KR102335281B1 - Waterproof information communication system for communication cables of buildings - Google Patents

Abstract

The present invention relates to a waterproof information communication system for a communication cable of a building, and more particularly, to an improved waterproof information communication system for a communication cable of a building, which allows management on an access to an apartment house to be conveniently performed, particularly adopts an advance reservation method for the entry or exit of an unauthorized vehicle, automatically recognizes the same, allows an elevator and a gate as an entrance door through which a resident or a visitor can enter to be controlled in an interlinked manner, to maximize movement convenience of the resident and the visitor and to increase crime prevention efficiency, and prevents flames from spreading to upper floors in the event of fire.

Description

Waterproof information communication system for communication cables of buildings

The present invention relates to a communication cable waterproof type information communication system for a building in the field of communication technology, and more particularly, it makes it convenient to manage access to an apartment house, so that, in particular, a pre-reservation method is adopted when an external vehicle enters and exits, and it automatically By connecting and controlling the operation of the elevator and the gate, the entrance door that enters each household, it maximizes the convenience of movement for residents and visitors, improves the efficiency of crime prevention and prevents the flame from spreading to the upper floors in the event of a fire It relates to a waterproof type information and communication system for communication cables of buildings.
In addition, the present invention facilitates entry and exit of the delivery driver, insulates around the unmanned delivery box to block leakage, blocks infrared and UV rays flowing through the roof of the underground parking lot entrance, shields heat in summer through diffuse reflection of light, and constant temperature water It is related to a waterproof information and communication system for communication cables in buildings that blocks light by using the

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 the inside of the elevator, common front door, underground parking lot, senior citizen’s well, walking path, playground, 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 the apartment while allowing the residents to easily access it.

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 or exits, 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 the security guard vacates 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 unfortunate incident occurs through CCTV, there is no way to manage and deal with it immediately, so the situation is limited.
As a prior art that partially resolves these needs, there is an integrated control system for an apartment house according to Korean Patent Registration No. 10-1014993 (2011.02.08.).
8 is a functional block diagram of an integrated control information and communication system for an apartment building according to an embodiment of the prior art.
Hereinafter, when the prior art is described with reference to the accompanying drawings, the apartment building integrated control information and communication system 700 is a residence (K; several The operation status of electronic devices (500; TV, air conditioner, light, refrigerator, electric heater, boiler, etc.) installed and electrically connected to the place where individual households live together or where each individual household lives) Through the local area wireless communication network (2) and the Internet network (1) in the state of being individually possessed by the electronic device control unit 400 of the residence to control, and each resident residing in the residence (K) in the apartment house (D) The residence electronic device control unit 400 and the residence electronic device control unit 400 and the resident portable terminal 100 through the Internet network 1 and the resident mobile terminal 100 connected to the SCE providing server 200 It consists of a configuration in which the SCE providing server 200 is connected.
The resident portable terminal 100 communicates with the residence electronic device control unit 400 upon entry and exit, the residence electronic device control unit 400 controls the doorway management unit 600, and the doorway management unit 600 is the doorway By controlling 610, there is an advantage that residents can freely enter and exit the apartment building.
However, this prior art has a problem in that, when a delivery driver who is not a resident and wants to enter the resident's residence, he must directly receive confirmation from the resident. In addition, there are still problems such as difficulty in using the underground parking lot comfortably due to the cold and heat in the cold and hot season, so it is necessary to solve these problems.

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

The present invention was created in consideration of the above-mentioned problems and was created to solve the problems, and it makes it convenient to manage access to a multi-family house, especially when an external vehicle enters and exits by adopting a pre-reservation method, automatically recognizing it, Communication cable of a building improved to prevent flames from spreading to the upper floors in case of fire while maximizing the convenience of movement for residents and visitors by connecting and controlling the operation of the elevator and the gate, the entrance door to the household, while increasing the efficiency of crime prevention Its main purpose is to provide a waterproof information and communication system.
In addition, the present invention facilitates entry and exit of the delivery driver, insulates around the unmanned delivery box to block leakage, blocks infrared and UV rays flowing through the roof of the underground parking lot entrance, and shields heat in summer through diffuse reflection of light, and constant temperature water One of the objectives is to provide a waterproof information and communication system for communication cables of buildings that use air curtains and antifreeze to minimize the heat and cold in the hot and cold seasons, thereby increasing the convenience of residents.

