KR102371461B1 - System and Method for products delivery system - Google Patents

Abstract

The present invention relates to a system and a method for processing parcel logistics which enable an individual to participate as a parcel delivery person. The system of the present invention comprises: a request receiving unit for receiving a parcel delivery request including sender information, recipient information, and article information through a parcel logistics service application mounted on a user terminal carried by a parcel sender; a request transmission unit for transmitting the parcel delivery request received by the request receiving unit to a delivery task participant terminal mounted with at least one parcel logistics service application; a person-in-charge assignment unit for assigning a delivery task participant whose response is received, as a person in charge of delivery when a response to the parcel delivery request transmitted from the request transmission unit is received from the delivery task participant terminal; and a completion processing unit for completely processing a delivery when a delivery completion signal and a two-dimensional code of a parcel article are recognized from a person-in-charge terminal carried by the person in charge of delivery assigned by the person-in-charge assignment unit. The system for processing parcel logistics lowers an entry barrier to enable an individual to directly participate in a parcel delivery task, and at the same time, enables an individual authenticated with an identification to participate in the parcel delivery task to have high reliability.

Description

Delivery logistics processing system and method {System and Method for products delivery system}

The present invention relates to a delivery logistics processing system and method, and more particularly, to a delivery delivery logistics processing system and method in which an individual can participate as a delivery delivery person.

In general, as goods transactions through Internet shopping malls, open markets, TV home shopping, and second-hand goods sales sites become active, the use of courier services for delivery of sold goods is increasing rapidly. At the same time, the frequency of individuals using the courier service to return the delivered goods or to exchange goods between individuals is also increasing.

When an individual uses a courier service, the item can be delivered by requesting a delivery service provider to pick it up. When you request a delivery service to receive a delivery service, it is usually delivered on the next business day.

In particular, since such visit receipt is made under the planned movement of courier drivers, there is a disadvantage in that it is difficult to receive the goods at the time desired by the customer. Therefore, when an item needs to be urgently sent, or it is not possible to wait until the delivery driver's visit time due to an individual's schedule, it is difficult to deliver the item using the existing delivery service.

In order to solve this problem, an unmanned delivery box service or a convenience store delivery service has been provided, but there is also the inconvenience of having to personally go to an unmanned delivery box or a convenience store with an item and carry out the necessary procedures for delivery.

On the other hand, even in the case of a courier company, it is difficult to carry out the visitation of individual customers.

Specifically, the delivery cost of a courier product is inversely proportional to the amount of parcel delivery that a courier can handle in a single time. This can increase sales and operating profit.

Under this courier service system, when an individual requests a delivery service to receive a delivery service, the delivery driver who has already decided on the route visits the individual customer to receive the goods directly in response to the request. Efficiency may be reduced.

KR 10-0706941 B1 KR 10-2002-0013175 A KR 10-1581914 B1

The present invention is derived from this technical background, and it lowers the entry barrier to employment so that individuals can directly participate in the delivery service, and at the same time enables an individual with an authenticated identity to participate in the delivery service. The purpose is to provide a method.

In addition, it is possible to deliver a parcel without a distribution center that has to store and distribute a number of parcels, and a parcel logistics processing system that can eliminate the hassle of making a parcel reservation with a courier company or having to visit a convenience store The purpose is to provide a method.

It also aims to provide a delivery logistics processing system and method that can protect personal information and minimize misdelivery.

In addition, it is intended to provide a courier logistics processing system and method that enables the creation of additional revenue from the courier delivery business as a two-job delivery service because it is possible to selectively perform the same courier delivery service as one's own movement route at any time regardless of time.

The present invention for achieving the above object includes the following configuration.

That is, the courier logistics processing system according to an embodiment of the present invention includes a request receiving unit for receiving a parcel delivery request including sender information, recipient information, and product information through a parcel delivery logistics service app mounted on a user terminal possessed by the parcel sender; A request forwarding unit that transmits the parcel delivery request received to the request receiving unit to a delivery service participant terminal equipped with at least one parcel logistics service app, and a response to the parcel delivery request delivered by the request delivery unit from the delivery service participant terminal is received If the delivery completion signal and the two-dimensional code of the parcel are recognized from the terminal in charge of the dispatcher who assigns the delivery service participant to whom the response has been received as the delivery person in charge and the person in charge of the delivery person assigned to the delivery person is in charge, the delivery is completed. It includes a completion processing unit.

On the other hand, the delivery logistics processing method driven in the delivery logistics processing system includes the steps of receiving a delivery request including sender information, receiver information, and product information through a delivery delivery logistics service app mounted on a user terminal possessed by the delivery sender, the Transmitting the received courier delivery request to the delivery service participant terminal equipped with at least one parcel delivery service app, when a response to the delivered parcel delivery request is received from the delivery service participant terminal It includes the steps of assigning to the delivery person and processing the delivery completion when the delivery completion signal and the two-dimensional code of the parcel are recognized from the terminal in charge of the assigned delivery person.

According to the present invention, it is possible to provide a highly reliable courier logistics processing system and method by lowering the entry barrier to employment so that an individual can directly participate in the parcel delivery service and at the same time allowing an individual with an authenticated identity to participate in the parcel delivery service. is derived

In addition, it is possible to deliver a parcel without a distribution center that has to store and distribute a number of parcels, and a parcel logistics processing system and There is an effect that can provide a method.

