KR20230043309A - Apartment housing complex delivery system - Google Patents

Abstract

The present invention relates to a delivery system for an apartment complex. The present invention comprises: an intermediate delivery management server that is installed within a designated supply station of an apartment complex, receives delivery loading and unloading information received from a courier terminal, extracts information on a delivery person capable of delivery at the appropriate point in time according to the received loading and unloading information, and transmits a delivery request signal to the terminal of the extracted delivery person; a bicycle management server that collects identification information about a cargo bicycle and generates rental information including at least one of information about the delivery person who rented the cargo bicycle, rental time, and number of uses; and a plurality of user terminals each possessed by a courier who delivers a package to the supply station or a delivery person who delivers a package to an apartment complex. Accordingly, job creation is possible because the workforce within a complex can be used as a delivery person.

Description

Apartment housing complex delivery system {Apartment housing complex delivery system}

The present invention relates to a courier delivery system for apartment complexes, and more particularly, by arranging a dedicated delivery person for each apartment complex and using the assigned delivery person to perform delivery for each household, reducing the labor force of delivery drivers, It relates to a courier delivery system for apartment complexes that can save delivery time, prevent damage to delivered goods, and create jobs.

Courier service is a service in which people and businesses directly transport packaged goods and items to the place where they are requested. It is usually confined within a country, but international logistics companies may handle international parcels.

To elaborate, the courier service is a service that receives various items such as documents, gifts, personal items, and sales products at the door of the sender and delivers them directly to the recipient. It is common to separate and manage ordering customers into large-volume ordering customers and small-ordering customers, respectively, according to predetermined standards such as the volume of delivery goods or the number of times delivery service is used.

Conventionally, courier delivery drivers were in charge of both sorting and delivery of courier items. As a result, the work of the courier delivery driver was excessive, and the work was concentrated only on a limited number of delivery drivers.

In addition, as more and more apartments are advocating “car-free apartments” on the ground and removing ground parking lots and controlling the entry and exit of vehicles in apartment complexes, the delivery time of parcel delivery drivers is delayed due to the difficult entry and exit of existing delivery vehicles. , and this also had problems leading to an excessive increase in work.

The background technology of the present invention is disclosed in Republic of Korea Patent Publication No. 10-2009-0079114 (2009.07.21).

The technical problem to be achieved by the present invention is to arrange a dedicated delivery person for each apartment complex and use the arranged delivery person to perform courier delivery, thereby reducing the labor force of delivery drivers, saving delivery time, preventing damage to delivered goods, and creating jobs. This is about an apartment complex delivery system that can be delivered.

According to an embodiment of the present invention for achieving this technical problem, it is installed in a designated supply station of an apartment complex, receives parcel loading and unloading information received from a courier driver terminal, and provides a corresponding time point according to the received loading and unloading information. Extracts information on a delivery person who can deliver from, and collects identification information on a courier intermediate management server that transmits a courier performance request signal to the extracted delivery person's terminal, cargo bicycle information, and rental information of the delivery person who rented the cargo bicycle. A bicycle management server that generates rental information including at least one of time and number of uses, a delivery driver who delivers a package to the supply center, or a delivery person who delivers a package in charge of an apartment complex, each possessing a plurality of It includes a user terminal.

The courier intermediate management server is configured to receive a courier delivery request signal from a courier delivery driver terminal, a courier information collection unit that collects personal information of a courier who delivers couriers on behalf of the courier within the apartment house, and courier information including delivery time available. The communication unit extracts information on a delivery person capable of proxy delivery at a given time by using a plurality of delivery person information previously collected according to the parcel delivery request signal, transmits a proxy delivery request signal to the extracted delivery person terminal, and transmits the transmitted proxy delivery request signal. In response to the delivery request signal, a control unit that receives an approval signal from the corresponding delivery person user terminal and transmits parcel information to the corresponding delivery person user terminal, and a cost calculation unit that calculates the cost to be paid to the delivery person who performed the proxy delivery service can

The bicycle management server, when receiving a rental request signal from a bicycle information register registering identification information assigned to each cargo bicycle possessed and a user terminal used by the delivery person, transmits the identification information of the rental available cargo bicycle to the corresponding delivery person. Rental information that calculates the rental time using the rental approval unit transmitted to the user terminal and the rental start time and end time of the cargo bike, and transmits the calculated rental time and the information of the rented deliveryman to the delivery center management server. It may include a provisioning unit.

The cost calculator may reflect the rental time of the cargo bike to calculate the payment cost of the corresponding deliveryman.

