KR102326341B1 - Security management system for eco-friendly apartment houses using information and communication - Google Patents

Abstract

The present invention relates to an eco-friendly apartment security management system using information and communication, and more specifically, to an eco-friendly apartment security management system using information and communication, which makes it convenient to manage access to the apartment, in particular, adopts a pre-reservation method when an external vehicle enters and exits, automatically recognizes the same, and controls operations of a gate and an elevator, which are the common entrance gates which enter each household, thereby maximizing the convenience of movement for residents and visitors and improving crime prevention efficiency while preventing flames from spreading to a roof in case of a fire.

Description

Security management system for eco-friendly apartment houses using information and communication}

The present invention relates to an eco-friendly apartment house crime prevention management system using information and communication in the field of communication technology. Improved information that automatically recognizes and controls the operation of the gate and elevator, which is the entrance door to each household, so that the movement convenience of residents and visitors is maximized, crime prevention efficiency is increased, and flames do not spread to the roof in case of a fire It relates to a crime prevention management system for an eco-friendly apartment house using communication.

In general, various types and types of communication systems are installed in apartment houses to manage people and maintain security and crime prevention, and CCTV and vehicle access systems are usually installed.

At this time, CCTV installs cameras in various spaces such as inside elevators, common front doors, underground parking lots, elderly homes, walkways, playgrounds, etc. so that it can be used as evidence.

In addition, since a large number of people enter the apartment complex above all else, it is very important to prevent unwanted visitors from entering while allowing residents to easily enter and exit.

In the case of visitor access, that is, in the case of a vehicle access system, a method of controlling vehicle access by using an RFID tag or by using a camera to read a vehicle number and compare it with a registered vehicle number stored in advance is widely used.

This vehicle access system mainly focuses on the convenience of vehicle access for registered residents, and since it cannot be automatically checked when an outside vehicle enters the room, pass through the security room or enter the number of the same person to visit and then obtain approval from the head of the household. It is in the form of receiving and entering.

However, it is difficult for outside vehicles to enter if a security guard leaves the guard room for urgent business or if there is no household member who wants to visit or if there is no approval, it is difficult for outside vehicles to enter, and in some cases, it is inconvenient for registered residents to wait because of outside vehicles this exists

On the other hand, since there are no special restrictions on the elevator of an apartment building, it can move to any floor the user chooses, so outsiders entering the complex can move freely, so measures to prevent crime are required.

In addition, although a number of CCTVs are installed in the complex, blind spots are bound to exist, and even if an unfavorable incident occurs through CCTV, there is no way to manage and deal with it immediately.

Republic of Korea Patent Registration No. 10-1014993 (2011.02.08.) 'Community housing integrated control system'

The present invention was created to solve the problems in consideration of the above-mentioned problems, and it makes the access management of the apartment house convenient, in particular, adopts the advance reservation method when an external vehicle enters and exits, automatically recognizes it, and each Eco-friendly apartment housing using improved information and communication technology to maximize movement convenience for residents and visitors, increase crime prevention efficiency, and prevent flames from spreading to the roof in case of fire by connecting and controlling the operation of the elevator and the gate that enters the household. Its main purpose is to provide a crime prevention management system.

The present invention is a means for achieving the above object, the sub server 200 that receives the vehicle information allowed to enter, stores and manages the registered vehicle information in the sub server memory 210; a main server 100, which is a web hosting service, connected to the sub-server 200 and the Internet network, and having a main server memory 110 synchronized with the sub-server memory 210; It is installed at the front door or back door of the apartment house where the vehicle enters and is connected to the main server 100 and the Internet network, and the registered vehicle information stored in the main server memory 110 is downloaded and stored in the vehicle control memory 310, , a vehicle controller 300 for determining whether to enter or not by recognizing the vehicle number of an entering vehicle; a gate controller 600 that communicates with the department server 200 to control opening and closing of the common entrance door of each building; An EL (Elevator) remote controller 700 that communicates with the department server 200 to control the operation of the elevator in each building;

