KR101732382B1

KR101732382B1 - The CPTED TOWER with CCTV for Crime Prevention and the CPTED system

Info

Publication number: KR101732382B1
Application number: KR1020160000002A
Authority: KR
Inventors: 차보영; 이승철; 채현철
Original assignee: 차보영
Priority date: 2016-01-01
Filing date: 2016-01-01
Publication date: 2017-05-24

Abstract

A CPTED tower is embedded with, inside a box type body, a control server, an emergency bell, a broadcasting apparatus, an LPWAN repeater, a warning lamp, and a monitoring camera, wherein the broadcasting apparatus consists of an amplifier, a speaker, a sound pickup microphone, a sound pickup microphone switch, a common microphone, and a common microphone switch. The broadcasting apparatus is controlled by an internal network main board of a network separation server, and connects the internal common microphone switch to an ON contact point to pick up sound via the common microphone and to perform broadcasting via the amplifier and the speaker therein when the emergency bell is operated. The internal network main board of the network separation server transmits text to speech (TTS) broadcast data to the control server within the CPTED tower and performs the broadcasting via the broadcasting apparatus, connects the common microphone switch to an OFF contact point and the sound pickup switch to an ON contact point when self-fault diagnosis of the broadcasting apparatus is performed, broadcasts a voice file within the control server via the broadcasting apparatus, and picks up voice to perform the self-fault diagnosis. An external network main board forms a wireless local area network (LAN) between LPWAN terminals via the LPWAN repeater to repeat machine to machine data communications with an IoT communication device in which the LPWAN terminal is inserted. The present invention designs a structure of the emergency bell to enable a manager, positioned within an integrated crime prevention center, to make communications while seeing the face of a reporter when an emergency occurs, thereby forwarding a definite situation of a spot to the manager and rapidly coping with the emergency.

Description

[0001] The present invention relates to a CPTED TOWER and a CPTED environment system,

(Water, gas, heating, electric power, heat), sensor network field (water quality sensor, flow sensor, gas sensor, fire detection sensor), location based field (courier vehicle, golf cart, Remote monitoring / control field (security, street light control, water leakage detection, crop management), ID Group / ID Adrress (water, heating, gas, electric power, calorie, integrated meter reading) A Local Area Network (LAN) network is formed between the one or more terminals and is related to MtoM (Machine to Machine) data communication.

The present invention relates to a security CCTV system, and more particularly, to an emergency CCTV system in which a manager located at a security center in a dangerous situation can design a structure of an emergency bell so that a face image of a complainant can be viewed while viewing a face image, To the emergency bell for crime prevention.

Network system for strengthening internal information system security management from cyber threats by separating maintenance network (internal network) and internet network (external network) for service providers that maintain important information system inside public office or general enterprise In particular, it is a technology that enhances disaster prevention security through a separation server of a service provider network.

Using a technology called UNB (Ultra Narrow Band), Siggox connects a chipset-based communication modem to various objects without a separate base station or transponder. It can send and receive only necessary data at close range, And power consumption is minimized. Urban areas can be transported up to 3km-10km, suburban areas can be transported up to 30-50km, and if visibility is secured, 1,000km is possible. In order to be able to utilize without paying the frequency allocation fee, it is possible to freely provide services by utilizing the 'license-free frequency band' left by the government. Mobile networks, such as general cellular and Wi-Fi, are optimized for general users to make phone calls or support multimedia content consumption, but for the Internet to be a reality, a dedicated network is needed for low-powered computer-powered objects in small batteries. Sigfox is aiming for a service that can accommodate many devices at low cost and low cost. Sigfox uses unlicensed frequency bands and is able to use up to 140 messages a day for up to 12 bytes of messages. They also offer a fare between $ 1 and $ 12 per device per year.

Among the requirements of network sensors for Internet (IoT) implementation, maintaining battery for a long time and expanding wireless coverage has become a central issue. IoT operators are faced with the challenge of building a simple yet solid infrastructure with limited resources, which requires a solution that allows for easy design, rapid product launch, good interoperability and nationwide deployment while minimizing total cost.

In the LPWAN field, LoRA LPWAN competing with the UNB of Sigfox, has a battery life of over 10 years at a distance of 10 miles (16.093 km) or more (suburban), with Internet (IoT) and Machine-to-Machine (M2M) Wireless communications can be implemented and millions of wireless sensor nodes can be connected to the gateway. It can easily connect with the Laura Alliance infrastructure along with the existing infrastructure, including public LAN operated by private LAN and telecommunication operators, and it is a technology that can construct Low Power Wide Area Network (LPWAN) nationwide. LoRA technology has been described as a way to address the long dilemma of having to choose one between broader coverage and lower power consumption, enabling higher scalability and cost-effectiveness for embedded applications compared to 3G and 4G cellular networks . By using LoRA technology, it is possible to maximize both, reduce additional repeater costs, operate reliably in harsh outdoor environments, and is well suited for a wide range of low-speed wireless monitoring and control designs.

By definition,

This technology, also known as M2M (Machine To Machine), can be thought of as bringing a transportation card when driving on a bus or subway. This is because the traffic card and the terminal communicate with each other to exchange information and make payments.

This technology, called IoT (Internet of Things), is a physical network in which objects equipped with sensors and communication chips can automatically transmit and receive real-time data without human intervention. Objects In the Internet environment, devices (objects) with sensors or communication functions can be connected to the Internet to collect information around them, exchange information with other devices, and make appropriate decisions. Even if a person does not manipulate or instruct each other, the machine takes care of things. It is a huge ecosystem of wired and wireless networking objects based on attached sensors and chips. Objects The Internet is based on Bluetooth, Near Field Communication (NFC), sensor data, and networks.

MAC address is a 48-bit hardware address of a network card used by the MAC layer of the data link layer, and is the same as an Ethernet address or a token ring address.

The hardware address assigned by the network card manufacturer is a universally administered address (UAA), and all the network cards have unique values. However, the UAA can be changed for management purposes. Such a MAC address is called a locally administered address (LAA).

An IP address is an IP address, which is a 32-bit address assigned to a physical network address in order to efficiently route on the Internet. An IP address allows you to identify the network on which the host is located, as well as identify the only host on the network. IP addresses are divided into classes and all hosts on the same network share the same prefix.

Wi-Fi originated in the name of the Wireless Fidelity Alliance, and its official name is Wireless Local Area Network (WLAN).

The present invention relates to an LPWAN (Low Power Wide Area Network) having a communication radius larger than that of a short distance.

It is a base station that constructs LPWAN (Low Power Wide Area Network) for building Machine to Machine (M2M) nationwide. Maximizes security through unique MAC address and IP address of object (module).

The CPTED surveillance camera installed in a crime zone and a child protection zone basically does not use a combination of a fixed camera and a PTZ camera (or a thermal camera) for capturing a wide area. In the present invention, a 10 Mega Pixel 4K camera And processing the recommended UHD class image.

In other words, by removing the mechanical PTZ, the image acquired by the imaging unit requires a different method and resolution from the conventional shot image, and the requirements and the image analysis technique according to the above- )need.

In the conventional method of extracting and transmitting the event image to the monitor agent in real time to enhance the efficiency of monitoring, the pattern key point extraction of the image object is mainly used by a physical sensor response or a software method. In the present invention, Is a known technology that can be added. It is to solve the structural problem of neural network. To implement special functions, it is recommended to use 2 megapixel or higher super high resolution without applying a special camera which is a combination of a fixed camera and a PTZ camera The focus is on analyzing images taken from fixed cameras.

Conventionally, a local enclosure attached to a surveillance camera pole has improved a local enclosure that has caused a pedestrian, a collision with a vehicle, and a local enclosure that has damaged the beauty of the city. Thus, an optical modem, a surge protector, The box is housed in one piece.

A microprocessor digital howling filter applying a howling filter composed of a microprocessor is applied to remove the howling that occurs due to the characteristics of the integral structure.

The control box that controls the CPTED surveillance camera is slim and has a housing structure that can be coupled to the surveillance camera pole. It can be inserted into the local box as a slim type or as a stand-alone type.

According to the recognition of the object, it responds to the situation through the intelligent adaptive speech converter (TTS; Text To Speech).

For compatibility with all DC 12 / 24V output cameras, it has an AC 220V, DC 12 / 24V input and output compatible power supply.

The control box that controls the CPTED surveillance camera can be additionally configured with a digital amplifier integrated speaker including a further connected feedback filter through a multi preamplifier.

It accepts various sensors such as motion detection sensor, heat detection sensor and water level sensor, and responds to intelligent adaptation event.

The built-in compact camera allows you to talk face-to-face with an emergency bell operator.

When an event occurs, the mobile terminal transmits the image to the mobile terminal or the PDA through the mobile terminal transmission module.

Compared with expensive CCTV installation system, it provides a low cost multifunction emergency bell crime prevention system as an auxiliary, and provides a multifunctional emergency bell for constructing an effective crime prevention system as a whole.

Emergency bell responds effectively through circuit switching at the same time.

In addition, the network should be designed to separate the Internet from the Internet when building a network to communicate work security data (Reflecting the basic design according to Article 40 (NIS) Article 40 (Business Network Security Management)

(2.2.8) "," service provider (development, maintenance, etc.) of the Internet connection of the service provider " (2.2.9) "Do you take security measures against

The evaluation of the security level of e-government's public service (Subject: Security Administration) The main task is network security measures satisfying "Is the subcontractor business network separated from the Internet network (15.6)"?

The LoRA repeater and the Wi-Fi repeater are distinguished from each other by a low power wide area network (LPWAN) base station, and the internal network (closed network, private network, ISP provider private line, fixed IP, ) Is unidirectionally controlled in the internal network. Based on the unique MAC address and IP address data of the object, small-sized security data packages of less than 50 KB including the IP address portion, encryption packet portion, and data are communicated.

Establish safe urban environment through building location management system using wireless communication network.

Maximized security with minimum communication cost Built M2M (Machine to Machine) for security, CCTV, cardiac defibrillator, leak sensor, rental bicycle, emergency bell, location information, health information, welfare, industrial facilities, And establishes a base station for communication of objects such as meter reading and transportation control.

The internal network access terminal and the external network access terminal physically separate and control the internal network through the network separation server to maximize security.

BRIEF DESCRIPTION OF THE DRAWINGS FIG.
Figure 4 is a schematic diagram of one embodiment of the present invention

MAC address is a 48-bit hardware address of the network card used by the MAC layer of the data link layer in a local area network (LAN).

An IP address is a 32-bit IP address assigned to a physical network address concept for efficient routing on the Internet.

The key components of the CPTED environment system are as follows.