When receiving a publicity request from a plurality of affiliated delivery requesting companies, the cost calculation unit may calculate an additional cost to be paid to a deliveryman who has performed publicity for the delivery requesting company that has requested the publicity.

In this way, according to the present invention, since the courier service is provided using a courier, it is possible to promote work efficiency through division of labor in courier delivery, and since the courier can utilize manpower in the complex, there is an effect that can create jobs.

In addition, according to the present invention, since the courier service is provided through the manpower in the complex, the reliability of responsible delivery can be increased, and the courier goods brought into the apartment house can be safely delivered to the residents (each There is an advantage that can be passed on to the relevant generation).

1 is a diagram for explaining an apartment complex courier delivery system according to an embodiment of the present invention.
Figure 2 is a configuration diagram for explaining the delivery intermediate management server shown in Figure 1.
Figure 3 is a configuration diagram for explaining the bicycle management server shown in Figure 1;
4 is a flowchart for explaining a parcel delivery method using an apartment complex parcel delivery system according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail so that those skilled in the art can easily practice with reference to the accompanying drawings. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein. In addition, in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

Throughout the specification, when a certain component is said to "include", it means that it may further include other components without excluding other components unless otherwise stated.

Then, with reference to the accompanying drawings, an embodiment of the present invention will be described in detail so that those skilled in the art can easily practice it.

Hereinafter, the parcel delivery system for apartment complexes according to an embodiment of the present invention will be described in more detail using FIGS. 1 to 3 .

1 is a diagram for explaining a courier delivery system for an apartment complex according to an embodiment of the present invention.

As shown in FIG. 1, the courier delivery system for apartment complexes according to an embodiment of the present invention includes an intermediary parcel delivery management server 100, a bicycle management server 200, a courier driver user terminal 300, and a deliveryman user terminal 400. ),

First, the delivery intermediate management server 100 is installed in a designated distribution center of an apartment complex, and manages goods delivered in the corresponding apartment complex. In general, a courier delivery driver classifies courier goods to be delivered at a courier collection point, and delivers the classified courier goods to each household in an apartment house. However, in the embodiment of the present invention, when the courier driver transmits parcel delivery information through the user terminal 300, the parcel delivery intermediate management server 100 uses the received parcel information as a delivery man who can act as a delivery agent on behalf of the courier driver. The information is extracted, and a parcel delivery request signal is transmitted to the extracted user terminal 400 of the delivery person.

Also, upon receiving an approval signal from the corresponding deliveryman user terminal 400, the parcel delivery intermediate management server 100 transmits parcel delivery information to the deliveryman user terminal 400. Upon receiving a delivery completion signal from the deliveryman user terminal 400, the delivery service intermediate management server 100 calculates the cost to be paid to the deliveryman.

The bicycle management server 200 is a server that manages cargo bicycles available to deliverymen, and collects identification information of managed cargo bicycles. In addition, the bicycle management server 200 calculates the rental time of the corresponding cargo bicycle when renting a cargo bicycle managed by the delivery person, and transmits the calculated rental time to the intermediate delivery management server 100 .

Then, the parcel delivery intermediate management server 100 calculates the cost to be paid to the delivery person using the received rental time.

The courier driver user terminal 300 is a terminal used by a courier driver, and the courier driver inputs courier information including identification information on a courier item to be delivered and alighting time through the terminal, and the courier driver terminal 300 Delivers the input parcel delivery information to the parcel delivery intermediate management server 100.

The deliveryman user terminal 400 is a terminal possessed by a deliveryman who wants to act as a courier service. The delivery person inputs delivery person information including personal information, delivery area, delivery time, and the like. Then, the deliveryman user terminal 400 transmits the input deliveryman information to the intermediate management server 100 .

In an embodiment of the present invention, the courier driver user terminal 300 and the delivery man user terminal 400 may be various known means capable of accessing a network through a communication network. For example, smart phones, smart pads, various mobile devices, laptops, and the like may correspond thereto. Here, since the provision information and management authority of the mobile app for the courier driver user terminal 300 and the delivery man user terminal 400 are given differently according to user attributes, it is obvious that the driving screen of the mobile app is also provided in a differentiated form.

The courier user terminal 300 and the deliveryman user terminal 400 are terminals that perform substantially the same function, and in the embodiment of the present invention, for convenience of explanation, they are distinguished by different names according to the subject using the terminal.

Hereinafter, the intermediate parcel management server 100 shown in FIG. 2 will be described in more detail using FIG. 2 .

Figure 2 is a configuration diagram for explaining the delivery intermediate management server shown in Figure 1.