The apartment house visiting vehicle registers the vehicle through advance reservation in the main server 100, and the registered 4 digit vehicle number is transmitted to the gate controller 600 and the EL remote controller 700 and is set as a password for access; The set password is automatically deleted after 24 hours;

A gas indicator 1300 is further installed on the outer wall of one side of the common entrance door (GT) in parallel with the integrated watt-hour meter (EC), and a metering camera 1320 is further installed on the front upper side of the indoor gas meter 1310, and the measurement The photographing camera 1320 is configured to be driven and controlled by the camera controller 1340 operated by the sub-burr 200 so that the number of the gas meter 1310 is photographed according to the gas metering schedule, and then the number is recognized through image processing. and configured to display the recognized number on the gas indicator 1300;

The front door (ODR) of each household is further provided with a fire door unit 4000, wherein the fire door unit 4000 includes a roll housing 4100 installed on the outer ceiling surface of the front door (ODR) of each household, and the roll housing ( A roll-type fire door 4200 that is wound around 4100) and is released according to a signal while covering the front of the front door (ODR) to prevent flame, and is installed on one side of the roll housing 4100 and communicates with the department server 200 It provides a security management system for an eco-friendly apartment house using information communication, characterized in that it includes a fire door controller 4300 that receives a control signal from the in-house fire hydrant controller (CTR) and drives the release of the roll-type fire door 4200.

According to the present invention, it makes it convenient to manage the access of a multi-family house, especially when an external vehicle enters and exits, adopts a reservation method, automatically recognizes it, and links to the operation of the elevator and the gate, which is the entrance door to each household. By controlling it, it is possible to maximize the movement convenience of residents and visitors, increase the efficiency of crime prevention, and obtain an improved effect to prevent the flame from spreading to the roof in case of a fire.

1 is an exemplary configuration block diagram showing a system according to the present invention.
2 is an exemplary view showing the gas meter reading structure constituting the system according to the present invention.
3 is an exemplary configuration diagram showing an example of preventing diffusion through a fire door unit constituting the system according to the present invention.
4 is an exemplary view showing an example of driving a ventilation fan at a landing constituting the system according to the present invention.

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

As shown in FIG. 1 , the system according to the present invention includes a main server 100 , a sub server 200 , a vehicle controller 300 , a household terminal 400 , and a visitor terminal 500 . ), a gate controller 600 , an EL (Elevator) remote controller 700 , a delivery box controller 800 and a parking lot controller 900 .

At this time, the main server 100 and the sub-server 200 include a main server memory 110 and a sub-server memory 210, respectively.

And, the main server 100 may be a web hosting company that provides a kind of cloud service. Therefore, the main server 100 is connected to the Internet network to perform synchronization between the sub server memory 210 and the main server memory 110 in real time to maintain the same data layer.

In addition, the department server 200 is installed in the management office of the apartment house and is connected to the Internet network as well as configured to communicate wirelessly through a separate wireless communication module (Bluetooth, Zigbee, Beacon, etc.), and in particular, access is permitted. The received vehicle information, that is, the registered vehicle information registered by the household member, serves to store and manage it in the department server memory 210 .

In this case, the registered vehicle information may include the name of a household member, the number of the same household, the name of the vehicle owner, the vehicle number, and the phone number.

In addition, the vehicle controller 300 is installed at the front door or back door that can enter and exit the apartment house, communicates with the main server 100 over the Internet network, and is stored in the main server memory 110 to control passing vehicles. The stored registered vehicle information is read and stored in the vehicle control memory 310 .

At this time, the registered vehicle owned by the household member residing in the apartment house is stored in the vehicle control memory 310, and is periodically updated so that when the registered vehicle passes, it can be controlled so that it can enter and exit immediately without communication to the main server 100. can

That is, the vehicle controller 300 is equipped with a high-performance camera to recognize the vehicle number of the entering vehicle, and compares it with the registered vehicle information stored in the vehicle control memory 310 to determine whether to enter the vehicle.

