KR102149729B1 - A parcel service management system for occupants of buildings with smartphone parking location and one-pass system - Google Patents

Abstract

The present invention relates to a parcel delivery management system for residents of a building applied with a smartphone parking location and one-pass system. According to the present invention, the parcel delivery management system checks moving line information of the residents through communication between a parking management signal transmitter and a user terminal installed throughout an apartment complex, controls the opening/closing of a front door of building by authenticating a resident when the resident enters the front door of the building for which they reside, and transmits a notification message to the authenticated resident when there is a parcel or mail to the authenticated resident so that the authenticated resident can find the parcel or mail.

Description

A parcel service management system for occupants of buildings with smartphone parking location and one-pass system}

The present invention relates to a delivery management system for tenants of a building applying a smart phone parking location and a one-pass system, and in more detail, the present invention resides by communication between a parking management signal transmitter and a user terminal installed throughout an apartment complex. It is an invention to control the opening and closing of the front door by checking the information on the movement of the tenant and by authenticating the tenant when entering the front door where the tenant resides.

In addition, the present invention is an invention in which a notification message is sent to the authenticated tenant when there is a courier or mail to the authenticated tenant so that the authenticated tenant can find the courier or mail.

In the modern society, as technology develops day by day, our lives are becoming more convenient and more prosperous, so many life skills focusing on improving the quality of life compared to the past are being developed and developed.

In particular, in the modern society, the online shopping mall market has grown significantly, and the online shopping mall has the advantage that tenants can purchase various products without directly visiting the store.

Meanwhile, at the same time as the online shopping mall market has grown, the courier service has also greatly developed. Currently, courier services are delivered to most regions in Korea within 2-3 days of placing an order.

However, as the online shopping mall market grows and courier services are actively implemented, there is also a social problem in which delivery accidents, theft accidents, and various crimes targeting single-person households increase.

Therefore, in order to solve the social problems related to the parcel delivery as described above, it is necessary to develop a technology related to a safe unmanned delivery service, and the present invention relates to a technology related thereto.

The following are prior art related to this.

1. Republic of Korea Patent Publication No. 10-2017-0079008 Unmanned delivery service storage 2. Korean Patent Publication No. 10-1796145 A tenant registration method for unmanned mail/courier service and a system applying the same 3. Korean Registered Patent Publication No. 10-2004487 How to notify delivery of courier goods

The present invention is to solve the above problems,

The present invention relates to a delivery management system for tenants of a building applying a smart phone parking location and a one-pass system, and in more detail, the present invention resides by communication between a parking management signal transmitter and a user terminal installed throughout an apartment complex. The purpose is to control the opening and closing of the front door by checking the information on the movement of the tenant and by authenticating the tenant when entering the front door where the tenant resides.

In addition, an object of the present invention is to transmit a notification message to the authenticated tenant when there is a courier or mail to the authenticated tenant so that the authenticated tenant can find the courier or mail.

In order to achieve the above object, a delivery management system for tenants of a building to which the smartphone parking location and one-pass system of the present invention is applied,

When receiving the parking management signal transmitter ID information from the parking management signal transmitters 200 and receiving the parking management signal transmitter ID information, the received parking management signal transmitter ID information and the user ID information are managed server 400 A user terminal 100 equipped with a dedicated app 110 for performing a function provided as a function;

A plurality of parking management signal transmitters 200 installed at a plurality of locations in the apartment complex and periodically transmitting their own ID information;

A courier box 300 formed at each tenant-specific courier box 310 in which courier or mail is accommodated and installed around the front door of each dong;

Including a management server 400 for authenticating a tenant, controlling the opening and closing of the front door of the authenticated tenant, and controlling the locked state of the delivery box 310 of the corresponding tenant when there is a courier or mail to the authenticated tenant. It features.

The present invention relates to a delivery management system for tenants of a building applying a smart phone parking location and a one-pass system, and in more detail, the present invention resides by communication between a parking management signal transmitter and a user terminal installed throughout an apartment complex. It is effective to prevent unauthorized intruders from entering the door because it checks the information on the movement of the tenant and controls the opening and closing of the front door by certifying the tenant when entering the front door where the tenant resides.

