CN108076137A - Building management server - Google Patents

Building management server Download PDF

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Publication number
CN108076137A
CN108076137A CN201711090531.4A CN201711090531A CN108076137A CN 108076137 A CN108076137 A CN 108076137A CN 201711090531 A CN201711090531 A CN 201711090531A CN 108076137 A CN108076137 A CN 108076137A
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CN
China
Prior art keywords
terminals
gateway apparatus
information
sides
buck converter
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Pending
Application number
CN201711090531.4A
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Chinese (zh)
Inventor
李光珍
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Individual
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Individual
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Publication of CN108076137A publication Critical patent/CN108076137A/en
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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
    • H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
    • G01R11/00—Electromechanical arrangements for measuring time integral of electric power or current, e.g. of consumption
    • G01R11/30—Dynamo-electric motor meters
    • G01R11/32—Watt-hour meters
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/08—Construction
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
    • G06Q50/10—Services
    • G06Q50/16—Real estate
    • G06Q50/163—Property management
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/66—Arrangements for connecting between networks having differing types of switching systems, e.g. gateways
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/80—Services using short range communication, e.g. near-field communication [NFC], radio-frequency identification [RFID] or low energy communication

Abstract

It is related to a kind of building management server, is related to a kind of following server：From the devices receive information such as the sensor in building or image collecting device, the device for being present in interior of building or outside is controlled based on the information received, so as to be managed collectively to building.The problem that the invention of proposition is wanted to solve is that, without connecting gateway apparatus according to different sensors, with the number of sensor independently, a gateway apparatus is collected information management.In a pattern, building management server includes：First communication unit is used to carry out wired or wireless communication with gateway apparatus, and the gateway apparatus is from the sensor device receive information for being arranged at building；Electricity control unit receives ammeter examination information from gateway apparatus, if the electric meter reading amount being contained in ammeter examination information is more than the numerical value set, power off command is sent to gateway apparatus.

Description

Building management server
Technical field
It is related to a kind of building management server, is related to a kind of following server：From the sensor in building or The devices receive information such as image collecting device, to being present in interior of building or external device based on the information received It is controlled, so as to be managed collectively to building.
Background technology
It is not present from multiple sensor collection information for being present in building and is managed collectively in the prior art Gateway apparatus.
Without connecting gateway apparatus according to different sensors, with the number of sensor independently, it is necessary to which a net is set Device is closed to be collected management to information.
No matter include the species of the external equipment of sensor, it is necessary to by receiving the defeated of received all signals Enter to judge to have in building without exception.
It is necessary to provide it is a kind of can communicate with all the sensors being present in building comprising single electricity The gateway apparatus of road plate.
In addition, it is necessary to provide a kind of building management servers, building management server from foregoing gateway to filling It puts received information to be applied flexibly, even if people are not involved in, also automatically the device for being present in interior of building can be carried out Control.
The content of the invention
The problem that the invention of proposition is wanted to solve is, without connecting gateway apparatus according to different sensors, with sensing Independently, a gateway apparatus is collected information management to the number of device.
The problem that the invention of proposition is wanted to solve is, no matter including the species of the external equipment of sensor, to pass through The input for receiving received all signals is without exception to judge to have in building.
The problem that the invention of proposition is wanted to solve be to provide it is a kind of can be with all sensings for being present in building The gateway apparatus for including single circuit board that device communicates.
The problem that the invention of proposition is wanted to solve is to provide a kind of building management server, building management clothes Business device applies flexibly the information received from gateway apparatus, also can be automatically to being present in building even if people are not involved in Internal device is controlled.
In addition, the technical task that the present invention wants to realize is not limited to technical task mentioned above, based on following Illustrated content in apparent scope for common technical staff, can include multiple technologies problem.
In a pattern, building management server includes：First communication unit is used to carry out with gateway apparatus wired Or wireless communication, the gateway apparatus is from the sensor device receive information for being arranged at building；Electricity control unit, from gateway Device receives ammeter examination information, if the electric meter reading amount being contained in ammeter examination information is more than the numerical value set, to Gateway apparatus sends power off command.
In another pattern, building management server further includes：Water rate control portion receives water meter from gateway apparatus Information is checked, if the water meter reading amount being contained in water meter examination information is more than the numerical value set, is sent to gateway apparatus It cuts off the water supply order.
In another pattern, building management server further includes：Gas quantity control unit is received from gateway apparatus and fired Gas meter checks information, if the gas meter reading amount being contained in gas meter, flow meter examination information is more than the numerical value set, to gateway Device, which is sent, stops supply order.
In another pattern, building management server further includes：Lighting control section receives fire from gateway apparatus Perception information, and the illumination lighting order being included in fire sensing information is sent to gateway apparatus, the illumination lighting life Order is so that the illumination within the distance set away from fire generation position is opened.
In another pattern, building management server further includes：Lighting control section is received from gateway apparatus and built The illuminance information of different zones inside object, if it is the numerical value that has set to be contained in the brightness for the illuminance information of specific region Above and below then sends brightness regulation order to gateway apparatus, and the brightness regulation order is to being present in the photograph of specific region Bright brightness is adjusted.
In another pattern, building management server further includes：Air Valve Control portion receives combustion gas from gateway apparatus Perception information, and the closing air valve order being included in combustion gas perception information is sent to gateway apparatus, the closing air valve life Order is located at the air valve within the distance that gas leakage position has been set for closing.
In another pattern, building management server further includes：Elevator controlling portion, if being received tightly from gateway apparatus Anxious status information, then elevator controlling portion send numeric input buttons to gateway apparatus and order be provided, the numeric input buttons carry For order for the display window for the elevator interior for being applicable in the prior device for displaying predetermined of destination layer provide numeric input buttons.
In another pattern, building management server further includes：Access door control unit is built from gateway apparatus reception The access door opening and closing information of object entrance is built, the access door is open in the time set, is sent to gateway apparatus Close access door and the access door lock command locked.
In another pattern, building management server further includes：Image store portion is included from gateway apparatus reception There is the image information of interior of building or external image, and image and pervious image to currently receiving input are compared, So as to when object occurs mobile by for mobile image store in other storage device.
In another pattern, building management server further includes：Parking management portion receives from gateway apparatus and enters The information of vehicles of Entrance, and judge whether the information of vehicles is the vehicle for being registered in building management server Information of vehicles, if the situation of the information of vehicles of the vehicle registered, then to gateway apparatus send parking lot come in and go out Breaker open command, parking lot discrepancy breaker open command cause parking lot discrepancy breaker to open.
The invention of proposition according to different sensors without connecting gateway apparatus, with the number of sensor independently, a net Can just information be collected management by closing device.
No matter the invention of proposition includes the species of the external equipment of sensor, received all signals can be received Input it is without exception to judge to have in building.
The invention of proposition can be provided and a kind of can included with what all the sensors being present in building communicated The gateway apparatus of single circuit board.
The invention of proposition can provide a kind of building management server, and the building management server from gateway to filling It puts received information to be applied flexibly, even if people are not involved in, also automatically the device for being present in interior of building can be carried out Control.
The effect of the present invention is not limited to effect mentioned above, based on content described below, to usual Technical staff in apparent scope, multi-effect can be included.
Description of the drawings
Fig. 1 shows being integrally formed according to the building management system of one embodiment.
Fig. 2 shows being integrally formed according to the building management server of one embodiment.
Fig. 3 is the block diagram being integrally formed for showing gateway apparatus.
Fig. 4 a, Fig. 4 b and Fig. 4 c are the circuit diagrams for the specific composition for showing power supply unit.
Fig. 5 a, Fig. 5 b, Fig. 5 c and Fig. 5 d are the circuit diagrams for the concrete structure for showing input unit.
Fig. 6 a, Fig. 6 b and Fig. 6 c are the circuit diagrams for the concrete structure for showing storage part.
Fig. 7 is the circuit diagram for the concrete structure for showing timer.
Fig. 8 is the block diagram for the concrete structure for showing interface portion.
Fig. 9 a, Fig. 9 b, Fig. 9 c and Fig. 9 d are the circuit diagrams for the concrete structure for showing first interface portion.
Figure 10 is the circuit diagram for the concrete structure for showing second interface portion.
Figure 11 is the circuit diagram for the concrete structure for showing the 3rd interface portion.
Figure 12 is the circuit diagram for the concrete structure for showing the 4th interface portion.
Figure 13 is the circuit diagram for the concrete structure for showing the 5th interface portion.