In addition, it is possible to provide a courier logistics processing system and method that can protect personal information and minimize misdelivery.

In addition, it is possible to provide a courier logistics processing system and method that enables the creation of additional revenue from the courier delivery service as a two-job delivery service because it can selectively perform the same courier delivery service as one's own movement route at any time, regardless of time. .

1 is a block diagram for explaining the configuration of a parcel delivery logistics processing system according to an embodiment of the present invention.
2 to 4 are exemplary screen views of a parcel delivery logistics service app displayed on a terminal in charge according to an embodiment of the present invention.
5 is a flowchart for explaining the operation between the technical components in the delivery logistics processing method according to an embodiment of the present invention.
6 is a flowchart for explaining a delivery logistics processing method performed in a delivery delivery logistics processing system according to an embodiment of the present invention.

It should be noted that the technical terms used in the present invention are only used to describe specific embodiments, and are not intended to limit the present invention. In addition, the technical terms used in the present invention should be interpreted as meanings generally understood by those of ordinary skill in the art to which the present invention belongs, unless otherwise specifically defined in the present invention, and excessively comprehensive It should not be construed in the meaning of a human being or in an excessively reduced meaning.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram for explaining the configuration of a parcel delivery logistics processing system according to an embodiment of the present invention.

The courier logistics processing system 10 according to an embodiment is a user terminal 20 possessed by a courier sender or a parcel receiver, and in an embodiment, a delivery service participant possessed by a participant who wants to participate in a delivery service through another courier logistics service The terminal 30 and the delivery service participant terminals 30 communicate with the person in charge terminal 35 possessed by the person in charge assigned to the specific delivery service.

In this case, the user terminal 20 , the delivery service participant terminal 30 , and the person in charge terminal 35 may be technically implemented as the same terminal device, but according to the role of the subject possessing the terminal device to help understand the present invention Separate the names and explain them.

The user terminal 20, the delivery service participant terminal 30, and the person in charge terminal 35 are a smart phone, a portable terminal, a mobile terminal, a foldable terminal, a personal Personal Digital Assistant (PDA), PMP (Portable Multimedia Player) terminal, Telematics terminal, Navigation terminal, Personal Computer, Notebook computer, Slate PC, Tablet PC ( Tablet PC), ultrabook (ultrabook), wearable device (including, for example, watch-type terminal (Smartwatch), glass-type terminal (Smart Glass), HMD (Head Mounted Display), etc.), Wibro (Wibro) terminal , IPTV (Internet Protocol Television) terminals, smart TVs, digital broadcasting terminals, AVN (Audio Video Navigation) terminals, A/V (Audio/Video) systems, flexible terminals, digital signage devices, etc. can be applied.

The parcel delivery logistics processing system 10 according to an embodiment is a technology derived to suggest a method for simultaneously performing pickup and delivery of luggage produced on a route while reciprocating on a predetermined route. For example, a number of vehicles traveling round and round a route may perform a task. However, the present invention is not limited thereto, and an individual who has undergone an authentication procedure may perform pickup and delivery of luggage.

The courier logistics processing system 10 according to an embodiment receives personal information through the parcel delivery logistics service app provided by the parcel delivery logistics processing system 10, and a predetermined approval of the control tower that manages the overall contents of the parcel delivery logistics processing service You can issue member-only barcodes through the procedure.

In this case, the member-only barcode issued may be permanently stored in the user terminal possessed by the member. Then, when a delivery service is attempted through a delivery logistics service according to an embodiment later, by touching a barcode, the corresponding member (courier dispatcher) information is automatically entered on the reception screen.

The delivery logistics service app provided by the delivery logistics processing system 10 according to an embodiment inserts personal information and fee information to generate a two-dimensional code such as a barcode or QR code, and a delivery participant (driver) registration function, luggage Delivery consignment function and chat function can be performed. In this case, the two-dimensional code includes the courier sender, receiver information, content information, weight, quantity, payment information, and control tower approval completion information.

If you are approved as a participant in the delivery service through a predetermined authentication procedure from the control tower that manages the overall contents of the delivery logistics processing service of the parcel delivery logistics processing system 10 according to an embodiment, you can participate in the delivery delivery business.

That is, in the case of a user who has registered an article through the article (delivery service participant) registration function, the user can perform an interlocking operation of collecting and delivering the postal item, and collecting and delivering it.

At this time, the delivery service participant can access the parcel logistics service app and select the desired collection area and the desired delivery area. In addition, the control tower can perform the approval procedure by checking the number of registered people preset in the desired collection area and the desired delivery area selected by the delivery service participant. For example, if it is determined that the delivery service participants are already saturated compared to the population and distance within the area, the control tower may recommend rejecting approval and designating another nearby area as the desired collection or delivery area at the same time.

In one embodiment, the delivery service participant is assigned a code number. As an example, the eight provinces of Korea are set in alphabetical order, and the city, county, and gu are arranged in alphabetical order, and a code number can be assigned using the article registration date and birth date.

For example, in the case of Seoul A, going to Gangnam, Gangwon-do B, and going to Chuncheon-si, if the driver selects the collection point in Gangnam, Seoul and the delivery address is in Chuncheon-si, Gangwon-do, the control tower approves it and at the same time A-B A-210301 (registration date)-680525 (date of birth) code number can be assigned.