1. A center network separation server including a center internal network main board and a center external network main board and a multilingual interpretation terminal are installed inside a municipal integrated crime prevention center.

2. The private server is connected to an ISP (Internet Service Provider) network.

3. CPTED TOWER installed outside the integrated security center is equipped with a local network detach server including a local internal network main board and a local external network main board and an emergency bell, a digital information display (DID) monitor, an IP broadcast device, A CPTED TOWER with a defibrillator, a CPTED NFC chip, a Yi-Fi repeater, a LPWAN repeater, a status monitor, a first emitter, a second emitter and a warning light and a surveillance camera connected to the outside of the box- It is basically composed.

In particular, the CPTED TOWER provides a LPWAN (Low Power Wide Area Network) data communication service to an LPWAN terminal equipped with an LPWAN module via an LPWAN repeater and provides a Wi-Fi service to a smart phone through a Yi-Fi repeater CPTED environment system.

In one embodiment,

The basic components are as follows.

A center network separation server including an OPEN API (Application Programmer Interface) server installed in the integrated security crime center, a center internal network main board and a center external network main board, and a multilingual interpretation terminal are installed.

Outside of the integrated security center, a private server of a private company connected to an ISP (Internet Service Provider) network is installed.

In addition, the CPTED tower installed outside the integrated security center includes a local network server including a local internal network main board and a local external network main board, an emergency bell, a digital information display (DID) monitor, an IP broadcast device, CPTED TOWER is equipped with defibrillator, CPTED NFC chip, Yi-Fi repeater, LPWAN repeater, condition monitor, first emitter, second emitter and warning light, , The CPTED TOWER provides a LPWAN (Low Power Wide Area Network) data communication service to an LPWAN terminal equipped with an LPWAN module via an LPWAN repeater and a CPTED Environmental system as a basic component.

The basic components have the following detailed combination.

CPTED TOWER local internal network motherboard within the control unit (C ontrol board), a pattern recognition module (P attern recognitiono Module), secure transmission module (T ransponder Module), the emergency module (E mergency Module), emergency module (D efens Module ) And installed inside the tower .

The surveillance camera under the control of the local internal network main board control unit is a 4K UHD class camera with a 10 megapixel or more integrated IR emitter equipped with a Day & Night function, and an IR cut filter is used in the daytime. And the nighttime original image data photographed at night are stored in the memory of the local internal network main board control unit.

The control unit may chain-code an area where a pixel change occurs in daytime or nighttime original image data to a rectangular object, and transmit the rectangular object image obtained by digital zooming to a pattern recognition module.

If the object classification image classified into the human face, the vehicle, and the license plate is a person, the pattern recognition module chaining the human event and the face area into a rectangular object, and transmits the result to the controller inside the local internal network main board .

The control unit compares the facial recognition coordinate with the entrance permission face when the human event is input, and sends the outbound person intrusion event to the secure transmission module when the inconsistency or facial recognition coordinate is not inputted.

If the object classification image is a vehicle, the pattern recognition module chained the vehicle event and the license plate area into a rectangular object, enlarges the digital zoom, converts the vehicle number into a text character using a number recognition program, and transmits the text character to the control unit.

The control unit compares access permit vehicle numbers when a vehicle event is input, and sends an external vehicle intrusion event to the secure transmission module in the event of inconsistency or no vehicle number text input.

The control unit lights up the first light emitter when the night original image data photographed at night is input from the surveillance camera, and the second light emitter is further turned on when a human event and a vehicle event are input, The second light emitter is turned off.

The emergency bell is comprised of one or more multilingual emergency bells, and when the emergency bell is activated, the control unit sends a multilingual emergency bell operation event to the secure transmission module.

The control unit provides a dangerous behavior priority characteristic value according to a behavior pattern of the object classification image transmitted from the pattern recognition module, and transmits the image compression file compressed to a low quality low capacity compared to the main / night shot original image data to the security transmission module.

The control unit receives the self-diagnosis data of the cardioverter defibrillator in the CPTED TOWER and transmits it to the secure transmission module.

The status monitor receives status monitoring data from the power supply control, overcurrent, short circuit, shock, immersion, network status, cooling fan status, and door open / close detection sensor and transmits them to the secure transmission module.

The secure transmission module transmits the intrusion event, the status monitoring data, the external vehicle intrusion event, the multilingual emergency bell operation event, the self-diagnosis data, and the image compression file to the integrated security center center internal network main board.

Integrated Security Center The network separation server consists of a center internal network main board and a center external network main board. It is a center network separation server that transmits data from the center internal network main board to the center external network main board only in one direction.

The center internal network main board receives external intrusion event, status monitoring data, self-diagnosis data, image compression file, external vehicle intrusion event, and multilingual emergency bell operation event from the secure transmission module in CPTED TOWER and displays it on monitor.

The center internal network main board opens a two-way communication path between the multilingual interpretation terminal in the integrated crime prevention center and the IP broadcasting apparatus in the CPTED TOWER according to the operation of the multilingual emergency bell.

When receiving the door open status monitoring data from the door open / close detection sensor in the CPTED TOWER, the center internal network main board controls the bidirectional communication path and the beacon through the IP broadcasting device in the CPTED TOWER.

CPTED TOWER internal IP broadcasting device is composed of amplifier, speaker, receiver microphone, receiver microphone switch, commercial microphone and commercial microphone switch, under the control of the center internal network main board, OFF contact and microphone receiver switch ON contact, Local internal network Mainboard internal fault Self-diagnosis audio file (eg, self-diagnosis broadcast message) is broadcast through the amplifier and speaker, In order to solve the conventional problem that the broadcast is back and the microphone is turned back and the howling occurs, when the conventional broadcast and the sound reception are performed at the same time, the self diagnosis voice stored in advance in the local internal network main board And the self-diagnosis is performed without howling only by receiving the file.

The center internal network main board displays the VOD moving picture stored in the memory in the DID monitor of the CPTED TOWER and the center internal network main board transmits the compressed image compression file having the dangerous action priority characteristic value received from the CPTED TOWER secure transmission module And pops it up on the monitor.

The center internal network mainboard transmits the external vehicle intrusion event and emergency bell operation event transmitted from the CPTED TOWER security transmission module to the mainboard outside the center.

The Yi-Fi repeater remotely controls the Yi-Fi repeater inside the CPTED TOER, and the Yi-Fi service is provided to the smartphone through the external network. The mainboard outside the center is the LPWAN repeater in the CPTED TOER And relays the Internet of Things (IoT) data communication through LPWAN (Low Power Wide Area Network).

The CPTED smartphone is a smartphone with the CPTED OS (Operating System) application uploaded through the first pairing to the CPTED NFC tag. User information is registered in the center external network inside the integrated security center. CPTED NFC (M2M) through Wi-Fi Direct or Miracast, NFC, Bluetooth, RFID, LTEWAN or LPWAN communication.

The center external network main board transmits the event data to the CPTED smartphone (registered in the center external network main board) when the external vehicle intrusion event or emergency bell operation event is received.

The OPEN API server, which is connected to the internal network and provides the open internal network data to the server connected to the external network, transmits the open internal network data to the center internal network main board.

The center internal network main board transfers the public internal network data to the local internal network main board or the center external network main board.

The major network and security system configurations of the present invention will be described in detail.

CPTED TOWER Internal Internal Network Mainboard Internal Integrated Central Security Network Internal main board is an internal network connected to at least one network of VPN (Virtual Private Network), fixed IP, private line or self network.

The local external network mainboard and Yi-Fi repeater inside CPTED TOWER are private network operators' private servers and external network connected with ISP (Internet Service Provider) network.

The position information transmission terminal comprises a LPWAN communication module, a GPS receiver, an emergency button, and a terminal control unit. The terminal control unit includes a microprocessor including a memory storing a MAC address and an IP address.

When the emergency button operation is performed, the position information data is received through the GPS receiver and transmitted to the LPWAN communication module. The LPWAN communication module transmits the position information transmission data to the LPWAN repeater by encrypting the received IP address and the LPWAN communication module MAC address.

The local internal network mainboard decodes the MAC address of the LPWAN repeater location information transmission data, and transmits the location information transmission data to the center internal network main board if the MAC address is the MAC address applied to the local internal network main board. If the MAC address is unauthorized MAC address, do.

The local external network mainboard decodes the MAC address of the LPWAN repeater location information transmission data, decodes the received IP address when it is not the MAC address applied to the local internal network main board, IP Address External Network It is characterized by LPWAN (Low Power Wide Area Network) which transmits location information transmission data to a private server of a private company.

In one embodiment,

The center network separation server is composed of a center internal network main board and a center external network main board, and is a center network separation server that transmits data from the center internal network main board to the center external network main board only in one direction.

The local network separation server is composed of a local internal network main board and a local external network main board, and is a local network separation server in which data is transmitted only in one direction from a local internal network main board to a local external network main board.

The LPWAN terminal is composed of an encryption modulator, a GPS receiver, a communication module, and a terminal control unit.

The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored.

The terminal control unit transmits the encrypted data obtained by encrypting the GPS address, the MAC address, and the IP address received from the GPS receiver with the encryption modulator to the LPWAN repeater through the communication module.

A local VPN (Virtual Private Network) switcher receives data from a local internal network VPN (Virtual Private Network) and a local external network VPN (Virtual Private Network) and connects to an ISP (Internet Service Provider) network to transmit data.

If the MAC address is the internal network MAC address, the local internal network main board receives the MAC address, the IP address, and the GPS address, and transmits the decoded data through the local VPN switch to the ISP The IP address and GPS address are transmitted to the center internal network main board through tuning, and the center internal network main board displays the position on the electronic map through 1: 1 matched center internal network VPN and tunneling through the network.

The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the external network MAC address, the local external network main board receives the MAC address, the IP address, and the GPS address, And transmits the IP address and the GPS address to the center external network main board through tunneling with the center external network VPN matching 1: 1 through the network.

In one embodiment,

The terminal control unit transmits the GPS address received from the GPS receiver, the MAC address and the IP address stored in the memory to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module.

The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the MAC address, the IP address, and the GPS address, and the local internal network main board transmits the IP Address, MAC address and GPS address are transmitted to the center internal network main board, and the center internal network main board displays the GPS address on the electronic map.

When the MAC address is the external network MAC address, the local external network main board receives the MAC address, the IP address and the GPS address, and the local external network main board transmits the tunnel data to the local external network VPN through the tunneling And transmits the IP address and the GPS address to the center external network main board through tunneling with the center external network VPN which is 1: 1 matched through the dedicated line or the self network through the repeater.

