Communication equipment management system for apartment buildings

The following is described below. The embodiments are described below in order to explain the present invention by referring to the figures.

1 Through 5, the management system according to the present invention includes a communication device 10, a management server 20, an electronic bulletin board 30, a human body sensing sensor 40, a rescue mobile communication base station 50, and an electronic door lock 60.

The household communication device 10 is provided to enable an Internet to be used through power line communication or optical communication to enable installation and information search for each household of a apartment house, and to enable bidirectional data communication including voice and video communication, and to communicate with the management server 10, as well as communication between generation and communication through the communication device 20.

The household communication device 10 is configured as a smart device capable of changing or expanding a function through an application program, and can be miniaturized by designing a main board in SoC in which all functions are integrated into one chip, and is detachable for ease of maintenance.

The communication device 10 may be provided with an application so as to be interfaced with the smart phone 1 held by each household user.

As shown in FIG. 10, the communication unit 2 may be configured to include a wireless communication unit 20 for wireless communication with the management server 40 and the human body sensing sensor 1, a data recording unit 11 for inputting a variety of data, a key input unit 12 for inputting a variety of data, and a control unit 13 for controlling the overall operation of the communication device 14 for inputting a variety of data, as well as the voice 10 output unit 16 15 for voice output.

The household communication device 10 is provided to communicate with the management server 20 via a wired connection, and may be configured to perform wireless communication for lane communication and information exchange when necessary or necessary, such as communication traffic.

LTE, wireless communication unit 10 of the communication device 11, and LTE. The antenna module AM comprises WiFi, and any 1 wireless communication technology selected from among.

In this case, the antenna module AM may include an interference noise canceller 100 to remove the feedback signal transmitted from the transmitting antenna and return the feedback signal to the receiving antenna to prevent interference noise and oscillation that may occur at the receiving antenna.

The interference noise canceller 100 may include a signal generator 110, a signal controller 120, and a signal coupling unit 130.

The signal controller 120 may include an amplitude attenuator 121, a time delay unit 122, and a phase converter 123.

In addition, the communication device 10 may be configured to represent each of the generations, but may be utilized as a comprehensive concept including a security thread.

In addition, the management server 20 is installed in a management office for managing the apartment house, and serves to relay communication between each generation station and the management office through communication with the third communication device 10.

The management server 20 relays an input signal inputted from the communication device 10, as well as various communication such as information transmission and communication with respect to an output signal of the communication device.

The management server 20 may include DB parts for identifying the communication state of the household communication device 10, a DB part for communicating with a plurality of devices included in the apartment house including the household communication device 10, and a control unit for authenticating and controlling the communication with the communication unit 10 and the electronic bulletin board 10 and the irrigation center side server 10, and the like, and the communication unit 30 communicates with the household communication device 2.

The communication unit may be classified into a wired communication unit and a wireless communication unit.

The management server 20 can communicate with the household communication device 10 through the communication unit, as well as the electronic bulletin board 30 and the resident registration center-side server 2 of the apartment house.

Then, this time. The resident registration center side server 2 of the apartment may assign an identifier to the corresponding management server 20.

When various contents and event information are transmitted from the management server 2 to the management server 20, the management server 20 provides the communication device 10 and the electronic bulletin board 30 with respect to the various contents and event information in real time.

, The information exchange between the management server 20 and the attendance center side server 2 of the apartment can be transmitted directly to the public housing of the apartment house, thereby reducing unnecessary time and relaying mediators and providing an advantage of rapidly collecting information by forming a relation with the irrigation irrigation through a relay function in the management server 2 20.

In addition, in the present invention, a network communication environment may be configured to transmit data by relaying between various contents and event information provided to the communication device 2 through a multihop or ad hoc wireless communication scheme after being transmitted to the management server 20 from the attendance center side server 10 10 of the apartment house through a multihop or an ad hoc wireless communication scheme.

An ad hoc wireless communication system using multihop or ad hoc wireless communication is provided to implement a network by an autonomous configuration through a communication device 10 installed in each generation by transmitting data through a multihop or an ad hoc wireless communication scheme.

The attendance center side server 2 of the apartment may be an irrigation audience, such as hearing or viewing.

The electronic bulletin board 30 is installed in a cavity for entrance and exit of a apartment house. The management server 20 is configured to communicate in a wired or wireless manner, and serves to display various information and advertisements through control in the management server 20.

The electronic bulletin board 30 is directly known as an electronic medium rather than a billboard by document delivery, so as to enhance a delivery effect.