In addition, the present invention transmits a notification message to the authenticated tenant when there is a courier or mail to the authenticated tenant so that the authenticated tenant can find the courier or mail. There are various crime prevention effects aimed at

1 is a conceptual diagram of the present invention
Figure 2 is a block diagram of the configuration of the present invention
Figure 3 is an exemplary installation of the present invention
4 is a functional block diagram of the present invention
5 is a diagram illustrating a state in which a first notification message is received in a user terminal of the present invention
6 is a state diagram in which second and third notification messages are received in the user terminal of the present invention
7 is a state diagram and a partial enlarged view of a delivery box of the present invention
8 is a state diagram and a partial enlarged view of a large-capacity delivery box of the present invention

An embodiment of the present invention as described above will be described in detail with reference to FIGS. 1 to 8.

Referring to FIG. 1, a delivery management system (hereinafter referred to as'system') for occupants of a building to which the smartphone parking location and one-pass system of the present invention is applied is provided with signal transmitters 200 and users for parking management installed throughout the apartment complex. By communication between the terminals 100, the moving line information of the resident resident is transmitted to the management server 400, and when the occupant enters the front door where he resides, the management server 400 authenticates the resident and is authenticated. Since the front door 20 is opened, it is an invention to prevent intrusion by illegal intruders other than tenants.

In addition, the system 10 of the present invention transmits a notification message to the authenticated tenant when there is a courier or mail to the authenticated tenant so that the authenticated tenant can visit the courier or mail, so delivery accidents and theft caused by courier It is an invention that has the effect of preventing accidents and various crimes targeting single-person families.

Accordingly, the system 10 of the present invention, as shown in FIG. 2, basically includes a user terminal 100, a plurality of parking management signal transmitters 200, a plurality of delivery boxes 300, and a management server 400. Is composed.

Specifically, the delivery management system for tenants of a building to which the smartphone parking location and one-pass system of the present invention is applied,

When receiving the parking management signal transmitter ID information from the parking management signal transmitters 200 and receiving the parking management signal transmitter ID information, the received parking management signal transmitter ID information and the user ID information are managed server 400 A user terminal 100 equipped with a dedicated app 110 for performing a function provided as a function;

A plurality of parking management signal transmitters 200 installed at a plurality of locations in the apartment complex and periodically transmitting their own ID information;

A courier box 300 formed at each tenant-specific courier box 310 in which courier or mail is accommodated and installed around the front door of each dong;

Including a management server 400 for authenticating a tenant, controlling the opening and closing of the front door of the authenticated tenant, and controlling the locked state of the delivery box 310 of the corresponding tenant when there is a courier or mail to the authenticated tenant. It features.

1 and 2, the user terminal 100 is a configuration carried by a tenant, and a dedicated app 110 for using the system 10 of the present invention is mounted and installed.

Here, the dedicated app 110 mounted on the user terminal 100 receives the parking management signal transmitter ID information from the parking management signal transmitters 200 installed throughout the apartment complex, and the received parking management signal transmitter It is a kind of application software that performs a function of providing ID information and user ID information to the management server 400.

In addition, the dedicated app 110 installed in the user terminal 100 receives the first, second, and third notification messages from the management server 400, and, as shown in Figs. 5 and 6, the display and the speaker of the user terminal 100 It is an application software that outputs a notification message through a visual or audible method to notify the tenant that there is mail or courier service.

At this time, the user terminal 100 may be an electronic device having a communication function such as a smart phone, a tablet PC, a smart watch, a notebook, and a PDA. In the present invention, the most popular among electronic devices is portability, convenience, and functionality. It is desirable to apply a smart phone that is excellent and capable of communication such as Internet and Bluetooth, capable of touch input, and having a speaker function.

Referring to FIG. 1, the parking management signal transmitter 200 is a device that is installed in a plurality of places in an apartment complex to periodically transmit its own ID information, and the parking management signal transmitter 200 is basically an apartment complex. It is installed at the front and rear doors of the apartment complex (including parking lot), and at the front door of each building, and transmits their own ID information to the user terminal 100 of the tenants entering and leaving the apartment complex.

That is, the user terminal continuously receives the ID information of the parking management signal transmitter from the plurality of parking management signal transmitters from entering the apartment complex until finally entering the house.

Here, the dedicated app 110 of the user terminal 100 provides the received parking management signal transmitter ID information and user ID information to the management server 400 when the parking management signal transmitter ID information is received. The server 400 is able to grasp the movement information of the tenant.