For example, for an area where the number of delivery service participants (drivers) is high compared to the quantity, through a voice message or text message notification window, "You can no longer register because the number of delivery service participants has been satisfied for the selected route. Please select a different route." It can inform that the path selection is not possible.

In addition, the courier logistics service app can receive directions to the delivery destination and collection point in conjunction with the navigation app, providing car owners with a means to freely generate additional revenue regardless of time, such as region or holidays.

At this time, in the case of parcel delivery quantities that are avoided by drivers, such as island areas and mid- to long-distance, the direct management of the control tower (salary system) should carry out the delivery, so that the personal information of the sender/receiver is not exposed.

Specifically, as shown in FIG. 1 , the parcel delivery logistics processing system 10 includes a request receiving unit 110 , a request transmitting unit 120 , a charge assignment unit 130 , a completion processing unit 140 , a payment processing unit 150 , and a code generating unit ( 160 , a location monitoring unit 170 , and a location providing unit 180 .

The request receiving unit 110 receives a parcel delivery request including sender information, receiver information, and product information through a parcel delivery logistics service app mounted on the user terminal 20 possessed by the parcel delivery sender.

In one aspect of the present invention, the request receiving unit 110 receives recipient information, contents, weight, and quantity through the courier logistics service app screen mounted on the user terminal 20 possessed by the courier sender, and receives the input information. Based on the payment processing, the delivery driver call request is received.

In this case, the courier dispatcher information is characterized in that the information is pre-stored in the parcel logistics service app. That is, as described above, the delivery logistics processing system 10 according to an embodiment receives personal information through the delivery logistics service app provided by the delivery logistics processing system 10 and manages the overall contents of the delivery logistics processing service. A member-only barcode is issued through the control tower's prescribed approval process.

At this time, the member-only barcode issued may be permanently preserved through the courier logistics service app in the user terminal 20 possessed by the member.

And later, when trying to deliver a parcel through the parcel logistics service according to an embodiment, the corresponding member (courier dispatcher) information is automatically entered on the parcel reception screen by touching the barcode in the parcel logistics service app.

The request transmitting unit 120 transmits the parcel delivery request received by the request receiving unit 110 to the delivery service participant terminal 30 in which at least one parcel delivery logistics service app is mounted.

In one aspect of the present invention, the request delivery unit 120 transmits a parcel delivery request to a parcel delivery service app mounted on a delivery service participant terminal within a predetermined distance from the location of the user terminal 20 possessed by the parcel dispatcher.

And in another aspect, the request delivery unit 120 may transmit a courier delivery request for an item scheduled to be delivered to a region set by the delivery service participant to a delivery service logistics service app mounted on the delivery service participant terminal 30 .

Participants in the delivery service can select the area they want to collect → ship to and selectively receive the corresponding delivery request.

For example, a delivery service participant can set a radius and a delivery address based on the location of their terminal. For example, a delivery service participant residing in Gangnam-gu, Seoul is set to collect only items to be delivered to Namdong-gu, Incheon. You can also set to collect the delivered goods, and after collecting the goods in Namdong-gu-ro, Incheon, move to Gangnam-gu to perform the delivery.

At this time, when the request delivery unit 120 transmits a parcel delivery request, the delivery service participant terminal 30 may output a notification message such as "a parcel delivery request that can be collected within a radius of 2 km has been uploaded".

Alternatively, you can print a notification message such as “There are 12 collectable courier delivery requests at this time” to selectively receive information on the number of occurrences within the distance selected by the delivery service participant or within the selected area. there is.

That is, it is possible to notify by voice that a delivery request for delivery of goods to be collected has been generated around the delivery service participant terminal 30, and to give priority to collection.

In an additional aspect of the present invention, according to an embodiment, the request delivery unit 120 quantitatively displays the parcel delivery request generated by each city, county, gu, dong, and myeon on the map through the parcel logistics service app. can

That is, the courier logistics processing system 10 according to an embodiment registers a map in which "city, county, gu, dong, myeon" of each province including Seoul special city through the courier logistics service app is displayed in the database, " The quantity of parcel delivery requests produced in units of "city, county, gu, dong, myeon" can be displayed and provided in real time on a map marked with "city, county, gu, dong, myeon".

The quantity of parcel delivery requests produced is displayed on the map in real time, and after a person in charge is assigned, the amount collected by the person in charge is subtracted. You can display the number of requests for each courier delivery.

That is, it is possible for the delivery service participant to check the delivery request production and collection delay in real time according to the delivery amount displayed in real time on the map displayed on the delivery service participant terminal 30 .

For example, a newly created parcel delivery request is displayed in real-time in units of "province" on the map, and if you search for "province", you can check the real-time delivery request volume produced in each "city". Also, if you search for “city”, you can check the real-time delivery request volume produced for each “gun” and “gu”, and search for “gun” or “gu” to see the quantity produced in each “dong” and “myeon” unit. You can check the real-time delivery request quantity, which can help economical transportation.

That is, when a delivery service participant selects one of each city, county, and district as a collection station on the map of the delivery service participant terminal 30, the map is converted to a map of the selected area, each dong is displayed, and the delivery service produced by each dong at the same time The requested quantity may be displayed.

