KR101638585B1

KR101638585B1 - entrance system exploiting smart phone

Info

Publication number: KR101638585B1
Application number: KR1020150065142A
Authority: KR
Inventors: 박인호
Original assignee: (주)토마토전자
Priority date: 2015-05-11
Filing date: 2015-05-11
Publication date: 2016-07-11

Abstract

The present invention relates to a vehicle access control system that operates a parking breaker by communicating with a control center by using an app installed in a smartphone of a resident or a visitor. When a telephone number of a resident is transmitted from a smartphone of a resident to a control center The control center initiates a technology configuration to open the breaker if it matches the previously stored telephone number.

Description

{Entrance system exploiting smart phone}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0002] The present invention relates to a parking access system using a smart phone for convenient access to a parking lot of an integrated facility such as an apartment or the like using a smartphone.

Patent Registration No. 10-0400454, entitled Access Control System using Bluetooth wireless communication technology of a mobile phone (hereinafter referred to as "prior art"), An access control request unit for negotiating a visit time and a destination with a visitor having the mobile phone in advance and transmitting the information on the consultation and the identity information data of the visitor via a communication network; The visitor management list is created and stored based on the data transmitted from the visitor, and the visitor's identity is determined through Bluetooth communication with the mobile phone held by the visitor at the time of accessing the visitor, And an access control unit for transmitting and receiving signals according to the Bluetooth standard. Using a Bluetooth module that can receive visitors understand the identity of real-time by notifying the visitor, such as the purpose of the visit, booking whether access control part being requested is disclosed a technology to prevent unauthorized intrusion.

However, such a conventional technique can be said that a visitor management list is prepared in advance for a reserved visitor and is easy to access, but it is not realistic because a lot of time is delayed for an unscheduled visitor.

Also, in such a conventional technology, when a visitor knows the mobile phone number of the resident, the visitor can create his or her own list on the access control management unit arbitrarily, which can cause various security problems such as a theft accident.

In addition, although the mobile phone technology at the time of the application of the prior art gradually evolves and the smartphone is popularly used, the conventional technology is very inconvenient to access the parking lot by utilizing such a smartphone, and the dual control technology It consists of the necessary system.

SUMMARY OF THE INVENTION The present invention is directed to solve such problems, and it is intended to provide convenience to users and reduce the cost of system construction by allowing the residents and visitors to access the parking lot by the same system.

Another object of the present invention is to allow a visitor to access a parking lot quickly by utilizing an app stored in a resident smartphone even if the visitor is not reserved.

The present invention has been made in view of the above circumstances. A control center for operating the circuit breaker and storing a smartphone telephone number of a resident of the collective facility; And a resident app installed in the resident smartphone to transmit the resident's smartphone phone number to the control center when activated, wherein the resident app is provided with a cryptographic key allocated from the control center, The resident app generates an encrypted telephone number in which the resident's smartphone telephone number is encrypted by the cipher key, and when the resident activates the resident app to pass through the breaker, the resident application sends the encrypted telephone number to the control center The control center converts the received encrypted telephone number into the cipher key and opens the breaker when the decrypted telephone number coincides with the telephone number of the resident smartphone.

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Further, another solution of the present invention is to provide a smartphone of a resident of a collective facility, a control center for operating a breaker for controlling entry / exit of the collective facility, a smartphone of a visitor visiting the collective facility, A vehicle access control system for causing a control center to open the breaker upon a visit by a visitor, the vehicle access control system comprising: a cryptographic key allocated from the control center is stored, and an encrypted telephone number in which a resident telephone number is encrypted by the cryptographic key is generated A resident app installed on the resident smartphone to send a resident phone number and an encrypted phone number to the control center and the visitor smart phone; And a visitor app for transmitting the encrypted phone number received from the resident app to the control center, wherein the control center receives a telephone number obtained by decoding the encrypted telephone number received from the visitor app with the cipher key assigned to the resident telephone number And to open the breaker if it matches the pre-stored resident telephone number.

According to the present invention having the above-described problems and solutions, a system can be constructed without additional hardware equipment or special software by opening a breaker by connecting to a control server through a Bluetooth communication using a resident app installed in a smart phone , The use of smart phones that individuals carry around at all times reduces the risk of loss.

In addition, in the present invention, the resident's smartphone number is changed to the encrypted telephone number by the cipher key assigned to each resident, and is transmitted to the visitor, and the encrypted telephone number is transmitted from the visitor to the control center, The security of the resident and the security of the system are strengthened.

1 is a block diagram of one embodiment of the present invention.
2 is a block diagram for explaining another embodiment of the present invention.
3 is a flow chart illustrating the invention of the embodiment of Fig.

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

1 is a block diagram of one embodiment of the present invention.