That is, since the management server 400 stores installation location information of a plurality of parking management signal transmitters installed in the apartment complex, the management server 400 is a parking management signal transmitter transmitted by the user terminal according to the movement of the tenant. By using ID information, user ID information, and installation location information of signal transmitters for parking management, it is possible to grasp the moving line information of the corresponding tenant.

The installation location information of the parking management signal transmitters is information in which the ID of the parking management signal transmitter and the installation location are matched.For example, #01-parking management signal transmitter: apartment front door, #02-parking management signal transmitter : Apartment rear door, #03-Signal transmitter for parking management: 1st parking lot, #10-Signal transmitter for parking management: 101 Building 3~4 line entrance door, #20-Signal transmitter for parking management: 102 Building 1-2 It may be the front door of the line building.

As shown in FIGS. 3 and 4, a signal transmitter 200 for parking management is installed in each of the entrance door 20 of the apartment building, so that when a tenant enters the front door, the user terminal 100 of the tenant is a signal transmitter for parking management ( 200) receives the ID information of the corresponding parking management signal transmitter, and the dedicated app 110 of the user terminal provides the parking management signal transmitter ID information and user ID information to the management server 400.

At this time, the management server 400 controls the occupant authentication and the opening and closing of the corresponding front door 20 using the provided parking management signal transmitter ID information and user ID information, which will be described later in detail.

As shown in FIG. 3, the delivery box 300 is a configuration in which a plurality of delivery boxes 310 for each tenant are formed and installed around the front door 20 for each dong, as shown in FIG. 3.

2 and 7, the courier box 310 for each tenant is a space for storing small courier or general mail, and includes an input port 311, a detection sensor 312, a touch button 313, and a locking device 314. ), and a door 315.

The inlet 311 is a configuration that allows a courier or mail to be inserted into the courier box 310 for each tenant, and a courier driver or a mail delivery person is an inlet 311 into the interior of the courier box 310 for each tenant. Small courier or general mail is put into the interior of the courier box 310 for each tenant.

At this time, a theft prevention slope is formed inside the inlet 311 so that when parcel delivery or mail is inserted into the courier box 310 for each tenant, a structure in which courier or mail cannot be taken out from the outside through the inlet 311 do.

The detection sensor 312 is a component formed inside the delivery box 310 for each tenant to sense an input delivery or mail, and an infrared sensor or a weight detection sensor may be applied.

Therefore, when a courier or mail is put into the courier box 310 for each tenant, the detection sensor 312 detects this and transmits the detection signal and the ID information of the courier box 310 for each tenant installed to the management server 400. Will be provided.

For example, the detection signal and ID information of the delivery box 310 for each occupant, such as #3-201 (meaning the ID of the delivery box of building 3-201), is provided to the management server 400.

The touch button 313 is a component that can be touched by a courier or a mail delivery person.

The courier box 310 for each tenant is a small courier or general mail, and cannot be put into the courier box 310 for each tenant in the case of a large courier or registered mail requiring a signature of the recipient.

In this case, the courier or mail delivery person touches the touch button 313 and then moves to the management room to leave a large courier or registered mail.

Meanwhile, when a touch is detected, the touch button 313 provides a detection signal and ID information of the delivery box 310 for each tenant to the management server 400.

For example, the detection signal and ID information of the delivery box 310 for each occupant, such as #3-201 (meaning the ID of the delivery box of building 3-201), is provided to the management server 400.

The locking device 314 is configured to release or maintain the locked state of the door 315, and the locking device 314 is characterized in that the lock is released for a predetermined period of time when controlling the management server 400 or inputting a password. .

That is, when the lock is released under the control of the management server 400, the locking device 314 maintains the unlocked state for a certain period of time and then becomes locked again. The tenant must open the door 315 within a certain time unlocked by the control of the management server 400 to receive the mail or courier. However, if the tenant fails to receive the mail or courier within a certain time due to other reasons, the locking device 314 Is converted to the locked state after a certain period of time. Later, the tenant unlocks the locking device 314 by using a password and then opens the door 315 to receive mail or parcel delivery. Of course, the locking device 314 is switched back to the locked state after a certain period of time elapses after being unlocked by the password.

