is a plurality of dispatch request information recorded in the dispatch request information management window, the delivery driver can determine the order of movement so that more efficient delivery time is required by looking at the screen displayed on the dispatch request information management window. Its purpose is to provide a linkage system between the livestock farmer and the delivery driver.

The livestock farm owner and delivery driver linkage system according to an embodiment of the present invention stores information of a plurality of livestock farm owners and information of a plurality of delivery drivers, and when dispatching at the request of the livestock farm owner is completed, the livestock farm owner A server that deducts the shipment amount according to the distribution from the reserve account; A livestock farm owner terminal that is connected to the server, receives dispatch request information from the livestock farm owner, and requests dispatch to the server for shipment; and a delivery driver terminal that is connected to the server and receives an input from the delivery driver to select the vehicle to be dispatched when dispatch is requested and transmits a dispatch completion status to the server, wherein the server receives the dispatch completion status from the delivery driver terminal. A dispatch completion guide message is transmitted to the livestock farmer terminal, and dispatch request information is transmitted to the delivery driver terminal.

Here, the dispatch request information includes the date of shipment, the address of the livestock farmer, the address of the slaughterhouse, the number of vehicles required, and the shipment price per dispatcher.

In addition, the server determines the number of times that vehicle allocation is requested from the livestock farmer's terminal, and if the number of times that vehicle allocation is requested is the first time, a first set amount is discounted from the shipment price per vehicle.

In addition, the server determines whether the number of times the dispatch is requested from the livestock farmer terminal is the first, and if the number of times the dispatch is requested is not the first, the server accumulates the second set amount in the reserve account of the livestock farmer, and the accumulated second set amount It is determined whether the sum of the amounts is equal to or greater than the third set amount, and when the sum of the accumulated second set amounts is greater than or equal to the third set amount, the amount obtained by subtracting the third set amount from the sum of the second set amounts is transferred to the bank account of the livestock farmer. payback with

In addition, the dispatch completion guide message further includes a dispatch completion fact, a map image of the address of the livestock farmer, and a map image of the address of the slaughterhouse.

In addition, the dispatch request information further includes an optimal movement route from the address of the livestock farmer to the address of the slaughterhouse and the corresponding movement time.

In addition, the server receives the dispatch request information from the livestock farmer terminal, generates it in the form of text, captures it, and converts it into a text file or data file, and the delivery driver terminal receives the text file or data file from the server through the tethering function. After that, the dispatch request information management window in which the dispatch request information retrieved from the text file or the data file is recorded is displayed.

In addition, if there is a plurality of dispatch request information recorded in the dispatch request information management window, the shipment date is recorded in the order of precedence in the dispatch request information management window, and the address of the livestock farmer in the dispatch request information is within the first set distance, or If the address of the slaughterhouse in the dispatch request information is within the first set distance, the dispatch request information is displayed in the first set color.

In addition, if there is a plurality of dispatch request information recorded in the dispatch request information management window, the shipment date is recorded in the order of precedence in the dispatch request information management window, and the address of the livestock farmer in one dispatch request information and the other dispatch request information If the address of the slaughterhouse is within the second set distance, the plurality of dispatch request information is displayed in the second set color.

In addition, the delivery driver's information includes the delivery driver's address, and if the delivery driver's address is within the third set distance from any one of the addresses of the livestock farmer or the address of the corresponding slaughterhouse, the plurality of dispatch request information is displayed in the third set color is marked with

According to the present invention, since the livestock farmer and the delivery driver can be easily connected anytime, anywhere, the livestock farmer can conveniently request dispatch for shipment.

According to the present invention, it is convenient to deduct the shipment amount according to the distribution from the reserve account of the livestock farmer, and if the number of times the distribution is requested is the first time, a discount is given or when the amount accumulated in the reserve account is more than the set amount, it is paid back and livestock production Event-like interest can be induced to the farmer.

According to the present invention, when there is a plurality of dispatch request information recorded in the dispatch request information management window, the delivery driver can determine the order of movement to require more efficient delivery time by looking at the screen displayed on the dispatch request information management window.