Figure 14 is the circuit diagram for the concrete structure for showing mechanical switch.
Figure 15 is the circuit diagram for the concrete structure for showing contactless relay.
Figure 16 is the circuit diagram for the concrete structure for showing Temperature Humidity Sensor portion.
Figure 17 is the circuit diagram for the concrete structure for showing buzzer portion.
Figure 18 a and Figure 18 b are the circuit diagrams for the concrete structure for showing control unit.
Specific embodiment
The embodiment illustrated by referring to accompanying drawing causes foregoing and additional pattern to embody.As long as no it He refers to or each other without contradiction, it is possible to which can be carried out in embodiment by being interpreted as the inscape of each embodiment by a variety of groups It closes.Further it is proposed to invention can be implemented as a variety of different forms, be not limited to embodiment described herein.
The part unrelated with explanation is omitted in order to clearly be illustrated to the invention of proposition, in attached drawing, for entire Similar part imparts similar drawing reference numeral in specification.Also, when describing certain part " comprising " inscape, as long as It without especially opposite record, is not necessarily referring to foreclose other inscapes, and refers to that can also include other compositions wants Element.
In addition, throughout the specification, when describing certain part with other parts " connection ", not only include " being directly connected to " Situation, be additionally included between which place other elements in the state of " electrical connection " situation.Moreover, in entire disclosure In, signal refers to the electricity of voltage or electric current etc..
" portion " described in specification is referred to " so as to what change or the form of insertion hardware or software systems were formed Block ", i.e. refer to performing a unit or block for specific function in hardware or in software.
Fig. 1 shows being integrally formed according to the building management system of one embodiment.Building management system includes building Build object management server 300, gateway apparatus 100, sensor device 200 and device for image 210.
Fig. 2 shows being integrally formed according to the building management server 300 of one embodiment.
In one embodiment, building management server 300 includes the first communication unit 301 and electricity control unit 302.
In one embodiment, the first communication unit 301 carries out wired or wireless communication, the gateway with gateway apparatus 100 Device 100 is from 200 receive information of sensor device for being arranged at building.First communication unit of building management server 300 301 connect in the case where the environment of the wireless communication networks such as the mobile radio communication or WiFi with 3G/4G etc. is unrelated with gateway apparatus 100 It connects.This is not limited to, the first communication unit 301 can (Near Field Communication, near field leads to by including NFC Letter), wireless near field communication at least one in Bluetooth technology (Bluetooth) etc. is connected with gateway apparatus 100.
Gateway apparatus is arranged at the interior of building such as high buildings and large mansions, and data are received from the sensor devices such as electric meter-copy device 200 Then sent to building management server 300.Sensor device 200 includes electric meter-copy device, running water meter reader, warm water meter reading Device, gas meter reading device, fire sensing sensor, gas leakage detecting sensor, illuminance transducer, temperature sensor etc..
Then gateway apparatus 100 not only from sensor device 200, also receives image information to building from device for image 210 Object management server 300 is sent.Device for image 210, for example, being CCTV (Closed Circuit Television, closed circuit electricity Depending on), image collecting device.
In one embodiment, electricity control unit 302 receives ammeter examination information from gateway apparatus 100, if being contained in electricity Electric meter reading amount in table examination information is more than the numerical value set, then sends power off command to gateway apparatus 100.
Electricity control unit 302 with the position of control object building, the time, season, building permanent personnel at least The numerical value being set is calculated based on one.Letter is checked to the ammeter that the numerical value set and real-time reception that calculate arrive Electric meter reading amount is compared included in breath.Electricity control unit 302 can also connect according to the not chummery for being contained in building Receive ammeter examination information.Electricity control unit 302 to each room be contained in ammeter examination information in electric meter reading amount and according to The numerical value set that each room calculates is compared respectively, so as to be sent to gateway apparatus 100 for electric meter reading Measure to have set the power off command in room more than numerical value.
The gateway apparatus 100 for receiving power off command is controlled in the form of following：So that electric meter reading amount is contained in as The electric power block device cut-out electric power in the room more than numerical value of setting.Contain room information, therefore, gateway apparatus in power off command 100 can in the room for being contained in building electric meter reading amount be electric power resistance contained in the room set more than numerical value Disconnected device sends power off command.Receive the electric power in room of the electric power block device cut-out containing the electric power block device of power off command.
In one embodiment, building management server 300 further includes water rate control portion 303.
In one embodiment, water rate control portion 303 receives water meter examination information from gateway apparatus 100, if being contained in water Water meter reading amount in table examination information is more than the numerical value set, then sends order of cutting off the water supply to gateway apparatus 100.
Water rate control portion 303 with the position of control object building, the time, season, building permanent personnel at least The numerical value being set is calculated based on one.Letter is checked to the water meter that the numerical value set and real-time reception that calculate arrive Water meter reading amount is compared included in breath.Water rate control portion 303 can also connect according to the not chummery for being contained in building Receive water meter examination information.Water rate control portion 303 to each room be contained in water meter examination information in water meter reading amount and according to The numerical value set that each room calculates is compared respectively, so as to be sent to gateway apparatus 100 for water meter reading Measure to have set the order of cutting off the water supply in room more than numerical value.
The gateway apparatus 100 for receiving order of cutting off the water supply is controlled in the form of following：So that water meter reading amount is contained in as The water channel block device cut-out water supply in the room more than numerical value of setting.It cuts off the water supply and contains room information in order, therefore, gateway dress Put 100 can in the room for being contained in building water meter reading amount be to have set water channel contained in more than numerical value room Block device sends order of cutting off the water supply.Receive the confession in room of the water channel block device cut-out containing the water channel block device for order of cutting off the water supply Water.
In one embodiment, building management server 300 further includes gas quantity control unit 304.
In one embodiment, gas quantity control unit 304 receives gas meter, flow meter examination information from gateway apparatus 100, if comprising It is more than the numerical value set in the gas meter reading amount that gas meter, flow meter is checked in information, then is sent to gateway apparatus 100 and stop combustion gas Supply order.
Gas quantity control unit 304 with the position of control object building, the time, season, building permanent personnel in extremely The numerical value being set is calculated based on one few.To the numerical value set that calculates and real-time reception to gas meter, flow meter look into Gas meter reading amount included in information is tested to be compared.Gas quantity control unit 304 can also be according to being contained in building not Chummery receives gas meter, flow meter examination information.Gas quantity control unit 304 is contained in each room in gas meter, flow meter examination information Gas meter reading amount and the numerical value set calculated according to each room are compared respectively, so as to gateway apparatus 100 transmissions are to have set the stopping fuel gas supply order in room more than numerical value for gas meter reading amount.
The gateway apparatus 100 for receiving stopping fuel gas supply order is controlled in the form of following：So that it is contained in combustion gas Meter reading amount is that the combustion gas block device in the room more than numerical value set cuts off fuel gas supply.Stop containing in fuel gas supply order Room information, therefore, gateway apparatus 100 can in the room for being contained in building gas meter reading amount for set numerical value with On room in contained combustion gas block device send and stop fuel gas supply order.Receive the combustion gas for stopping fuel gas supply order Block device cuts off the fuel gas supply in the room containing the combustion gas block device.
In one embodiment, building management server 300 further includes lighting control section 305.
In one embodiment, lighting control section 305 receives fire sensing information from gateway apparatus 100, and is included in Illumination lighting order in fire sensing information is sent to gateway apparatus 100, and the illumination lighting order to be located at away from fire The illumination within the distance that position has been set occurs to open.
Gateway apparatus 100 receives fire sensing information from fire sensing device.Whether fire sensing device is to occurring fire Or whether there is there are the gas leakages of fire or asphyxiation hazard to be perceived, and fire sensing information is sent to gateway apparatus 100.Fire sensing device can be included in fire sensing sensor and gas leakage detecting sensor at least more than any one, Fire sensing sensor whether the generation of fire to perceiving, and gas leakage detecting sensor whether the leakage of combustion gas to carrying out It perceives.
Fire sensing sensor can include step differential temp type perceptron or thermostatic type perceptron and photo-electric perceptron or purple At least one in outside line/infrared ray flame perceptron, step differential temp type perceptron is carried out when ambient temperature is more than certain climbing Operation；If ambient temperature is more than certain temperature, thermostatic type perceptron is operated and utilizes bimetallic；Because containing certain dense The inflow of the air of more than degree flue gas and so that bright generate being in contact with photoelectric cell changes, accordingly photo-electric perceptron into Row operation；Ultraviolet light/infrared ray flame perceptron is combined by UV sensor and infrared ray sensor, and ultraviolet light passes Sensor perceives the ultraviolet wavelength characteristic radiated in flame, and infrared ray sensor is to the infrared ray that is radiated in flame Wavelength characteristic is perceived.