In one embodiment,

Local Internal Network in CPTED TOWER The main board and the internal network main board are internal network connected to the internal network.

The CPTED TOWER internal local external network main board is an external network connected with a private company private server and an ISP (Internet Service Provider) network.

LPWAN terminal consists of LPWAN communication module including MAC address, GPS receiver and emergency button. When emergency button is activated, it receives position data through GPS receiver and transmits it to LPWAN communication module. LPWAN communication module includes position data and MAC address And transmits the position information data to the LPWAN repeater.

The LPWAN repeater decodes the received location information data and transmits the location information data to the local internal network main board when the MAC address is the internal network MAC address.

The local internal network main board displays location information on the electronic map when the location information data is transmitted to the main internal network main board through the internal network.

The LPWAN repeater decodes the received location information data and transmits the location information data to the local external network main board when the MAC address is the external network MAC address.

The local external network main board transmits the location information transmission data received from the LPWAN repeater to the external network private company private server connected to the ISP (Internet Service Provider) network.

In one embodiment,

The terminal control unit transmits the GPS address, the MAC address, and the IP address received from the GPS receiver to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module.

The local external network main board forms a local wireless LAN (Local Area Network) network between the LPWAN terminals through the LPWAN repeater and relays MtoM (Machine to Machine) data communication with the object information communication device in which the LPWAN terminal is inserted.

The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the MAC address, the IP address, and the GPS address, and the local internal network main board transmits the IP The MAC address and the GPS address are transmitted to the center internal network main board by the address, and the center internal network main board displays the position on the electronic map.

When the MAC address is the external network MAC address, the local external network main board receives the MAC address, the IP address, and the GPS address, and the local external network main board receives the Internet service provider (ISP) And transmits the IP address and the GPS address to the center external network main board through the carrier network.

In one embodiment,

The terminal control unit transmits the GPS address, MAC address, and IP address received from the GPS receiver to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module.

The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the MAC address, the IP address, and the GPS address, and the local internal network main board transmits the local Through the VPN switch, the IP address and the GPS address are transmitted to the center internal network main board through tunneling with the 1: 1 matching center internal network VPN through the ISP network, and the center internal network main board displays the location on the electronic map.

The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the external network MAC address, the local external network main board receives the MAC address, the IP address and the GPS address, and the local external network main board transmits the local Through the VPN switch, the IP address and the GPS address are transmitted to the mainboard outside the center through tunneling with the 1: 1 matched center external network VPN through the ISP network.

The local external network main board forms a local wireless LAN (Local Area Network) network between the LPWAN terminals through the LPWAN repeater and relays MtoM (Machine to Machine) data communication with the object information communication device in which the LPWAN terminal is inserted .

In one embodiment,

The LPWAN terminal is composed of an encryption modulator, a communication module, and a terminal control unit.

The terminal control unit transmits the MAC address and the IP address to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module.

The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the MAC address and the IP address, and the local internal network main board transmits the ISP network through the local internal network VPN It transmits IP address to center internal network main board through 1: 1 matched center internal network VPN and tunneling.

The LPWAN repeater receives and decrypts the encrypted data, and when the MAC address is the external network MAC address, the local external network main board receives the MAC address and the IP address, and the local external network main board transmits the ISP network through the local external network VPN And transmits the IP address to the center external network main board through 1: 1 matched center external network VPN and tunneling.

In one embodiment,

The LPWAN terminal consists of a sensor unit, an encryption modulator, a communication module, and a terminal control unit.

The terminal control unit transmits the sensor data, the MAC address, and the IP address measured by the sensor unit to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module.

The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the sensor data, the MAC address, and the IP address, and the local internal network main board transmits the ISP Transmits sensor data and IP address to center internal network main board through 1: 1 matching center internal network VPN and tunneling through provider network.

The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the external network MAC address, the local external network main board receives the MAC address and the IP address, and the local external network main board transmits the ISP network through the local external network VPN And transmits the sensor data and the IP address to the mainboard outside the center via 1: 1 matched center external network VPN and tunneling.

In one embodiment,

The LPWAN terminal consists of a sensor unit consisting of temperature, humidity, fire detection, voltage, current and acceleration sensor, and an encryption modulator, a GPS receiver, a communication module and a terminal control unit.

The terminal control unit transmits the GPS address received from the GPS receiver, the sensor data measured by the sensor unit, the MAC address, and the IP address to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module.

When the MAC address is the internal network MAC address, the local internal network main board receives the sensor data, the MAC address, the IP address, and the GPS address, and the local internal network main board receives the local internal network VPN IP address, and GPS address to the center internal network main board through 1: 1 matching center internal network VPN and tunneling through the ISP network.

When the MAC address is the external network MAC address, the local external network main board receives sensor data, MAC address, IP address and GPS address, and the local external network main board receives the local external network VPN IP address, and GPS address to the mainboard outside the center through 1: 1 matched center external network VPN and tunneling through the ISP network.

In one embodiment,

The sensor unit of the LPWAN terminal is composed of a measuring unit including a voltage, a current, a position, a distance, a height, a rotation speed, and a power factor meter, an encryption modulator, a GPS receiver, a communication module and a terminal control unit.

In one embodiment,

CPTED TOWER is a box-shaped enclosure with CPTED control server, emergency bell, broadcasting device, cardiac defibrillator, door opening / closing sensor, cardiac defibrillator withdrawal sensor, LPWAN repeater, and surveillance camera connected by arm and arm .

The network separation server inside the control center consists of an internal network main board connected to the internal network and an external network main board connected to the external network, and data is transmitted only in one direction from the internal network main board to the external network main board.

The internal network main board controls the two-way wireless data communication with the LPWAN terminal by remotely controlling the LPWAN repeater in the CPTED TOWER of the remote place connected to the network.

The LPWAN terminal comprises an encryption modulator, a GPS receiver, a communication module, and a terminal control unit. The terminal control unit transmits encrypted data obtained by encrypting the GPS address, MAC address, and IP address received from the GPS receiver with an encryption modulator to the LPWAN repeater Lt; / RTI >

The CPTED control server transmits the encrypted data received through the surveillance camera image and the LPWAN repeater to the internal network main board of the network separation server connected to the network.

The internal network main board receives and decrypts the encrypted data, and when the MAC address is the internal network MAC address, the internal network main board displays the GPS address and the IP address on the electronic map.

If the MAC address is an external network MAC address, the internal network main board decrypts the received data and transmits the IP address, GPS address, and MAC address to the external network main board. Then, the external network main board transmits the encrypted data through the ISP network And transmits the GPS address and the MAC address to the ISP server of the IP address.

The broadcasting device is composed of an amplifier, a speaker, a sound-receiving microphone, a sound-receiving microphone switch, a commercial microphone, and a commercial microphone switch and is under the control of the internal network main board of the network separating server. In the emergency bell operation, And it is broadcasted through a commercially available microphone through an amplifier and a speaker inside a voice mute and broadcasting apparatus.

The network internal server mainboard transmits TTS (Text To Speech) broadcasting data to the CPTED control server in the CPTED TOWER and broadcasts through the broadcasting apparatus.

When self diagnosis of broadcasting equipment is made, the commercial microphone switch is connected to the OFF contact point and the microphone microphone switch ON contact point, the voice file inside the CPTED control server is broadcast through the broadcasting apparatus, Self-diagnosis.

Network Detach Server Internal Network The main board opens the two-way communication path through the broadcasting device according to the operation of the emergency bell.

The CPTED control server receives the sensor operation data from the door opening / closing and the cardiac defibrillator withdrawal sensor and transmits it to the internal network main board of the network separation server.

And the network separation server internal network main board opens the two-way communication path through the broadcasting apparatus when the door opening / closing and cardiac defibrillator retrieval sensor operation data are received.

In one embodiment,

CPTED TOWER outside the control center is equipped with CPTED control server, emergency bell, broadcasting device, cardiac defibrillator, door opening / closing sensor, cardiac defibrillator withdrawal sensor, LPWAN repeater, and surveillance camera .

The OPEN API server inside the control center is connected to the internal network, receives the open internal network data, and transmits the open internal network data to the internal network main board inside the network separation server.

The internal network main board inside the network separation server controls the LPWAN repeater by controlling the LPWAN repeater through the CPTED control server installed in the CPTED TOWER installed at the remote site outside the control center connected to the network and controls the two-way wireless data communication with the LPWAN terminal. To the LPWAN terminal control unit through the CPTED control server.

The LPWAN terminal comprises an encryption modulator, a GPS receiver, a communication module, and a terminal control unit. The terminal control unit transmits encrypted data obtained by encrypting the GPS address received from the GPS receiver and the IP address stored in the terminal control unit memory with an encryption modulator, And transmits and discloses internal network data to the LPWAN repeater.

The internal network main board receives and decrypts the encrypted data and displays the GPS address on the electronic map when the IP address is the internal network IP address.

If the internal network main board receives and decrypts the encrypted data and transmits the GPS address to the external network main board when the IP address is the external network IP address, the external network main board transmits the GPS address .

Network Detection Server Internal Network Mainboard transmits TTS (Text To Speech) broadcasting data to CPTED control server in CPTED TOWER. When self diagnosis of broadcasting and broadcasting device is made through broadcasting device, commercial microphone switch is turned off and microphone receiver switch ON contact point and broadcast voice file inside the CPTED control server through the broadcasting device to receive the voice from the internal network main board and diagnose the fault by itself.

The network separating server internal network main board is a CPTED TOWER for preventing CCTV crime when the door opening / closing and cardiac defibrillator retrieval sensor operation data are received through a broadcasting device.

In one embodiment,

Configure the monitor additionally to display the VOD movie stored on the internal network main board of the network separation server to the monitor.

In one embodiment,

The center internal network main board is replaced with the center internal network server, the center external network main board is replaced with the center external network server, the local internal network main board is replaced with the local internal network server, and the local external network main board is replaced with the local external network server,

A center network separation server in which data is transmitted only in one direction from a center internal network server to a center external network server, and a local network separation server in which data is transmitted only in one direction from a local internal network server to a local internal network server.

In one embodiment,

Local Internal Network The main board is replaced with a local internal network server, and the local external network main board is replaced with a local external network server,

Local local network server Local local network server A local network server that transmits data only in one direction.

In one embodiment,

The internal network main board is replaced with the internal network server, and the external network main board is replaced with the external network server,

And a network separation server in which data is transmitted only from the internal network server to the external network server in one direction.

In one embodiment,

The center internal network main board and the local internal network main board communicate data through 1: 1 tunneling through the internal network VPN (Virtual Private Network), and the external network main board and the external external network main board communicate with the external network VPN Private Network) through 1: 1 tunneling.