1 is a schematic diagram showing an operating environment of a livestock farmer and delivery driver linkage system according to an embodiment of the present invention.
2 is a schematic configuration diagram of a livestock farm owner and a delivery driver interlocking system according to an embodiment of the present invention.
3 is a screen on which a dispatch completion guide message is transmitted to a livestock farmer terminal according to an embodiment of the present invention.
4 is a screen on which dispatch request information is transmitted to a delivery driver terminal according to an embodiment of the present invention.
5 is a flowchart illustrating a process of paying back to the accumulation account of a livestock farmer according to an embodiment of the present invention.
6 is a schematic diagram showing a livestock product transport process when the address of a plurality of livestock farmers is within a first set distance according to an embodiment of the present invention.
7 is a schematic diagram showing a livestock product transportation process when the addresses of a plurality of corresponding slaughterhouses are within a first set distance according to an embodiment of the present invention.
8 is a schematic diagram showing a livestock product transport process in which the address of a livestock farmer of one dispatch request information and the address of a slaughterhouse of another dispatch request information are within a second set distance according to an embodiment of the present invention.
9 is a schematic diagram showing a livestock product transport process when the delivery driver's address is within a third set distance from any one of the livestock farmer's addresses according to an embodiment of the present invention.
10 is a schematic diagram showing a livestock product transport process when the delivery driver's address is within a third set distance from any one of the addresses of the slaughterhouse according to an embodiment of the present invention.

Advantages and features of the present invention, and methods of achieving them, will become clear with reference to the embodiments described below in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below and may be implemented in a variety of different forms. Only the examples are provided to make the disclosure of the present invention complete, and to fully inform those skilled in the art of the scope of the invention to which the present invention belongs, and the present invention will be defined by the scope of the claims. only

1 is a schematic diagram showing an operating environment of a livestock farmer and delivery driver linkage system according to an embodiment of the present invention.

Referring to FIG. 1, livestock farm A, livestock farm B, livestock farm C, livestock farm D, slaughterhouse A, slaughterhouse B, slaughterhouse C, and slaughterhouse D are illustrated. Livestock farmers who own livestock farms need delivery drivers to move live livestock products from the livestock farm to the slaughterhouse.

The livestock farmer hires a delivery driver to pay the price, and the delivery driver delivers the livestock products of the livestock farmer to the slaughterhouse. This process is implemented through an application, which is significantly different from existing quick service or freight transportation.

2 is a schematic configuration diagram of a livestock farm owner and a delivery driver interlocking system according to an embodiment of the present invention.

Referring to FIG. 2 , a livestock farm owner and delivery driver interworking system 1000 may include a server 100 , a livestock farm owner terminal 200 and a delivery driver terminal 300 .

In the livestock farm owner and delivery driver interworking system 1000, the server 100 is connected to the livestock farm owner terminal 200 and the delivery driver terminal 300 through a communication network. Here, the communication network means a wired or wireless communication network such as the Internet or a combination thereof, and in one embodiment of the present invention, the network is not particularly limited and can be interpreted as including both the conventional Internet and mobile communication networks. there is.

For example, in the livestock farm owner and delivery driver interworking system 1000, the server 100 is coupled with the livestock farm owner terminal 200 and the delivery driver terminal 300 through various conventional network combinations such as the Internet or mobile communication networks. It should be noted that there are no special restrictions on this.

The livestock farmer and delivery driver can use the livestock farmer and delivery driver interworking system 1000 by downloading and installing the livestock farmer and delivery driver linking application on their terminal. That is, the livestock farmer and delivery driver can access the livestock farmer and delivery driver linkage system 1000 through the execution of a livestock farmer and delivery driver linkage application and receive a linkage service between the livestock farmer and delivery driver.

Then, below, each component of the livestock farmer and delivery driver linkage system 1000 according to an embodiment of the present invention will be described in detail.

The server 100 stores information of a plurality of livestock farmers and information of a plurality of delivery drivers, and deducts the shipping amount according to the distribution from the reserve account of the livestock farmer when dispatch is completed at the request of the livestock farmer. A delivery driver receives a dispatch and transports livestock products such as pigs, cattle, and chickens provided by the livestock farmer to the destination slaughterhouse.