Gas leakage detecting sensor perceives the combustion gas used in building.Combustion gas, for example, being LNG
(Liquefied Petroleum Gas, liquefy stone by (Liquefied Natural Gas, liquefied natural gas), LPG Oil gas), the toxic gases such as oxidizing gas or carbon monoxide.
Fire sensing information is sent to by the gateway apparatus 100 that fire sensing information is received from foregoing fire sensing device The lighting control section 305 of building management server 300.Lighting control section 305 is included in the illumination in fire sensing information Lighting order is sent to gateway apparatus 100, and the illumination lighting order to be located at the distance that position occurs and has set away from fire Within illumination open.Gateway apparatus 100 by illuminate lighting order be sent to positioned at away from fire occur position setpoint distance with Interior illumination, illumination are lit.
Lighting control section 305 is characterized in that, sends illumination lighting order, the illumination lighting order is so that be present in The form that multiple illuminations in the evacuation route of interior of building are lighted successively is controlled.Because only that it is present in evacuation route On illumination light successively, therefore can easily be left in the people of interior of building along evacuation route.
In one embodiment, lighting control section 305 receives the photograph of the different zones of interior of building from gateway apparatus 100 Information is spent, if it is the numerical value above and below that has set to be contained in the brightness for the illuminance information of specific region, to gateway Device 100 sends brightness regulation order, and the brightness for being present in the illumination of specific region is adjusted in the brightness regulation order.
Gateway apparatus 100 receives illumination letter from the illuminance transducer device 200 for the different zones for being configured at interior of building It ceases, and illuminance information is sent to the lighting control section 305 of building management server 300.
Lighting control section 305 receives the illuminance information of the different zones of interior of building from gateway apparatus 100, if being contained in Brightness for the illuminance information of specific region is more than the numerical value set, then is sent to gateway apparatus 100 so that being present in The brightness regulation of the illumination of specific region obtains more bright brightness regulation order.
Lighting control section 305 receives the illuminance information of the different zones of interior of building from gateway apparatus 100, if being contained in Brightness for the illuminance information of specific region is below the numerical value set, then is sent to gateway apparatus 100 so that being present in The brightness regulation of the illumination of specific region obtains darker brightness regulation order.
In one embodiment, building management server 300 further includes Air Valve Control portion 306.
In one embodiment, Air Valve Control portion 306 receives combustion gas perception information from gateway apparatus 100, and is included in Closing air valve order in combustion gas perception information is sent to gateway apparatus 100, the closing air valve order for close be located at away from Air valve within the distance that gas leakage position has been set.
Gateway apparatus 100 receives combustion gas perception information from gas leakage detecting sensor, and combustion gas perception information is sent To the Air Valve Control portion 306 of building management server 300.Air valve shutdown command is sent to gateway dress by Air Valve Control portion 306 100 are put, the air valve shutdown command is located at for closing away from the Gas Pipe within gas leakage detecting sensor setpoint distance All air valves, the gas leakage detecting sensor perceives gas leakage.Gateway apparatus 100 is by air valve shutdown command It is sent to and is located at all air valves away from the Gas Pipe within gas leakage detecting sensor setpoint distance, then air valve is closed It closes.
In one embodiment, building management device further includes elevator controlling portion 307.
In one embodiment, if elevator controlling portion 307 receives emergency state information from gateway apparatus 100, to net It closes device 100 and sends numeric input buttons and order is provided, the numeric input buttons provide order for applicable destination layer thing The display window of the elevator interior of first device for displaying predetermined provides numeric input buttons.
Emergency state information includes gas leakage information, the fire sensing sensor that gas leakage detecting sensor is sent Fire sensing information sent etc..
The elevator for being applicable in the prior device for displaying predetermined of destination layer is that elevator has received that people will go before people take a lift Destination layer information input elevator.If certain in destination layer and multiple elevators that people are wanted by the terminal-pair of oneself One makes choice, then selected elevator receives destination layer information.Terminal can will include destination layer and selected elevator Destination layer information be sent directly to elevator.Alternatively, terminal can be first by the destination layer including destination layer and selected elevator Information is sent to building management device, and then destination layer information is sent to gateway apparatus 100, gateway by building management device Destination layer information is sent to elevator by device 100 again.
As noted previously, as destination layer information is known in advance in elevator, therefore when people take elevator, elevator interior is contained in Display window numeric input buttons need not be provided.
The elevator controlling portion 307 of building management server 300 is controlled in the form of following：Each layer of information is shown It is shown in the inside display window for the elevator for being applicable in the prior device for displaying predetermined of destination layer.
If the elevator controlling portion 307 of building management server 300 receives emergency state information, to gateway apparatus 100, which send numeric input buttons, provides orders, and the numeric input buttons provide order for being applicable in prior device for displaying predetermined The display window of elevator interior provides numeric input buttons.In order to enable the user for taking elevator avoids that the state of emergency occurs Layer sends numeric input buttons to gateway apparatus 100 and provides order, so as to input the new number of plies.Gateway apparatus 100 will connect The numeric input buttons received provide order and are sent to building management server 300.
In one embodiment, building management server 300 further includes access door control unit 308.
In one embodiment, access door control unit 308 receives the access door opening and closing of building entrance from gateway apparatus 100 Information, the access door is open in the time set, is sent to gateway apparatus 100 and closes and lock access door Access door lock command.
The access door that access door control unit 308 can receive building entrance from infrared ray sensor is opened and closed information.It comes in and goes out Whether door opening and closing packet includes introduction opening and closing.The time set, for example, being the time from 20 points to 06 point.If it is described go out Introduction then sends to gateway apparatus 100 when opening wide the time and closes and lock the access door lock command of access door.Net It closes device 100 and transmits access door lock command to access door, then access door is closed and locks.
In one embodiment, building management server 300 further includes image store portion 310.
In one embodiment, image store portion 310 includes interior of building or external shadow from the reception of gateway apparatus 100 The image information of picture, and image and pervious image to currently receiving input are compared, so as to when object occurs mobile By for mobile image store in other storage device.Image store portion 310 detects mobile vector and to currently receiving After the image of input and pervious image are compared so as to confirm mobile status, when occurring mobile, movement can will be directed to Image store in other storage device.
Storage device is as hard disk drive (Hard Disk Drive), solid state driving machine (SSD, Solid State Drive), flash memory (Flash Memory), CF cards (Compact Flash Card, flash card), SD card (Secure Digital Card, safe digital card), SM cards (Smart Media Card, smart media card), mmc card (Multi-Media Card, multimedia card) or memory stick (Memory Stick) etc. can be into the moulds of the input and output of row information Block can be arranged at the inside of building management server 300, can also be arranged at other device.
Gateway apparatus 100 is from the image collecting device real-time reception image information of one of device for image 210.Image store Portion 310 only individually manages mobile image, so that image analysing computer is more prone to carry out.
In one embodiment, building management server 300 further includes parking management portion 309.
In one embodiment, the vehicle that parking management portion 309 is received from gateway apparatus 100 into Entrance is believed Breath, and judge the information of vehicles whether be the vehicle for being registered in building management server 300 information of vehicles, if It is the situation of the information of vehicles of the vehicle registered, then sending parking lot discrepancy breaker to gateway apparatus 100 opens life Order so that parking lot discrepancy breaker opens.
The device for image 210 of similar image collecting device shoots simultaneously number slip of the vehicle into Entrance Information of vehicles is generated, is then forwarded to gateway apparatus 100.Information of vehicles is number slip information for being recorded in number plate.Net The parking management portion 309 that number slip information is sent to building management server 300 by device 100 is closed, parking management portion 309 is right Whether information of vehicles is that the information of vehicles of the vehicle for being registered in building management server 300 is judged, if The information of vehicles of the vehicle of registration then sends parking lot discrepancy breaker open command to gateway apparatus 100, and the parking lot goes out Entering breaker open command causes parking lot discrepancy breaker to open.
The parking lot received discrepancy breaker open command is sent to parking lot discrepancy breaker by gateway apparatus 100, Parking lot discrepancy breaker opens breaker.
Fig. 3 is the block diagram being integrally formed for showing gateway apparatus 100.
Gateway apparatus is arranged at the interior of building such as building, receives data from sensors such as electric meter-copy devices and will receive Data sending is to building management server.