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 as 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 through an Internet network, and having a main server memory 110 synchronized with the sub server memory 210; It is installed at the front door or the 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, 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 entrance door of each building; In the communication cable waterproof type information and communication system of a building including;

The vehicle visiting the apartment house registers the vehicle through advance reservation in the main server 100, and 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; The set password is automatically deleted after 24 hours;

On the inner wall of each household, a firewall controller 1000 connected to the department server 200 and wired/wireless is installed to drive the firewall unit 1100 in case of a fire to prevent the fire from spreading to the upper floors, but the firewall unit 1100 is A pair of fixtures 1140 fixed to the outer surface of the balustrade wall 1130 on which the handrail 1110 and the chassis 1120 are installed at a distance from each other, and the pair of fixtures 1140 are rotatably shaft-fixed. A rotating rod 1142 assembled to have a built-in torsion spring (TS) to always rotate outward, a lightweight fire panel 1144 fixed to the rotating rod 1142 and integrated, and the handrail wall 1130. It includes a solenoid 1146 embedded and driven and controlled by the firewall controller 1000, and a binding bar 1148 inserted through the lower end of the fire panel 1144 and assembled to move in and out of the solenoid 1146. and;

A gas indicator 1300 is further installed on the outer wall of one side of the 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 metering photography The camera 1320 is configured to be driven and controlled by the camera controller 1340 operated by the sub-burr 200 to photograph the number of the gas meter 1310 according to the gas metering schedule, and then recognize the number through image processing and , is configured to display the recognized number on the gas indicator (1300);

A digital display 1410 is further obtained on the cover 1400 of the power box WA buried in the outer wall adjacent to the entrance gate (GT), and a digital flow meter 1420 is located at the front end of the conventional analog flow meter 1430 on the water pipe 1440. ) is further installed, and the digital flow meter 1420 and the digital display 1420 are electrically connected to display the flow rate calculated by the digital flow meter 1420 on the digital display 1420;

A fire extinguishing spray controller 1200 is further provided on the roof (TOP) of the apartment house, which is connected to the sub-burr 200 by wire and wirelessly to control the rooftop spray unit (UNT); The rooftop spray unit (UNT) is installed in at least two water tanks 1210 installed on the rooftop, a conduit 1220 connected to the water tank 1210, and a conduit 1220, and a fire extinguishing spray controller ( The injection pump 1230 controlled by 1200), the injection guide pipe 1240 connected to the end of the conduit 1220 and piped to the front side and the rear side of the rooftop, and the injection guide pipe 1240 are connected The opening control valve 1250 installed at the branch and operated by the fire extinguishing spray controller 1200, and the injection pipe arranged along the front and rear wall surfaces of the roof and vertically connected to the injection guide pipe 1240 (1260), and a plurality of injection nozzles (1270) installed at regular intervals in the injection pipe (1260) It provides a communication cable waterproof type information communication system for a building, characterized in that it includes.

According to the present invention, by making it convenient to manage access to apartment houses, in particular, when an external vehicle enters and exits, a pre-reservation method is adopted, and this is automatically recognized, and the operation of the gate and the elevator, which are the entrance gates for entering each household, is also linked. By controlling it, it is possible to maximize the movement convenience of residents and visitors, to increase the efficiency of crime prevention, and to obtain an improved effect to prevent the flame from spreading to the upper floors in the event of a fire.
In addition, the present invention facilitates entry and exit of the delivery driver, insulates around the unmanned delivery box to block leakage, blocks infrared and UV rays flowing through the roof of the underground parking lot entrance, and shields heat in summer through diffuse reflection of light, and constant temperature water It has the advantage of increasing the convenience of residents by using air curtains and antifreeze to minimize the heat and cold in the hot and cold seasons.