Here, the information of the livestock farmer may include personal information such as the name, address, and contact information of the livestock farmer and reserve account information. Reserve account information means account number and accumulated amount. The information of the delivery driver may include personal information such as the delivery driver's name, address, and contact information, and vehicle information. The vehicle information means the number of the vehicle.

The livestock farm owner terminal 200 is connected to the server 100, receives dispatch request information from the livestock farm owner, and requests dispatch to the server 100 for shipment. The dispatch request information may include the date of shipment, the address of the livestock farmer, the address of the corresponding slaughterhouse, the number of vehicles required and the shipment price per dispatcher, a map image of the address of the livestock farmer, and a map image of the address of the corresponding slaughterhouse. The map image of the address of the livestock farmer and the map image of the address of the corresponding slaughterhouse can be zoomed in and out, so that the delivery driver can easily find the location of the livestock farm and the slaughterhouse.

The delivery driver terminal 300 is connected to the server 100 and receives an input from the delivery driver to select the vehicle to be dispatched when dispatching is requested, and transmits a dispatch completion status to the server 100 .

When receiving the dispatch completion status from the delivery driver terminal 300, the server 100 transmits a dispatch completion guide message to the livestock farmer terminal 200 and transmits dispatch request information to the delivery driver terminal 300. Here, the dispatch completion guide message may include the fact of dispatch completion, the optimal movement route from the address of the livestock farmer to the address of the slaughterhouse, and the corresponding travel time. The optimal movement route from the address of the livestock farmer to the address of the slaughterhouse means the fastest route.

In addition, the server 100 determines the number of times that vehicle allocation is requested from the livestock farmer terminal 200, and if the number of times that vehicle allocation is requested is the first time, a first set amount is discounted from the shipment price per vehicle. For example, the first set amount may be 30,000 won, but is not limited thereto.

In addition, the server 100 determines the number of times the dispatch is requested from the livestock farmer terminal 200, and if the number of times the dispatch is requested is not the first time, the server 100 accumulates a second set amount in the reserve account of the livestock farmer, and the accumulated When the sum of the second set amount is greater than or equal to the third set amount, the amount obtained by subtracting the third set amount from the sum of the second set amount is paid back to the bank account of the livestock farmer. For example, the second set amount may be 3,000 won, but is not limited thereto. The third set amount may be 50,000 won, but is not limited thereto.

In addition, the server 100 receives the dispatch request information from the livestock farmer terminal 200, generates it in the form of text, captures it, and converts it into a text file or a data file. After receiving a text file or data file from the server 100 through tethering, the delivery driver terminal 300 displays a dispatch request information management window in which dispatch request information retrieved from the text file or data file is recorded. let it

Here, if there is a plurality of dispatch request information recorded in the dispatch request information management window, the shipment date is recorded in the order of precedence in the dispatch request information management window, and the address of the livestock farmer in the dispatch request information is within the first set distance, or If the address of the slaughterhouse in the dispatch request information is within the first set distance, the dispatch request information is displayed in the first set color. For example, the first set distance may be 5 km, but is not limited thereto. The first set color may be red, but is not limited thereto.

By marking the dispatch request information management window as described above, the delivery driver can determine the order of movement so as to take more efficient delivery time.

Specifically, if the address of the livestock farmer in the plurality of dispatch request information is within the first set distance, the delivery driver stops at the plurality of livestock farms that are close to each other in order to load the livestock products and transport them to the plurality of slaughterhouses in turn, so that one livestock farmer It completes the transportation of livestock products and takes less transportation time than transporting livestock products from another livestock farmer.

Similarly, if the address of the slaughterhouse in the plurality of dispatch request information is within the first set distance, the delivery driver stops at the plurality of livestock farms in turn to load the livestock products and transport them to the plurality of slaughterhouses that are close to each other in turn. It takes less time to complete the transportation of livestock products than to transport livestock products from another livestock farmer.

In addition, if there is a plurality of dispatch request information recorded in the dispatch request information management window, the shipment date is recorded in the order of precedence in the dispatch request information management window, and the address of the livestock farmer in one dispatch request information and the other dispatch request information If the address of the slaughterhouse is within the second set distance, the plurality of dispatch request information is displayed in the second set color. For example, the second set distance may be 6 km, but is not limited thereto. The second set color may be yellow, but is not limited thereto.