As shown in FIG. 2 , the courier intermediate management server 100 includes a delivery person information collection unit 110 , a communication unit 120 , a control unit 130 and a cost calculation unit 140 .

First, the delivery man information collection unit 110 collects delivery man information received from a plurality of delivery man user terminals 400 .

Here, the delivery person information includes personal information, an area where delivery is possible, a delivery time available, and the like.

Also, the communication unit 120 communicates with the courier driver user terminal 300 and the delivery person user terminal 400 . To elaborate, the communication unit 120 receives a parcel delivery request signal from the courier driver user terminal 300 . And the communication unit 120 transfers the received parcel delivery request signal to the delivery person user terminal 400 . In addition, the communication unit 120 receives an approval signal corresponding to the parcel delivery request signal from the plurality of delivery person user terminals 400 .

The control unit 130 extracts information on a delivery person capable of proxy delivery at a corresponding point in time by using a plurality of delivery person information previously collected according to a parcel delivery request signal. Then, the control unit 130 transmits a proxy delivery request signal to the extracted delivery person user terminal 400 . Upon receiving an approval signal from the corresponding delivery person user terminal 400 in response to the transmitted proxy delivery request signal, the control unit 130 transmits parcel delivery information to the corresponding delivery person user terminal 400 .

Finally, the cost calculation unit 140 calculates the cost to be paid to the delivery person who performed the proxy delivery service. On the other hand, the cost calculation unit 140 calculates the cost to be paid to the delivery person who performed the courier delivery, but calculates the cost by considering the total rental time using the cargo bike and whether or not to provide publicity.

Hereinafter, the bicycle management server 200 will be described in more detail using FIG. 3 .

Figure 3 is a configuration diagram for explaining the bicycle management server shown in Figure 1;

As shown in FIG. 3 , the bicycle management server 200 according to an embodiment of the present invention includes a bicycle information registration unit 210 , a rental approval unit 220 and a rental information providing unit 230 .

First, the bicycle information registration unit 210 registers identification information on the cargo bicycle it possesses.

Then, the rental approval unit 220 proceeds with the rental of the cargo bicycle, and upon receiving the rental request signal from the deliveryman user terminal 400, extracts the identification number of the currently available rental cargo bicycle. Then, the rental approval unit 220 transmits the extracted identification number of the cargo bicycle to the corresponding deliveryman user terminal 400 .

Finally, the rental information providing unit 230 obtains the rental start time and end time of the approved cargo bicycle, and calculates the total rental time using the obtained start time and end time. Then, the rental information providing unit 230 transfers the calculated total rental time to the parcel delivery intermediate management server 100 .

Then, the courier intermediate management server 100 calculates the cost to be paid to the corresponding delivery person using the total rental time received.

Hereinafter, a method of carrying out parcel delivery using the apartment complex parcel delivery system according to an embodiment of the present invention will be described in more detail with reference to FIG. 4 .

4 is a flowchart for explaining a parcel delivery method using an apartment complex parcel delivery system according to an embodiment of the present invention.

As shown in FIG. 4 , according to an embodiment of the present invention, the parcel delivery intermediate management server 100 receives a parcel delivery request signal from the delivery driver user terminal 300 (S410).

To elaborate, a courier driver belonging to a courier company such as CJ Courier, Post Courier, or Lotte Courier classifies and loads parcels at the collection yard, and stores or transports a certain amount of parcels in an affiliated online market at a supply depot in an apartment building. Next, the delivery driver and the logistics delivery driver of the online market use the user terminal 300 to access the delivery intermediate management server 100 installed at the distribution center of the apartment house to be delivered. In addition, the user terminal 300 of the courier driver and the logistics delivery driver transmits the courier service information and logistics information input from the courier service driver to the courier intermediate management server 100 .

Upon completion of S410, the courier intermediate management server 100 extracts courier information capable of standby delivery using the received courier information and logistics information, and transmits a proxy delivery request signal to the extracted courier user terminal (S420).

To elaborate, the parcel delivery intermediary management server 100 collects deliveryman information capable of delivering parcels on behalf of only the courier house.

Here, the delivery person information includes personal information, an area where delivery is possible, and a delivery time available.

The control unit 130 extracts delivery person information capable of proxy delivery service in response to the received delivery service information using the collected delivery driver information.

Then, the controller 130 transmits a proxy delivery request signal to the delivery man user terminal corresponding to the extracted delivery man information. The delivery person checks the delivery request signal received through the user terminal 400 and inputs whether delivery is possible.

At this time, upon receiving a rejection signal from the corresponding deliveryman user terminal 400, the controller 130 extracts other deliveryman information.