1 is an exemplary configuration block diagram showing a system according to the present invention.
2 is an exemplary view showing the configuration of a delivery box controller according to the present invention.
3 is an exemplary view showing a parking lot awning according to the present invention.
4 is an exemplary view of a firewall unit applied to the system according to the present invention.
5 is an exemplary view showing the gas meter reading structure constituting the system according to the present invention.
6 is an exemplary view showing the meter reading structure of the water meter constituting the system according to the present invention.
7 is an exemplary view showing an installation example of the rooftop spray unit constituting the system according to the present invention.
and
8 is a functional block diagram of an integrated control information and communication system for an apartment building according to an embodiment of the prior art.

Hereinafter, a preferred embodiment 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.

In addition, 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 building 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, registered vehicle information registered by household members, serves to store and manage the information in the department server memory 210 .

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

In addition, the vehicle controller 300 is installed at the front door or the 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 living in the apartment house is stored in the vehicle control memory 310, and is updated periodically 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 an entering vehicle, and compares it with registered vehicle information stored in the vehicle control memory 310 to determine whether to enter.

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 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 entry if there is, 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 you can install and use the smartphone app so that you can apply for each apartment nationwide 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 access 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 a 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 compares the information of the reserved visitor with the household member information of the household to be visited, and can approve only if they match.

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 4-digit vehicle number of the vehicle reserved for visit with a password that can access the gate, which is the entrance gate of the consent 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 the apartment complex that has been entered.

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 reservation of the apartment house reserved to visit the four-digit vehicle number of the reserved vehicle. It can be transmitted to the gate controller 600 that controls the gate, which is the front door of the dong, 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 have 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 a 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 previously registered authentication information to the EL remote controller 700 through NFC-based communication, so that it can be implemented so as to be able to ride freely.

On the other hand, as in the example of FIG. 2 , an unmanned delivery box 810 is installed on one outer wall surface based on the entrance door (GT) of each household.

That is, the unmanned delivery box 810 is installed on the opposite side of the power box WA and the fire box EX which are installed on one side of the entrance door GT.

This unmanned delivery box 810 penetrates the outer wall and is fixed to be buried in a state where the inside and the outside pass through, and it is provided with two outdoor and an indoors so that it can be opened from the outside and can be opened from the inside.

And, the unmanned delivery box 810 is controlled by the delivery box controller 800 provided on its upper side, and a delivery security camera 820 is further installed on the adjacent side of the delivery box controller 800 to strengthen the security function. do.

In addition, the delivery box controller 800 is configured to enable wired and wireless communication with the sub server 200 to enable integrated control.

That is, the outdoor of the unmanned delivery box 810 is provided with a keypad 830, an auto-lock type locking device is provided, and a randomly generated password at the moment the delivery driver vehicle passes through the vehicle controller 300 is delivered. As soon as it is output to the driver's terminal (840, see Fig. 1), the department server 200 transmits the generated password to the delivery box controller 800, unattended only when the password matches the password keyed in by the delivery driver through the keypad 830. Control to open the delivery box (810).

To this end, the above-described dedicated app must be installed in the delivery driver terminal 840, visit the management office in advance, and register the delivery vehicle, delivery driver terminal 840 and delivery price information in the main server 100 and then approve should get

Accordingly, since a plurality of registered courier drivers are given different random box passwords when passing through the vehicle controller 300, there is no problem in delivering the parcel.

In addition, the generated password is automatically deleted after 24 hours.

In addition, even in the case of the indoor door of the unmanned delivery box 810, it is basically locked, so that the door cannot be easily opened from the outside when the outdoor is opened. This is for security.