By marking the dispatch request information management window as described above, the delivery driver can determine the order of movement so as to take more efficient delivery time.

Specifically, if the address of the livestock farmer in one dispatch request information and the address of the slaughterhouse in the other dispatch request information are within the second set distance, after transporting livestock products from one livestock farm to the slaughterhouse, another By stopping at a livestock farm in one place to load livestock products and transport them to the slaughterhouse, it takes less time to transport livestock products from one livestock farmer than to complete the transportation of livestock products from another livestock farmer.

In addition, when the delivery driver's information includes the delivery driver's address, if the delivery driver's address is within the third set distance from one of the addresses of the livestock farmer or the address of the corresponding slaughterhouse, the plurality of dispatch request information is set in the third set indicated by color. For example, the third set distance may be 7 km, but is not limited thereto. The third set color may be blue, but is not limited thereto.

By marking the dispatch request information management window as described above, the delivery driver can determine the order of movement so as to take more efficient delivery time.

Specifically, if the delivery driver's address is within the third set distance from any one of the livestock farmer's addresses, he moves to a livestock farm close to the delivery driver's address and carries the livestock products to the slaughterhouse. It takes the least amount of time to travel.

Similarly, if the address of the delivery driver is within the third set distance from any one of the addresses of the slaughterhouse, the livestock farm loads the livestock products, transports the livestock products to the slaughterhouse close to the address of the delivery driver, and then returns to the address of the delivery driver. It takes the least amount of time to travel from the slaughterhouse to the delivery driver's address.

3 is a screen on which a dispatch completion guide message is transmitted to a livestock farmer terminal according to an embodiment of the present invention.

Referring to FIG. 3, the AAA livestock farmer terminal displays "AAA livestock farmer, we inform you that the dispatch for cattle shipment requested on October 25, 2021 has been completed. The requested dispatch date is October 30, 2021, and BBB A delivery driver is scheduled to deliver." is sent.

4 is a screen on which dispatch request information is transmitted to a delivery driver terminal according to an embodiment of the present invention.

Referring to FIG. 4, a dispatch request is sent to the BBB delivery driver terminal saying "The dispatch date for cattle shipment requested by the BBB delivery driver and AAA livestock farm owner is October 30, 2021. Please ensure that there is no disruption to the dispatch." You can see that the information has been sent.

5 is a flowchart illustrating a process of paying back to the accumulation account of a livestock farmer according to an embodiment of the present invention.

Referring to FIG. 5 , it is easy to know the process for paying back to the bank account of the livestock farmer by determining the amount accumulated in the bank account of the livestock farmer. Detailed information related to this will be omitted since it has been described above with respect to FIG. 2 .

First, the server 100 receives a request for dispatch for shipment from the livestock farmer terminal 200 (S100).

After S100, the server 100 determines whether the number of times a vehicle dispatch is requested from the livestock farmer terminal 200 is the first (S200).

After S200, if the number of times the vehicle allocation is requested is the first, a first set amount is discounted from the shipment amount per vehicle (S300). However, if the number of times the dispatch is requested is not the first, the second set amount is accumulated in the reserve account of the livestock farmer (S310).

After S310, it is determined whether the sum of the accumulated second set amount is greater than or equal to the third set amount (S320).

After S320, if the sum of the accumulated second set amount is greater than or equal to the third set amount, the amount obtained by subtracting the third set amount from the sum of the second set amount is paid back to the bank account of the livestock farmer (S330).

6 is a schematic diagram showing a livestock product transport process when the address of a plurality of livestock farmers is within a first set distance according to an embodiment of the present invention.

Referring to FIG. 6, the address of the livestock farmer A (11), the address of the livestock farmer B (12), the address of the slaughterhouse A (21), and the address of the slaughterhouse B (22) are shown, and the address of the livestock farmer A (11) and B (12) is 4 km within the first set distance. At this time, it is assumed that the first set distance is 5 km.