The door 315 is a configuration that opens and closes so that a corresponding tenant can withdraw courier or mail from the courier box 310 for each tenant, and is unlocked or maintained by the locking device 314.

On the other hand, in addition, the courier box 310 for each tenant operates under the control of the management server 400 as shown in FIG. 7 to provide an alarm unit 316 to inform the tenant of the presence of courier or mail in a visual or audible way. It may be configured to further include.

The alarm unit 316 may be an indicator lit to visually notify that there is a courier or mail under the control of the management server 400 as shown in FIG. 7 or a speaker that outputs an audible notification. have.

The management server 400 authenticates the tenant, controls the opening and closing of the front door of the authenticated tenant, informs the authenticated tenant that there is a courier or mail when there is a courier or mail to the authenticated tenant, and Controls the locked state of the storage box 310.

Referring to Figures 3 and 4, the management server 400 is located in the management room 30, from a plurality of user terminals 100 and a plurality of delivery boxes 300 included in the system 10 of the present invention. It refers to a kind of server computer that receives information and transmits notification messages or control signals to a plurality of user terminals 100 and a plurality of delivery boxes 300.

First, tenant authentication and control of opening and closing the front door will be described.

4, as described above, when the user terminal 100 receives the parking management signal transmitter ID information from the parking management signal transmitter installed at the front door, the user ID information and the received parking management signal transmitter ( Parking management signal transmitter installed at the front door) ID information is provided to the management server 400.

In this case, the management server 400, if the ID information of the parking management signal transmitter provided from the user terminal 100 is the ID information of the parking management signal transmitter installed at the front door, and received together with the parking management signal transmitter ID information. It is determined whether the user ID information is in the pre-stored tenant information.

Since the registered tenant information is stored in the management server 400, it is possible to determine whether the user ID information received together with the parking management signal transmitter ID information is an ID in the pre-stored tenant information.

The tenant information may be information in which a user ID and the same number are matched, and the user ID may be a hand phone number.

For example, the tenant information is “Bldg 1 No. 201-User ID (010-1234-****, 010-1235-****, 010-1236-****), Building 2 No. 304-User It may be an ID (010-1234-****, 010-1235-****, 010-1236-****), or the like.

As for the tenant information, a single user ID information is stored for a single household, and a plurality of user ID information is stored for a household with a plurality of family members according to the number of family members.

As a result of the determination, if the user ID is the ID in the occupant information, it is determined that it is a legitimate occupant, and the front door in which the parking management signal transmitter 200 having the parking management signal transmitter ID transmitted along with the user ID is installed is opened.

Since the management server 400 stores the location information of the parking management signal transmitter installation location, the parking management signal transmitter corresponding to the parking management signal transmitter ID information transmitted along with the authenticated user ID is installed at the front door. The management server 400 can determine whether it is a management signal transmitter.

For example, the information on the installation location of the parking management signal transmitter is information that the ID of the parking management signal transmitter and the installation location are matched.For example, #01-parking management signal transmitter: apartment front door, #02-parking management Signal transmitter: rear door of apartment, #03-parking management signal transmitter: 1st parking lot, #10-parking management signal transmitter: 101 building 3~4 line entrance door, #20-parking management signal transmitter: 102 building 1 It may be the front door of the east line ~2.

Next, the control of the locked state of the delivery box 310 of the management server 400 will be described.

The management server 400, as shown in Figure 4, if the parking management signal transmitter ID information provided from the user terminal 100 is the ID information of the parking management signal transmitter 200 installed at the front door, for parking management If the user ID received along with the signal transmitter ID information is the ID in the pre-stored tenant information, it is verified, and as a result of the determination, if the user ID is the ID in the tenant information, whether there is a courier or mail matched with the user ID, the tenant's delivery information is used. To judge.

The tenant delivery information is information including the first tenant delivery information and the second tenant delivery information, and the first tenant delivery information and the second tenant delivery information are information matched between the tenant information and the delivery information.

For example, the first tenant's delivery information is “Bldg 1 No. 201-User ID (010-1234-****, 010-1235-****, 010-1236-****)-Delivery to the delivery box Existence, Building 2 No. 304-User ID (010-1234-****, 010-1235-****, 010-1236-****)-May be the presence of a courier in the courier box, and the second tenant courier The information is “Bldg 1 No. 201-User ID (010-1234-****, 010-1235-****, 010-1236-****)-Courier exists in the security office, Building 2 No. 304-User ID (010-1234-****, 010-1235-****, 010-1236-****)-It may be the presence of a courier at the security office.