In addition, the delivery security camera 820 detects the body temperature when a human body approaches in front of the unmanned delivery box 810 and starts shooting, and the photographed information is transmitted to the department server 200 of the department server 200 through the delivery box controller 800 . It is stored in the memory 210, and when the human body cannot be detected, the shooting ends.

In addition, it is preferable that the photographing information stored in the sub-memory 210 is automatically deleted after storage for 30 days to secure a memory capacity.

In particular, a torsion spring is installed in the hinge of the outdoor unit so that it always rotates in the locking direction so that if the outdoor door is opened and released, it can be closed automatically without intentionally closing it. It is preferable that it is configured to increase security.

In addition, in the present invention, since the unmanned delivery box 810 is embedded through the outer wall, air leakage may occur in the gap between the outer rim of the unmanned delivery box 810 and the through hole, which may cause a problem in insulation. A heat insulating material 850 is installed around the unmanned delivery box 810 .

The insulating material 850 is installed on the outer rim of the unmanned delivery box 810, and after embedding, the gap between the unmanned delivery box 810 and the outer wall is filled with a gun shot method. ended in a way

This insulator 850 is configured to have fire resistance in addition to heat insulation and waterproof performance to ensure safety against fire. Exandable Graphite) 10% by weight, urea 5% by weight and methylsiliconate 5% by weight.

In this case, the polymerization product starts the primary polymerization reaction by adding an emulsifier and a reaction initiator to the monomer of the reaction tank, and 1 kg of sodium octanesulfonate is added to the primary polymerization product obtained through this. 2 kg of silicic acid formaldehyde salt is added to terminate the polymerization reaction, and the obtained product is used. Then, 30 minutes after adding 1 kg of sodium octanesulfonate to the obtained primary polymerization product, 2 kg of sulfoxylic acid formaldehyde salt was added to terminate the polymerization.

At this time, the emulsifier is sodium dodecyl sulfate, the reaction initiator is ammonium persulfate, the monomer is 2-ethylhexyl prop-2-enoate, and the mutual mixing ratio is 1 kg, 1 kg, and 8 kg of the emulsifier, the reaction initiator, and the monomer, respectively. do.

And, the 2-ethylhexyl prop-2-enoate (molecular weight 184.28, solubility 100mg/100L, Tg -70 ℃, boiling point 125 ℃, melting point -90 ℃) is the inner core of the polymerized polymer particles softness (softness) ) to increase swelling in case of fire and strengthen self-extinguishing properties.

In addition, here, sodium octanesulfonate is a monomer that induces the emulsion polymerization to react uniformly and accurately, and sulfoxylic acid formaldehyde salt is a reaction terminator.

In this way, by dividing the two types of monomers into the reactor, the polymerization reaction of the polymer main chain can be uniformly induced, and it is effective in maximizing the quality uniformity by reducing the quality change of the polymer that has been polymerized as much as possible. In particular, it is advantageous to increase heat dissipation characteristics and heat resistance.

In addition, the epoxy resin increases self-extinguishing properties while forming an adhesive film.

In addition, expanded graphite is a material that enhances heat insulation and non-combustibility properties, and since it has a layered structure of graphite, when atoms or small molecules are inserted between the layers and heat is applied, the particles are separated like an accordion and the particles expand hundreds of times. In addition to flame retardancy, non-combustibility and heat insulation are strengthened.

In addition, urea has excellent solubility in solid content and strengthens the binding function by increasing the dispersion bonding power, and provides strong thermal insulation properties by strengthening the latent heat according to the formation of the eutectic point.

In addition, methylsiliconate provides a strong water repellency and also secures an antifouling function to keep the surface smooth to prevent contamination.

By using such a heat insulating material 850, even if a hole is made in the outer wall, heat insulation and heat shielding performance with the inner room can be improved, so that safe and efficient construction is possible.

On the other hand, as illustrated in FIG. 3 , the system according to the present invention may further include a parking lot controller 900 connected and controlled to the sub-server 200 .