In one embodiment, gateway apparatus 100 includes power supply unit 131, control unit 121, storage part 130, interface portion 126th, input unit 128.
Fig. 4 a, Fig. 4 b and the circuit diagram that Fig. 4 c are the concrete structure for showing power supply unit 131.
In one embodiment, power supply unit 131 supplies power supply to gateway apparatus 100.
In one embodiment, power supply unit 131 includes：DC power supply portion 131, J24 provide DC power supply；Fuse F1, One side is connected with DC power supply；First converter 201 is connected with other sides of fuse；Second converter 202, with insurance Other sides connection of silk；And the 3rd converter 203, it is connected with the second converter 202.
DC power supply portion 131, J24 provide the D/C voltage of 24V.If overcurrent circulates, fuse F1 is disconnected.
First converter 201 is depressured the voltage of DC power supply portion 131, the J24 24V supplied, so as to supply 14V's Voltage.For Fig. 2 into Figure 18, the contact represented by VCC14 is the voltage that the first converter 210 provides.
Second converter 202 is depressured the voltage of DC power supply portion 131, the J24 24V supplied, so as to supply 5V's Voltage.For Fig. 2 into Figure 18, the contact represented by VCC5 is the voltage that the second converter 202 provides.
3rd converter 203 is depressured the voltage for the 5V that the second converter 202 is supplied, so as to supply the electricity of 3.3V Pressure.For Fig. 2 into Figure 18, the contact represented by VCC3V3 is the voltage that the 3rd converter 203 provides.Fig. 2 is to shown in Figure 18 Each numerical value and diagram of element.
In one embodiment, first converter 201 is characterized in that, including：Capacitor C33, with fuse Other sides connection of F1；Diode D800, anode are connected with other sides of fuse F1；Buck converter U6, No. 1 terminal It is connected with the cathode of diode D800；Capacitor C34, one side are connected with No. 1 terminal of buck converter U6, other sides with No. 5 terminals, No. 6 terminals and No. 3 terminals of buck converter U6 are connected；Diode D802, cathode and buck converter U6 No. 2 terminals be connected, anode is connected with No. 5 terminals, No. 6 terminals and No. 3 terminals of buck converter U6；Inductor L6, Its one side is connected with No. 2 terminals of buck converter U6, other sides are connected with No. 4 terminals of buck converter U6；Capacitance Device C32, one side are connected with No. 4 terminals of buck converter U6, No. 5 terminals of other sides and buck converter U6, No. 6 ends Son and No. 3 terminals are connected；Capacitor C35, one side are connected with No. 4 terminals of buck converter U6, other sides and decompression No. 5 terminals, No. 6 terminals and No. 3 terminals of converter U6 are connected；And capacitor C36, one side is with buck converter U6's No. 4 terminals are connected, other sides are connected with No. 5 terminals, No. 6 terminals and No. 3 terminals of buck converter U6.
AP1701 can be used as buck converter U6.It is present in diode, capacitor, the inductor electricity of circuit diagram The function of resistance, transistor etc. is obvious for technical field technical staff.
In one embodiment, second converter 202 is characterized in that, including:Capacitor C38, with fuse Other sides connection of F1；Diode D801, anode are connected other sides with fuse F1；Buck converter U7, No. 1 terminal with The cathode connection of diode D801；Capacitor C39, one side are connected with No. 1 terminal of buck converter U7, other sides and drop No. 5 terminals, No. 6 terminals and No. 3 terminals of pressure converter U7 are connected；Diode D803, cathode and the 2 of buck converter U7 Number terminal is connected, and anode is connected with No. 5 terminals, No. 6 terminals and No. 3 terminals of buck converter U7；Inductor L7, one Side is connected with No. 2 terminals of buck converter U7, other sides are connected with No. 4 terminals of buck converter U7；Capacitor C37, one side are connected with No. 4 terminals of buck converter U7, other sides and No. 5 terminals, No. 6 terminals of buck converter U7 And No. 3 terminals are connected；Capacitor C40, one side are connected with No. 4 terminals of buck converter U7, other sides turn with decompression No. 5 terminals, No. 6 terminals and No. 3 terminals of parallel operation U7 are connected；And capacitor C41, one side and the 4 of buck converter U7 Number terminal is connected, other sides are connected with No. 5 terminals, No. 6 terminals and No. 3 terminals of buck converter U7.
AP1701 can be used as buck converter U7.
In one embodiment, the 3rd converter 203 is characterized in that, including：Capacitor C42, one side and electricity The one side of container C41 is connected；Low-dropout regulator U800, No. 3 terminals are connected with the one side of capacitor C42；And electricity Container C43, one side are connected with No. 2 of low-dropout regulator U800 and No. 4 terminals.
AZ1284 can be used as low-dropout regulator U800.
Power supply unit 131 is as previously described by DC power supply portion 131, the first converter 201, the second converter 202, the 3rd converter 203 are included entirely within, and can provide the element institute of the memory included by storage part 130 and the CPU as control unit 121 etc. Required voltage.
Fig. 5 a, Fig. 5 b, Fig. 5 c and Fig. 5 d are the circuit diagrams for the concrete structure for showing input unit 128.
In one embodiment, the input unit 128 includes more than one load button, and the load button includes opening Close 127.Input unit 128 include 14 load buttons (SW0, SW1, SW2, SW3, SW4, SW5, SW6, SW7, SW8, SW9, SW12, SW13).Load button is number 1 to 0 and input, releasing button respectively.The signal that 14 switches 127 export respectively is inputted to rear No. 40 pins of CPU U3 of face narration, No. 41 pins, No. 42 pins, No. 43 pins, No. 44 pins, No. 47 pins, No. 48 pins, No. 49 pins, No. 50 Pin.
Only include to operate 14 switches 127 of minimum 127 numbers of switch of gateway apparatus 100, so as to so that The printed circuit board (PCB) miniaturization of gateway apparatus 100 must be contained in.
Fig. 6 a, Fig. 6 b and Fig. 6 c are the circuit diagrams for the concrete structure for showing storage part 130.
In one embodiment, the storage part 130 includes：Capacitor C55；Memory U21, No. 8 terminals and capacitance The one side connection of device C55；Transistor Q26, source terminal are connected with No. 1 terminal of memory U21；Transistor Q27, source terminal It is connected with No. 6 terminals of memory U21；Resistance R178, one side and the gate terminal of transistor Q26 and the grid of transistor Q27 End is connected, other sides are connected with the source terminal of transistor Q26；And resistance R179, other sides of resistance R179 and crystal The drain electrode end connection of pipe Q26.
Transistor Q26, transistor Q27, resistance R178, resistance R179 cause the level from the memory U21 signals exported It is exported after from 3.3V promotions to 5V to CPU U3, the source terminal of transistor Q26 is connected with No. 1 terminal of memory U21；Transistor The source terminal of Q27 is connected with No. 6 terminals of memory U21；Resistance R178 one sides and the gate terminal and transistor of transistor Q26 The gate terminal of Q27 is connected, other sides are connected with the source terminal of transistor Q26；Other sides of resistance R179 and transistor Q26 Drain electrode end connection.In detail, export to No. 20 terminals of CPU U3 and No. 92 terminals.
In one embodiment, the storage part 130 includes：Capacitor C55；Memory U21, No. 8 terminals and capacitance The one side connection of device C55；Transistor Q28, source terminal are connected with No. 2 terminals of memory U21；Transistor Q29, source terminal It is connected with No. 5 terminals of memory U21.
Transistor Q28, transistor Q29 to be promoted from the level of the memory U21 signals exported from 3.3V backward to 5V CPU U3 are exported, and the source terminal of transistor Q28 is connected with No. 2 terminals of memory U21；The source terminal of transistor Q29 and storage No. 5 terminals connection of device U21.In detail, export to No. 21 terminals of CPU U3 and No. 22 terminals.
Memory U21 can store the data needed for the operation of gateway apparatus 100.It can be used as memory U21 MXIC25L3206E。
Fig. 7 is the circuit diagram for the concrete structure for showing timer 129.