In addition, if the delivery destination is set as 'Incheon Namdong-gu' in the additional setting, it may be implemented to display only the parcel delivery request quantity to be delivered to Namdong-gu, Incheon among the parcel delivery request quantity displayed for each dong.

Searching for the requested amount of parcel delivery can help to easily identify the delivery request that can be collected and delivered that meets the desired conditions.

According to this aspect, for example, even if a delivery service participant (courier driver) residing in Namdong-gu, Incheon is assigned a delivery request for delivery to Gangnam, Seoul, and is collecting it, it will be produced in Gangnam, Seoul and delivered to Namdong-gu, Incheon. It allows you to check the delivery volume, so if the delivery request volume is not satisfactory, you can change to a different area as a collection point or select an additional location.

In addition, by allowing all delivery service participants to check the amount of delivery requests that are accumulated in production in all regions in real time, it can help ensure loss-free delivery of parcels.

When a response to the parcel delivery request delivered by the request delivery unit 120 is received from the delivery service participant terminal 30 , the responsible allocation unit 130 assigns the delivery service participant to whom the response has been received as a delivery person in charge.

At this time, it is possible that the assignment of the responsible allocation unit 130 as the delivery person in charge may be determined on a first-come, first-served basis, and a delivery service participant who can be collected and delivered within the shortest distance or the shortest time can be assigned as the delivery person in charge. .

When a response to a parcel delivery request is received from a delivery service participant, it is obvious that selecting a delivery person among them may be performed in various standards and methods. This eliminates the need for a distribution center and reduces fuel loss due to empty driving.

For example, if a taxi driver in Incheon picks up a customer and gets off in Seoul, when returning to Incheon, he collects goods near the customer drop-off point in Seoul and returns to Incheon through two jobs to generate additional income from courier delivery. can

In other words, it is possible to deliver parcels faster than the existing parcel delivery system in which they are collectively moved to the distribution center and delivered to each courier. The effect that there is is derived

In one embodiment, an office worker who wants to collect on the way home from work, a full-time housewife who wants a side job, a student who wants a part-time job, etc. can participate in collection or delivery by inputting the local driver code number approved through the control tower's authentication process.

Then, the completion processing unit 140 processes the delivery completion when the delivery completion signal and the two-dimensional code of the parcel delivery product are recognized from the person in charge terminal 35 possessed by the delivery person in charge assigned by the delivery person in charge.

Specifically, when the delivery service participant accepts, they are assigned as the delivery person in charge, and are sequentially stored in the collection list of the courier logistics service app screen of the person in charge terminal 35 . At this time, if you select and touch from the collection list, you can check detailed information about collection and items and receive navigation guidance. And after collection is complete, if you touch Collection Complete, it will be moved to the list to be shipped and saved.

After completing the delivery, the delivery person can process the delivery completion by scanning the two-dimensional code possessed by the recipient. The completion processing unit 140 performs delivery completion processing when the two-dimensional code of the parcel delivery item possessed by the parcel delivery receiver is recognized by the person in charge terminal 35 .

The payment processing unit 150 calculates the shipping cost based on the recipient information, contents, weight, and quantity information received through the courier logistics service app screen mounted on the user terminal 20 possessed by the courier sender in the request receiving unit, and calculates and calculates Pay the shipping cost.

In one embodiment, for example, the payment processing unit 150 may be implemented such that a fee per case can be differentially paid according to a skill level given according to the skill level of the delivery person in charge. For example, it may be set so that a high-skilled delivery person is paid a higher commission rate per case than a low-skilled delivery person.

As a result, it is possible to inspire the will of delivery service participants to improve their work integrity and to improve service quality.

The payment processing unit 150 may immediately deposit a fee per case into the account in charge upon completion of delivery. For example, when delivery is completed for a case with a delivery cost of KRW 5,000, the amount after deducting a predetermined fee is transferred to the account registered in charge of delivery.

For example, the payment processing unit 150 may receive a certain amount of money from a delivery person every month or every case by introducing a parcel delivery product compensation insurance system. In the event of an accident, it can be used as a cost for handling the accident, and if there is no problem in the shipping process, such as product damage, by settlement on a quarterly or annual basis, the accumulated amount is paid to the courier. is implemented

That is, by separating a certain amount from the amount of transportation to be received by the delivery person (courier driver) into an amount to ensure complete delivery, it is possible to minimize damage to the delivery goods.

Meanwhile, the payment processing unit 150 may recommend general business registration so that the tax payment of the delivery business participant participating in the delivery business is transparently performed. In addition, 100% of the delivery amount is paid to participants in the delivery service without commission. In this case, depending on the distance, for example, 2,000 won for a short distance, 3,000 won for a medium distance, 4,000 won for a long distance, 200,000 won for 100 short-distance delivery, and 1,200,000 won for 300 mid-distance delivery. You can pay 600,000 won for 200 medium-distance delivery and 1,200,000 won for 300 long-distance delivery.

In this case, the control tower charges 3,000 won per day (75,000) for the 25th of a month in the name of using the courier logistics service according to an embodiment, and the 5th (predetermined number of days) may be set as a mutually agreed day of the week, but forcing a holiday.

That is, the payment processing unit 150 may process the cost to be paid to the control tower in the name of a predetermined service usage fee separately from the amount for ensuring complete delivery from the transportation cost to be received by the delivery person in charge of the delivery.