The parking lot controller 900 is installed under the entrance roof 910 of the passage leading to the underground parking lot.

At this time, the roof 910 is a means installed to protect the entrance to the underground parking lot from snow and rain, and is usually supported and fixed by a plurality of posts 930 fixed to the parking lot wall 920 .

In addition, the roof 910 has a unique structure so that an air curtain can be formed at the entrance because it is the coldest, and the roof 910 improves heat shielding and light blocking characteristics, and covers the most because the entrance of the underground parking lot is open. .

That is, the roof 910 has a structure in which the upper plate 912 in the form of a semi-circular chamber and the lower plate 914 in the form of a rectangular chamber attached to the lower portion of the upper plate 912 and filled with antifreeze are integrally formed.

At this time, the upper plate 912 and the lower plate 914 are antimony doped tin oxide (ATO) 10 wt%, vanadium oxide (V ₂ O ₅ ) 10 wt%, DOTP (dioctyl terephthalate) 40 wt%, zinc 5 wt% and The remaining PVC resin is molded into a composition.

Here, ATO is doped with antimony to maintain an infrared blocking rate of 20-60% and a UV blocking rate of 99%. It is added in the form of nanopowder, and is evenly dispersed in transparent PVC as a metal oxide to increase the infrared and UV blocking effect. .

In addition, DOTP (Dioctyl Terephthalate) is an eco-friendly plasticizer that has excellent thermal stability and is a stable material with excellent malleability and low volatility.

In addition, zinc is an additive that prevents damage to PVC due to thermal decomposition and makes processing smooth. That is, PVC is demineralized and decomposed by heat or light. At this time, zinc controls HCl to prevent thermal decomposition of PVC.

In addition, the semicircular shape formed on the upper plate 912 induces and disperses diffuse reflection of light, thereby lowering the absorption rate, thereby preventing the roof 910 from being heated. Therefore, the portion under the roof 910 in summer has a heat shielding characteristic.

In addition, in the semicircular chamber of the upper plate 912 , a constant temperature water pipe 916 is connected to the constant temperature water tank TK1 via the constant temperature water pump P1 .

In this case, the constant temperature water tank (TK1) is buried underground, and carbon black is dispersed in water, and water and carbon black are mixed in a volume ratio of 8:2.

Then, the constant temperature water can increase the light-shielding effect.

In particular, the shading water is circulated by the parking lot controller 900 operating the constant temperature water pump P1 according to the control signal of the sub-bus 200 when the temperature exceeds 30°C, and operation is stopped when the temperature falls below 30°C. controlled to stop.

In addition, in the rectangular chamber of the lower plate 914, an antifreeze pipe 918 is connected to the antifreeze tank TK2 via the antifreeze pump P2.

At this time, a part of the antifreeze pipe 918 is bent multiple times on the tray TR installed at a position directly below the roof 910 to configure the radiator unit 940 , and air is placed on the upper portion of the radiator unit 940 . A blowing fan 950 for curtains is installed, and a parking lot controller 900 is provided thereon.

In addition, the antifreeze tank (TK2) is buried underground, and the filled antifreeze is water mixed with ethylene glycol, and water and ethylene glycol are mixed in a volume ratio of 6:4 so that the fluid floats in the winter season.

Thus, according to the control signal of the sub-bus 200, the parking lot controller 900 operates the air curtain blower fan 950 and the antifreeze pump P2 when the temperature exceeds 30° C. or when the temperature falls below zero. The entrance of the parking lot may be configured to increase the convenience of residents by controlling to minimize the heat in the extreme heat or the cold in the extreme cold.

In addition, as in the example of FIG. 4 , a firewall controller 1000 connected to the sub-server 200 and wired/wireless is installed on the inner wall of each household, and the firewall controller 1000 controls the sub-server 200 when a fire occurs. By driving the firewall unit 1100 according to the signal to block the fire from spreading to the upper floors, it contributes to suppressing conversion to a large fire.