In one embodiment, the gateway apparatus 100 further includes the timer that current time is exported to control unit 121 129, the timer 129 includes：Oscillator Y3；Real-time clock U20, No. 1 terminal are connected with the one side of oscillator Y3, No. 2 Terminal is connected with other sides of oscillator Y3；Battery Bt1 is connected with No. 3 terminals of real-time clock U20；Resistance R174, other Side is connected with No. 7 terminals of real-time clock U20；Resistance R175, other sides are connected with No. 6 terminals of real-time clock U20；Resistance R176, other sides are connected with No. 5 terminals of real-time clock U20；Transistor Q24, source terminal and No. 6 ends of real-time clock U20 Son is connected；Transistor Q25, source terminal are connected with No. 5 terminals of real-time clock U20；Resistance R170, one side and crystal The gate terminal of pipe Q24 is connected with the gate terminal of transistor Q25, other sides are connected with the source terminal of transistor Q25；Resistance R171, one side are connected with the gate terminal of transistor Q24 and the gate terminal of transistor Q25, other sides and the source of transistor Q24 Extremely it is connected；Resistance R172, other sides are connected with the drain electrode end of transistor Q24；And resistance R173, other sides and crystal The drain electrode end of pipe Q25 is connected.
Oscillator Y3 is (brilliant as quartz oscillator needed for clock oscillation circuit (quartz oscillator) Oscillation body device, crystal oscillator), it is to be shaken using the electricity of the mechanical sympathetic response generated in the crystal vibration of piezoelectric substance Device is swung, and generates correct frequency.
Timer 129 provides the current time as fiducial time.Timer 129 from CPU U3 to receive control command Form connection is set, and is that the real-time operation when being controlled be subject to CPU12 for the program to being recorded in CPU U3 is supported Module.
Timer 129 can be operated using battery, and so as to so that CPU U3 read the form of current time It is supported.DS1507 can be used as real-time clock.No. 94 terminals from the signal that timer 129 is exported to CPU U3 and No. 95 terminal inputs.
Fig. 8 is the block diagram for the concrete structure for showing interface portion 126.
In one embodiment, interface portion 126 includes：First interface portion 601, second interface portion 602, the 3rd interface portion 603rd, the 604,126, the 5th interface portion 605,126 of the 4th interface portion.
Fig. 9 a, Fig. 9 b, Fig. 9 c and Fig. 9 d are the circuit diagrams for the concrete structure for showing first interface portion 601.A, b of Fig. 9 a, C, d, e, f, g, h, i, j, k, l terminal are connected respectively with a, b, c, d, e, f, g, h, i, j, k, l terminal of Fig. 9 b.
The interface portion 126 includes first interface portion 601, and the first interface portion 601 includes：LAN (LAN) connects Device U2, lan port are inserted in local area network connector；Resistance R85 is connected with No. 1 terminal of local area network connector U2；Electricity R86 is hindered, is connected with No. 2 terminals of local area network connector U2；Capacitor C18 connects with No. 3 terminals of local area network connector U2 It connects；Resistance R89 is connected with No. 7 terminals of local area network connector U2；Resistance R90, No. 8 ends with local area network connector U2 Son connection；Resistance R88 is connected with No. 12 terminals of local area network connector U2；Resistance R87, with local area network connector U2's No. 14 terminal connections；Capacitor C18 is connected with No. 15 terminals of local area network connector U2；Capacitor C19, with LAN No. 16 terminals connection of connector U2；IP modules U1, No. 5 terminals, No. 6 terminals, No. 8 terminals, No. 9 terminals respectively with LAN No. 7 terminals, No. 8 terminals, No. 1 terminal, No. 2 terminals of connector U2 are connected；Transistor Q19, source terminal and IP modules U1 No. 31 terminals connection；Transistor Q20, source terminal are connected with No. 27 terminals of IP modules U1；Resistance R71, one side and crystalline substance The gate terminal of body pipe Q19 is connected with the gate terminal of transistor Q20, other sides are connected with the source terminal of transistor Q19；Resistance R72, other sides are connected with the drain electrode end of transistor Q19；Transistor Q17, source terminal and IP modules U1 No. 29 terminals It is connected；Transistor Q18, source terminal be connected with No. 30 terminals of IP modules U1；Resistance R53, one side and transistor The gate terminal of Q17 is connected with the gate terminal of transistor Q18, other sides are connected with the source terminal of transistor Q17；And resistance R54, other sides are connected with the drain electrode end of transistor Q17.
First interface portion 601 carries out the TCP/IP communication according to LAN modes, and with the outside of building management server etc. Equipment carries out bidirectional data communication.
IP modules U1 can cause to realize ethernet mac core as the TCP/IP of procotol by using hardware realization Ethernet module (Ethernet Module) chipset W5100 of element single chip needed for the networking such as piece, PHY chip.
The signal for the 3.3V level that IP modules U1 is exported obtains rising simultaneously after transistor (Q17, Q18, Q19, Q20) Export the signal of 5V level.The signal of the 5V level is held to No. 20 terminals of CPU U3, No. 21 terminals, No. 22 terminals and No. 88 Son input.
Figure 10 is the circuit diagram for the concrete structure for showing second interface portion 602.
The interface portion 126 includes second interface portion 602, and the second interface portion 602 includes：Resistance R138；And 2 pin Connector J26, No. 1 terminal be connected with other sides of resistance R138.
2 needle connector J26 are at least one from electric meter-copy device, running water meter reader, warm water meter-copy device and gas meter reading device Receive meter reading data.Second interface portion 602 by the meter reading data of reception export to No. 8 terminals, No. 9 terminals, No. 18 terminals, No. 27 It is at least one in terminal, No. 23 terminals, No. 24 terminals, No. 25 terminals, No. 26 terminals, No. 35 terminals.
Figure 11 is the circuit diagram for the concrete structure for showing the 3rd interface portion 603.
In one embodiment, the interface portion 126 includes the 3rd interface portion 603.
3rd interface portion 603 includes：Resistance R144；Resistance R146；3 needle connector J26, No. 1 terminal and resistance The one side connection of R144, No. 2 terminals are connected with the one side of resistance R146；Photo-coupler U15, No. 1 terminal is with resistance R144's Other sides connect, and No. 2 terminals are connected with other sides of resistance R146；And resistance r142, other sides and the 4 of photo-coupler U15 The connection of number terminal.
3 needle connector J28 are at least one from electric meter-copy device, running water meter reader, warm water meter-copy device and gas meter reading device Receive meter reading data.3rd interface portion 603 by the meter reading data of reception export to No. 8 terminals, No. 9 terminals, No. 18 terminals, No. 27 It is at least one in terminal, No. 23 terminals, No. 24 terminals, No. 25 terminals, No. 26 terminals, No. 35 terminals.
Photo-coupler U15 plays the role of transferring input electrical signal and output electric signal with " light " for medium.Usually will Light-emitting component and photo detector be incorporated into a component (Package) and cause input and output between electrical isolation so as to using light come Transfer the light binding member of signal.Photo-coupler U15 can be PC817.
3rd interface portion 603 is at least one from electric meter-copy device, running water meter reader, warm water meter-copy device and gas meter reading device Receive meter reading data.3rd interface portion 603 by the meter reading data of reception export to No. 8 terminals, No. 9 terminals, No. 18 terminals, No. 27 It is at least one in terminal, No. 23 terminals, No. 24 terminals, No. 25 terminals, No. 26 terminals, No. 35 terminals.
The interface portion 126 can include 4 the 3rd interface portions 603.Each 3rd interface portion can respectively with flue gas sense Know sensor, combustion gas detecting sensor, door lock, temperature sensor connection.
Figure 12 is the circuit diagram for the concrete structure for showing the 4th interface portion 604,126.
In one embodiment, the interface portion 126 include the 4th interface portion 604,126, the 4th interface portion 604, 126 include：RS232 communication chips U9, No. 1 terminal are connected with other sides of capacitor C64, and No. 3 terminals are with capacitor C64's One side connects, and No. 4 terminals are connected with other sides of capacitor C50, and No. 5 terminals are connected with the one side of capacitor C50, No. 6 terminals It is connected with capacitor C52, No. 2 terminals are connected with the one side of capacitor C48；And 3 needle connector J900, No. 1 terminal with No. 16 terminals connection of RS232 communication chips U9, No. 2 terminals are connected with No. 15 terminals of RS232 communication chips U9.
RS232 communication chips U9 can be MAX232.RS232 communication chips U9 by No. 13 terminals and No. 14 terminals with No. 45 terminals or No. 46 terminals of CPU U3 send and receive signals.So that it is connect from the external equipment being connected with 3 needle connector J900 The signal boosting of receipts or the rated signal that decompression is CPU U3.
The interface portion 126 can include 2 the 4th interface portions 604,126.
Figure 13 is the circuit diagram for the concrete structure for showing the 5th interface portion 605,126.