In addition, since the management server 400 stores information on the delivery box in which the ID information of the delivery box 310 and the number of the same number are matched, the specific delivery box 310 is You will be able to judge cognition.

The courier box information is information in which the ID information of the courier box 310 and the number of buildings are matched. For example, #01-courier accommodation box: 101 building 201, #02-courier accommodation box: 304 building 804, #10-courier accommodation box: 403, 704, etc.

That is, when the management server 400 provides the detection signal of the detection sensor 312 and the ID information of the delivery box 310 for each tenant from the delivery box 300, the ID information of the delivery box 310 for each tenant When the first tenant delivery information is generated and stored using the and tenant information, and the detection signal of the touch button 313 and the ID information of the delivery box 310 for each tenant are provided from the delivery box 300, the corresponding tenant The second tenant delivery information is generated and stored using the ID information of the delivery box 310 and the tenant information.

The management server 400 generates a first notification message or a second notification message when it is determined that there is a delivery or mail matched to the user ID using the resident delivery information.

Specifically, a first notification message is generated when the first tenant's delivery information indicating that there is a delivery or mail matched to the corresponding user ID in the tenant's delivery information, and the second that there is a delivery or mail matching the corresponding user ID in the tenant's delivery information. If there is information about the tenant's delivery service, a second notification message is generated.

Subsequently, the management server transmits the generated first notification message or the first notification message to the user terminal 100 providing the user ID.

The first notification message is a message notifying that there is a delivery or mail in the delivery box 310. The second notification message is characterized in that it is a message informing that there is a courier or mail in the security room.

That is, the first notification message is a message notifying that there is a courier or mail in the courier box 310, and as shown in the upper figure of FIG. 5, “Please check the courier box because there is a courier or mail.” A visual message saying “There is a courier or mail in the courier box, please check.” is displayed on the display of the user terminal 100. Voice information is output through the speaker, to reliably recognize that the courier or mail is in the courier box.

At this time, the tenant who has received the first notification message touches the'first notification message' displayed on the user terminal 100 as shown in the lower figure of FIG. 5. When the'first notification message' is touched, the dedicated app 110 mounted on the user terminal 100 provides confirmation response information for the first notification message to the management server 400.

Then, the management server 400, when the confirmation response information for the first notification message from the user terminal 100 is received, the locking device 314 of the delivery box 310 for each tenant matched with the user ID. The locked state is released by transmitting a control signal for releasing the locked state, and the tenant receives the parcel or postal items stored inside the parcel delivery box 310.

In addition, the second notification message is a message notifying that there is a courier or mail in the security room. As shown in the figure above in FIG. 6, "Please check that there is a courier or mail in the security room." A visual message is displayed on the display of the user terminal 100, or "There is a courier or mail in the security office, please check." The voice information is output through the speaker, which makes it clear to the tenant that the courier or mail is being stored in the management room.

Therefore, the tenant who confirms the second notification message may move to the security room and receive a large courier or registered mail in storage.

In addition, the management server 400, when at least one of the first tenant delivery information and the second tenant delivery information is generated, the first tenant delivery information or the second tenant delivery information matching the tenant's delivery package 310 A control signal for operating the alarm unit 316 installed in is generated and provided to the alarm unit 316 of the corresponding tenant delivery box 310.

That is, when at least one of the first tenant delivery information and the second tenant delivery information is generated, the management server 400 accommodates the tenant's delivery service corresponding to the first tenant delivery information or the second tenant delivery information (310). By operating the alarm unit 316 installed in the, as shown in FIG. 7, the tenant is notified that there is a courier or mail in a visual or audible manner.

On the other hand, the system 10 of the present invention, as shown in Figs. 1 and 3, is configured to further include a plurality of large-capacity courier boxes 500 that are installed around the front door of each building to additionally accommodate large-capacity courier.

Here, the large-capacity courier box 500 is formed larger than the size of the courier box 300 accommodating a small courier or general mail, and is a courier storage box capable of accommodating a large-capacity courier so that a plurality of tenants can use it in common It is formed in plural and not for each tenant.