Since the livestock farmer's address A(11) and B(12) are close within the first set distance, the delivery driver stops at the livestock farmer's address A(11) and B(12) and loads the livestock products to the slaughterhouse A(21) and B(22). By being transported to, after completing the transportation of livestock products from one livestock farmer, it takes less transportation time than completing the transportation of livestock products from another livestock farmer.

Which of the livestock farmer's addresses A (11) and B (12) will be passed first and which of the slaughterhouse addresses A (21) and B (22) will be passed first may vary depending on the address of the delivery driver.

7 is a schematic diagram showing a livestock product transportation process when the addresses of a plurality of corresponding slaughterhouses are within a first set distance according to an embodiment of the present invention.

Referring to FIG. 7, the address of the livestock farmer A (11), the address of the livestock farmer B (12), the address of the slaughterhouse A (21), and the address of the slaughterhouse B (22) are shown, and the address of the slaughterhouse A (21) and B (22) is 4 km within the first set distance. At this time, it is assumed that the first set distance is 5 km.

Since the address of the slaughterhouse A(21) and B(22) is within the first set distance, the delivery driver stops at the address of the livestock farmer A(11) and B(12) and loads livestock products to the slaughterhouse A(21) and B(22). By being transported to, after completing the transportation of livestock products from one livestock farmer, it takes less transportation time than completing the transportation of livestock products from another livestock farmer.

Which of the livestock farmer's addresses A (11) and B (12) will be passed first and which of the slaughterhouse addresses A (21) and B (22) will be passed first may vary depending on the address of the delivery driver.

8 is a schematic diagram showing a livestock product transport process in which the address of a livestock farmer of one dispatch request information and the address of a slaughterhouse of another dispatch request information are within a second set distance according to an embodiment of the present invention.

8, the address of the livestock farmer A (11), the address of the livestock farmer B (12), the address of the slaughterhouse A (21), and the address of the slaughterhouse B (22) are shown, and the address of the livestock farmer A (11) and The slaughterhouse address B 22 is 5 km within the second set distance. It is assumed that the second set distance is 6 km.

Since the address of the livestock farmer A (11) and the address of the slaughterhouse B (22) are within the second set distance, the delivery driver passes through the address of the livestock farmer B (12) and A (11) in turn, and then returns to the address of the slaughterhouse B (22). and A (21) to transport the livestock products in turn, so that after completing the transportation of livestock products from one livestock farmer, the transportation time is less than that of completing the transportation of livestock products from another livestock farmer.

9 is a schematic diagram showing a livestock product transport process when the delivery driver's address is within a third set distance from any one of the livestock farmer's addresses according to an embodiment of the present invention.

Referring to FIG. 9, the address of the livestock farmer A (11), the address of the livestock farmer B (12), the address of the slaughterhouse A (21), and the address of the slaughterhouse B (22) are shown, and the address of the delivery driver C (30) and The livestock farmer's address A (11) is 6 km within the third set distance. It is assumed that the third set distance is 7 km.

Since the delivery driver's address C (30) and the livestock farmer's address A (11) are close within the third set distance, the delivery driver passes through the livestock farmer's address A (11) and B (12) in turn, and then returns to the slaughterhouse address A (21). By stopping and transporting the livestock products to B (22), after completing the transportation of livestock products from one livestock farmer, the transportation time is less than that of completing the transportation of livestock products from another livestock farmer.

Which of the slaughterhouse addresses A (21) and B (22) to go through first may vary depending on the delivery driver's address C (30).

10 is a schematic diagram showing a livestock product transport process when the delivery driver's address is within a third set distance from any one of the addresses of the slaughterhouse according to an embodiment of the present invention.

Referring to FIG. 10, the address of the livestock farmer A (11), the address of the livestock farmer B (12), the address of the slaughterhouse A (21), and the address of the slaughterhouse B (22) are shown, and the address of the delivery driver C (30) and The slaughterhouse address A (21) is 6 km within the third set distance. It is assumed that the third set distance is 7 km.

Since the delivery driver's address C (30) and the slaughterhouse address A (21) are close within the third set distance, the delivery driver passes through the livestock farmer's address A (11) and B (12), and then the slaughterhouse address B (22) and By stopping at A (21) in turn to transport the livestock products, it takes less transportation time than completing the transportation of livestock products from one livestock farmer and completing the transportation of livestock products from another livestock farmer.