In this process, when the vehicle number that is not stored in the vehicle control memory 310 is recognized, access is once blocked, the vehicle controller 300 requests confirmation of the reservation list to the main server 100, and the main server 100 transmits the same-day reservation list and reservation vehicle number stored in the main server memory 110 to the vehicle cooling control memory 310 .

Then, the vehicle controller 300 checks whether there is a photographed vehicle number in the reserved vehicle number, permits the entrance, and transmits a voice indicating that entry is not possible if there is not, and guides the turn.

Here, visit reservation can be made through the dedicated app for car reservation for apartment visits, and a smartphone app can be installed and used to apply for each apartment on a nationwide basis. Because the identity is verified by passing through it, if you make a reservation to visit the apartment through the dedicated app, you can freely enter and exit.

However, in order to prevent unauthorized entry without any reason, the purpose of the visit must be clearly stated, and the visiting household must obtain approval to be registered as a reserved visitor. have. Therefore, if the household member of the visiting household fails to confirm and is not approved, the application may be converted to the management office approval. Then, the management office can approve only when the information of the reservation visitor confirms and the household member information of the household to be visited are matched.

Of course, since such reservation reception is also possible in real time, if the reservation is approved in real time after arriving at the vehicle controller 300, of course, access will be possible.

Meanwhile, the household terminal 400 is a wireless communication terminal such as a smart phone or a PDA, and is a terminal owned by a household member.

This household terminal 400 is able to check the visitor information by receiving the vehicle number of the visiting reservation vehicle from the main server 100 only when the vehicle controller 300 is a visiting reservation vehicle.

That is, the vehicle controller 300 notifies the main server 100 that the reserved vehicle has entered the apartment house while checking and passing the visiting reservation vehicle, and the main server 100 transmits the reservation vehicle information to the household terminal 400 will be sent to

At the same time, the main server 100 informs the visitor terminal 500, which is a mobile phone entered when the visiting reservation vehicle is registered, that it is a four-digit vehicle number of the visiting reservation vehicle with a password that can access the gate, which is the common entrance gate of the agreement to be visited. It is desirable to notify in the form of a notice that legal action can be taken when illegal work is done in an apartment house that has been entered at the same time.

At this time, the same information is simultaneously transmitted to the department server 200 and stored in the department server memory 210, and the department server 200 that has received this information receives the information of the apartment house reserved to visit the four-digit vehicle number of the visiting reservation vehicle. It can be transmitted to the gate controller 600 that controls the gate, which is the common front door, approved as a temporary password, and controlled to open the gate when the corresponding password is pressed.

Of course, the temporary password is limited to 24 hours, and after 24 hours has elapsed, it is deleted so that access is no longer possible.

On the contrary, it goes without saying that the resident household members can freely pass according to the set rules.

In addition, the department server 200 is activated as soon as approval is received because the dedicated app is equipped with a function to transmit to the EL remote controller 700 through NFC-based communication when the visit reservation vehicle of the visit reservation vehicle makes a reservation with the dedicated app. It is configured to be controlled by a dedicated app so that activation is canceled after 24 hours.

Accordingly, the EL remote controller 700 is provided with an NFC-based communication function and is configured to enable NFC communication through a communication device installed around the boarding gate button on the first floor to board the elevator.

Thus, in the case of household members, since they are already registered, they can ride and ride freely, but by restricting the reservation visitors to take the elevator by opening the elevator door only when they have the visitor terminal 500 permitted through NFC communication. It can block illegal intruders from moving freely.

In this case, the household terminal 400 has a built-in dedicated app that transmits the authentication information registered in advance to the EL remote controller 700 through NFC-based communication, so that it can be implemented to ride freely.