In one embodiment, the interface portion 126 include the 5th interface portion 605,126, the 5th interface portion 605, 126 include：RS485 communication chips U13, No. 1 terminal are connected with resistance R129, and No. 2 terminals are connected with No. 3 terminals, No. 7 terminals It is connected with other sides of resistance R130, No. 6 terminals are connected with other sides of resistance R134；And 3 needle connector J25, No. 1 end Son is connected with the one side of resistance R130, and No. 3 terminals are connected with the one side of resistance R134.
RS485 communication chips U13 can be SN75176A.RS485 communication chips U13 passes through No. 1 terminal, No. 2 terminals and 4 No. 14 terminals, No. 15 terminals or No. 66 terminals of number terminal and CPU U3 send and receive signals.So that from 3 needle connector J25 The external equipment received signal boosting of connection or the rated signal that decompression is CPU U3.
Figure 14 is the circuit diagram for the concrete structure for showing mechanical switch 127.
Gateway apparatus 100 further includes the mechanical switch 127 for applying power supply to external equipment, the mechanical switch 127 Including：2 needle connector J1；Diode D1, anode are connected with No. 1 terminal of 2 needle connector J1, cathode and 2 needle connector J1 No. 2 terminals connection；Transistor Q1, drain electrode are connected with No. 2 terminals of 2 needle connector J1；Resistance R2, his end and crystal The grid connection of pipe Q1；Diode D4, anode are connected with the grid of transistor Q1；Resistance R8, his end and transistor Q1 Grid connection；Transistor Q4, No. 3 terminals are connected with one end of resistance R8；And resistance R15, his end and transistor No. 2 terminals connection of Q4.
Mechanical switch 127 can be connected with No. 5 terminals, No. 6 terminals, No. 17 terminals and No. 18 terminals of CPU U3.CPU U3 controls mechanical switch 127, and the on or off of pair external equipment being connected with mechanical switch 127 controls. Mechanical switch 127 can be 4, each mechanical switch 127 can respectively with the fan of rated voltage 24V (FAN), specified The fan of voltage 14V, LED electric lights, solenoid valve connection.
Figure 15 is the circuit diagram for the concrete structure for showing contactless relay.
Gateway apparatus 100 further includes the contactless relay for applying power supply to external equipment, and the contactless relay can To include：3 needle connector J7；Resistance R37, his end be connected with No. 2 terminals of 3 needle connector J7；Transistor Q15, No. 3 Terminal is connected with one end of resistance R37；Resistance R41, its one end are connected with No. 2 terminals of transistor Q15；And resistance R39, Its his end is connected with No. 2 terminals of transistor Q15.
Contactless relay is the electronic switch 127 using SSR (Solid State Relay, solid-state relay) etc.. Contactless relay can be 4.Contactless relay can be with No. 82 terminals, 83 terminals, 84 terminals, 85 terminals of CPU U3 Connection.Contactless relay is connected with ammeter, warm water water meter, tap water meter and gas meter, flow meter, can be according to the control of CPU U3 So that ammeter, warm water water meter, tap water meter and gas meter, flow meter open or close.
Figure 16 is the circuit diagram for the concrete structure for showing Temperature Humidity Sensor portion 125.
In one embodiment, gateway apparatus 100 further includes the temperature measured to the temperature or humidity of gateway apparatus 100 Humidity sensor portion 125, the Temperature Humidity Sensor portion 125 include：Temperature Humidity Sensor U4；Capacitor C29, its one end and temperature No. 2 terminals connection of humidity sensor U4, other termination are connected with No. 3 terminals of Temperature Humidity Sensor U4；Transistor Q22, source Pole is connected with No. 1 terminal of Temperature Humidity Sensor U4；Transistor Q23, No. 4 terminals of source electrode and Temperature Humidity Sensor U4 connect It connects；Resistance R121, its one end are connected with the grid of transistor Q22 and the grid of transistor Q23, other termination and transistor Q22 Source electrode connection；Resistance R100, its one end are connected with the grid of transistor Q22, and+his end is connected with the source electrode of transistor Q23； Resistance R122, his end be connected with the drain electrode of transistor Q22；Resistance R123, its one end are connected with one end of resistance R122；With And transistor Q23, drain electrode are connected with the other termination of resistance R123.
Temperature Humidity Sensor U14 can be SHT-75.Temperature Humidity Sensor portion 125 will be surveyed according to temperature or humidity Amount and generate signal output to CPU U3 No. 69 terminals or No. 79 terminals.
Figure 17 is the circuit diagram for the concrete structure for showing buzzer portion 122.
In one embodiment, gateway apparatus 100 further includes the buzzer portion according to the benchmark output sound set 122, the buzzer portion 122 includes：Buzzer LS1 exports sound；Resistance R93, No. 1 of his end and buzzer LS1 Terminal connects；Transistor Q21, No. 3 terminals are connected with No. 2 terminals of buzzer LS1；Resistance R94, his end and transistor No. 2 terminals connection of Q21；And resistance R95, its one end are connected with one end of resistance R94.
Buzzer LS1 can be KPX-1405A.Buzzer portion 122 is connected with No. 29 terminals of CPU U3, according to CPU U3 Control output audible sound.
Figure 18 a and Figure 18 b are the circuit diagrams for the concrete structure for showing control unit 121.Control unit 121 can use ATMEGA2560V is as CPU U3.Figure 18 a show a part for control unit 121, and Figure 18 b show the remainder of control unit.Control Portion 121 processed is to be illustrated in a part of Figure 18 a and be illustrated in the CPU that the remainder of Figure 18 b is formed as one.
The temperature or humidity that control unit 121 can be perceived Temperature Humidity Sensor portion 125 are exported to display unit 123. Display unit 123 can be flat-panel screens for representing information in the form of vision, the sense of hearing.
If inputting different from being set in the password of door lock more than twice number by interface, control unit 121 into The following control of row：So that the LED light connected by mechanical switch 127 or contactless relay is lighted.The mesh of above-mentioned item Be, when judge one be not house-owner people lock on the door carried out operation when so that LED light is opened, so as to just look like room Sub- the inside someone is the same.
The various signals and information that receive are sent to building management server, building management clothes by control unit 121 Business device can confirm that the parameters such as temperature and the numerical value set have great difference.
If inputting different from being set in the password of door lock more than twice number by interface, control unit 121 into The following control of row：So that the fan operation connected by mechanical switch 127 or contactless relay.The purpose of above-mentioned item Be, when judge one be not house-owner people lock on the door carried out operation when so that fan operation, so as to just look like inside house Someone is the same.
So, it can be appreciated that possess the technical staff of usual knowledge in the technical field of the invention, do not changing this In the case of the technological thought or Essential features of invention, may be implemented as other specific implementation forms.It will therefore be appreciated that For, more than the embodiment that is described only be to illustrate, be not the restriction limited its scope.In addition, shown in figure Flow chart be intended merely to the order successively realizing most preferred result and illustratively show when implementing the present invention, reason is worked as Other additional steps can be so set or part steps can be deleted.
Technical characteristic described in the present invention and implement the technical characteristic realization object can by digital circuit come Realization or computer software, firmware or hardware by including structure and its structural equivalents described in the present invention etc. To realize or be realized by the combination more than one of them.In addition, implement the reality of the technical characteristic described in the present invention Existing object can also be used as computer program product to realize, i.e. it is realized as the module for being related to computer program commands, it is described Computer program commands are to be controlled the operation of processing system or be encoded in tangible to be run accordingly Recording medium on.
Computer readable medium can be the storage device that can be read by machine, the storage that can be read by machine Substrate, memory device, the composition or wherein one for the substance impacted to electrical waveform signals that can be read by machine A above combination.
In addition, in the present specification, " device " or " system " refers to, for example, by processor, computer or including multiple place All mechanisms, device and the machine managed device or computer and be used to handle information are included entirely within.Processing system can include All codes, all codes are added to hardware, for example, when code, protocol stack, data depositary management to forming processor firmware Reason system, operating system or combination more than one of them form the running environment for computer program when making requests on.
The computer program being widely known by the people with program, software, software application, script or code etc. can both be compiled or with Any form including interpreted language or apriority, the program language of procedural language is produced, and can also be realized and is independent Any form of program or other units including being suitble to use in module, component, subprogram or computer environment.
In addition, computer program is not necessarily corresponding with the file of file system, can be stored in be arranged at it is requested Program single file in or multiple interaction file (for example, storing more than one module, subprogram or code A part file) in or a part for the file with other programs or information can be stored in (for example, being stored in mark Remember the more than one script in language file) in.
