KR102536624B1 - Information and communication apartment housing management system linked to high-speed Internet - Google Patents

Abstract

The present invention relates to an apartment house management system of information and communication linked with high-speed Internet, and more particularly, as a system for managing facilities of an apartment house in connection with the Internet, particularly facilitating the establishment of an information communication line within each household and reducing maintenance. It has a variable connection structure so that it can be easily done, and it detects a fire occurring around the communication terminal box at the landing and extinguishes it at the initial stage to prevent loss of the communication terminal box. It relates to an information and communication multi-household management system linked to high-speed Internet that has been improved to prevent loss and damage of parcels by enabling them to be easily controlled in connection with a network.

Description

Information and communication apartment housing management system linked to high-speed Internet}

The present invention relates to an apartment house management system of information communication linked to high-speed Internet among communication technologies, and more particularly, to a system for managing facilities of an apartment house in connection with the Internet, which facilitates the establishment of information communication lines within each household. It has a variable connection structure for easy maintenance and maintenance, detects a fire occurring around the communication terminal box at the landing and extinguishes it at the initial stage to prevent loss of the communication terminal box. It relates to an information and communication multi-household management system linked to an improved high-speed Internet to prevent loss and damage of parcels by enabling easy control in connection with an information and communication network.

In general, the Internet is an open network configured so that anyone, anywhere in the world, can freely connect and use a common protocol such as TCP/IP (Transmission Control Protocol/Internet Protocol) to the other side's computer that they want to access.

As the Internet becomes super-high-speed, building facilities to be managed, such as intelligent buildings, cyber apartments, home networks, and BTL (Build Transfer Lease) facilities, are becoming high-rise and large-scale digital network systems.

For example, with the development of home network systems, automation of residential environments has rapidly developed, and home network systems using high-speed Internet in large-scale residential environments such as apartment complexes have become a reality.

Usually, at the entrances of various buildings and facilities, such as apartments, houses, and offices, circuit breakers that control the entry and exit of visitor vehicles and terminals that control the access of each household are installed.

In addition, security guards are in charge of tasks such as controlling access and guiding visitors to protect residents in buildings from fire, theft, and illegal intrusion in order to manage various buildings and facilities such as apartments, houses, and offices. And to improve the quality of life and clean image, it is possible to check the entry and exit of visitors in the building and provide necessary information to the occupants.

All of these things are changing into new forms as they are combined with the Internet.

On the other hand, as the importance of follow-up management of various facilities has recently emerged, related laws such as the Housing Management Act have been enacted. Various integrated information services are expected.

In particular, delivery box devices in front of households are being adopted by many apartment houses for the safe storage of delivery items following cyber shopping, which is increasing exponentially, and an increasing number of places are trying to adopt them.

However, since there is no means to effectively control these facilities, various types such as password type and lock type are used, but they are very inconvenient to use.

On the other hand, the communication terminal box used when implementing state-of-the-art information and communication reduces the risk of loss as much as possible when exposed to fire, and even if it is lost, it can withstand fireproofing for a certain period of time or more. It is a situation that requires the strengthening of means.

In addition, there is no detection function for a fire occurring around the communication terminal box installed at the stair landing, and there is also a disadvantage in that the communication terminal box and the courier box are lost due to the fire.

Domestic Patent No. 10-2036856 (2019.10.21.) Facility integrated management device and method

The present invention was created to solve these problems in view of the various problems in the prior art as described above, and as a system for managing facilities of an apartment complex in conjunction with the Internet, in particular, it facilitates the establishment of information communication lines within each household and facilitates maintenance. It has a variable connection structure so that it can be easily done, and it detects a fire occurring around the communication terminal box at the landing and extinguishes it at the initial stage to prevent loss of the communication terminal box. Its main purpose is to provide an information communication apartment house management system linked to the improved high-speed Internet to prevent loss and damage of parcels by enabling easy control in connection with the network.