On the other hand, in the present invention, as in the example of FIG. 2 , it can be improved so that the digital meter reading can be performed outside the door so as to solve the inconvenience of gas meter reading and criminal abuse that occurs frequently by disguising the gas meter reading.

For example, as shown in the figure, the gas indicator 1300 is further installed in parallel with the integrated watt-hour meter (EC) on the outer wall adjacent to the common entrance gate (GT), preferably on the lower side of the delivery box controller (800).

In addition, a metering camera 1320 is further installed on the front upper side of the indoor gas meter 1310 , and the metering camera 1320 is configured to be driven and controlled by the camera controller 1340 .

In particular, the camera controller 1340 is connected to the sub-server 200 by wire or wirelessly. Thus, receiving a control signal from the department server 200, which is transmitted according to the gas metering schedule set for each apartment, gives a command to start shooting, and according to this signal, the metering camera 1320 shoots the number of the gas meter 1310. .

Thereafter, the camera controller 1340 recognizes a number in the image captured through a built-in image processor (not shown), and sends the recognized number information to the gas display 1300 to be displayed on the gas display 1300 so that the meter reading source is This makes it easy to check from the outside.

This method has the advantage that it can be easily applied to old apartments, etc. because it is simpler and simpler than the method that requires a complicated IoT method to change the entire design because it only needs to install a very inexpensive small camera.

In addition, if necessary, a bubble atomizer is further attached to the metering camera 1320, and it is automatically sprayed according to a control signal, so that it is possible to periodically detect gas leakage around the gas pipe connection part.

That is, if the bubble liquid is sprayed and the change is recorded with the metering camera 1320, it can be easily checked whether the gas is leaking. For example, when the bubble swells, the gas leaks.

In addition, in the present invention, since the purpose of the present invention is to enable safer living in an apartment house by equipping a fire prevention and smoke control function together with crime prevention, to implement this, a fire door unit 4000 as shown in FIG. can prevent

The fire door unit 4000 is a roll housing 4100 installed on the outer ceiling surface of the front door (ODR) of each household, and is wound around the roll housing 4100 and is released according to a signal, the front of the front door (ODR) A roll-type fire door 4200 that covers and fires, and receives a control signal from a household fire hydrant controller (CTR) installed on one side of the roll housing 4100 and communicating with the sub-burr 200 of the roll-type fire door 4200 It includes a fire door controller 4300 that drives the unlocking.

At this time, a rotating motor 4110 driven by the fire door controller 4300 is installed in the roll housing 4100, and a rotating drum 4120 is connected to the motor shaft of the rotating motor 4110, and the rotating drum The roll-type fire door 4200 is wound on the 4120 .

In this case, since the roll-type fire door 4200 has a certain weight, when the rotation motor 4110 is driven in the unlocking direction according to the signal of the fire door controller 4300, it can be quickly down and unfolded.

Therefore, it is possible to reduce the casualties in the initial fire by blocking a significant part of the flame from flowing into the house through the front door (ODR).

In addition, there is no restriction on evacuation because the occupants of the building can evacuate while pushing or lifting the roll-type fire door 4200 .

In particular, in the present invention, in order to strengthen the smoke control function at the landing, as shown in the example of FIG. 4 , the existing Crescent for fixing the first and second windows W1 and W2 installed at the landing is replaced with an Electronic Crescent (CRC), and fire control It is electrically connected to the subordinate server 200 having a function so as to be able to open and close according to a control signal of the subordinate server 200 .

In this case, the electromagnetic crescent (CRC) may be in the form of a solenoid valve.

And, the rod cylinder (RCY) is fixed on the wall surface that is the upper space of the first and second windows (W1, W2), and the rod cylinder (RCY) is configured to be able to slide the rack rod (LKR) is fitted.

In addition, one end of the rack rod (LKR) is fixed to the window frame of the first window (W1) through the warehouse fixing bar (WFT), and the other end is inserted into the rod cylinder (RCY) and then the pinion gear (PIN) and the rack- Pinion gear engagement is achieved.