Computer program is realized in the form of following：Positioned at a website or be scattered in multiple websites, so as to by it is wired/ It is run on the multiplex computer or more than one computer that cordless communication network is connected with each other.
In addition, it is suitble to storage computer program instructions and the computer readable medium of information, for example, can include similar EPROM (erasable programmable read-only memory, Electrically Programmable Read-Only-Memory), EEPROM (electrically erasable programming read-only memory, Electrically Erasable Programmable Read-Only Memory) and The semiconductor memory devices of flash memory (flash memory) equipment, it may for example comprise similar internal hard drive is external hard Non-voltile memory, medium and the memory devices of disk, magneto-optic disk and the CD of disk and all forms of DVD disc.Processor It can be supplemented or merged by the logic circuit of specific purposes with memory.
The realization object for implementing the technical characteristic described in the present specification can also be real in arithmetic system as described below It is existing：E.g., including the aft-end assembly of similar information server or, it may for example comprise the middleware group of similar application server Part or, it may for example comprise the front end assemblies or rear end of similar client computer, one of middleware or front end assemblies Above all combinations, the front end assemblies possess the realization object phase interaction for the theme that can in the present specification illustrate with user Browser or graphic user interface.The component of system, for example, it is also possible to be communicated by the digital information of similar communication network Any form or medium be connected with each other.
Hereinafter, to the content of the description and it can realize and be included in the description the system of description and serviced based on MO The more specifical embodiment of composition of help providing method described in detail.
In the present specification, method can be by with client device or the relevant service of the storage system based on website Device is contained in operation computer software, program code or instruction on the more than one processor (Processor) of server Mode obtain part or whole use.Here, processor can be that servers, like, client, network foundation are set The part in the computing platform of structure, mobile computing platform, fixed computing platform etc. is applied, specifically, it may be possible to run journey The computer of sequence instruction, code etc. or one kind of processing equipment.In addition, processor can also include to method, instruction, code and The memory that program is stored, is not including the situation of memory, and (Access) class can also be accessed by other interface Like the storage device of CD-ROM, DVD, memory, hard disk, flash drive, RAM, ROM, caching etc., the storage device storage The method according to the invention, instruction, code and program.
In addition, the system and method described in the present specification can pass through runtime server, client, gateway, line concentration The device of computer software on device, router or the network hardware obtains part or whole use.Here, software can be Such as file server, printing server, name server, Internet server, intranet server, host server, distribution It is run in a variety of servers such as formula server, the server referred to can also include connecing by wire/radio network Enter memory, processor, computer readable storage medium, storaging medium, communication equipment, port, client and other services The interface of device.
In addition, the method according to the invention, instruction, code etc. can also be performed by server, for the side of execution Method and the other equipment that needs can be realized by the part with the relevant hierarchical structure of server.
Moreover, server can be to ad infinitum including client, other servers, printer, information library server, printing The other equipment of server, file server, the communication server, distributed server etc. provides interface, is realized by interface Connection can easily run teleprogram by wire/radio network.
It can be right in addition, being either connected to that any one equipment in the equipment of server can also include by interface At least one storage device that method, instruction, code etc. are stored, the central processing unit of server will on different devices Instruction, code of execution etc. are provided to equipment, so as to be stored in storage device.
In addition, in the present specification, method can obtain part or whole use by network infrastructure structure. Here, network infrastructure structure can will similar computing device, server, router, hub, fire wall, client, a People is all included with the equipment of computer, communication equipment, routing device etc. and the other module for being able to carry out each function etc. Inside, outside the equipment and module referred to, the storages such as flash memories, buffer, storehouse, RAM, ROM can also be included Medium.In addition, method, instruction, code etc. can also pass through equipment included by network infrastructure structure, module, storage matchmaker Any one in Jie is run and is stored, and the other equipment needed for operation method can also be by network infrastructure knot The part of structure is realized.
In addition, the system and method described in the present specification by hardware or can be suitable for application-specific (Application) combination of hardware and software is realized.Here, hardware is by home computer, mobile communication terminal In grade general purpose computing devices and enterprise specific calculation machine equipment are integrally incorporated in, computer equipment can be implemented as including depositing Reservoir, microprocessor, microcontroller, digital signal processor, application integrated circuit, programmable gate array, programmable array The equipment or combination thereof of tissue etc..
Computer software, instruction, code for describing above etc. can be stored or accessed by readable device, here, readable Equipment can include：Computer module possesses the digital information calculated during intervals；Similar RAM Or the semiconductor memory of ROM；The permanent memory of similar CD；The mass storage of similar hard disk, tape, magnetic drum etc.； Optical memory, flash memories, floppy disk, tape, paper tape, the self ram disk of similar CD or DVD；It can be dismantled from computer Mass storage and similar dynamic memory, static memory, alterable memory, the network connection type memory of cloud disk Deng memory.In addition, though similar following language is included entirely within by instruction with code etc. here：Similar SQL, dBase Deng information be directed toward the system language of language, similar C, Objective C, C++, compilation etc., similar to the framework of Java, NET etc. Language, the applicational languages such as similar PHP, Ruby, Perl, Python etc., but it's not limited to that, can also will be by the present invention Affiliated technical field possess usual knowledge the widely known language of personnel be integrally incorporated in.
In addition, " computer readable medium " that describes in the present specification includes being provided to instruction for operation program All media of processor.Specifically, although the non-volatile medium including similar information storage device, CD, disk etc., class Like the volatility medium of dynamic memory etc. and the transmission medium of similar coaxial cable, copper wire, the optical fiber for transmitting information etc., but not It is defined in this.
In addition, perform the technology spy for being illustrated in the present invention included in the block diagram and flow chart of attached drawing appended by this specification The composition of sign refers to the logic boundary between the composition.
But according to the embodiment of software or hardware, it is illustrated that composition and its function it is soft with independent software module, monolithic Part structure, code, service and form that they combine realize, and is stored in and can run stored journey possessing The medium that can be run on the computer of the processor of sequence code, instruction etc., so as to realize the function, thus it is described All embodiments should also be regarded as belonging to scope of the presently claimed invention.
Therefore, attached drawing and associated technology illustrate the technical characteristic of the present invention, but as long as being used to implement institute The particular arrangement for stating the software of technical characteristic is not mentioned clearly, cannot merely carry out inference.It in other words, can be with In the presence of the various embodiments described above, while the embodiment has the technical characteristic identical with the present invention, Ke Yijin Row part deforms, so, it should also be regarded as belonging in scope of the presently claimed invention.
In addition, the situation of flow chart, although operation is described in the accompanying drawings with particular order, it is Acquisition most preferred result and shown in figure, it is impossible to be interpreted as, it is necessary to particular order as illustrated or order successively It performs the operation or has to carry out the operation of all diagrams.Under particular case, multitasking has with simultaneously column processor Profit.Moreover, the separation of the multiple systems component of above-described implementation form it is not intended that, required in all implementation forms The separation, it is understood that, illustrated program assembly and system generally merge into single software product or can be with together It is packaged in multiple software product.
In this way, it in the present specification, is not intended to limit the present invention by the concrete term of proposition.Therefore, although ginseng The present invention is described in detail according to the embodiment described above, but if being possessed usually in the technical field of the invention The personnel of knowledge without departing from the scope of the invention, can be transformed the present embodiment, change and deform.
It should explain, the scope of the present invention is represented by the claims described below, and not by institute Detailed description is stated, the meaning and scope of claims and the form for having altered or deforming derived from its equivalent concepts are equal It is contained in scope of the presently claimed invention.
Possibility is utilized in industry
It is related to a kind of building management server, is related to a kind of following server：From the sensor in building or The devices receive information such as image collecting device, to being present in interior of building or external device based on the information received Control is carried out so as to be managed collectively to building.

Claims (9)

1. a kind of building management server, including：
First communication unit is used to carry out wired or wireless communication with gateway apparatus, and the gateway apparatus is from being arranged at building Sensor device receive information；
Electricity control unit receives ammeter examination information from gateway apparatus, if being contained in the electric meter reading amount in ammeter examination information More than the numerical value that has set, then to send power off command to gateway apparatus,
The architectural control server further includes：
Lighting control section receives fire sensing information, and the lighting point being included in fire sensing information from gateway apparatus Lamp order is sent to gateway apparatus, and the illumination lighting order, which to be located at, to be occurred away from fire within the distance that position has been set Illumination is opened, and the lighting control section is for sending illumination lighting order, and the illumination lighting order is so that be present in building The form that multiple illuminations in evacuation route inside object are lighted successively is controlled；
Elevator controlling portion if receiving emergency state information from gateway apparatus, sends numeric input buttons to gateway apparatus and carries For order, the numeric input buttons provide order for providing numeric input buttons, the electricity to the display window of elevator interior The prior device for displaying predetermined of the applicable destination layer of ladder, it is described so as to not provide numeric input buttons to the display window for being contained in elevator interior The prior device for displaying predetermined of destination layer is used to receive the input of the information of destination layer in advance.