At this time, the firewall unit 1100 includes a pair of fixtures 1140 and a pair of fixtures 1140 fixed to the outer surface of the railing wall 1130 on which the railing 1110 and the chassis 1120 are installed at a distance from each other, and the pair of fixtures 1140 ) is rotatably shaft-fixed to the rotating rod 1142, which has a built-in torsion spring (TS), and is assembled to always rotate outward, and a lightweight fire protection panel 1144 fixed to the rotating rod 1142 and integrated. and a solenoid 1146 embedded in the handrail wall 1130 and driven and controlled by the firewall controller 1000, inserted through the lower end of the fire panel 1144, and assembled to move in and out of the solenoid 1146 It is configured to include a binding bar 1148 that is.

Thus, when a fire is detected, the firewall controller 1000 sends a flame cutoff signal to the solenoid 1146 according to the control signal of the sub-server 200, and the solenoid 1146 that has received it retracts the binding bar 1148. .

Then, since the restraining force of the fire protection panel 1144 is lost, the fire protection panel 1144 is rotated counterclockwise by the elastic return force of the torsion spring TS to maintain a substantially horizontal state.

Accordingly, the flame, which had been extended to the outside through the handrail, cannot rise to the top and is blocked, thereby preventing the fire from spreading.

On the other hand, in the present invention, as in the example of FIG. 5 , it can be improved to perform digital meter reading outside the door so as to solve the inconvenience of gas meter reading, and criminal abuse that occurs frequently under the guise of gas meter reading.

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

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 building, 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 complex 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 gas is leaking. For example, when the bubble is inflated, the gas leaks.

On the other hand, in the present invention, as in the example of FIG. 6 , when reading the water meter, you have to open the faucet one by one and check the flash to check the meter scale that is not easily visible, and the size is small, so the number is not easily seen. It can be improved so as to solve the inconvenience in many cases.

For example, as shown in the figure, the digital display 1410 is further installed on the outer wall adjacent to the front door GT, preferably, the cover 1400 of the power box WA.

In addition, a digital flow meter 1420 is further installed in front of the conventional analog flow meter 1430 on the water pipe 1440 .

The digital flow meter 1420 is an electromagnetic flow meter, and is a flow meter capable of digitally converting the flow rate, speed, and the like.

In addition, the digital flow meter 1420 is electrically connected to the digital display 1410 to transmit the flow rate calculated by the digital flow meter 1420, and the digital display 1410 receiving it is connected to the surface of the cover 1400. The value will be displayed.

Therefore, since the detector can immediately check from the outside without having to open the power box WA, the convenience of detection is increased, and unsatisfactory disputes with consumers due to erroneous measurement do not occur.

In addition, the digital display 1410 includes a display controller 1450 , and the display controller 1450 is connected to the sub-server 200 by wire or wirelessly to display the numerical values received and displayed by the digital display 1410 . When transmitted to the sub-server 200 in accordance with a certain period (eg, the meter reading date and the expected meter reading time), the sub-server 200 transmits the corresponding meter reading value to the registered mobile phone of the head of household, that is, the household terminal 400, so that members of the household can recognize it. It can also be configured to

This increases the accuracy of management. However, in this case, the visit time of the meter reading officer may be different and there may be a difference in the meter reading value. Therefore, the meter reader does not visit and the meter reader registers in the departmental server 200, and also registers the terminal and also the meter reading terminal (not shown) at the same time. If it is transmitted, more accurate meter reading values can be checked, and it is convenient because there is no need to visit the meter reading staff individually.

Furthermore, in the present invention, when a fire occurs in an apartment house, it mainly spreads to the upper floors along the window side and causes damage to the roof.

However, in case of fire, people usually evacuate to the roof in a hurry, so it is necessary to prevent the fire from spreading to the roof.