In this case, the purpose of additionally installing the large-capacity courier box 500 is that it is difficult to store in the courier box 300 that accommodates small courier or general mail when the size of courier is large or the quantity of courier is large, and the security room also has no space. Because it is limited, there is a limit to storing large couriers or couriers with a large quantity, and this is to solve this problem.

Therefore, the courier driver uses the large-capacity courier box 500 in the case of a courier with a large size or a courier with a large quantity.

2 and 8, the large-capacity delivery box 500 includes a door 510, an information display unit 520, a detection sensor 530, an information input unit 540, and a reader 550.

Specifically, the large-capacity courier box 500,

The door 510 is opened and closed so that the delivery service can be injected into the large-capacity delivery box 500 and a locking device 511 is configured,

An information display unit 520 that displays whether or not the package is accommodated in the large-capacity delivery box 500,

A detection sensor 530 for detecting a delivery service put into the large-capacity delivery box 500,

An information input unit 540 for inputting recipient information,

Including a reader 550 for reading the recipient information from the waybill attached to the courier,

The locking device 511 configured on the door 510 is in a locked state when the detection sensor 530 detects a delivery service, and is in an unlocked state when a delivery fee is detected,

The information display unit 520 indicates that the delivery service is being stored when the detection sensor 530 detects the delivery service,

The information input unit 540 or the reader 550 provides the recipient information to the management server 400 when recipient information is input or read,

The recipient information is characterized in that the number information.

Referring to FIG. 8, the door 510 is a door that opens and closes so that a parcel can be inserted into the large-capacity parcel box 500, and a locking device 511 is configured.

The locking device 511 configured on the door 510 is in the unlocked state when the detection sensor 530 detects the delivery fee (there is no accepted delivery service), and when the detection sensor 530 detects the delivery (delivery inside) In the received state), the stored parcel is safely stored in a locked state, and when a control signal from the management server 400 is received, the locked state is released so that the tenant can receive the parcel.

The reason that the locking device 511 configured on the door 510 is in the unlocked state when the detection sensor 530 detects the delivery cost (there is no accepted delivery service), the reason why the delivery driver freely delivers the large-capacity delivery service to the corresponding large-capacity delivery box. This is to open the door 510 so that it can be inserted. Afterwards, when the package is accommodated in a large-capacity package, it is locked and the stored package is safely stored.

The information display unit 520 is a configuration that displays whether or not the courier is accommodated in the large-capacity courier box 500, and the courier driver distinguishes between a large-capacity courier box and an empty courier box through the information display unit 520 And use an empty large-capacity courier box.

That is, the information display unit 520 displays a message informing that the parcel is being stored when the sensor 530 detects the parcel.

The detection sensor 530 is a sensor for detecting the delivery of delivery into the large-capacity delivery box 500, and when the detection sensor 530 detects the delivery of delivery, the locking device 511 of the door 510 is The locked state is entered, and a message indicating that the delivery service is being accommodated is displayed on the information display unit 520.

The information input unit 540 is a configuration in which the courier driver manually inputs the recipient information, and an information input method of a touch screen method may be applied, and the reader 550 stores the recipient information using the waybill attached to the courier service. This is a configuration that reads automatically.

That is, the delivery driver inputs or reads the recipient information of the delivery service using the information input unit 540 or the reader 550 before inserting the delivery service into the large-capacity delivery box.

When the recipient information is input or read, the information input unit 540 or the reader 550 provides the recipient information and the ID information of the large-capacity delivery box to the management server 400, and the recipient information is the same number information.

That is, the delivery driver manually inputs the recipient information of the delivery service through the information input unit 540 before inserting the delivery service into the large-capacity delivery box, or reads the waybill attached to the delivery service by the reader 550.

At this time, the management server 400 generates the third tenant parcel delivery information by using the recipient information (dong number information) when recipient information is provided from the information input unit 540 or the reader 550.

The third tenant parcel delivery information generated by the management server 400 is also characterized in that information in which the tenant information and the parcel delivery information are matched, similar to the first and second tenant delivery information described above.

For example, the delivery information for the third tenant is “Bldg 1, No. 201-User ID (010-1234-****, 010-1235-****, 010-1236-****)- There may be a courier service, Building No. 304-User ID (010-1234-****, 010-1235-****, 010-1236-****)-There may be a courier in a large courier box.