The code generating unit 160 is the sender and receiver address information input through the courier logistics service app mounted on the user terminal 20 possessed by the courier sender, shipping cost information calculated according to the weight of the parcel to be delivered, content information, weight , a two-dimensional code including at least one of quantity, payment, and phone number information is generated.

And the code generation unit 160, the two-dimensional code generated by the code generation unit 160 to the terminal in charge of the person in charge of the delivery person assigned by the assignment unit 130 and the user terminal 20 possessed by the recipient of the parcel send.

The code generator 160 may be generated to further include a sequence number on the left side so as to be color-coded for each day of the week, for example. For example, in the order of Monday, Tuesday, Wednesday, Thursday, Friday and Saturday, it can be distinguished by red, yellow, green, yellow, green and yellow colors.

After that, when collecting the delivered goods, the person in charge scans the barcode or QR code form of the two-dimensional code displayed on the delivered goods to manually display the number of receipts assigned from 0, and can easily identify them in the order of receipt number in the loading state. . In addition, since the personal information of the sender or the receiver, the waybill information, etc. are not displayed on the delivered goods, the effect of preventing the exposure of personal information is derived.

In addition, the code generating unit 160 may include in the two-dimensional code to be able to identify a fresh product, a product with a risk of damage, and the like.

In one embodiment, the code generating unit 160 generates a two-dimensional code to enable identification of items requiring attention by dividing by date, region, risk of damage, high-priced product, fresh product, and the like.

The code generator 160 may output a two-dimensional code (barcode) printed product in the form of a sticker. The courier sender can block the exposure of personal information by attaching the printed two-dimensional code (barcode) paper to the parcel box.

For example, a courier dispatcher may receive a barcode with a receipt number for a parcel application from the parcel delivery logistics processing system 10 through the parcel delivery service app, print it with a printer, and directly attach it to the product. Alternatively, the delivery person visiting the collection may check whether the barcode is attached when collecting the item, and when the item is not attached, it may be implemented to receive the barcode received by the courier and print it out on behalf of the delivery person.

That is, based on a two-dimensional code such as a barcode or QR code generated by the code generator 160, personal information is hidden, and the barcode of each color and the different order assigned to the barcode enable easy identification of the item even in the loading state. can do. That is, since personal information is not displayed on the delivery box, the exposure of personal information can be minimized.

In a characteristic aspect of the present invention, the location monitoring unit 170 monitors the location of the terminal in charge possessed by the person in charge of delivery assigned by the charge assignment unit 130 .

And when the location information request and the two-dimensional code of the parcel delivery goods are input from the user terminal 20 on which the delivery logistics service app is installed, the location providing unit 180 is the terminal 35 in charge monitored by the location monitoring unit 170 It provides the location information of the user terminal to the courier logistics service app.

Accordingly, it provides the convenience of checking the moving status of the parcel in real time.

The parcel delivery logistics processing system 10 according to an embodiment may simultaneously pick up and deliver baggage according to a delivery request generated on a route in which a delivery driver travels a predetermined route while reciprocating. In this case, at least one delivery driver (vehicle) may perform the delivery service according to the amount of parcel delivery service.

When a corresponding two-dimensional code is selected through a two-dimensional code that is identified and displayed for each parcel on the parcel delivery logistics service app of the terminal in charge of the person in charge of the delivery person assigned by the delivery person in charge of the delivery unit 130, the corresponding delivery item is linked with the navigation app It is possible to provide a navigation function by setting the recipient's location information as a destination. In addition, it is possible to provide a phone call connection function with the sender or receiver of the parcel included in the two-dimensional code. However, the present invention is not limited thereto, and may be linked with various application programs executed in the terminal in charge.

2 to 4 are exemplary screen views of a parcel delivery logistics service app displayed on a terminal in charge according to an embodiment of the present invention.

In one embodiment, before being assigned to the person in charge, the delivery service participant receives and stores the two-dimensional code through the parcel delivery service app mounted on the delivery service participant terminal 30 .

Delivery service participants can check the list of delivery tasks requested for delivery through the delivery logistics service app. In this case, location guidance may be provided through navigation by touching each item. In addition, it is possible to make a phone call and to check which region the delivery item will be delivered to. In one embodiment, the delivery business participant can participate in the general public, such as two jobs, so that it can be collected when leaving work and hand over to a local driver, or additional revenue can be created regardless of time or place by completing the delivery directly upon returning home can provide jobs.

Delivery service participants can set the collection area or delivery area for goods in Gangwon-do, Gyeonggi-do, and Jeolla-do units, or set the narrower Eup, Myeon, and Dong units to check the filtered list of courier services within the selected range.

In other words, the delivery service participant certified by the control tower can freely check information on delivery service and selectively collect and deliver the desired delivery service.

For example, if a driver in Chuncheon decides to collect goods to go to Jeollabuk-do, a list of courier services including collection and delivery points is provided along the route from Chuncheon to Jeollabuk-do, so that the delivery service participant can purchase as many items as they want. It is also possible to provide a more filtered list of courier services for collection and delivery.

In an aspect, in collecting and delivering parcels placed on a moving path, it may be implemented to permit selection settings for each grade given differentially according to the skill level of the delivery service participant.