To this end, in the present invention, as shown in the example of FIG. 7 , on the roof of the apartment house, a fire extinguishing spray controller 1200 that is connected to the sub-burr 200 by wire and wirelessly and transmits and receives a control signal is provided, and fire extinguishing spray is provided. The controller 1200 controls the rooftop spray unit (UNT), and when it is recognized that a fire has occurred in the corresponding household in the building, the fire extinguishing spray controller 1200 is operated according to the control command of the subordinate server 200 that collects and receives information on fire occurrence and manages it. By operating the rooftop spray unit (UNT) and spraying water to the front and rear sides of the roof, it is possible to block the flame from spreading to the roof through the window.

At this time, the rooftop spray unit (UNT) includes at least two water tanks 1210 installed on the roof (TOP), and this water tank 1210 is normally used for drinking water and is converted to fire fighting water for fire suppression in an emergency. is configured for use.

Accordingly, a conduit 1220 is connected to the water tank 1210 , an injection pump 1230 is installed in the conduit 1220 , and an end of the conduit 1220 has a front side and a rear side of the roof top The injection guide pipe 1240 piped to the side is installed, an opening control valve 1250 is installed at the point where the injection guide pipe 1240 is connected, and the injection guide pipe 1240 is on the front side of the roof (TOP). And an injection pipe 1260 arranged along the rear wall is piped, and a plurality of injection nozzles 1270 are installed at regular intervals in the injection pipe 1260, and the injection pump 1230 and an opening control valve ( The operation of 1250 is controlled by the fire extinguishing spray controller 1200 .

In addition, a diaphragm 1262 having a through-hole formed therein is integrally formed in the middle of the length of the injection pipe 1260 so that the water pressure of water flowing through both ends is adjusted. That is, the through hole can act as a kind of orifice to relieve pressure when necessary, thereby enabling pressure control.

In addition, the injection nozzle 1270 is composed of a main 1272 integrally formed with the injection pipe 1260 and a sub-pipe 1274 screwed to the main 1272, and the sub-pipe 1274 has a conical tip. and a plurality of ejection holes 1276 are formed along the periphery of the conical surface, so that when water is sprayed, it is automatically sprayed in a radial form to expand the fire extinguishing range.

By doing so, automatic control is possible, which enables efficient and effective fire suppression functions.