Which of the livestock farmer's addresses A (11) and B (12) will be passed first may vary depending on the address (30) of the delivery driver.

The above-described embodiments of the present invention have been described with reference to the embodiments shown in the drawings to aid understanding, but this is only exemplary, and various modifications and equivalent other embodiments may be made by those skilled in the art. You will understand that it is possible. Therefore, the true technical protection scope of the present invention will be defined by the appended claims.

100: server 200: livestock farmer terminal
300: Delivery driver terminal 1000: Livestock farmer and delivery driver interworking system

Claims (10)

A server that stores information of a plurality of livestock farmers and information of a plurality of delivery drivers, and deducts the amount of shipment according to the distribution from the reserve account of the livestock farmer when the dispatch is completed at the request of the livestock farmer;
A livestock farm owner terminal that is connected to the server, receives dispatch request information from the livestock farm owner, and requests dispatch to the server for shipment; and
A delivery driver terminal that is connected to the server and transmits a dispatch completion status to the server after receiving an input from the delivery driver to select the vehicle to be dispatched when dispatch is requested.
including,
The server transmits a dispatch completion guide message to the livestock farmer terminal when receiving a dispatch completion status from the delivery driver terminal, and transmits dispatch request information to the delivery driver terminal. .
According to claim 1,
The dispatch request information is a livestock farmer and delivery driver interworking system, characterized in that the shipping date, livestock farmer address, corresponding slaughterhouse address, required number of vehicles, and shipment amount per dispatcher.
According to claim 1,
The server determines the number of times that dispatching is requested from the livestock farmer terminal, and if the number of times that dispatching is requested is the first time, the livestock farmer and the delivery driver are interlocked, characterized in that to discount a first set amount from the shipment price per dispatched vehicle. system.
According to claim 1,
The server determines whether the number of times the dispatch is requested from the livestock farmer terminal is the first, and if the number of times the dispatch is requested is not the first, the server accumulates a second set amount in the reserve account of the livestock farmer, and the accumulated second set amount It is determined whether the sum of the amounts is equal to or greater than the third set amount, and when the sum of the accumulated second set amounts is equal to or greater than the third set amount, the livestock farmer calculates an amount obtained by subtracting the third set amount from the sum of the second set amounts. Livestock farmer and delivery driver interworking system, characterized in that payback to the bank account of.
According to claim 2,
The dispatch completion information message further includes a dispatch completion fact, a map image of the address of the livestock farmer, and a map image of the address of the slaughterhouse.
According to claim 2 or 5,
The dispatch request information further includes an optimal movement route from the address of the livestock farmer to the address of the slaughterhouse and the corresponding movement time.
According to claim 2,
The server receives the dispatch request information from the livestock farmer terminal, generates it in text form, captures it, and converts it into a text file or data file, and the delivery driver terminal tethers the text file or the data file from the server. After receiving through the function, a livestock farmer and delivery driver interworking system characterized in that for displaying a dispatch request information management window in which the dispatch request information retrieved from the text file or the data file is recorded.
According to claim 7,
If there is a plurality of dispatch request information recorded in the dispatch request information management window, the shipment date is recorded in precedence in the dispatch request information management window, and the address of the livestock farmer in the dispatch request information is within the first set distance, Alternatively, if the address of the slaughterhouse in the dispatch request information is within a first set distance, the dispatch request information is displayed in a first set color.
According to claim 7,
If there is a plurality of dispatch request information recorded in the dispatch request information management window, the shipment date is recorded in the order of precedence in the dispatch request information management window, and the address of the livestock farmer in one dispatch request information and the other dispatch request information When the address of the slaughterhouse is within the second set distance, the plurality of dispatch request information is displayed in the second set color.
The method of claim 8 or 9,
The information of the delivery driver includes the delivery driver's address, and if the delivery driver's address is within a third set distance from one of the addresses of the livestock farmer or one of the addresses of the corresponding slaughterhouse, the plurality of dispatch request information is Livestock farmer and delivery driver interlocking system, characterized in that it is indicated in the setting color.

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