On the other hand, upon receiving an approval signal from the corresponding deliveryman user terminal 400, the controller 130 provides parcel delivery information to the deliveryman user terminal 400 that has transmitted the approval signal.

The delivery man receiving the courier information determines whether or not to rent a cargo bike, and transmits a cargo bike rental request signal to the bike management server 200 when the cargo bike is to be rented (S430).

Upon receiving the cargo bike rental request, the bike management server 200 extracts identification information of bikes that can be rented and transmits the extracted identification information to the deliveryman user terminal 400 .

When the rental of the cargo bicycle is substantially completed, the bicycle management server 200 counts the rental start (S440).

In other words, the rental information providing unit 230 calculates the rental time using the rental start time and end time of the cargo bicycle, and transmits the calculated rental time and the information of the rented deliveryman to the courier intermediate management server 100. .

Then, the parcel delivery intermediate management server calculates the cost according to the delivery person performing proxy delivery using the total rental time received (S450).

In other words, the cost calculation unit 140 calculates the cost to be paid to the deliveryman using the time the cargo bike is rented.

In the present invention, the cost of performing proxy delivery is calculated in units of time, but the cost may be calculated according to the number of delivery items.

On the other hand, when a request for publicity is received from a plurality of affiliated delivery requesting companies, an additional cost may be paid to a deliveryman who has performed publicity for the delivery requesting company that has requested the publicity.

In this way, according to the present invention, since the courier service is provided using a courier, it is possible to promote work efficiency through division of labor in courier delivery, and since the courier can utilize manpower in the complex, there is an effect that can create jobs.

In addition, according to the present invention, since the courier service is provided through the manpower in the complex, the reliability of responsible delivery can be increased, and the courier goods brought into the apartment house can be safely delivered to the residents (each There is an advantage that can be passed on to the relevant generation).

Although the present invention has been described with reference to the embodiments shown in the drawings, this is only exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical scope of protection of the present invention should be determined by the technical spirit of the appended claims.

100: courier intermediate management server
110: delivery person information collection department
120: communication department
130: control unit
140: cost calculation unit
200: bike management server
210: bicycle information register
220: rental approval unit
230: rental information provision unit
300: courier driver user terminal
400: deliveryman user terminal

Claims (5)

It is installed in the designated distribution center of the multi-unit housing complex, receives the information on loading and unloading the parcel from the terminal of the delivery driver, extracts information about the delivery person who can deliver at the appropriate time according to the received loading and unloading information, and extracts the information of the extracted delivery person. A courier intermediate management server that transmits a courier service request signal to a terminal of
A bicycle management server that collects identification information on a cargo bicycle and generates rental information including at least one of information of a deliveryman who rented the cargo bicycle, a rental time, and the number of times of use;
An apartment complex parcel delivery system including a plurality of user terminals each possessed by a courier driver who delivers parcels to the distribution center or a delivery person who delivers parcels exclusively to the apartment complex. According to claim 1,
The courier intermediate management server,
A delivery person information collection unit that collects delivery person information including personal information of a delivery person who delivers a parcel on behalf of the courier within the apartment house, and delivery time available;
A communication unit for receiving a courier delivery request signal from the courier driver and the logistics delivery driver terminal;
According to the courier delivery request signal, information on a delivery person capable of proxy delivery is extracted using a plurality of delivery person information previously collected, and a proxy delivery request signal is transmitted to the extracted delivery person terminal, and the transmitted proxy delivery request is performed. A controller that receives an approval signal from the corresponding deliveryman user terminal in response to the signal and delivers delivery information to the corresponding deliveryman user terminal; and
An apartment complex courier delivery system including a cost calculation unit for calculating a cost to be paid to the delivery person who performed the proxy courier service. According to claim 1,
The bicycle management server,
A bicycle information register for registering identification information assigned to each cargo bicycle possessed;
When receiving a rental request signal from the user terminal being used by the delivery person, a rental approval unit that transmits identification information of a cargo bicycle that can be rented to the user terminal of the corresponding delivery person; and
An apartment complex parcel delivery system comprising a rental information providing unit that calculates a rental time using the rental start time and end time of the cargo bicycle, and transmits the calculated rental time and the information of the rented deliveryman to the courier central management server. . According to claim 2,
The cost calculation unit,
An apartment complex courier delivery system that calculates the payment cost of the corresponding delivery person by reflecting the rental time of the cargo bicycle. According to claim 2,
When receiving promotional requests from multiple affiliated shipping request companies,
The chant cost calculation department,
An apartment complex courier delivery system that calculates the cost to be paid additionally to the delivery person who performed the publicity for the delivery request company that requested the publicity.

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