The present invention is a means for achieving the above object, a housing 100 equipped with a communication board 110 as well as communication line wiring and installed buried in a stair landing, and a main communication line embedded in the housing 100 and extending from the ground ( 210) connected to the main distributor 200, a plurality of household output lines 220 connecting the main distributor 200 and intra-household communication devices, and the household output lines 220 to the main distributor 200 In the multi-household management system of information communication linked to high-speed Internet, including a connection end 400 for connection and a fire extinguishing unit 500 installed on the upper outer surface of the housing 100;

A delivery box (BOX) is buried and installed at a distance from the housing 100, and an electronic locker (LOK), a recognition camera (CAM), and an input button (IN) are provided in the delivery box (BOX);

The main distributor 200 is equipped with a controller 240, and the controller 240 is wired to a household access point (AP) capable of inter-household Internet communication, and the household AP communicates wirelessly with a specific mobile phone number assigned to it. It is possible, and the delivery box control line 230 drawn out from the controller 240 is connected to the electronic locker (LOK), recognition camera (CAM) and input button (IN), and after confirming the delivery driver, the control signal of a specific mobile phone number It is configured to be controlled so that the electronic locker (LOK) is turned on and off according to;

Desiccant bags 300 filled with a desiccant for regulating humidity while absorbing and releasing moisture are further installed on both sides of the inner upper portion of the housing 100;

A switch (SW) controlled on/off by the controller 240 is further installed on a part of the length of the household output line 220 and the delivery box control line 230, and bypasses the switch (SW) to provide a bypass line. (RL) is further wired, and a lamp (LP) is further installed on the bypass line (RL).

According to the present invention, as a system for managing facilities of an apartment complex in connection with the Internet, it has a variable connection structure to facilitate the establishment of information communication lines in each household and facilitate maintenance, especially in the vicinity of communication terminal boxes at stair landings. In addition to preventing loss of communication terminal boxes by detecting fires and extinguishing fires at an early stage, loss and damage of parcels can be prevented by enabling easy control of parcel delivery boxes, which are facilities for each household, in connection with information and communication networks. You can get an improved effect to prevent it.

1 is a schematic configuration diagram of a communication terminal box, which is a facility management device according to the present invention.
2 is an exemplary view showing a terminal coupling structure applied to a communication terminal box, which is a facility management device according to the present invention.
3 is an exemplary view of a fire extinguishing unit applied to a communication terminal box, which is a facility management device according to the present invention.
4 is an exemplary view showing an implementation example of a delivery box using an information communication network in conjunction with a communication terminal box, which is a facility management device according to the present invention.
5 is an exemplary view showing another example of FIG. 4 .

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

The apartment house management system of information communication linked with high-speed Internet according to the present invention is not a system that manages the entire apartment house, but corresponds to an individual management system for each household, and as shown in the example of FIG. A housing 100 on which 110 is mounted and installed buried in a stair landing, a main distributor 200 embedded in the housing 100 and connected to a main communication line 210 extending from the ground, and the main distributor 200 A plurality of household output lines 220 connecting intra-household communication devices, a connection end 400 connecting the household output lines 220 to the main distributor 200, and an outer upper surface of the housing 100 It includes an installed fire extinguishing unit 500.

At this time, the main distributor 200 is a means for distributing the signal received through the main communication line 210 to each room of each household or to APs (Access Points) of each household through a plurality of household output lines 220. am.

Therefore, since the wiring to each generation only needs to be done up to the housing 100, it is not necessary to wire directly to the integrated terminal box on the ground as in the past, so replacement is easy when old.

In addition, the present invention is characterized in that the terminal structure to which the household output line 220 is connected is improved to facilitate installation work and to maintain connection stability.

To this end, the present invention includes a connection end (400, see FIG. 1) fixed to the main distributor 200 as shown in the example of FIG. 2 .

The connection end 400 includes a storage terminal box 410 fixed to the body of the main distributor 200, an anti-rotation part 420 protruding from one side of the storage terminal box 410, and the storage terminal box 410. and a wiring hole 430 formed through the inner center of the anti-rotation part 420.

At this time, the storage terminal box 410 has a cylindrical shape with one surface open and is made of a copper alloy having good conductivity, and the outer surface of the storage terminal box 410 is coated with an insulating layer 412 to a thickness of 5 mm.

In addition, the anti-rotation part 420 is made in a prismatic shape, and a synthetic resin material is integrally molded on the terminal box 410.