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 the vehicle information allowed to enter, stores it in the department server memory 210 as registered vehicle information, and manages it; a main server 100, which is a web hosting service, connected to the sub server 200 through an Internet network, and having a main server memory 110 synchronized with the sub server memory 210; It is installed at the front door or the 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, 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 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 four-digit registered 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; On the inner wall of each household, a firewall controller 1000 connected to the department server 200 and wired/wireless is installed to drive the firewall unit 1100 in case of a fire to prevent the fire from spreading to the upper floors, but the firewall unit 1100 is A pair of fixtures 1140 fixed to the outer surface of the balustrade wall 1130 on which the handrail 1110 and the chassis 1120 are installed at a distance from each other, and the pair of fixtures 1140 are rotatably shaft-fixed. A rotating rod 1142 assembled to have a built-in torsion spring (TS) to always rotate outward, a lightweight fire panel 1144 fixed to the rotating rod 1142 and integrated, and the handrail wall 1130. It includes a solenoid 1146 embedded and driven and controlled by the firewall controller 1000, and a binding bar 1148 inserted through the lower end of the fire panel 1144 and assembled to move in and out of the solenoid 1146. and; A gas indicator 1300 is further installed on the outer wall of one side of the 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 metering photography The camera 1320 is configured to be driven and controlled by the camera controller 1340 operated by the sub-burr 200 to photograph the number of the gas meter 1310 according to the gas metering schedule, and then recognize the number through image processing and , is configured to display the recognized number on the gas indicator (1300); A digital display 1410 is further obtained on the cover 1400 of the power box WA buried in the outer wall adjacent to the entrance gate (GT), and a digital flow meter 1420 is located at the front end of the conventional analog flow meter 1430 on the water pipe 1440. ) is further installed, and the digital flow meter 1420 and the digital display 1410 are electrically connected to display the flow rate calculated by the digital flow meter 1420 on the digital display 1410; A fire extinguishing spray controller 1200 is further provided on the roof (TOP) of the apartment house, which is connected to the sub-burr 200 by wire and wirelessly to control the rooftop spray unit (UNT); The rooftop spray unit (UNT) is installed in at least two water tanks 1210 installed on the rooftop, a conduit 1220 connected to the water tank 1210, and a conduit 1220, and a fire extinguishing spray controller ( The injection pump 1230 controlled by 1200), the injection guide pipe 1240 connected to the end of the conduit 1220 and piped to the front side and the rear side of the rooftop, and the injection guide pipe 1240 are connected The opening control valve 1250 installed at the branch and operated by the fire extinguishing spray controller 1200, and the injection pipe arranged along the front and rear wall surfaces of the roof and vertically connected to the injection guide pipe 1240 In the telecommunication cable waterproof type information and communication system of a building including a plurality of injection nozzles 1270 installed at a predetermined interval on the 1260 and the injection pipe 1260;
An unmanned delivery box 810 is further installed on the outer wall surface of one side based on the entrance door (GT) of each household; The unmanned delivery box 810 penetrates the outer wall and is embedded and fixed in a state where the interior and exterior are passed through, and is provided with two outdoor and indoors, so that it can be opened from the outside and is configured to be opened from the inside;
The unmanned delivery box 810 is controlled by the delivery box controller 800 provided on its upper side, and the delivery box controller 800 is configured to enable wired and wireless communication with the sub-server 200 so that integrated control is possible. consists; The outdoor of the unmanned delivery box 810 is provided with a keypad 830 and is configured to input a password for an auto-lock type locking device; As soon as the delivery driver vehicle passes through the vehicle controller 300, a randomly generated password is output to the delivery driver terminal 840, and at the same time, the department server 200 transmits the generated password to the delivery box controller 800, and the delivery driver Controls to open the unmanned delivery box 810 only when the key-in password matches the key through the keypad 830;
An insulating material 850 is installed in the gap between the outer rim of the unmanned delivery box 810 and the through hole, and the insulating material 850 includes 30% by weight of a polymerization reaction product, 50% by weight of an epoxy resin, and an expanded graphite (Exandable Graphite) ) 10% by weight and 5% by weight of urea and 5% by weight of methylsiliconate; For the polymerization reaction product, 1 kg each of sodium dodecyl sulfate and ammonium persulfate was added to 8 kg of 2-ethylhexyl prop-2-enoate in the reaction tank, and then 1 kg of sodium octanesulfonate was added to the first polymerization product. It was obtained by terminating the input of 2 kg of sulfoxylic acid formaldehyde salt at the lapse of 30 minutes;
A parking lot controller 900 is further connected to the sub-bus 200, and the parking lot controller 900 is installed under the roof 910 of the entrance part of the passage leading to the underground parking lot; The roof 910 is supported and fixed by a plurality of posts 930 fixed to the parking lot wall 920; The roof 910 has a semi-circular chamber-shaped upper plate 912 and a rectangular chamber-shaped lower plate 914 attached to the lower portion of the upper plate 912 and filled with antifreeze to improve heat and light blocking characteristics. The upper plate 912 and the lower plate 914 are antimony doped tin oxide (ATO) 10 wt%, vanadium oxide (V ₂ O ₅ ) 10 wt%, DOTP (dioctyl terephthalate) 40 wt%, zinc 5 molded into a composition consisting of % by weight and the balance PVC resin; In the semicircular chamber of the upper plate 912, a constant temperature water pipe 916 is connected to the constant temperature water tank TK1 via the constant temperature water pump P1; In the rectangular chamber of the lower plate 914, the antifreeze pipe 918 is connected to the antifreeze tank (TK2) via the antifreeze pump (P2).

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