In one embodiment,

A Low Power Wide Area Network (LPWAN) is replaced with an Ultra Narrow Band Wide Area Network (UNBWAN) or a LoRA Wide Area Network (LoRAWAN) or a WeightlessWAN or Long Term Evolution Wide Area Network (LTEWAN).

In one embodiment,

The terminal control unit, which is composed of a microprocessor in the emergency button operation, receives the position information through the GPS receiver, and transmits the position information data, which is encrypted through the encryption modulator, to the LPWAN terminal. The LPWAN terminal includes an encryption modulator, a GPS receiver, a communication module, To the communication module, the communication module transmits the communication module to the LPWAN repeater.

In one embodiment,

The emergency bell is connected to the multilingual interpretation terminal of the corresponding language in the control center when the corresponding multilingual button is activated in the multilingual emergency bell.

In one embodiment,

The emergency bell is connected to the corresponding language volunteer smartphone when the multi-language button corresponding to the multilingual emergency bell is activated.

In one embodiment,

The emergency bell is connected to the web server (http://www.bbbkorea.org/) and connected to the language volunteer smartphone when the multilingual button corresponding to the multilingual emergency bell is activated.

In one embodiment,

The LPWAN terminal comprises a sensor unit, an encryption modulator, a GPS receiver, a communication module, and a terminal control unit,

The terminal control unit comprising a microprocessor transmits the MAC address, the sensor data measured by the sensor unit, and the position information received from the GPS receiver to the cryptographic modulator, and transmits the cryptographic data encrypted to the LPWAN repeater through the communication module.

In one embodiment,

The LPWAN terminal is composed of an instrument, an encryption modulator, a GPS receiver, a communication module,

The terminal control unit transmits the measurement data, the MAC address, and the IP address measured by the measuring device to the cryptographic modulator, and transmits the cryptographic data, which is encrypted, to the LPWAN repeater through the communication module.

In one embodiment,

The boxed enclosure CPTED TOWER is characterized in that it is replaced by attaching the enclosure to a pole.

In one embodiment,

The LPWAN repeater is characterized by being replaced by a Yi-Fi repeater.

In one embodiment,

The LPWAN repeater is characterized in that the wireless repeater LPWAN terminal is replaced by a wireless communication terminal.

In one embodiment,

The LPWAN terminal is attached to the wireless emergency bell, public bicycle, street light distribution panel, street lamp, and cardiac defibrillator,

A local wireless LAN (Local Area Network) network is formed between the LPWAN terminals through the LPWAN repeater to relay the MTS (Machine to Machine) data communication with the object information communication device to which the LPWAN terminal is attached.

In one embodiment,

The Internet Protocol address IP Address is replaced with a unique ID address assigned to each object.

In one embodiment,

The IP address, which is an Internet protocol address, is an IP address of a destination address at which data is to be received.

In one embodiment,

An OPEN API server, which is further configured with an OPEN API (Application Programmer Interface) server and connected to the internal network, provides open internal network data to a server connected to the external network and provides open internal network data, The main internal network main board transmits the internal internal network data to the local internal network main board or the center external network main board.

In one embodiment,

The LPWAN repeater is a water meter, gas meter, watt hour meter, calorimeter, water quality sensor, flow sensor, gas sensor, fire detection sensor, delivery vehicle, golf cart, public bicycle, health car, , And an integrated meter reader to form a short-range wireless WAN (Wide Area Network) network between any one or more LPWAN terminals to relay MtoM (Machine to Machine) data communication.

In one embodiment,

A gas meter, a watt-hour meter, a calorimeter, a water quality sensor, a flow sensor, a gas sensor, a fire detection sensor, a courier vehicle, a golf course, a golf course, and the like, by forming a local wireless LAN (Local Area Network) network between the one or more LPWAN terminals through the LPWAN repeater. One or more LPWAN terminals attached to or connected to a cart, a public bicycle, a health car, security, etc., a streetlight, a leak sensor, a bus guide terminal, and an integrated meter reader are characterized in that MtoM (Machine to Machine) data communication is performed between LPWAN repeaters .

In one embodiment,

The CPTED control server inside the CPTED TOWER is characterized by opening the two-way communication path through the VPN through 1: 1 matched tunneling with the internal network main board inside the control center.

Claims

(Basic components)
A center network separation server including an OPEN API (Application Programmer Interface) server installed inside a local government integrated crime prevention center, a center internal network main board and a center external network main board, and a multilingual interpretation terminal;
A private server of a private company connected to an ISP (Internet Service Provider) network, outside the integrated security center; and
CPTED TOWER installed outside the integrated security center includes a local network separation server including a local internal network main board and a local external network main board, an emergency bell, a digital information display (DID) monitor, an IP broadcast device, a cardiac defibrillator A CPTED TOWER having a CPTED NFC chip, a Yi-Fi repeater, a LPWAN repeater, a status monitor, a first light emitter, a second light emitter and a warning light, and further having a surveillance camera connected to the outside of the box-
The CPTED TOWER provides a LPWAN (Low Power Wide Area Network) data communication service to an LPWAN terminal equipped with an LPWAN module via an LPWAN repeater and a CPTED environment providing a Wi-Fi service to a smart phone through a Yi-Fi repeater As a system,

(The coupling relationship of the basic components)
CPTED TOWER local internal network motherboard within the control unit (C ontrol board), a pattern recognition module (P attern recognitiono Module), secure transmission module (T ransponder Module), the emergency module (E mergency Module), emergency module (D efens Module ) consists of consists of CPTED TOWER installed inside TOWER,
The surveillance camera under the control of the local internal network main board control unit is a 4K UHD class camera with a 10 megapixel or more integrated IR emitter equipped with a Day & Night function, and an IR cut filter is used in the daytime. And stores nightly original image data photographed at night in the local internal network main board controller memory;
The control unit transmits a rectangular object image obtained by digitally zooming an area in which the pixel change occurs in the daytime or nighttime original image data to a rectangular object, and transmits the rectangle object image to the pattern recognition module;
If the object classification image classified into the human face, the vehicle, and the license plate is a person, the pattern recognition module chains-codes the human event and the face area into a rectangular object, and transmits the result to the controller inside the local internal network main board ; And
Wherein the control unit compares the facial recognition coordinate with the access permission facial expression when a human event is input, and sends an outbound intruder event to the secure transmission module when the inconsistency or facial recognition coordinate is not inputted;
The pattern recognition module may chain-code the vehicle event and the license plate area into a rectangular object, enlarge the digital zoom, convert the vehicle number into a text character using a number recognition program, and transmit the text character to the control unit;
The control unit compares the access permitted vehicle number when a vehicle event is input, and sends an external vehicle intrusion event to the secure transmission module when the inconsistency or the text of the vehicle number is not inputted;
The control unit lights up the first light emitter when the night original image data photographed at night is input from the surveillance camera, and the second light emitter is further turned on when a human event and a vehicle event are input, The second light emitter is turned off;
Wherein the emergency bell is comprised of one or more multilingual emergency belles so that when the emergency bell is activated, the control unit sends a multilingual emergency bell event to the secure transmission module;
The control unit transmits an image compression file compressed to a low image quality and a low image quality compared to main / night photographed original image data to a secure transmission module by giving a dangerous behavior priority characteristic value according to a behavior pattern of the object classification image transmitted from the pattern recognition module;
The control unit receives the self-diagnosis data of the cardioverter defibrillator in the CPTED TOWER and transmits it to the secure transmission module;
The status monitor receives status monitoring data from the power control, overcurrent, short circuit, shock, immersion, network status, cooling fan status, and door open / close detection sensor and transmits them to the secure transmission module;
The secure transmission module transmits an intrusion event, an event monitoring data, an external vehicle intrusion event, a multilingual emergency bell operation event, a self diagnosis data, and an image compression file to an integrated security center center internal network main board;

Integrated Security Center The network separation server consists of a center internal network main board and a center external network main board. It is a center network separation server in which data is transmitted only in one direction from a center internal network main board to a center external network main board.
The center internal network main board receives external intrusion event, status monitoring data, self-diagnosis data, image compression file, external vehicle intrusion event, and multilingual emergency bell operation event from the secure transmission module in CPTED TOWER and displays it on monitor;
The center internal network main board opens a two-way communication path between the multilingual interpretation terminal in the integrated crime prevention center and the IP broadcasting apparatus in the CPTED tower according to the operation of the multilingual emergency bell;
The center internal network main board controls the bidirectional communication path and the beacon through the IP broadcasting device in the CPTED TOWER when the door opening state monitoring data is received from the door opening / closing detection sensor in the CPTED TOWER;
CPTED TOWER internal IP broadcasting device is composed of amplifier, speaker, receiver microphone, receiver microphone switch, commercial microphone and commercial microphone switch, under the control of the center internal network main board, OFF contact and microphone receiver switch ON contact, local internal network broadcast audio files on the main board through the amplifier and speakers, self-diagnosis without howling by receiving audio only from the mainboard inside the center;
The center internal network main board displays the VOD moving picture stored in the memory in the DID monitor of the CPTED TOWER and the center internal network main board transmits the compressed image compression file having the dangerous action priority characteristic value received from the CPTED TOWER secure transmission module Pops up on the monitor; and
The center internal network main board transmits the external vehicle intrusion event and emergency bell operation event transmitted from the CPTED TOWER security transmission module to the mainboard external to the center;
The Yi-Fi repeater remotely controls the Yi-Fi repeater inside the CPTED TOER, and the Yi-Fi service is provided to the smartphone through the external network. The mainboard outside the center is the LPWAN repeater in the CPTED TOER And relays the IoT Internet of Things (IoT) data communication through LPWAN (Low Power Wide Area Network);
The CPTED smartphone is a smartphone with the CPTED OS (Operating System) application uploaded through the first pairing to the CPTED NFC tag. User information is registered in the center external network inside the integrated security center. CPTED NFC (M2M; Machine to Machine) via one or more of the following: Wi-Fi Direct or Miracast or NFC or Bluetooth or RFID or LTEWAN or LPWAN communication;
The center external network main board transmits the event data to a CPTED smartphone (registered in a center external network main board) when receiving an external vehicle intrusion event or an emergency bell operation event;
An OPEN API server which is connected to the internal network and provides the open internal network data to the server connected to the external network and provides the open internal network data transmits the open internal network data to the center internal network main board;
The center internal network main board transmits the public internal network data to the local internal network main board or the external network main board;

(Network network and security system configuration)
CPTED TOWER Internal Internal Network Mainboard and Integrated Central Internal Network in Security Center The main board is an internal network connected to at least one network of VPN (Virtual Private Network), static IP, private line or self network;
The local external network main board and Yi-Fi repeater inside CPTED TOWER are the private network, private server and external network connected with ISP (Internet Service Provider) network;
The location information transmission terminal comprises a LPWAN communication module, a GPS receiver, an emergency button, and a terminal control unit. The terminal control unit comprises a microprocessor including a memory storing a MAC address and an IP address;
When the emergency button operation is performed, the LPWAN communication module transmits the position information transmission data to the LPWAN repeater by encrypting the received IP address and the LPWAN communication module MAC address by receiving the position information data through the GPS receiver and transmitting the position information data to the LPWAN communication module.
The local internal network mainboard decodes the MAC address of the LPWAN repeater location information transmission data, and transmits the location information transmission data to the center internal network main board if the MAC address is the MAC address applied to the local internal network main board. If the MAC address is unauthorized MAC address, And
The local external network mainboard decodes the MAC address of the LPWAN repeater location information transmission data, decodes the received IP address when it is not the MAC address applied to the local internal network main board, IP Address External Network A CPTED environment system featuring LPWAN (Low Power Wide Area Network) that transmits location information transmission data to a private company private server.