Since the information posted through the electronic bulletin board 30 can be directly confirmed through the household communication device 10, information collection in the home can be quickly performed and higher transmission power than the previous document can be provided.

The human body sensing sensor 40 may be installed in a predetermined space within each household of the apartment house, or installed in a home appliance or furniture, and transmits a sensing signal to the household communication device 10.

The human body sensor 40 may sense the presence or absence of a person in the house, wirelessly transmit the sensing signal to the household communication device 10 20, and automatically transmit a signal to the household communication device 10 through a smart phone of a third generation user and a preset third party.

In addition to the export menu, the communication device 10 may determine that the sensing signal from the human body sensing sensor 40 is abnormal for a person within a predetermined time and automatically generate an emergency signal, in addition to the export menu. The emergency signal may be transmitted to the management server 20 or the preset third party smartphone or 119 structure.

The body sensing sensor 40 may include a communication unit for transmitting a sensing signal to the communication device 10, and the communication unit may include a wireless communication module for wireless transmission of a signal, and the wireless communication module may include the interference noise canceller as described above.

The indoor mobile communication base station 50 is installed in a predetermined space within the apartment house, and is provided to provide an emergency communication service in the apartment house when communication environment failure is difficult due to disaster, disaster, or normal communication traffic, and communication between the communication device 10 10 and the communication device 20 is difficult.

The indoor mobile communication base station 50 may be configured with a mobile communication relay device 52 having a wireless communication repeater or 54 a drone having a wireless communication unit 54a.

As shown in FIG. 52, the mobile communication relay apparatus 3 may be configured to operate in a circular polarization Circular cular cular cular (TDD) mode to prevent oscillation of 1 LTE, WiFi, L. LoRa, ZigBee, and beacon, and a configuration including the wireless communication repeater 52a and ground terminal box 52a for grounding of the wireless communication repeater 52b to prevent oscillation of the transmitting unit and the receiving unit, as shown in the above-mentioned radio communication repeaters (52b).). 52c. sub.a) for 52d transmitting radio frequency energy as dotted lines.

The wireless communication unit 54a having the drone 54 may include an antenna module using any 4 wireless communication technology selected from LTE, WiFi, Lora (LoRa), Zigbee, and Beacon, and the antenna module is configured to include an interference noise canceller 1 100 for preventing interference noise and oscillation occurring in the receiving antenna.

Then, this time. As already described above, the interference canceller 100 includes a reference signal generating unit 110, a signal controller 120, and a signal coupling unit 130.

That is, the drone 54 having the wireless communication unit 54a functions as a flying mobile base station to provide an environment for enabling an emergency communication when a communication failure in the apartment house is poor.

In this case, the third communication device 10 may control the electronic door lock 60 through wireless communication with the electronic door lock 60 60 mounted on the home door, and may control the electronic door lock using NFC function mounted on the smart phone to easily access and exit the household.

To this end, as shown in FIG. 5, the third communication device 10 records an electronic door lock identifier installed in a smartphone identifier and a generation entrance door of the generation user, and the electronic door lock 60 installed at the next generation entrance door is configured to mount the NFC module 61 and the communication unit 10 62 to enable wireless communication with the generation communication device.

When the NFC function is activated on the smart phone 1 of the third generation user, the electronic door lock 60 recognizes the smartphone identifier from the smartphone and transmits the recognized smartphone identifier and its own electronic door lock identifier to the household communication device 60 10.

In the third communication device 10, if the electronic door lock 60 is identical to the data recorded with the electronic door lock identifier 60, it is possible to transmit the approval data to the electronic door lock 60, and to generate an alarm signal through the alarm generating unit 60 included in the electronic door lock 63.

In this case, the smart phone 1 included in the generation user may transmit NFC signals by being close to the electronic door lock 60, or may transmit NFC signals at a remote place through the application program.

Thus, the present invention is not limited thereto. The electronic door lock 60 can be controlled by mutual communication using a wireless communication technology without exposure of a password, thereby providing an advantage of being able to control the electronic door lock 60 effectively without a password or a lock release key.

In addition, the present invention is characterized in that the management system constructed by the integrated network described above is configured to automatically control arthroplasia and prevent insect pests.

For this purpose, as in FIG. 6, the chemical liquid nozzle 1100 is installed in a street light pole 1200 for fixing a street lamp 1300 installed on the shelter or the amusement device of the apartment house, and the chemical liquid for insect repellent is automatically sprayed to the street lamp 1300 1100 when the street lamp 1100 is turned on.

However, in general, such a bottle and a pest are mainly classified into a day, a day, and 5 months, such as 9 months.