That is, the wedge 414 protruding from the storage terminal box 410 is molded in such a way that it is inserted into the anti-rotation part 420 to form an integral body. When it is fixed by penetrating, rotation of the storage terminal box 410 is prevented because it is inserted and fixed in an angled state.

In addition, the inner surface of the storage terminal box 410 is formed to be curved.

Thus, when wiring the household output line 220, in a state where the sheathed portion is spirally wound, one end is discharged through the wiring hole 430, and the other is placed on the curved inner surface to be connected later. 440) is configured to press tightly to maintain the energized state.

At this time, the connection pressing end 440 is also made of a copper alloy having good conductivity, and the front end is convexly protruded to correspond to the curved portion of the terminal box 410.

In particular, a screw thread is formed on the open circumferential surface of the terminal box 410, and a screw thread is also formed on the circumference of the connection pressing end 440 so that they are mutually screwed together, so that a stable connection structure can be achieved.

In addition, a wiring terminal 450 is formed at the connection pressing end 440 so as to connect wires. The wiring terminal 450 is formed in an M shape and one end surface is laminated to the connection pressing end 440 It is integral, and the center of the upper and lower widths is penetrated in the horizontal direction to form a connection hole 452.

Thus, when the wire with the sheath is inserted into the connection hole 452 and the connection pressure end 440 is pulled, the M-shape of the connection pressure end 440 is stretched and the 'V' part in the center rises, removing the inserted wire. Because the wires are pulled upward and crossed, the wires are not easily separated and separated, and a stable connection can be maintained.

Here, the insulating layer 412 and the anti-rotation member 420 are formed of the same synthetic resin composition, which is poly excellent in durability, erosion resistance and insulation so as to have durability, corrosion resistance and waterproofness while insulating. Based on 100 parts by weight of carbonate resin, 10 parts by weight of metal polysiloxane, 15 parts by weight of cashew kernel oil, 20 parts by weight of silica-zirconia composite powder having a nanoparticle size, 15 parts by weight of TCPP (Tris 2-chloropropyl phosphate), 10 parts by weight of polyvinyl butyral It is a mixed solution obtained by adding and mixing 10 parts by weight of 6-bromohexanoic acid.

At this time, the metal polysiloxane is to protect the surface by increasing the antifoaming property and water repellency.

In addition, cashew kernel oil is an extract of the skin of Indian cashew fruit and contains a large amount of cardol and anacardoic acid to improve the film strength of the insulating layer, thereby enhancing durability and increasing adhesion to achieve long life of the insulating layer and anti-rotation device. do it

In addition, silica-zirconia composite powder utilizes the surface activity enhancement characteristics of porous silica and zirconia to enhance buffering, sound absorption, waterproof and water pressure resistance, and increases cohesion between components to prevent cracking and to maintain a solid bond. .

In addition, TCPP is added to enhance heat resistance and reduce fatigue so that cracks and fractures do not occur and the coated surface maintains longevity.

In addition, polyvinyl butyral secures chemical resistance and flexibility to maintain stability of the coated surface or molded member, suppress oxidation, and increase antifouling function and waterproofness.

In addition, 6-bromohexanoic acid is added to prevent deterioration by preventing moisture penetration of oxygen and preventing cracks and fractures of the painted surface. That is, water pressure resistance and heat resistance are simultaneously enhanced.

On the other hand, as shown in the example of FIG. 3 , a fire extinguishing unit 500 may be further installed on the outer upper surface of the housing 100 .

At this time, the fire extinguishing unit 500 is disposed to disperse the fire extinguishing powder toward the front.

The fire extinguishing unit 500 includes a box-shaped unit housing 510 with one side open, a rectangular first tube 520 built into the unit housing 510, and a The pressure plate 530, the extinguishing powder 540 loaded in front of the pressure plate 530, the rectangular second tube 550 disposed in front of the extinguishing powder 540, and the front of the second tube 550 A grate cover 560 hooked to the open portion of the unit housing 510 to cover the grate cover 560, and a heat transfer pipe 570 passing heat through the grate cover 560 to the first tube 520. It is done.