The center network separation server is composed of center internal network main board and center external network main board, and is a center network separation server that transmits data from the center internal network main board to the center external network main board only in one direction;
The local network separation server is composed of a local internal network main board and a local external network main board, and is a local network disconnection server in which data is transmitted in only one direction from a local internal network main board to a local external network main board;
The LPWAN terminal is composed of an encryption modulator, a GPS receiver, a communication module, and a terminal control unit,
The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored;
The terminal control unit transmits encrypted data obtained by encrypting the GPS address, the MAC address, and the IP address received from the GPS receiver to the LPWAN repeater through the communication module;
A local VPN (Virtual Private Network) switcher receives data from a local internal network VPN (Virtual Private Network) and a local external network VPN (Virtual Private Network) and connects to an ISP (Internet Service Provider) network to transmit data;
If the MAC address is the internal network MAC address, the local internal network main board receives the MAC address, the IP address, and the GPS address, and transmits the decoded data through the local VPN switch to the ISP The IP address and GPS address are transmitted to the center internal network main board through 1: 1 matched center internal network VPN and tunneling, and the center internal network main board displays the GPS address on the electronic map;
The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the external network MAC address, the local external network main board receives the MAC address, the IP address, and the GPS address, And transmits the IP address and the GPS address to the center external network main board through tunneling with the center external network VPN matching 1: 1 through the network.

The center network separation server is composed of center internal network main board and center external network main board, and is a center network separation server that transmits data from the center internal network main board to the center external network main board only in one direction;
The local network separation server is composed of a local internal network main board and a local external network main board, and is a local network disconnection server in which data is transmitted in only one direction from a local internal network main board to a local external network main board;
The LPWAN terminal is composed of an encryption modulator, a GPS receiver, a communication module, and a terminal control unit,
The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored;
The terminal control unit transmits the GPS address received from the GPS receiver, the MAC address and the IP address stored in the memory to the cryptographic modulator, and transmits the cryptographic data encrypted to the LPWAN repeater through the communication module;
The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the MAC address, the IP address, and the GPS address, and the local internal network main board transmits the IP Address and MAC address and GPS address to the center internal network main board, and the center internal network main board displays the position on the electronic map; and / or
When the MAC address is the external network MAC address, the local external network main board receives the MAC address, the IP address and the GPS address, and the local external network main board transmits the tunnel data to the local external network VPN through the tunneling And transmits the IP address and the GPS address to the center external network main board through tunneling with the center external network VPN matching 1: 1 through the dedicated line or the self network through the repeater.

The center network separation server is composed of center internal network main board and center external network main board, and is a center network separation server that transmits data from the center internal network main board to the center external network main board only in one direction;
The local network separation server is composed of a local internal network main board and a local external network main board, and is a local network disconnection server in which data is transmitted in only one direction from a local internal network main board to a local external network main board;
CPTED TOWER Internal Internal Network Main Board and Internal Internal Network Main board is internal network connected with internal network;
The CPTED TOWER internal local external network main board is an external network connected to a private company private server and an ISP (Internet Service Provider) network;
LPWAN terminal consists of LPWAN communication module including MAC address, GPS receiver and emergency button. When emergency button is activated, it receives position data through GPS receiver and transmits it to LPWAN communication module. LPWAN communication module includes position data and MAC address Transmits a piece of location information data to the LPWAN repeater;
The LPWAN repeater decodes the received location information data and transmits the location information data to the local internal network main board when the MAC address is the internal network MAC address;
The local internal network main board displays the location information on the electronic map when the location information data is transmitted to the center internal network main board through the internal network network;
The LPWAN repeater decodes the received location information data and transmits the location information data to the local external network main board when the MAC address is the external network MAC address;
The local external network main board transmits the location information transmission data received from the LPWAN repeater to the external network private company private server connected to the ISP (Internet Service Provider) network.

The LPWAN terminal is composed of an encryption modulator, a GPS receiver, a communication module, and a terminal control unit,
The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored;
The terminal control unit transmits the GPS address, the MAC address, and the IP address received from the GPS receiver to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module;
The local external network main board forms a local wireless LAN (Local Area Network) network between the LPWAN terminals through the LPWAN repeater and relays MtoM (Machine to Machine) data communication with the object information communication device in which the LPWAN terminal is inserted;
The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the MAC address, the IP address, and the GPS address, and the local internal network main board transmits the IP Address, MAC address, and GPS address to the center internal network main board, and the center internal network main board displays the position on the electronic map; and / or
When the MAC address is the external network MAC address, the local external network main board receives the MAC address, the IP address, and the GPS address, and the local external network main board receives the Internet service provider (ISP) And the IP address and the GPS address are transmitted to the external network main board through the provider network.

The center network separation server is composed of center internal network main board and center external network main board, and is a center network separation server that transmits data from the center internal network main board to the center external network main board only in one direction;
The local network separation server is composed of a local internal network main board and a local external network main board, and is a local network disconnection server in which data is transmitted in only one direction from a local internal network main board to a local external network main board;
The LPWAN terminal is composed of an encryption modulator, a GPS receiver, a communication module, and a terminal control unit,
Wherein the terminal control unit comprises a microprocessor including a memory storing a MAC address and an IP address;
The terminal control unit transmits the GPS address, the MAC address, and the IP address received from the GPS receiver to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module;
The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the MAC address, the IP address, and the GPS address, and the local internal network main board transmits the local Through the VPN switch, the IP address and the GPS address are transmitted to the center internal network main board through tunneling with the 1: 1 matching center internal network VPN through the ISP network, and the center internal network main board displays the location on the electronic map;
The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the external network MAC address, the local external network main board receives the MAC address, the IP address and the GPS address, and the local external network main board transmits the local And transmits the IP address and the GPS address to the center external network main board through the VPN switch and the 1: 1 matching center external network VPN and tunneling through the ISP network;
The local external network main board forms a local wireless LAN (Local Area Network) network between the LPWAN terminals through the LPWAN repeater and relays MtoM (Machine to Machine) data communication with the object information communication device in which the LPWAN terminal is inserted A CPTED environment system characterized by.

The LPWAN terminal is composed of an encryption modulator, a communication module, and a terminal control unit,
The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored;
The terminal control unit transmits the encrypted MAC address and IP address to the encryption modulator and transmits the encrypted data to the LPWAN repeater through the communication module;
The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the MAC address and the IP address, and the local internal network main board transmits the ISP network through the local internal network VPN Through 1: 1 matching center internal network VPN and tunneling, IP address is transferred to the center internal network main board;
The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the external network MAC address, the local external network main board receives the MAC address and the IP address, and the local external network main board transmits the ISP network through the local external network VPN And the IP address is transmitted to the center external network main board through 1: 1 matched center external network VPN and tunneling.

The LPWAN terminal is composed of a sensor unit, an encryption modulator, a communication module, and a terminal control unit,
The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored;
The terminal control unit transmits the sensor data, the MAC address, and the IP address measured by the sensor unit to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module;
The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the sensor data, the MAC address, and the IP address, and the local internal network main board transmits the ISP Transmits sensor data and IP address to center internal network main board through 1: 1 matching center internal network VPN and tunneling through provider network;
The LPWAN repeater receives and decrypts the encrypted data. When the MAC address is the external network MAC address, the local external network main board receives the MAC address and the IP address, and the local external network main board transmits the ISP network through the local external network VPN And the sensor data and the IP address are transmitted to the mainboard outside the center via 1: 1 matched center external network VPN and tunneling.

The LPWAN terminal comprises a sensor unit, an encryption modulator, a GPS receiver, a communication module, and a terminal control unit,
The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored;
The terminal control unit transmits the GPS address received from the GPS receiver, the sensor data measured by the sensor unit, the MAC address, and the IP address to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module;
When the MAC address is the internal network MAC address, the local internal network main board receives the sensor data, the MAC address, the IP address, and the GPS address, and the local internal network main board receives the local internal network VPN IP address and GPS address to the center internal network main board through 1: 1 matching center internal network VPN and tunneling through ISP business network through ISP network;
When the MAC address is the external network MAC address, the local external network main board receives sensor data, MAC address, IP address and GPS address, and the local external network main board receives the local external network VPN Transmits sensor data, IP address, and GPS address to the center external network main board through 1: 1 matching center external network VPN and tunneling through ISP business network;
The local external network main board forms a local wireless LAN (Local Area Network) network between the LPWAN terminals through the LPWAN repeater and relays MtoM (Machine to Machine) data communication with the object information communication device in which the LPWAN terminal is inserted A CPTED environment system characterized by.

The LPWAN terminal comprises a measurement unit, an encryption modulator, a GPS receiver, a communication module, and a terminal control unit,
The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored;
The terminal control unit transmits the GPS address received from the GPS receiver, the measurement data measured from the measurement unit, the MAC address, and the IP address to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module;
When the MAC address is the internal network MAC address, the local internal network main board receives the measurement data, the MAC address, the IP address and the GPS address, and the local internal network main board receives the local internal network VPN IP address and GPS address to the center internal network main board through 1: 1 matching center internal network VPN and tunneling through ISP business network;
When the MAC address is the external network MAC address, the local external network main board receives the measurement data, the MAC address, the IP address, and the GPS address, and the local external network main board receives the local external network VPN IP address, and GPS address to the center external network main board through 1: 1 matching center external network VPN and tunneling through ISP business network;
The local external network main board forms a local wireless LAN (Local Area Network) network between the LPWAN terminals through the LPWAN repeater and relays MtoM (Machine to Machine) data communication with the object information communication device in which the LPWAN terminal is inserted A CPTED environment system characterized by.