In particular, in the street lamp 1100, a triangular reflector 1100 such as an example is installed on an inner peripheral surface of the street lamp 1110 to protect the street lamp 1112 from rainwater, so that the light emitted from the street lamp 1100 is reflected mostly toward the street lamp 1100 to further increase the brightness of the street lamp 1100.

The chemical liquid nozzle 1300 is screwed along the circumference of the streetlight pole 1200 so that the chemical liquid can be radially sprayed toward the streetlight 1100.

This is to spray the chemical solution directly on the bottom of the street lamp 1100 and spray the chemical solution directly to the pest.

Further, a chemical tank 1200 is installed at a lower side of the streetlight pole 1400, and a flexible supply hose 1400 is installed at the discharge end of the pump 1500, and a plurality of upper ends of the supply hose 1700 1700 1600 are branched and connected to the respective chemical liquid 1300 nozzles 1500.

Furthermore, the present invention is not limited thereto. A part of the supply hose 1700 is provided with an electromagnetic coupling solenoid 1800, and the electromagnetic coupling solenoid 1800 and the pump 1500 are operated according to a control signal of the controller 1600.

Further, the weak liquid nozzle 1300 is provided with an isochronous communication unit 1200 that wirelessly communicates with the management server 20, and the isochronous communication unit 1900 is connected to the controller 1900 1600.

, When switching from the management server 20 to the control mode, the remote controller 1900 controls the operation of the pump (1600) and the solenoid (1500) after reception of the controller (1800), and performs control and insect control. Of course, when the street lamp 1100 is turned on, the control mode is controlled to operate.

This operation can be done periodically. In particular, a weak liquid detection sensor may be installed on the lower side of the medicine case 1400 and connected to the controller 1600 to transmit the supplementary signal to the management server 20.

When the medicinal solution falls, the control mode is automatically ended and switched to a life mode.

The life mode is a mode for stopping spraying a chemical solution and performing only a street lamp function.

It is particularly preferable that the electromagnetic control solenoid 1800 is configured such that the chemical liquid nozzle 1300 is configured such that a splashing distance is increased by intermittently spraying a liquid chemical but repeatedly performing a supply and a stop while repeatedly opening and closing the liquid chemical liquid nozzle with a predetermined time difference.

In this regard, as shown in FIG. 7, the chemical liquid nozzle 1300 may be uniquely configured.

To FIG. 7, the chemical liquid nozzle 1300 has a cylindrical nozzle body 1310, an upper inclined hole 1310 formed on the opposite side of the main body 1312, and an extension groove G1 extending from one end face of the nozzle body 1312 and connected to the upper inclined hole 1700 so as to be connected to the upper inclined hole G1 and which is connected intermittently to the hose connection terminal 1360, and is communicated intermittently with the upper inclined hole 1310, and is connected to the upper inclined hole. FIGS 1200 are formed in the circumferential surface of the fixing screw portion 1320 1342 to be connected to the nozzle body 1360 1340 1320 through an opening 1310 portion 1330 formed on the opposite side 1350 thereof to be intermittently communicated with the hose connection end. sup. sup.sup.1312 .sup .sup. 1330 g. G2) and being connected intermittently with the upper inclined hole. The gap formed in the inside of the fluidized bed 1350, the chambers 1352 and G1 which communicate the fit grooves L1 and the chamber 1352, and springs SPR installed between the front stoppers 1 and the flow members 1352 are included L2) 1342 and 2 which communicate the chambers (1340) and the front spray holes 1350.

As a result, before the chemical liquid is supplied SPR, the sprung 1350 is in the maximally retracted state, so that the fit groove G1 and the hose connection end 1360 are in a mated state.

, The intermittently supplied liquid is first introduced into the fit groove G1.

As the chemical is filled, the water pressure increases, and the increased hydraulic pressure forces the spring (SPR) and moves the mover 1350 while compressing the spring SPR.

In this case, since 1 th flow path L1 is very thin, the chemical solution of the chemical liquid, preferably 1352, is introduced into the fit groove L1 G1, and only the remaining 1/3 1 chemical solution is supplied to the 1352 chamber 2/3.

Then, the chemical liquid supplied to the chamber 1352 is sprayed through 2 channels L2 into the front spray holes 1342 to perform forward control and insect repellent operations. Of course, since the electromagnetic coupling solenoid 1800 is intermittently supplied, the spraying is intermittent, i.e. splashing and spraying.

On the other hand, when the mover 1350 is advanced, the extended groove G2 is communicated with the upper inclined hole 1312 so that the chemical liquid is sprayed toward the streetlight 1100 above.