Next, the management server 400 enters the front door 20 and if there is a tenant who has a user ID matched with the third tenant parcel delivery information among the authenticated tenants, the third notification message as shown in FIG. It is transmitted to the user terminal 100 of the tenant.

Here, the third notification message is a message notifying that there is a courier in the large-capacity courier box 500, and as shown in the figure below of FIG. A visual message is displayed on the display of the user terminal 100, or "Check that there is a delivery in a large courier box." The voice information is output through the speaker to make sure that the tenant knows that there is a large-capacity delivery box.

At this time, the tenant who has received the third notification message touches the'third notification message' displayed on the user terminal 100. When the'third notification message' is touched, the dedicated app 110 mounted on the user terminal 100 provides an acknowledgment message for the third notification message to the management server 400.

Then, the management server 400, when a confirmation response message for the third notification message is received from the user terminal 100, the control to release the lock state of the door 510 of the corresponding large-capacity delivery box 500 The signal is transmitted to the locking device 511 of the door 510 of the large-capacity delivery box 500 to release the locked state, and the tenant receives the delivery package stored in the large-capacity delivery box 500.

In the above, the technical idea of the present invention has been described together with the accompanying drawings, but this is illustrative of a preferred embodiment of the present invention and does not limit the present invention. In addition, it is a clear fact that anyone of ordinary skill in the art can perform various modifications and imitations without departing from the scope of the technical idea of the present invention.

10: system
20: East front door
30: management room
100: user terminal
200: Signal transmitter for parking management
300: courier box
400: management server
500: large capacity courier box

Claims (10)

In the parcel delivery management system for tenants of a building with a smartphone parking location and one-pass system,
When receiving the parking management signal transmitter ID information from the parking management signal transmitters 200 and receiving the parking management signal transmitter ID information, the received parking management signal transmitter ID information and the user ID information are managed server 400 A user terminal 100 equipped with a dedicated app 110 for performing a function provided as a function;
A plurality of parking management signal transmitters 200 installed at a plurality of locations in the apartment complex and periodically transmitting their own ID information;
A courier box 300 is formed in a plurality of courier boxes 310 for each occupant in which courier or mail is accommodated and is installed around the front door of each dong;
Authenticating the tenant, controlling the opening and closing of the front door of the authenticated tenant, informing the certified tenant that there is a courier or mail when there is a courier or mail to the authenticated tenant, and locking the courier box 310 of the corresponding tenant Including a management server 400 for controlling the state,

The courier box 310 for each tenant,
An inlet 311 for inserting courier or mail into the inside of the courier box 310 for each tenant,
A detection sensor 312 that detects the injected courier or mail,
A touch button 313 that allows the courier to touch,
A locking device 314 for releasing or maintaining the locked state of the door 315,
Including a door 315 that is opened and closed so that delivery or mail can be withdrawn from the delivery box 310 for each tenant,

The detection sensor 312 provides a detection signal and ID information of the delivery box 310 for each tenant to the management server 400 when a delivery or mail is detected,
When a touch is detected, the touch button 313 provides a detection signal and ID information of the courier box 310 for each tenant to the management server 400,
The locking device 314 is unlocked by the management server 400,

The management server 400,
When the detection signal of the detection sensor 312 and the ID information of the delivery box 310 for each occupant are provided from the delivery box 300, the ID information and the resident information of the delivery box 310 for each tenant are provided. When tenant parcel delivery information is generated and provided to the user terminal of the corresponding tenant, and when the detection signal of the touch button 313 and the ID information of the courier box 310 for each tenant are provided from the courier box 300, the corresponding courier service is accepted. Using the ID information of the box 310 and the tenant information, the second tenant delivery information is generated and provided to the user terminal of the corresponding tenant,