For example, it can be implemented such that a skill level is assigned according to the skill level of the work participant, and accordingly, the range of cases that can be assigned as a person in charge in the courier service list is allowed differently, or a fee per case can be differentially paid. For example, it is implemented so that up to 200 personnel can be assigned to a delivery service participant with a high skill level, and up to 20 personnel can be assigned to a delivery service participant with a lower skill level than the standard. In addition, it may be set so that a delivery service participant having a high skill level is paid a higher commission rate per case than a delivery service participant having a low skill level.

As a result, it is possible to inspire the will of delivery service participants to improve their work integrity and to improve service quality.

Upon completion of delivery, the fee per case is immediately transferred to the account in charge. For example, when delivery is completed for a delivery cost of KRW 5,000, the amount after deducting a certain fee is transferred to the account registered in charge of delivery.

Specifically, FIG. 2 is an exemplary diagram of a delivery task list display screen of a parcel delivery logistics service app displayed on a terminal in charge according to an embodiment when assigned as a person in charge.

As shown in FIG. 2 , the courier logistics service app may provide a screen automatically arranged by location to facilitate collection of the next item immediately after delivery for each delivery business case. In other words, the delivery list assigned to the person in charge is arranged to facilitate movement in the order of delivery → collection → delivery → collection → delivery.

In addition, it is possible to set the route guidance destination through navigation for each case displayed in the list, and it is possible to connect a call by clicking a phone number.

3A and 3B are diagrams illustrating a screen displaying a collection list of a courier logistics service app displayed on a terminal in charge according to an embodiment, and FIG. 4 is a delivery service of the parcel logistics service app displayed on a terminal in charge according to an embodiment. This is an example of a screen displaying a list.

The courier logistics service app according to an embodiment guides the delivery address and collection point by operating the navigation by touching each list to the delivery person in charge, and recognizes that a call and a collection completion icon are touched, so that the call and collection completion processing are possible. When the collection is completed, the collection information disappears and only the delivery address information may be displayed.

As a result, it is possible to collect goods on the ship of the current delivery destination, and it has the advantage of being able to carry out delivery and collection at the same time, resulting in the effect that delivery is possible without a distribution center.

In addition, based on the location information of the terminal in charge, the location of the list displayed on the screen may be changed while the receipt number of the delivered item is maintained. That is, the goods are identified using the receipt number, but the collection and delivery order can be variably determined by efficiently deriving a movement route based on the location information of the terminal in charge.

A collection list window is displayed as shown in FIG. 3A, and when the collection list is clicked, delivery information may be further displayed as shown in FIG. 3B. In addition, the collected and processed items are displayed by moving to the delivery list as shown in FIG. 4 .

5 is a flowchart for explaining the operation between the technical components in the delivery logistics processing method according to an embodiment of the present invention.

In the courier logistics processing method according to an embodiment of the present invention, the courier sender inputs personal information according to the procedure and receives the member-only barcode with approval from the control tower.

At this time, the member-only barcode is stored in the user terminals 20t and 20r possessed by the member, and when the member wants to send an item using the courier service later, a screen for inputting recipient information is provided on the reception screen that is opened by touching the stored barcode. In this case, the sender information may be implemented in an already input state. In addition, input content information, weight information, specification information, and quantity, and pay the automatically calculated shipping cost.

In an embodiment, a parcel delivery is requested through the parcel delivery logistics service app of the user terminal 20t possessed by the parcel dispatcher (S500).

Then, the delivery logistics processing system 10 calculates the delivery cost for the delivery request and performs payment processing ( S510 ). Then, a two-dimensional barcode is generated for the courier delivery request (S520).

And when the call article is touched, the parcel delivery request is transmitted to at least one delivery service participant terminal 30 of the corresponding parcel delivery request (S530). And when a response to the parcel delivery request is received from among the plurality of delivery service participant terminals 30 (S535), the delivery service participant terminal 30 is assigned to the delivery person in charge terminal 35 (S540).

At this time, the user terminal 20t possessed by the courier sender may output a voice message saying "A courier is being assigned. Please wait for a moment."

At the same time, the generated two-dimensional code is transmitted to the user terminal 20r possessed by the recipient of the product (S525).

Additionally, the two-dimensional barcode is also transmitted to the person in charge terminal 35 (S550).

The receiver may use the received two-dimensional code to determine the location of the delivery manager terminal 35 in possession of the delivery item to be received (S560).

And when a request for location information is received from the user terminal 20r possessed by the receiver (S562), real-time location information of the terminal 35 in charge is provided (S564), and the request for location information from the user terminal 20t carried by the sender is received (S562) When this is received (S566), it may also provide real-time location information of the terminal in charge (S568).

In addition, the delivery person in charge of completing delivery checks the delivery completion by scanning the barcode of the user terminal 20r possessed by the recipient with the person in charge terminal 35 ( S570 ), thereby blocking erroneous delivery and increasing the reliability of delivery work. For example, the delivery person in charge must scan the two-dimensional barcode possessed by the delivery recipient using the terminal 35 in charge of delivery to be processed (S575), and is implemented to receive delivery completion certification from the control tower. At this time, when the recipient of the goods is absent, the two-dimensional code (bar code) transmitted by the courier may be attached to the guard room or the front door.

The delivery logistics processing system 10 performs delivery completion processing to the user terminal 20t upon confirmation of delivery completion from the person in charge terminal 35 (S580), and settles the delivery cost to the delivery person in charge (S590).