2. building management server according to claim 1, further includes：
Water rate control portion receives water meter examination information from gateway apparatus, if being contained in the water meter reading amount in water meter examination information To be more than the numerical value that has set, then cut off the water supply order to gateway apparatus transmission.
3. building management server according to claim 1, further includes：
Gas quantity control unit receives gas meter, flow meter examination information from gateway apparatus, if being contained in the combustion in gas meter, flow meter examination information Gas meter reading amount is more than the numerical value set, then is sent to gateway apparatus and stop fuel gas supply order.
4. a kind of building management system, including：
Building management server according to claim 1；And
Gateway apparatus,
The gateway apparatus includes：
Power supply unit provides power supply to gateway apparatus；
Control unit carries out polynary control to gateway apparatus；
Storage part stores the required data of operation of gateway；
Interface portion, at least one receive is copied from electric meter-copy device, running water meter reader, warm water meter-copy device and gas meter reading device Table data, then by the data sending of reception to building management server；And
Input unit is operated to receive the input of data,
The power supply unit includes：
DC power supply portion (J24) provides DC power supply；
Fuse (F1), one side is connected with DC power supply；
First converter is connected with other sides of fuse；
Second converter is connected with other sides of fuse；And
3rd converter is connected with the second converter,
First converter is characterized in that, including：
Capacitor (C33) is connected with other sides of fuse (F1)；
Diode (D800), anode are connected other sides with fuse (F1)；
Buck converter (U6), No. 1 terminal are connected with the cathode of diode (D800)；
Capacitor (C34), one side are connected with No. 1 terminal of buck converter (U6), other sides and buck converter (U6) No. 5 terminals, No. 6 terminals and No. 3 terminals be connected；
Diode (D802), cathode are connected with No. 2 terminals of buck converter (U6), anode and buck converter (U6) No. 5 terminals, No. 6 terminals and No. 3 terminals are connected；
Inductor (L6), one side are connected with No. 2 terminals of buck converter (U6), other sides and buck converter (U6) No. 4 terminals are connected；
Capacitor (C32), one side are connected with No. 4 terminals of buck converter (U6), other sides and buck converter (U6) No. 5 terminals, No. 6 terminals and No. 3 terminals be connected；
Capacitor (C35), one side are connected with No. 4 terminals of buck converter (U6), other sides and buck converter (U6) No. 5 terminals, No. 6 terminals and No. 3 terminals be connected；And
Capacitor (C36), one side are connected with No. 4 terminals of buck converter (U6), other sides and buck converter (U6) No. 5 terminals, No. 6 terminals and No. 3 terminals be connected,
Second converter is characterized in that, including：
Capacitor (C38) is connected with other sides of fuse (F1)；
Diode (D801), anode are connected other sides with fuse (F1)；
Buck converter (U7), No. 1 terminal are connected with the cathode of diode (D801)；
Capacitor (C39), one side are connected with No. 1 terminal of buck converter (U7), other sides and buck converter (U7) No. 5 terminals, No. 6 terminals and No. 3 terminals be connected；
Diode (D803), cathode are connected with No. 2 terminals of buck converter (U7), anode and buck converter (U7) No. 5 terminals, No. 6 terminals and No. 3 terminals are connected；
Inductor (L7), one side are connected with No. 2 terminals of buck converter (U7), other sides and buck converter (U7) No. 4 terminals are connected；
Capacitor (C37), one side are connected with No. 4 terminals of buck converter (U7), other sides and buck converter (U7) No. 5 terminals, No. 6 terminals and No. 3 terminals be connected；
Capacitor (C40), one side are connected with No. 4 terminals of buck converter (U7), other sides and buck converter (U7) No. 5 terminals, No. 6 terminals and No. 3 terminals be connected；And
Capacitor (C41), one side are connected with No. 4 terminals of buck converter (U7), other sides and buck converter (U7) No. 5 terminals, No. 6 terminals and No. 3 terminals be connected,
3rd converter is characterized in that, including：
Capacitor (C42), one side are connected with the one side of capacitor (C41)；
Low-dropout regulator (U800), No. 3 terminals are connected with the one side of capacitor (C42)；And
Capacitor (C43), one side are connected with No. 2 of low-dropout regulator (U800) and No. 4 terminals,
The gateway apparatus further includes：
Timer exports current time to control unit,
The timer includes：
Oscillator (Y3)；
Real-time clock (U20), No. 1 terminal are connected with the one side of oscillator (Y3), other sides of No. 2 terminals and oscillator (Y3) Connection；
Battery (Bt1) is connected with No. 3 terminals of real-time clock (U20)；
Resistance (R174), other sides are connected with No. 7 terminals of real-time clock (U20)；
Resistance (R175), other sides are connected with No. 6 terminals of real-time clock (U20)；
Resistance (R176), other sides are connected with No. 5 terminals of real-time clock (U20)；
Transistor (Q24), source terminal are connected with No. 6 terminals of real-time clock (U20)；
Transistor (Q25), source terminal are connected with No. 5 terminals of real-time clock (U20)；
Resistance (R170), one side are connected with the gate terminal of transistor (Q24) and the gate terminal of transistor (Q25), other sides It is connected with the source terminal of transistor (Q25)；
Resistance (R171), one side are connected with the gate terminal of transistor (Q24) and the gate terminal of transistor (Q25), other sides It is connected with the source terminal of transistor (Q24)；
Resistance (R172), other sides are connected with the drain electrode end of transistor (Q24)；And
Resistance (R173), other sides are connected with the drain electrode end of transistor (Q25),
It further includes：
Contactless relay applies power supply to external equipment,
The contactless relay includes：
3 needle connectors (J7)；
Resistance (R37), other termination are connected with No. 2 terminals of 3 needle connectors (J7)；
Transistor (Q13), No. 3 terminals are connected with one end of resistance (R37)；
Resistance (R41), its one end are connected with No. 2 terminals of transistor (Q13)；And
Resistance (R39), other termination are connected with No. 2 terminals of transistor (Q13),
The interface is connected with door lock,
The control unit is controlled in the form of following：If it is inputted by the interface more than twice with being set on door lock The different number of password, the then so that LED light connected by contactless relay is lighted.
5. building management server according to claim 1, further includes：
Lighting control section, the illuminance information of the different zones of interior of building is received from gateway apparatus, if being contained in for spy The brightness for determining the illuminance information in region is the numerical value above and below set, then sends brightness regulation order to gateway apparatus, The brightness for being present in the illumination of specific region is adjusted in the brightness regulation order.
6. building management server according to claim 1, further includes：
Air Valve Control portion receives combustion gas perception information, and the closing gas being included in combustion gas perception information from gateway apparatus Valve order is sent to gateway apparatus, it is described close air valve order for close be located at the distance set away from gas leakage position with Interior air valve.
7. building management server according to claim 1, further includes：
Access door control unit, the access door that building entrance is received from gateway apparatus are opened and closed information, and the access door is being set In the case of the fixed time is open, is sent to gateway apparatus and close and lock the access door lock command of access door.
8. building management server according to claim 1, further includes：
Image store portion includes the image information of interior of building or external image from gateway apparatus reception, and to current The image and pervious image for receiving input are compared, so as to when object occurs mobile by for mobile image store in Other storage device.
9. building management server according to claim 1, further includes：
Parking management portion receives the information of vehicles into Entrance from gateway apparatus, and judges that the information of vehicles is No is the information of vehicles for the vehicle for being registered in building management server, if the vehicle letter of the vehicle registered The situation of breath, then send parking lot discrepancy breaker open command to gateway apparatus, and the parking lot discrepancy breaker opens life So that parking lot comes in and goes out, breaker opens for order.
CN201711090531.4A 2016-11-10 2017-11-08 Building management server Pending CN108076137A (en)

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KR1020160149376A KR101767449B1 (en) 2016-11-10 2016-11-10 Server for managing a building

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