1 includes a resident smartphone 10 in which a Bluetooth module and a parking application (hereinafter referred to as 'app') program are installed, and a vehicle access control system And a resident smart phone number, preferably resident smart phone number, from the resident app installed in the smartphone 10, and if the resident information matches the previously stored resident information, the circuit breaker 30 And a control server 20 for allowing the vehicle to pass through the vehicle. When the resident reaches the vicinity of the breaker 30 by driving the vehicle, the resident activates the resident app installed on the smartphone 10 and utters a specific sound such as " open " The control server 20 transmits the unique information of the smartphone 10 to the control server 20 via the Bluetooth communication network, and the control server 20 transmits the information on the resident and the Bluetooth communication network And if the comparison results match, the circuit breaker 30 is opened to pass the resident's vehicle.

At this time, not only can the resident design the unique information of the smartphone 10 to be transmitted to the control server 20 by operating the specific key without generating a specific sound such as " open " It is possible to transmit the unique information of the resident to the control server 20 by activating it.

Also, the resident app of the present invention is provided with a cryptographic key allocated to each resident provided by the control center 20 in order to improve the reliability of the resident, and the code transmitted when the resident activates the app to enter his / The unique information of the resident smartphone 10 encrypted with the resident smart phone unique information is generated and transmitted to the control center 20.

When the resident smartphone information and the encrypted resident smartphone information are inputted, the control center 20 decrypts the encrypted resident smartphone information input by the cryptographic key assigned to the resident smartphone according to the resident smartphone information , The control center opens the breaker 30 when the resident smartphone information matches the decrypted resident smartphone information.

Fig. 2 is a block diagram for explaining another embodiment of the present invention, and Fig. 3 is a flowchart for explaining the invention of the embodiment of Fig.

2, residents and visitors must exchange data with each other on a smartphone in order for a visitor to pass through the breaker 30 when the visitor visits the resident's apartment.

In order for the visitor to pass through the circuit breaker 30 installed in the resident's apartment, a visitor app is installed in the smartphone 40 of the visitor and a resident app is installed in the resident smartphone 10.

The resident app installed in the resident's smartphone 10 includes a storage module for storing a unique encryption key assigned to the resident from the control server 20, a password stored in the storage module in the resident information (e.g., smart phone number) A resident telephone number, and a visitor telephone number, which transmits an encryption number to the telephone number of the visitor smartphone 40 and transmits an encryption number, a resident telephone number, and a visitor telephone number to the control server 20 The interface module is installed.

In addition, the visitor app installed in the visitor smartphone 40 includes a storage module for storing an encryption number received from the resident smartphone 10, and an encryption number and a visitor phone number stored in the storage module to the control server 20 A visitor interface module is installed.

In addition, the controller server 20 stores the resident smartphone number and the visitor smartphone number input from the resident smartphone 10 and the visitor smartphone 40, and activates the visitor app from the smartphone 40 When the received visitor's telephone number and the encrypted number are received, the previously stored visitor's telephone number is compared with the received visitor's telephone number, and if they match, the encryption number is decoded to extract the resident's telephone number. The decryption process extracts the cryptographic key assigned to the previously stored resident's telephone number, and applies the cryptographic key to the cryptographic number to extract the resident's telephone number. Only when the extracted resident telephone number matches the pre-stored telephone number, the control center 20 activates the circuit breaker 30 only when the encryption number received from the visitor matches as a legitimate number.

10: Residents Smartphone
20: control server
30: Breaker
40: Visitor Smartphone

Claims

A circuit breaker installed at an entrance of a collective facility to control access of the vehicle;
A control center for operating the circuit breaker and storing a smartphone telephone number of a resident of the collective facility;
And a resident app installed in the resident smartphone to transmit the resident's smartphone phone number to the control center when activated,
The resident app is provided with a cryptographic key allocated from the control center, and the resident app generates an encrypted phone number in which the resident's smartphone phone number is encrypted by the cryptographic key, and when the resident passes through the breaker The control center transmits the encrypted telephone number to the control center when activating the resident app, and the control center converts the received encrypted telephone number into the encryption key, and decrypts the telephone number of the resident smartphone The control unit opens the breaker.

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A smartphone of a resident of a collective facility, a control center for operating a breaker to control access of the collective facility to vehicles, and a smartphone of a visitor visiting the collective facility, A vehicle access control system for opening the breaker, comprising:
The control center stores an encryption key allocated from the control center, generates an encrypted telephone number in which the resident telephone number is encrypted by the encryption key, and transmits the resident telephone number and the encrypted telephone number to the control center and the visitor smartphone A resident app installed on a resident smartphone;
And a visitor app for transmitting the encrypted phone number transmitted from the resident app to the control center,
When the resident telephone number received from the visitor app matches the pre-stored resident telephone number, the control center transmits the encrypted telephone number received from the visitor app to the resident telephone number, And if it matches the telephone number, opens the breaker.