6 is a flowchart for explaining a delivery logistics processing method performed in a delivery delivery logistics processing system according to an embodiment of the present invention.

The courier logistics processing method driven in the parcel delivery logistics processing system receives a parcel delivery request including sender information, receiver information, and product information through a parcel delivery logistics service app mounted on a user terminal possessed by the parcel sender (S600).

In one aspect, the recipient information, contents, weight, and quantity are input through the courier logistics service app screen mounted on the user terminal possessed by the courier sender, calculate the shipping cost based on the input information, and pay the calculated shipping cost process (S610).

In this case, the courier dispatcher information is characterized in that the information is pre-stored in the parcel logistics service app.

In one aspect, sender and receiver address information input through the courier logistics service app mounted on the user terminal possessed by the courier sender, delivery cost information calculated according to the weight of the parcel to be delivered, content information, weight, quantity, payment and A two-dimensional code including at least one of the phone number information is generated (S620).

Then, the generated two-dimensional code is transmitted to a user terminal possessed by the receiver (S630).

Then, the received parcel delivery request is transferred to the delivery service participant terminal equipped with at least one parcel delivery logistics service app (S640).

In one aspect, the delivering step transmits a parcel delivery request to a parcel delivery service app mounted on a delivery service participant terminal within a predetermined distance from the location of the parcel dispatcher.

In addition, in another aspect, the delivering step transmits a parcel delivery request for an item scheduled to be delivered to a pre-set area by the delivery service participant to a courier logistics service app mounted on the delivery service participant terminal.

When a response to the delivery request delivered from the delivery service participant terminal is received (S650), the delivery service participant who has received the response is assigned as a delivery person in charge (S652).

Then, the two-dimensional code generated for the corresponding delivery task is transmitted to the terminal in charge possessed by the assigned delivery person (S654).

Thereafter, in the step of allocating to the delivery person in charge, the location of the terminal in charge possessed by the assigned delivery person is monitored (S656)

On the other hand, when the location information request and the two-dimensional code of the parcel delivery goods are input from the user terminal on which the parcel delivery logistics service app is mounted (S670), the location information of the terminal in charge monitored in the step of monitoring the location is transferred to the delivery logistics of the user terminal It is provided as a service app (S675).

And when the delivery completion signal and the two-dimensional code of the parcel are recognized from the terminal in charge of the assigned delivery person (S660), the delivery is completed (S680).

The above-described method may be implemented as an application or implemented in the form of program instructions that may be executed through various computer components and recorded in a computer-readable recording medium. The computer-readable recording medium may include program instructions, data files, data structures, etc. alone or in combination.

The program instructions recorded on the computer readable recording medium are specially designed and configured for the present invention, and may be known and used by those skilled in the art of computer software.

Examples of the computer-readable recording medium include a hard disk, a magnetic medium such as a floppy disk and a magnetic tape, an optical recording medium such as a CD-ROM and DVD, and a magneto-optical medium such as a floppy disk. media), and hardware devices specially configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like.

Examples of program instructions include not only machine language codes such as those generated by a compiler, but also high-level language codes that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules for carrying out the processing according to the present invention, and vice versa.

Although the above has been described with reference to the embodiments, those skilled in the art will understand that various modifications and changes can be made to the present invention without departing from the spirit and scope of the present invention described in the claims below. will be able

10: courier logistics processing system 20: user terminal
30: delivery service participant terminal 35: person in charge terminal
110: request receiving unit 120: request transmitting unit
130: responsible allocation unit 140: completion processing unit
150: payment processing unit 160: code generation unit
170: location monitoring unit 180: location providing unit

Claims (14)