The LPWAN terminal comprises a measurement unit, an encryption modulator, a GPS receiver, a communication module, and a terminal control unit,
The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored;
The terminal control unit transmits the GPS address received from the GPS receiver, the measurement data measured from the measurement unit, the MAC address, and the IP address to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module;
When the MAC address is the internal network MAC address, the local internal network main board receives the measurement data, the MAC address, the IP address and the GPS address, and the local internal network main board receives the local internal network VPN IP address, and GPS address to the center server through 1: 1 matching center internal network VPN and tunneling through the ISP network;
When the MAC address is an external network MAC address, the local external network main board forms a local wireless LAN (Local Area Network) network between the LPWAN terminals through the LPWAN repeater, and the LPWAN repeater receives the encrypted data, And relaying MtoM (Machine to Machine) data communication with the inserted object information communication device.

The LPWAN terminal comprises a measurement unit, an encryption modulator, a communication module, and a terminal control unit,
The terminal control unit comprises a microprocessor including a memory in which a MAC address and an IP address are stored;
The terminal control unit transmits the measurement data, the MAC address, and the IP address measured from the measurement unit to the cryptosystem modulator, and transmits the cryptogram data to the LPWAN repeater through the communication module;
The LPWAN repeater receives and decodes the encrypted data. When the MAC address is the internal network MAC address, the local internal network main board receives the measurement data, the MAC address, and the IP address, and the local internal network main board transmits the ISP Transmit measurement data and IP address to center server through 1: 1 matched center internal network VPN and tunneling through provider network;
The local external network main board forms a local wireless LAN (Local Area Network) network between the LPWAN terminals through the LPWAN repeater and relays MtoM (Machine to Machine) data communication with the object information communication device in which the LPWAN terminal is inserted A CPTED environment system characterized by.

CPTED TOWER is equipped with CPTED control server, emergency bell, broadcasting device, cardiac defibrillator, door opening / closing sensor, cardiac defibrillator withdrawal sensor and LPWAN repeater inside the box type enclosure and connected surveillance camera connected with arm and arm ;
The network separation server inside the control center consists of an internal network main board connected to the internal network and an external network main board connected to the external network, and data is transmitted only in one direction from the internal network main board to the external network main board;
Wherein the internal network main board controls bidirectional wireless data communication with the LPWAN terminal by remotely controlling the LPWAN repeater in the CPTED TOWER of the remote site connected to the network;
The LPWAN terminal comprises an encryption modulator, a GPS receiver, a communication module, and a terminal control unit. The terminal control unit transmits encrypted data obtained by encrypting the GPS address, MAC address, and IP address received from the GPS receiver with an encryption modulator to the LPWAN repeater Lt; / RTI >
The CPTED control server transmits the encrypted data received through the surveillance camera image and the LPWAN repeater to the internal network main board of the network separation server connected to the network;
Wherein the internal network main board receives and decrypts the encrypted data and displays a GPS address and an IP address on an electronic map when the MAC address is an internal network MAC address;
If the MAC address is an external network MAC address, the internal network main board decrypts the received data and transmits the IP address, GPS address, and MAC address to the external network main board. Then, the external network main board transmits the encrypted data through the ISP network Transmits the GPS address and MAC address to the ISP server of the IP address;
The broadcasting device is composed of an amplifier, a speaker, a sound-receiving microphone, a sound-receiving microphone switch, a commercial microphone, and a commercial microphone switch and is under the control of the internal network main board of the network separating server. In the emergency bell operation, And broadcast through a commercially available microphone through an amplifier and a speaker inside a voice mute and broadcasting apparatus; and
The network separation server internal network main board broadcasts TTS (Text To Speech) broadcast data to the CPTED control server in the CPTED TOWER and broadcasts through the broadcasting apparatus;
When self diagnosis of broadcasting equipment is made, the commercial microphone switch is connected to the OFF contact point and the microphone microphone switch ON contact point, the voice file inside the CPTED control server is broadcast through the broadcasting apparatus, Self-diagnosis;
Network separation server internal network main board opens the two-way communication path through the broadcasting device according to the operation of the emergency bell;
The CPTED control server receives the sensor operation data from the door opening / closing and the cardiac defibrillator withdrawal sensor and transmits it to the internal network main board of the network separation server;
Wherein the network separating server internal network main board opens the two-way communication path through the broadcasting apparatus when the door opening / closing and cardiac defibrillator retrieval sensor operation data are received.

CPTED TOWER is equipped with CPTED control server, emergency bell, monitor, broadcasting device, cardioverter, LPWAN repeater, and warning light inside the box type enclosure and connected surveillance camera connected with arm and arm;
The network separation server inside the control center consists of an internal network main board connected to the internal network and an external network main board connected to the external network, and data is transmitted only in one direction from the internal network main board to the external network main board;
Wherein the internal network main board controls bidirectional wireless data communication with the LPWAN terminal by remotely controlling the LPWAN repeater in the CPTED TOWER of the remote site connected to the network;
The LPWAN terminal comprises an encryption modulator, a communication module, and a terminal control unit. The terminal control unit transmits encrypted data, which is obtained by encrypting a MAC address and an IP address, with an encryption modulator to a LPWAN repeater through a communication module;
The CPTED control server transmits the encrypted data received through the surveillance camera image and the LPWAN repeater to the internal network main board connected to the network network;
The internal network main board receives and decrypts the encrypted data, and when the MAC address is the internal network MAC address, locates the IP address on the electronic map;
If the MAC address is the external network MAC address, the internal network main board decrypts the received data and transmits the IP address and the MAC address to the external network main board. Then, the external network main board transmits the IP address Sends the MAC address to the ISP server;
The broadcasting device is composed of an amplifier, a speaker, a sound-receiving microphone, a sound-receiving microphone switch, a commercial microphone, and a commercial microphone switch and is under the control of the internal network main board of the network separating server. In the emergency bell operation, And broadcast through a commercially available microphone through an amplifier and a speaker inside a voice mute and broadcasting apparatus; and
The network separation server internal network main board broadcasts TTS (Text To Speech) broadcast data to the CPTED control server in the CPTED TOWER and broadcasts through the broadcasting apparatus;
When self diagnosis of broadcasting equipment is performed, the commercial microphone switch is connected to the OFF contact and the microphone switch ON contact point, and the audio file inside the CPTED control server is broadcast through the broadcasting device to receive voice from the internal network main board to diagnose the fault;
Network separation server internal network main board opens the two-way communication path through the broadcasting device according to the operation of the emergency bell;
The CPTED control server receives the sensor operation data from the door opening / closing and the cardiac defibrillator withdrawal sensor and transmits it to the internal network main board of the network separation server;
The network separation server internal network main board controls the opening and closing of the two-way communication path and the beacon through the broadcasting device when the door opening / closing and cardioid-triggering sensor operation sensor data are received;
And the VOD moving picture stored in the network server mainboard is displayed on the monitor.

The CPTED TOWER is equipped with a control server, emergency bell, broadcasting device, LPWAN repeater, warning light, surveillance camera,
The network separation server inside the control center consists of an internal network main board connected to the internal network and an external network main board connected to the external network, and data is transmitted only in one direction from the internal network main board to the external network main board;
Wherein the internal network main board controls bidirectional wireless data communication with the LPWAN terminal by remotely controlling the LPWAN repeater in the CPTED TOWER of the remote site connected to the network;
The LPWAN terminal comprises a cryptographic modulator, a communication module, and a terminal control unit including a microprocessor storing a unique MAC address and an IP address. The terminal control unit transmits encrypted data, which is obtained by encrypting a MAC address and an IP address, LPWAN repeater;
The control server transmits the encrypted data received through the surveillance camera photographed image and the LPWAN repeater to the internal network main board connected to the network network;
The internal network main board receives and decrypts the encrypted data, and when the MAC address is the internal network MAC address, locates the IP address on the electronic map;
If the MAC address is the external network MAC address, the internal network main board decrypts the received data and transmits the IP address and the MAC address to the external network main board. Then, the external network main board transmits the IP address Sends the MAC address to the ISP server;
The broadcasting device is composed of an amplifier, a speaker, a sound-receiving microphone, a sound-receiving microphone switch, a commercial microphone, and a commercial microphone switch and is under the control of the internal network main board of the network separating server. In the emergency bell operation, And broadcast through a commercially available microphone through an amplifier and a speaker inside a voice mute and broadcasting apparatus; and
The network separating server internal network main board broadcasts TTS (Text To Speech) broadcast data to the control server in the CPTED TOWER and broadcasts through the broadcasting apparatus;
When self diagnosis of broadcast equipment is made, the commercial microphone switch is connected to the OFF contact point and the microphone switch ON contact point, and the voice file inside the control server is broadcast through the broadcasting device to receive voice from the internal network main board to diagnose the fault;
Network separation server Internal network Mainboard is a CPTED environment system that opens a two-way communication path through a broadcasting device according to the operation of an emergency bell.

The method according to any one of claims 1, 2, 3, 4, 5, 6, 7, 8, 9,
The center internal network main board is replaced with the center internal network server, the center external network main board is replaced with the center external network server, the local internal network main board is replaced with the local internal network server, and the local external network main board is replaced with the local external network server,
The center is a center network separation server in which data is transmitted from the internal network server to the center external network server only in one direction;
Local internal network server Local external network server A CPTED environment system featuring a local network separation server in which data is transmitted only in one direction.

13. The method according to any one of claims 11 to 12,
Local Internal Network The main board is replaced with a local internal network server, and the local external network main board is replaced with a local external network server,
Local internal network server Local external network server A CPTED environment system featuring a local network separation server in which data is transmitted only in one direction.

The method according to any one of claims 13, 14 and 15,
The internal network main board is replaced with the internal network server, and the external network main board is replaced with the external network server,
A CPTED environment system characterized by a network separation server in which data is transmitted only in one direction from an internal network server to an external network server.

6. The method according to any one of claims 4 to 5,
Center internal network main board and local internal network main board perform data communication through 1: 1 tunneling through internal network VPN (Virtual Private Network);
Center external network main board and local external network main board perform data communication through 1: 1 tunneling through an external network VPN (Virtual Private Network).

The method of claim 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13 The method according to any one of claims 14, 15,
Wherein the Low Power Wide Area Network (LPWAN) is replaced by an Ultra Narrow Band Wide Area Network (UNBWAN) or a LoRA Wide Area Network (LoRAWAN) or a Long Term Evolution Wide Area Network (LTEWAN).