At this time, methane gas is injected into the first and second tubes 520 and 550 in a compressed state, and when heated and reached a temperature above a certain level, it explodes and destroys structures in front, such as the grate cover 560 and fire extinguishing powder 540. ), the pressure plate 530 is scattered through the open portion.

In addition, the extinguishing powder 540 is charged in a sealed state wrapped in a thin vinyl, and the pressure plate 530 exists to uniformly push and scatter the extinguishing powder 540 when the first tube 520 explodes.

In addition, as shown in an enlarged view of the grate cover 560, a portion of the circumferential end is coupled to the unit housing 510 with a hook 562, and ribs 564 and segments 566 are continuously formed in the horizontal and vertical directions. It consists of a relatively thin rib 564 is configured to fall well during explosion.

In particular, since holes are formed between the ribs 564, heat can be easily and quickly transferred toward the second tube 550 in case of fire.

In addition, the heat transfer pipe 570 is a means for quickly expanding the first tube 520 by forming a space so that the heat received in the event of a fire is rapidly transferred to the first tube 520 .

Thus, the extinguishing powder 540 is poured toward the front of the housing 100 by the first and second tubes 520 and 550 that receive heat at the beginning of the fire, expand and then explode, thereby preventing the housing 100 from disappearing and contributing to the initial fire extinguishing. do.

Here, the unit housing 510 is based on 100 parts by weight of ABS (acrylonitrile-butadiene-styrene copolymer) resin, 30 parts by weight of silicone resin, 10 parts by weight of ammonium persulfate, 5 parts by weight of silicon nitride, 10 parts by weight of chondroitin-sulfuric acid , It is preferably prepared by molding a mixture of 5 parts by weight of silicon carbide and 5 parts by weight of titanium dioxide.

At this time, the ABS resin is a resin material with high heat resistance and high durability; Silicone resin is added to provide cushioning and elasticity; Ammonium Persulfate is added to increase preservation by controlling acidity to prevent oxidation; Silicon nitride is light and has a low thermal expansion rate, and is excellent in strength at room temperature or high temperature, toughness against fracture, thermal shock resistance, oxidation resistance, and corrosion resistance; Chondroitin-sulfuric acid is added to prevent drying and to keep the adhesiveness stable for a long period of time; Silicon carbide has high thermal conductivity in addition to resistance to dissolution, resistance to melting, and resistance to oxidation. And, titanium dioxide is added to increase the heat dissipation efficiency and expand the heat transfer area.

On the other hand, in the present invention, as shown in the example of FIG. 4, it may be configured to conveniently operate the facility by controlling the delivery box (BOX) using an information communication network.

To this end, a delivery box control line 230 branched from the main distributor 200 is additionally wired, and is connected to be controlled by the controller 240 mounted on the main distributor 200 .

In particular, the delivery box (BOX) is preferably buried, and the delivery box (BOX) is provided with an electronic locker (LOK), which is connected to the controller 240 through the delivery box control line 230.

In addition, the delivery box (BOX) is provided with an input button (IN) so that the delivery driver can deliver the parcel, and a recognition camera (CAM) is installed adjacent to the input button (IN), all of which are controllers (240). ) is connected to

In addition, the controller 240 is connected to an access point (AP) in the household by wire, and the AP in the household is in a state in which Internet communication is possible through an information communication network, and the controller 240 responds to a specific signal transmitted from a designated mobile phone number. An open signal is sent to 240, and when the open signal is received, the controller 240 controls to open the electronic locker (LOK).

That is, when the courier driver presses the input button (IN), the recognition camera (CAM) is driven, and the photographed image is transmitted to the designated mobile phone number. The delivery box (BOX) is opened.

And, after delivering the courier, the courier box (BOX) is automatically closed and stored safely.

If this method is adopted, the delivery box (BOX) facility can also be smoothly controlled and utilized using the information communication network.

In addition, humidifier bags 300 may be further fixed to both sides of the inner ceiling of the housing 100 as shown in FIG. 5 .

The humidifier bag 300 has a built-in humidifier and has a humidity control function, that is, it retains moisture when the humidity is high and spits out the humidity when the humidity is low so that the inside of the housing 100 maintains an appropriate humidity state, thereby preventing safety accidents caused by high humidity. It is configured to prevent in advance.