The first tenant courier information is information notifying the user that a small courier or general mail is in the courier box 310, and the second tenant courier information is information notifying that a large courier or registered mail is in the security room,
The first tenant delivery information and the second tenant delivery information are information in which a user ID, number of houses, and information about whether or not to be delivered are matched, and a delivery management system for tenants of a building applying a smartphone parking location and one-pass system.
The method according to claim 1,
The locking device 314 is a parcel delivery management system for tenants of a building with a smartphone parking location and one-pass system, characterized in that the lock is released when a password is input.
The method according to claim 2,
The courier box 310 for each tenant,
Smartphone parking location and one-pass system applied building, characterized in that it further comprises an alarm unit 316 to notify the tenant in a visual or audible way that there is a courier or mail by operating by a control signal of the management server 400 Delivery management system for tenants of
The method according to claim 1,
The management server 400,
If the ID information of the parking management signal transmitter provided from the user terminal 100 is the ID information of the parking management signal transmitter installed at the front door, the user ID information received together with the parking management signal transmitter ID information is stored in the tenant information in advance. Determine if it is an ID,
As a result of the determination, if the user ID is the ID in the tenant information, the parking location of the smartphone characterized in that the front door of the parking management signal transmitter 200 having the parking management signal transmitter ID transmitted along with the user ID is opened. And a delivery management system for tenants of buildings with a one-pass system.
The method according to claim 1,
The management server 400,
If the ID information of the parking management signal transmitter provided from the user terminal 100 is the ID information of the parking management signal transmitter 200 installed at the front door, the user ID received together with the parking management signal transmitter ID information is stored in advance. Determine whether the ID is in the information,
As a result of the determination, if the user ID is the ID in the tenant information, it is determined whether there is a courier or mail matched with the user ID using the first and second tenant courier information,
If there is a small courier or general mail that matches the user ID according to the first tenant's courier information, the first notification message is transmitted to the user terminal 100 that provided the user ID, and the corresponding user according to the second tenant's courier information When there is a large courier or registered mail matching the ID, a second notification message is sent to the user terminal 100 that provided the user ID,
The first notification message is a message notifying that there is a delivery or mail in the delivery box 310. The second notification message is a delivery management system for a tenant of a building applying a smartphone parking location and one-pass system, characterized in that the message informing that there is a delivery or mail in the security room.
delete The method of claim 5,
The management server 400,
When at least one of the first tenant delivery information and the second tenant delivery information is generated, the alarm unit 316 installed in the tenant's delivery box 310 matching the first tenant delivery information or the second tenant delivery information A parcel delivery management system for tenants of a building applied with a smartphone parking location and one-pass system, characterized in that a control signal for operation is generated and provided to the alarm unit 316 of the corresponding tenant delivery box 310.
The method of claim 5,
The management server 400,
When the confirmation response information for the first notification message is received from the user terminal 100, a smartphone parking location and one-pass system is applied, characterized in that the lock of the parcel delivery box 310 for each tenant matched with the user ID is unlocked. Delivery management system for tenants of the building.
The method according to claim 1,
Further comprising a plurality of large-capacity courier boxes 500 that can accommodate large-capacity courier,
Each of the plurality of large-capacity courier boxes 500,
The door 510 is opened and closed so that the delivery service can be injected into the large-capacity delivery box 500 and a locking device 511 is configured,
An information display unit 520 that displays whether or not the package is accommodated in the large-capacity delivery box 500,
A detection sensor 530 for detecting a delivery service put into the large-capacity delivery box 500,
An information input unit 540 for inputting recipient information,
Including a reader 550 for reading the recipient information from the waybill attached to the courier,
The locking device 511 configured on the door 510 is in a locked state when the detection sensor 530 detects a parcel delivery, and is unlocked when a delivery fee is detected or by the control of the management server 400,
The information display unit 520 indicates that the delivery service is being stored when the detection sensor 530 detects the delivery service,
When the recipient information is input or read, the information input unit 540 or the reader 550 provides the recipient information and the ID information of the large-capacity delivery box to the management server 400,
The receiver information is a parcel delivery management system for tenants of a smart phone parking location and one-pass system applied building, characterized in that the number of the same number.
The method of claim 9,
The management server 400,
When the recipient information and the ID information of the large-capacity delivery box are provided, the third-party delivery information is generated using the recipient information,
When there is a large-capacity courier service to the authenticated tenant by referring to the third tenant courier information, a third notification message is transmitted to the authenticated user terminal 100,
When a confirmation response message for the third notification message is received from the user terminal 100, a smartphone parking location and one-pass system is applied, characterized in that the door 510 of the corresponding large-capacity delivery box 500 is unlocked. Delivery management system for tenants of the building.

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