To this end, a portion of the rod cylinder (RCY) is cut, and the pinion gear (PIN) fixed to the motor shaft of the entry/exit motor (IOM) fixed to the corresponding surface is exposed to the inside of the rod cylinder (RCY) through the cut-out portion It is initially assembled and installed so that it is gear-coupled with the incoming rack rod (LKR).

In addition, the entry/exit motor IOM is electrically connected to the sub-server 200 .

Therefore, when a fire occurs and smoke is severely generated, the electronic crescent (CRC) is opened according to the control command of the sub-burr 200, and then the in-and-out motor (IOM) is driven to load the rack rod (LKR) into the load cylinder. (RCY) Pulling the first window (W1) to open the window while pulling it inside (RCY) causes the smoke accumulated at the landing to fall out and control the smoke.

100: sub server 200: main server
300: vehicle controller 400: household terminal
500: visitor terminal 600: gate controller
700: EL remote controller 800: courier box controller
900: parking controller

Claims (1)

a department server 200 that receives and manages vehicle information allowed to enter and stores in the department server memory 210 as registered vehicle information; a main server 100, which is a web hosting service, connected to the sub server 200 and the Internet network, and having a main server memory 110 synchronized with the sub server memory 210; It is installed at the front door or back door of the apartment house through which the vehicle enters and is connected to the main server 100 and the Internet network, and the registered vehicle information stored in the main server memory 110 is downloaded and stored in the vehicle control memory 310, and , a vehicle controller 300 for determining whether to enter or not by recognizing the vehicle number of an entering vehicle; a gate controller 600 that communicates with the department server 200 to control opening and closing of the common entrance door of each building; EL (Elevator) remote controller 700 that communicates with the department server 200 to control the operation of the elevator in each building; includes, and the vehicle visiting the apartment house registers the vehicle through a reservation in the main server 100, The registered four-digit vehicle number is transmitted to the gate controller 600 and the EL remote controller 700 and is set as a password for access; In the eco-friendly apartment security management system using information and communication configured to automatically delete the set password after 24 hours;
A fire door unit 4000 is further provided in the front door (ODR) of each household, wherein the fire door unit 4000 includes a roll housing 4100 installed on the outer ceiling surface of the front door (ODR) of each household, and the roll housing ( A roll-type fire door 4200 that is wound around 4100) and is released according to a signal while covering the front of the front door (ODR) to prevent flame, and is installed on one side of the roll housing 4100 and communicates with the department server 200 and a fire door controller 4300 that receives a control signal from a household fire hydrant controller (CTR) and drives the release of the roll-type fire door 4200;
The first and second windows (W1, W2) installed in the landing connected to the front door (ODR) are fixed and electrically connected to the sub-burr 200 to control the opening and closing of the solenoid valve type electronic crescent (CRC) and , A rod cylinder (RCY) fixed on the wall, which is the upper space of the first and second windows (W1, W2), and a rack rod (LKR) configured to be slid by being fitted in the rod cylinder (RCY),
One end of the rack rod (LKR) is fixed to the window frame of the first window (W1) through the warehouse fixing bar (WFT), and the other end is inserted into the rod cylinder (RCY) and then the pinion gear (PIN) and the rack-pinion gear A part of the rod cylinder (RCY) is cut out, and the pinion gear (PIN) fixed to the motor shaft of the in/out motor (IOM) fixed to the corresponding surface is cut into the rod cylinder (RCY) through the cut part. In an exposed state, it is initially assembled and installed so as to be coupled with the incoming rack rod (LKR), and the entry/exit motor (IOM) is electrically connected to the sub-burr 200 to detect smoke due to a fire. An eco-friendly apartment security management system using information communication, characterized in that the smoke control function is realized by opening the first window (W1) according to the control command of the

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