The method according to any one of claims 2, 3, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15 Lt; RTI ID = 0.0 >
The terminal control unit, which is composed of a microprocessor in the emergency button operation, receives the position information through the GPS receiver, and transmits the position information data, which is encrypted through the encryption modulator, to the LPWAN terminal. The LPWAN terminal includes an encryption modulator, a GPS receiver, a communication module, Is transmitted to the communication module, the communication module transmits the communication module to the LPWAN repeater.

The method according to any one of claims 13, 14 and 15,
The emergency bell is connected to the multilingual interpretation terminal of the corresponding language in the control center when the corresponding multilingual button of the multilingual emergency bell is activated.

The method according to any one of claims 13, 14 and 15,
The emergency bell is a multilingual emergency bell, and when the corresponding multi-language button is activated, the language is connected to the volunteer smartphone.

The method according to any one of claims 13, 14 and 15,
Emergency bell is a multilingual emergency bell When the corresponding multilingual button is activated, it connects to the web server and connects to the corresponding language volunteer smartphone.

The method of any one of claims 1, 2, 3, 4, 5, 6, 7,
The LPWAN terminal comprises a sensor unit, an encryption modulator, a GPS receiver, a communication module, and a terminal control unit,
The terminal control unit comprising the microprocessor transmits the MAC address, the sensor data measured by the sensor unit, and the position information received from the GPS receiver to the cryptographic modulator, and transmits the cryptographic data encrypted to the LPWAN repeater through the communication module. Environmental system.

The method of any one of claims 1, 2, 3, 4, 5, 6, 7,
The LPWAN terminal is composed of an instrument, an encryption modulator, a GPS receiver, a communication module,
Wherein the terminal control unit transmits measurement data, a MAC address, and an IP address measured by an instrument to an encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module.

The method according to any one of claims 13, 14 and 15,
Characterized in that the boxed enclosure CPTED TOWER is replaced by attaching an enclosure to the Poll.

The method according to any one of claims 2, 3, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15 Lt; RTI ID = 0.0 >
Wherein the LPWAN repeater is replaced by a Yi-Fi repeater.

The method of claim 1, 2, 3, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14 16. The method according to any one of claims 15 to 16,
Wherein the LPWAN repeater is replaced with a wireless repeater LPWAN terminal.

The method of claim 1, 2, 3, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14 16. The method according to any one of claims 15 to 16,
Wherein the LPWAN terminal is attached to a wireless emergency bell, a public bicycle, a street light distribution board, a streetlight lamp, and a cardiac defibrillator.

The method of claim 1, 2, 3, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14 16. The method according to any one of claims 15 to 16,
Wherein the IP Address is replaced with an ID Address.

The method of claim 1, 2, 3, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14 16. The method according to any one of claims 15 to 16,
Wherein the IP address is an IP address of the destination address.

The method according to any one of claims 2, 3, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15 Lt; RTI ID = 0.0 >
An OPEN API server, which is further configured with an OPEN API (Application Programmer Interface) server and connected to the internal network, provides open internal network data to a server connected to the external network and provides open internal network data, To the motherboard; and
The center internal network main board transfers the public internal network data to the local internal network main board or the center external network main board.

CPTED TOWER outside the control center is equipped with CPTED control server, emergency bell, broadcasting device, cardiac defibrillator, door opening / closing sensor, cardiac defibrillator withdrawal sensor, LPWAN repeater, and surveillance camera Lt; / RTI >
The network separation server inside the control center consists of an internal network main board connected to the internal network and an external network main board connected to the external network, and data is transmitted only in one direction from the internal network main board to the external network main board;
The OPEN API server inside the control center is connected to the internal network, receives the open internal network data, and transmits the open internal network data to the internal network main board inside the network separation server;
The internal network main board inside the network separation server controls the LPWAN repeater by controlling the LPWAN repeater through the CPTED control server installed in the CPTED TOWER installed at the remote site outside the control center connected to the network and controls the two-way wireless data communication with the LPWAN terminal. To the LPWAN terminal control unit through the CPTED control server;
The LPWAN terminal comprises an encryption modulator, a GPS receiver, a communication module, and a terminal control unit. The terminal control unit transmits encrypted data obtained by encrypting the GPS address received from the GPS receiver and the IP address stored in the terminal control unit memory with an encryption modulator, Receive the transmitted and disclosed internal network data to the LPWAN repeater;
The CPTED control server transmits the encrypted data received through the surveillance camera image and the LPWAN repeater to the internal network main board of the network separation server connected to the network;
Wherein the internal network main board receives and decrypts the encrypted data and displays a GPS address on an electronic map when the IP address is an internal network IP address;
If the internal network main board receives and decrypts the encrypted data and transmits the GPS address to the external network main board when the IP address is the external network IP address, the external network main board transmits the GPS address &Lt; / RTI >
The broadcasting device is composed of an amplifier, a speaker, a sound-receiving microphone, a sound-receiving microphone switch, a commercial microphone, and a commercial microphone switch and is under the control of the internal network main board of the network separating server. In the emergency bell operation, And broadcast through a commercially available microphone through an amplifier and a speaker inside a voice mute and broadcasting apparatus; and
The network separation server internal network main board broadcasts TTS (Text To Speech) broadcast data to the CPTED control server in the CPTED TOWER and broadcasts through the broadcasting apparatus;
When self diagnosis of broadcasting equipment is performed, the commercial microphone switch is connected to the OFF contact and the microphone switch ON contact point, and the audio file inside the CPTED control server is broadcast through the broadcasting device to receive voice from the internal network main board to diagnose the fault;
Network separation server internal network main board opens the two-way communication path through the broadcasting device according to the operation of the emergency bell;
The CPTED control server receives the sensor operation data from the door opening / closing and the cardiac defibrillator withdrawal sensor and transmits it to the internal network main board of the network separation server;
Wherein the network separating server internal network main board opens the two-way communication path through the broadcasting apparatus when the door opening / closing and cardiac defibrillator retrieval sensor operation data are received.

CPTED TOWER is equipped with CPTED control server, emergency bell, monitor, broadcasting device, cardioverter, LPWAN repeater, and warning light inside the box type enclosure and connected surveillance camera connected with arm and arm;
The network separation server inside the control center consists of an internal network main board connected to the internal network and an external network main board connected to the external network, and data is transmitted only in one direction from the internal network main board to the external network main board;
Wherein the internal network main board controls bidirectional wireless data communication with the LPWAN terminal by remotely controlling the LPWAN repeater in the CPTED TOWER of the remote site connected to the network;
The LPWAN terminal comprises an encryption modulator, a communication module, and a terminal control unit. The terminal control unit transmits encrypted data obtained by encrypting an IP address to an LPWAN repeater through a communication module;
The CPTED control server transmits the encrypted data received through the surveillance camera image and the LPWAN repeater to the internal network main board connected to the network network;
The internal network main board receives and decrypts the encrypted data and displays the location on an electronic map when the IP address is an internal network IP address;
If the IP address is an external network IP address and the IP address is transmitted to the external network main board, the external network main board transmits the IP address &Lt; / RTI >
The broadcasting device is composed of an amplifier, a speaker, a sound-receiving microphone, a sound-receiving microphone switch, a commercial microphone, and a commercial microphone switch and is under the control of the internal network main board of the network separating server. In the emergency bell operation, And broadcast through a commercially available microphone through an amplifier and a speaker inside a voice mute and broadcasting apparatus; and
The network separation server internal network main board broadcasts TTS (Text To Speech) broadcast data to the CPTED control server in the CPTED TOWER and broadcasts through the broadcasting apparatus;
When self diagnosis of broadcasting equipment is performed, the commercial microphone switch is connected to the OFF contact and the microphone switch ON contact point, and the audio file inside the CPTED control server is broadcast through the broadcasting device to receive voice from the internal network main board to diagnose the fault;
Network separation server internal network main board opens the two-way communication path through the broadcasting device according to the operation of the emergency bell;
The CPTED control server receives the sensor operation data from the door opening / closing and the cardiac defibrillator withdrawal sensor and transmits it to the internal network main board of the network separation server;
The network separation server internal network main board controls the opening and closing of the two-way communication path and the beacon through the broadcasting device when the door opening / closing and cardioid-triggering sensor operation sensor data are received;
And a VOD moving picture stored in the network server mainboard is displayed on a monitor inside the CPTED TOWER.

CPTED TOWER is a box-type enclosure with CPTED control server, emergency bell, broadcasting device, LPWAN repeater, surveillance camera;
The network separation server inside the control center consists of an internal network main board connected to the internal network and an external network main board connected to the external network, and data is transmitted only in one direction from the internal network main board to the external network main board;
Wherein the internal network main board controls bidirectional wireless data communication with the LPWAN terminal by remotely controlling the LPWAN repeater in the CPTED TOWER of the remote site connected to the network;
The LPWAN terminal comprises an encryption modulator, a GPS receiver, a communication module, and a terminal control unit. The terminal control unit transmits encrypted data obtained by encrypting the GPS address received from the GPS receiver and the IP address stored in the terminal control unit memory with an encryption modulator, LPWAN repeater;
The CPTED control server transmits the encrypted data received through the surveillance camera image and the LPWAN repeater to the internal network main board of the network separation server connected to the network;
Wherein the internal network main board receives and decrypts the encrypted data and displays a GPS address on an electronic map when the IP address is an internal network IP address;
If the internal network main board receives and decrypts the encrypted data and transmits the GPS address to the external network main board when the IP address is the external network IP address, the external network main board transmits the GPS address &Lt; / RTI >
The broadcasting apparatus is controlled by the network internal server main network of the network separation server. When the emergency bell operates, the commercial microphone switch inside the broadcasting apparatus is connected to the ON contact point, and the broadcasting apparatus broadcasts the sound through the commercial microphone and through the amplifier and speaker in the broadcasting apparatus ; And
The network separation server internal network main board broadcasts broadcasting data to the CPTED control server in the CPTED TOWER and broadcasts through the broadcasting apparatus;
Network separation Server internal network Mainboard is a CPTED TOWER which is a CCTV Crime Prevention System which is activated by a two-way communication path through a broadcasting device according to the operation of an emergency bell.