To this end, the humidifier filled in the desiccant bag 300 uses a ball-shaped composition composed of 50% by weight of alopen powder, 20% by weight of ocher, 5% by weight of rosin, and 25% by weight of water. .

At this time, allopen powder is a representative moisture control material having a three-dimensional network structure, loess is also a natural moisture control agent with excellent moisture absorption and water repellency functions, and rosin expresses a natural antibacterial function to prevent mold or fungi from inhabiting even when used for a long time. will be.

In addition, a switch (SW) controlled on/off by the controller 240 is further installed on a part of the length of the household output line 220 and the delivery box control line 230, bypassing the switch (SW) A pass line RL is further wired, and a lamp LP is further installed on the bypass line RL.

Therefore, the switch (SW) is periodically turned off and the current state is checked through the bypass line (RL). If the signal processing is poor due to disconnection or electric leakage, the lamp (LP) does not light up, so this is By receiving the signal, the controller 240 can automatically check whether the household output line 220 and the delivery box control line 230 are defective, enabling safer and more efficient facility management.

100: housing 200: main distributor
300: Humidifier bag 400: Connection end
500: fire extinguishing unit

Claims (1)

A housing 100 equipped with a communication board 110 as well as communication line wiring and buried in a stair landing, a main distributor 200 embedded in the housing 100 and connected to a main communication line 210, and the main distributor 200 ) and a plurality of household output lines 220 connecting intra-household communication devices, a connection end 400 connecting the household output lines 220 to the main distributor 200, and the outer upper end of the housing 100 Includes a fire extinguishing unit 500 installed on the surface; A delivery box (BOX) is buried and installed at a distance from the housing 100, and an electronic locker (LOK), a recognition camera (CAM), and an input button (IN) are provided in the delivery box (BOX); The main distributor 200 is equipped with a controller 240, and the controller 240 is wired to a household access point (AP) capable of inter-household Internet communication, and the household AP communicates wirelessly with a specific mobile phone number assigned to it. It is possible, and the delivery box control line 230 drawn out from the controller 240 is connected to the electronic locker (LOK), recognition camera (CAM) and input button (IN), and after confirming the delivery driver, the control signal of a specific mobile phone number It is configured to be controlled so that the electronic locker (LOK) is turned on and off according to; Desiccant bags 300 filled with a desiccant for regulating humidity while absorbing and releasing moisture are further installed on both sides of the inner upper portion of the housing 100; A switch (SW) controlled on/off by the controller 240 is further installed on a part of the length of the household output line 220 and the delivery box control line 230, and bypasses the switch (SW) to provide a bypass line. (RL) is further wired, and a lamp (LP) is further installed on the bypass line (RL) in an information communication apartment house management system linked to high-speed Internet;
The humidifier filled in the desiccant bag 300 uses a ball-shaped composition composed of 50% by weight of alopen powder, 20% by weight of ocher, 5% by weight of rosin, and 25% by weight of water;
A fire extinguishing unit 500 is further installed on the outer upper surface of the housing 100, and the fire extinguishing unit 500 is built into a box-shaped unit housing 510 with one surface open and embedded in the unit housing 510, and the air A filled rectangular first tube 520, a pressure plate 530 disposed in front of the first tube 520, a extinguishing powder 540 charged in front of the pressure plate 530, and disposed in front of the extinguishing powder 540 a rectangular second tube 550, a grate cover 560 hooked to the open portion of the unit housing 510 to cover the front of the second tube 550, and the grate cover 560 made of a heat transfer pipe 570 passing heat through the first tube 520;
The unit housing 510 is based on 100 parts by weight of ABS (acrylonitrile-butadiene-styrene copolymer) resin, 30 parts by weight of silicone resin, 10 parts by weight of ammonium persulfate, 5 parts by weight of silicon nitride, 10 parts by weight of chondroitin-sulfuric acid, and silicon carbide An information communication apartment house management system linked to high-speed Internet, characterized in that it is molded from a mixture of 5 parts by weight and 5 parts by weight of titanium dioxide.

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