a request receiving unit for receiving a parcel delivery request including item information including sender information, recipient information, and weight and quantity information of the contents through a parcel delivery logistics service app mounted on a user terminal possessed by the parcel sender;
a request transmission unit for transferring the parcel delivery request received to the request receiving unit to a delivery service participant terminal equipped with at least one parcel delivery logistics service app;
When a response to the delivery request delivered by the request delivery unit is received from the delivery service participant terminal, a delivery service participant in charge of allocating the received delivery service participant as a delivery person in charge; and
and a completion processing unit that processes the delivery completion when the delivery completion signal and the two-dimensional code of the parcel are recognized from the terminal in charge of the delivery person assigned by the delivery person in charge; and
The request delivery unit,
A delivery request is sent to the parcel delivery service app mounted on the delivery service participant’s terminal within a predetermined distance from the location of the parcel sender, but the delivery service participant is scheduled to deliver to the area set by the parcel delivery service distribution service app mounted on the delivery service participant’s terminal. Deliver the courier delivery request for the item,
On the basis of the received sender information, receiver information, and product information including weight and quantity information of contents, the courier including sender address and phone number information, recipient address and phone number information, and weight and delivery cost information of the parcel to be delivered It further comprises; a code generation unit for generating a two-dimensional code of the article;
The code generator,
Transmitting the two-dimensional code of the parcel delivery product generated by the code generating unit to the terminal in charge of the delivery person assigned by the allocation unit, the user terminal possessed by the parcel receiver, and the user terminal possessed by the courier sender,
The request delivery unit,
Receive information on selecting a desired collection area and a desired delivery area from the courier logistics service app mounted on the delivery service participant terminal,
It is characterized in that the delivery request is transmitted based on the desired collection area and the desired delivery area information set by the delivery service participant terminal,
Approve whether or not to participate by reflecting the number of registered participants in the delivery service that is set in the desired collection area and delivery area selected by the delivery service participant,
If the number of registered participants in the delivery service is greater than a predetermined number in the desired collection area and delivery area selected by the delivery service participant, approval is rejected;
Through the courier logistics service app mounted on the delivery service participant terminal, the delivery service participant provides a list of delivery tasks assigned to the delivery person, and provides directions to the delivery destination and collection point in conjunction with the navigation app,
The request receiving unit,
Receive a parcel delivery request after payment processing based on product information including weight and quantity information of contents input through the parcel delivery logistics service app installed on the user terminal possessed by the delivery sender, but the delivery sender information is the delivery logistics service It is characterized in that the information is pre-stored in the app,
a location monitoring unit for monitoring the location of the terminal in charge possessed by the person in charge of delivery assigned by the distribution unit in charge; and
When a request for location information and a two-dimensional code of the parcel delivery goods are input from a user terminal possessed by the recipient having a parcel delivery logistics service app or a user terminal owned by the sender, the location monitoring unit receives location information of the terminal in charge monitored by the recipient It further includes; a location providing unit that provides the courier logistics service app of the user terminal possessed by the sender or the user terminal possessed by the sender;
A delivery logistics processing system that recommends to a delivery service participant to designate another nearby area as a desired collection area or a desired delivery area while performing the approval rejection process.
delete The method of claim 1,
In the request receiving unit, the delivery cost is calculated based on the item information including the recipient information received through the courier logistics service app mounted on the user terminal possessed by the courier sender, and the weight and quantity information of the contents, and the calculated delivery cost is processed as payment The payment processing unit; further comprising, a courier logistics processing system.
delete delete delete delete In the courier distribution processing method driven in the parcel delivery distribution processing system according to claim 1 or 3,
Receiving a parcel delivery request including item information including sender information, receiver information, and weight and quantity information of the contents through a parcel delivery logistics service app mounted on a user terminal possessed by the parcel dispatcher;
transmitting the received courier delivery request to a delivery service participant terminal equipped with at least one delivery service logistics service app;
when a response to the delivered parcel delivery request is received from the delivery service participant terminal, allocating the delivery service participant who has received the response as a delivery manager; and
When the delivery completion signal and the two-dimensional code of the parcel are recognized from the terminal in charge of the assigned delivery person, processing the delivery completion;
The delivering step is
A delivery request is sent to the parcel delivery service app mounted on the delivery service participant’s terminal within a predetermined distance from the location of the parcel sender, but the delivery service participant is scheduled to deliver to the area set by the parcel delivery service distribution service app mounted on the delivery service participant’s terminal. Deliver the courier delivery request for the item,
On the basis of the received sender information, receiver information, and product information including weight and quantity information of contents, the courier including sender address and phone number information, recipient address and phone number information, weight and delivery cost information of the parcel to be delivered generating a two-dimensional code of the article; and
Transmitting the two-dimensional code of the generated parcel delivery article to a terminal possessed by the delivery person assigned by the delivery unit in charge, a user terminal owned by the delivery receiver, and a user terminal owned by the delivery sender; further comprising,
The delivering step is
Receive information on selecting a desired collection area and a desired delivery area from the courier logistics service app mounted on the delivery service participant terminal,
It is characterized in that the delivery request is transmitted based on the desired collection area and the desired delivery area information set by the delivery service participant terminal,
Approve whether or not to participate by reflecting the number of registered participants in the delivery service that is set in the desired collection area and delivery area selected by the delivery service participant,
If the number of registered participants in the delivery service is greater than a predetermined number in the desired collection area and delivery area selected by the delivery service participant, approval is rejected;
Through the courier logistics service app mounted on the delivery service participant terminal, the delivery service participant provides a list of delivery tasks assigned to the delivery person, and provides directions to the delivery destination and collection point in conjunction with the navigation app,
Receiving the courier delivery request comprises:
Receive item information including recipient information, weight and quantity information of contents through the courier logistics service app installed on the user terminal possessed by the courier sender, and receive a parcel delivery request after payment processing based on the entered information. , The courier dispatcher information is characterized in that the information is pre-stored in the courier logistics service app,
monitoring the location of the terminal in charge possessed by the person in charge of delivery assigned in the step of assigning to the person in charge of delivery; and
When a request for location information and a two-dimensional code of the parcel delivery goods are input from a user terminal possessed by a receiver equipped with a parcel delivery logistics service app or a user terminal possessed by a sender, location information of the terminal in charge monitored in the step of monitoring the location It further comprises; providing a courier logistics service app of the user terminal possessed by the receiver or the user terminal possessed by the sender;
A delivery logistics processing method that recommends to a delivery service participant to designate another nearby area as a pickup or delivery location while performing the approval rejection process.
delete 9. The method of claim 8,
In the step of receiving the parcel delivery request, the delivery cost is calculated based on the product information including the recipient information and the weight and quantity information of the contents received through the courier logistics service app mounted on the user terminal possessed by the courier sender. Processing the payment of the shipping cost; further comprising, a courier logistics processing method.
delete delete delete delete

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