In this case, the depressions are depressed and sprayed, since the mover 1350 will flow heavily in the left and right directions.

That is, when the chemical liquid is supplied, the spring SPR is pushed and advanced by the pressure thereof, but the pressure of the spring SPR is decreased when the chemical supply is stopped.

When such a process is repeatedly performed for a very short period of time, the chemical solution spraying operation takes place to increase the scattering distance of the drug solution and widen the spray radius.

In addition, as illustrated in FIG. 8 through 10, an underwater plasma sterilizer (2000) is installed in the drainage box (2100) of the apartment house to operate arbitrarily or periodically according to a control command of the management server 20, thereby preventing various pests including mosquito generated in the drainage box 2000.

Then, this time. The drainage box 2000 is formed in a part of a buried drain formed at one side of a ground parking lot, and is often provided as necessary. , The distributor box 2000 is provided one per each child of the apartment.

However, there are many cases where a harmful insect, such as a harvester mosquito, results in damage to humans.

, It is difficult and troublesome for each person to control it every time, so that it can be automatically controlled through the communication equipment.

For example, the drainage box 2000 has a rectangular box shape in which an upper part is opened, and a single protrusion 2210 is formed on an inner peripheral surface thereof, so that the grid plate 2220 is stably seated, and the drain pipes P1 and P2 are connected to each other at the lower end.

In this case, the grid plate 2220 is configured to allow the water flowing from the ground parking lot to flow into the drainage box 2000.

An underwater plasma sterilizer 2000 coupled to the water tank WDP is installed inside the water bath 2100, and the sterilized water in the plasma treated water bath WDP is sprayed on the inside of the water bath 2000 to sterilize the inside.

To this end, the water tank WDP is provided in a closed state except that a plurality of air holes are formed in the upper end surface as illustrated in FIG. 9, and a plasma wireless communication unit 20 is installed in the upper end surface of the box to wirelessly communicate with the management server 2300, and the plasma wireless communication device 2300 is controlled by a plasma controller 2400 attached to one side of the water tank WDP.

That is, the plasma controller 2400 is wireless communication with the management server 2300 through the plasma wireless communication unit 20, and performs a sterilization operation according to a control command of the management server 20.

The spray nozzle NZ is installed at a lower end side of the water tank WDP to be radially sprayed, and a spray solenoid valve 2400 that opens and closes under the control of the plasma controller 2410 is installed in a part of the tube body.

Further, the water supply pipe 2500 is connected to the upper end of the water tank WDP. A water supply pump 2500 is installed on the water supply pipe 2510, and the water supply pump 2510 is preferably operated so that the water level is automatically adjusted by a bug built in the water tank WDP.

The water supplied through the water supply pipe 2500 may be withdrawn from the water supply pipe and connected to the water supply pipe. This is not a problem for piping equipment since it has a small tube hardness and one per apartment house.

, The inside of the water tank WDP is always maintained at a constant level.

Also, in the water tank WDP, an underwater plasma sterilizer 2100 is installed.

The water-in-water plasma sterilizer 2100 includes an anode housing 2120 having an airtight cylindrical shape, a cathode housing 2120 extending from one end face of the anode housing 2130, a cylindrical cathode 2120 connected to the anode housing 2160, and an anode 2130 connected to a positive power source through the cathode housing 2140 and connected to a positive power supply source, which is 2120 formed in a part of the 2140 outer peripheral surface of the positive electrode housing. 2150

Here, the upper surface of the anode housing 2120 is closed to be closed, and the cathode 2150 is installed to penetrate therethrough, to allow air or oxygen introduced through the air introduction pipe 2160 to flow smoothly from the anode housing 2120 toward the cathode 2140. That is, the efficiency of plasma generation is improved through this.

On the other hand, the cathode 2140 is formed with a screw unit 2130 to be screwed to the cathode housing 2170, and a plurality of discharge holes 2180 are formed on the peripheral surface thereof so that the plasma generated by the plasma generation efficiency can be discharged smoothly.

, The water molecules are separated into many kinds of radical bundles including hydrogen ions, oxygen ions, and hydroxyl radicals, and the hydroxyl radicals are powerful and deodorized.

The water in the water tank WDP is converted to sterile water by the plasma treatment. A sterilization water spray is performed within a predetermined time while plasma processing is being performed.

When a voltage is applied, the anode 2150 2140 generates a low-temperature plasma, which decomposes water to periodically generate a plurality of radicals including hydrogen ions and oxygen ions.