The CPTED TOWER outside the control center is equipped with a CPTED control server, an emergency bell, a broadcasting device, a monitor, a LPWAN repeater, and a surveillance camera connected to the enclosure and an arm through a box type enclosure;
The network separation server inside the control center consists of an internal network main board connected to the internal network and an external network main board connected to the external network, and data is transmitted only in one direction from the internal network main board to the external network main board;
The OPEN API server inside the control center is connected to the internal network, receives the open internal network data, and transmits the open internal network data to the internal network main board inside the network separation server;
The internal network main board in the network separation server remote controls the monitor through the CPTED control server in the CPTED TOWER installed at the remote place external to the control center connected to the network and controls and discloses bi-directional wireless data communication with the LPWAN terminal. To the LPWAN terminal terminal control unit;
The LPWAN terminal comprises an encryption modulator, a GPS receiver, a communication module, and a terminal control unit. The terminal control unit transmits encrypted data obtained by encrypting the GPS address received from the GPS receiver and the IP address stored in the terminal control unit memory with an encryption modulator, Receive the transmitted and disclosed internal network data to the LPWAN repeater;
The CPTED control server transmits the encrypted data received through the surveillance camera image and the LPWAN repeater to the internal network main board of the network separation server connected to the network;
Wherein the internal network main board receives and decrypts the encrypted data and displays a GPS address on an electronic map when the IP address is an internal network IP address;
If the internal network main board receives and decrypts the encrypted data and transmits the GPS address and public internal network data to the external network main board when the IP address is the external network IP address, Transmits the GPS address and public internal network data to the provider server;
The network internal server main network broadcasts broadcast data to the CPTED control server in the CPTED TOWER and broadcasts through the broadcasting apparatus and the monitor;
Network separation Server internal network Mainboard is a CPTED TOWER which is a CCTV Crime Prevention System which is activated by a two-way communication path through a broadcasting device according to the operation of an emergency bell.

The CPTED TOWER is a structure in which a CPTED control server and a LPWAN repeater are mounted inside a box-shaped enclosure, and a surveillance camera connected to the enclosure and the arm is connected;
The network separation server inside the control center consists of an internal network main board connected to the internal network and an external network main board connected to the external network, and data is transmitted only in one direction from the internal network main board to the external network main board;
Wherein the internal network main board controls bidirectional wireless data communication with the LPWAN terminal by remotely controlling the LPWAN repeater in the CPTED TOWER of the remote site connected to the network;
The LPWAN terminal comprises an encryption modulator, a GPS receiver, a communication module, and a terminal control unit. The terminal control unit transmits encrypted data obtained by encrypting the GPS address received from the GPS receiver and the IP address stored in the terminal control unit memory with an encryption modulator, LPWAN repeater;
The CPTED control server transmits the encrypted data received through the surveillance camera image and the LPWAN repeater to the internal network main board of the network separation server connected to the network;
Wherein the internal network main board receives and decrypts the encrypted data and displays a GPS address on an electronic map when the IP address is an internal network IP address;
If the internal network main board receives and decrypts the encrypted data and transmits the GPS address to the external network main board when the IP address is the external network IP address, the external network main board transmits the GPS address &Lt; / RTI >
The broadcasting apparatus is controlled by the network internal server main network of the network separation server. When the emergency bell operates, the commercial microphone switch inside the broadcasting apparatus is connected to the ON contact point, and the broadcasting apparatus broadcasts the sound through the commercial microphone and through the amplifier and speaker in the broadcasting apparatus ; And
The network separation server internal network main board broadcasts broadcasting data to the CPTED control server in the CPTED TOWER and broadcasts through the broadcasting apparatus;
Network separation Server internal network Mainboard is a CPTED TOWER which is a CCTV Crime Prevention System which is activated by a two-way communication path through a broadcasting device according to the operation of an emergency bell.

39. The method according to any one of claims 35, 36 and 38,
The OPEN API server in the control center is additionally configured and connected to the internal network to receive the open internal network data and transmit the open internal network data to the internal network main board and the external network main board inside the network separation server. TOWER.

39. The method of claim 34, 35, 36, 37 or 38,
The network separation server inside the control center is connected to the internal network. The internal network is connected to the internal network server and the external network main board connected to the external network is replaced with the external network server. Thus, only one direction from the internal network server to the external network server Data is transmitted to the CCTV crime prevention CPTED TOWER.

39. The method of claim 34, 35, 36, 37 or 38,
A CCTV Crime Prevention CPTED TOWER (Low Power Wide Area Network) is an alternative to a Low Power Wide Area Network (LPWAN) or a LoRA Wide Area Network (LoRAWAN) or a Long Term Evolution Wide Area Network (LTEWAN) .

39. The method of claim 34, 35, 36, 37 or 38,
The terminal control unit, which is composed of a microprocessor in the emergency button operation, receives the position information through the GPS receiver, and transmits the position information data, which is encrypted through the encryption modulator, to the LPWAN terminal. The LPWAN terminal includes an encryption modulator, a GPS receiver, a communication module, To the communication module, the communication module transmits the CPTED TOWER to the LPWAN repeater.

35. The method of claim 34, 35 or 36,
Emergency bell is a multilingual emergency bell. When the corresponding multilingual button is activated, it is connected to the multilingual interpretation terminal of the corresponding language in the control center. CPTED TOWER.

35. The method of claim 34, 35 or 36,
Emergency bell is a multilingual emergency bell. If the corresponding multilingual button is activated, the language is connected to the volunteer smartphone. CCTV Crime Prevention CPTED TOWER.

35. The method of claim 34, 35 or 36,
Emergency bell is a multilingual emergency bell. If the corresponding multilingual button is activated, it connects to the web server and connects to the language volunteer smartphone. CCTV Crime Prevention CPTED TOWER.

39. The method of claim 34, 35, 36, 37 or 38,
The LPWAN terminal is composed of a sensor unit, an encryption modulator, a GPS receiver, a communication module, and a terminal control unit.
The terminal control unit comprising a microprocessor transmits the MAC address, the sensor data measured by the sensor unit, and the position information received from the GPS receiver to the cryptographic modulator, and transmits the encrypted data to the LPWAN repeater through the communication module. Crime Prevention CPTED TOWER.

39. The method of claim 34, 35, 36, 37 or 38,
The LPWAN terminal is composed of an instrument, an encryption modulator, a GPS receiver, a communication module,
The terminal control unit transmits the measurement data measured by the measuring device, the GPS address to the encryption modulator, and transmits the encrypted data to the LPWAN repeater through the communication module.

39. The method of claim 34, 35, 36, 37 or 38,
The CPTED TOWER, which is a boxed enclosure, is replaced by attaching the enclosure to the Poll.

39. The method of claim 34, 35, 36, 37 or 38,
LPWAN repeater is replaced by Yi-Fi repeater. CCTV Crime Prevention CPTED TOWER.

39. The method of claim 34, 35, 36, 37 or 38,
And the LPWAN repeater is replaced with the wireless repeater LPWAN terminal by the wireless communication terminal.

39. The method of claim 34, 35, 36, 37 or 38,
LPWAN terminal is attached to wireless emergency bell, public bicycle, street light distribution panel, street lamp, cardiac defibrillator. CCTV Crime Prevention CPTED TOWER.

39. The method of claim 34, 35, 36, 37 or 38,
The IP address is the IP address of the destination address. CCTV Crime Prevention CPTED TOWER.

39. The method according to any one of claims 35, 36 and 38,
An OPEN API server, which is an OPEN API (Application Programmer Interface) server, is connected to the internal network and provides the open internal network data to the server connected to the external network. The OPEN API server provides the open internal network data to the internal network main To the board;
The internal network main board transfers the public internal network data to the external network main board, and the CCTV crime prevention CPTED TOWER.

The method of claim 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13 The method according to any one of claims 14, 15,
The LPWAN terminal can be used as a water meter, a gas meter, a watt hour meter, a calorimeter, a water quality sensor, a flow sensor, a gas sensor, a fire detection sensor, a courier vehicle, a golf cart, Wherein the CPTED environment system is connected to the integrated probe.

39. The method of claim 34, 35, 36, 37 or 38,
The LPWAN terminal can be used as a water meter, a gas meter, a watt hour meter, a calorimeter, a water quality sensor, a flow sensor, a gas sensor, a fire detection sensor, a courier vehicle, a golf cart, , Which is connected to the integrated meter probe, CCTV Crime Prevention CPTED TOWER.

The method of claim 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13 The method according to any one of claims 14, 15,
The LPWAN repeater is a water meter, gas meter, watt hour meter, calorimeter, water quality sensor, flow sensor, gas sensor, fire detection sensor, delivery vehicle, golf cart, public bicycle, health car, , And the integrated probe device, and forms a short-range wireless WAN (Wide Area Network) network between any one or more LPWAN terminals to relay MtoM (Machine to Machine) data communication.

39. The method of claim 34, 35, 36, 37 or 38,
The LPWAN repeater is a water meter, gas meter, watt hour meter, calorimeter, water quality sensor, flow sensor, gas sensor, fire detection sensor, delivery vehicle, golf cart, public bicycle, health car, , And an integrated meter reader, and forms a short-range wireless WAN (Wide Area Network) network between any one or more LPWAN terminals to relay MtoM (Machine to Machine) data communication.

The method of claim 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13 The method according to any one of claims 14, 15,
A gas meter, a watt-hour meter, a calorimeter, a water quality sensor, a flow sensor, a gas sensor, a fire detection sensor, a courier vehicle, a golf course, a golf course, and the like, by forming a local wireless LAN (Local Area Network) network between the one or more LPWAN terminals through the LPWAN repeater. One or more LPWAN terminals attached to or connected to a cart, a public bicycle, a health car, a security light, a streetlight, a water leakage sensor, a bus information terminal, and an integrated meter reader perform MtoM (Machine to Machine) data communication between LPWAN repeaters CPTED environmental system.

39. The method of claim 34, 35, 36, 37 or 38,
A gas meter, a watt-hour meter, a calorimeter, a water quality sensor, a flow sensor, a gas sensor, a fire detection sensor, a courier vehicle, a golf course, a golf course, and the like, by forming a local wireless LAN (Local Area Network) network between the one or more LPWAN terminals through the LPWAN repeater. One or more LPWAN terminals attached to or connected to a cart, a public bicycle, a health car, a security light, a streetlight, a water leakage sensor, a bus information terminal, and an integrated meter reader perform MtoM (Machine to Machine) data communication between LPWAN repeaters CCTV Crime Prevention CPTED TOWER.

The method according to any one of claims 13, 14 and 15,
Wherein the CPTED control server inside the CPTED TOWER opens the two-way communication path through the VPN through the 1: 1 matched tunnel with the internal network main board inside the control center.

39. The method of claim 34, 35, 36, 37 or 38,
The CPTED control server inside the CPTED TOWER is a CPTED TOWER for CCTV, characterized in that the two-way communication path is opened through 1: 1 matching tunneling with the internal network main board inside the control center through VPN.