CN207963946U - Intelligent indoor EMS - Google Patents
Intelligent indoor EMS Download PDFInfo
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- CN207963946U CN207963946U CN201820274862.7U CN201820274862U CN207963946U CN 207963946 U CN207963946 U CN 207963946U CN 201820274862 U CN201820274862 U CN 201820274862U CN 207963946 U CN207963946 U CN 207963946U
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Abstract
The utility model provides a kind of Intelligent indoor EMS, which includes host, indoor equipment, detection platform；The host is connect with indoor equipment by building internal wiring, and host exchanges information from the detection platform by the different wireless telecommunication system of SMS or 4G or 5G, and the indoor equipment passes through wireless telecommunication system transmission data and regulation and control indoor environment with detection platform.Advantageous effect, which is detecting system, can replace detection and regulation and control of the people to large-scale building each room progress indoor environment, both human cost is saved, Intelligentized regulating and controlling indoor environment improves automatic building control system reliability, and improves safety and the real-time of each item data of indoor environment.The Intelligent indoor EMS positions each detection room geography information by GIS map, passes through GPS positioning detection platform specific location.When detection platform not enough power supply is to complete Detection task next time, charge prompting is sent out by alarm.
Description
Technical field
The utility model is related to a kind of Intelligent indoor EMSs, belong to artificial intelligence and Indoor Environment Detection technology
Field, it is preferred that emphasis is Indoor Environment Detection technical field.
Background technology
With the continuous development of artificial intelligence, all in life all become intelligent, however in intelligent environment detection side
Face is but in the starting stage, and existing Indoor Environment Detection system is chiefly used in industrial production, and scale is smaller, artificial gathered data
Speed is slower, does not have comparativity for larger public building data, and existing Indoor Environment Detection system uses people
Work terminal acquires, not only time-consuming and laborious, cannot directly regulate and control to indoor environment, and can not ensure in public building room
The safety of environmental data and real-time also need to inevitably impact indoor occupant into room, therefore when detecting in addition
Urgently develop the Related product in the field.
Invention content
For the defect of the prior art functionally, the purpose of this utility model is to provide a kind of Intelligent indoor environment measuring system
System, it is safer, intelligent and reliable to solve the shortcoming of current public building Indoor Environment Detection.
To achieve the above object, the technical solution adopted in the utility model is to provide a kind of Intelligent indoor environment measuring system
System, indoor environment includes indoor air quality and acoustic environment, thermal environment and luminous environment；Wherein：The system includes that host, interior are set
Standby, detection platform；The host is connect with indoor equipment by building internal wiring, and host passes through SMS with the detection platform
Or the wireless telecommunication system exchange information that 4G or 5G is different, the indoor equipment are transmitted with detection platform by wireless telecommunication system
Data and regulation and control indoor environment.
The effect of the utility model is：
(1) the utility model can make detection platform replace people's data acquisition task, and work as by host computer control
When indoor environment needs regulation and control, whether inspection platform identification interior has human intervention, is not handled environment if having, if nothing
Then start corresponding adjusting device, i.e. the control hierarchy of people is higher than inspection platform.
(2) this system can carry out data acquisition in the case where not influencing indoor occupant work, and need not enter
Interior can acquire house data and regulate and control indoor environment.
(3) this system positions each room location by GIS GIS-Geographic Information System, while connection and present bit
Matched wireless communication networks are set to carry out data transmission.
(4) power supply mode that the host of this system, detection platform, indoor equipment are taken is not in because power-off makes data
The case where loss.
(5) detection platform of this system carries out missing judgement when carrying out data acquisition to data, makes the data of acquisition more
Add safe and reliable.
(6) host of this system is equipped with reset function so that the data of acquisition can be conserved, and will not be sent out because of host
It gives birth to failure and leads to shortage of data.
(7) detection platform of this system is equipped with fingerprint identification function, is executing, changes or releasing indoor environment inspection each time
It is required for greatly improving safety and the secrecy of public building Indoor Environment Detection data by finger print identifying when survey task
Property.
(8) this system items sensor is installed on interior, and detection platform only needs to pass by each room, does not interfere with interior
Staff can obtain indoor every environmental data, improve the speed and precision of acquisition.
Description of the drawings
Fig. 1 is the Intelligent indoor EMS overall structure block diagram of the utility model；
Fig. 2 is the main machine structure block diagram of the utility model；
Fig. 3 is the indoor equipment structure diagram of the utility model；
Fig. 4 is the detection platform structure diagram of the utility model；
Fig. 5 is the utility model Detection task overview flow chart；
Fig. 6 is the audit Detection task flow chart of the utility model；
Fig. 7 is the execution movement mission flow diagram of the utility model；
Fig. 8 is the execution matching network mission flow diagram of the utility model；
Fig. 9 is the data transfer task flow chart of the utility model；
Figure 10 is the execution data processing task flow chart of the utility model；
Figure 11 is the audit data integrity degree mission flow diagram of the utility model；
Figure 12 is the regulation and control central ventilation system flow chart of the utility model；
Figure 13 is the regulation and control indoor acoustical environment flow chart of the utility model；
Figure 14 is the regulation and control indoor thermal environment flow chart of the utility model；
Figure 15 is the regulation and control Interior Illumination Environment flow chart of the utility model；
Figure 16 is the utility model detection platform power supply flow chart；
Figure 17 is the utility model host, indoor equipment power supply flow chart.
In figure：
1. 11. path planning of host, 12. data processing 13. resets 14.SMS/4G/5G receiving terminals
15. 16. data storage of error logging, 17. running log 18.UPS power supplys, 2. indoor equipment
21. 213. window of adjusting device 211. air-conditioning, 212. lighting device, 214. fresh air system
215. humidifier, 216. air purifier, 22. sensor group, 221. temperature sensor
222. illuminance sensor, 223. fire detector 224.PM2.5/PM10 sensors
225. indoor air pollutants sensor, 226. noise transducer, 227. humidity sensor
228. Raindrop sensor, 24. infrared emission, reception device
25. 3. detection platform 31.CPU processors of wireless telecommunications emitter
32.GPS positioning, 33. wireless telecommunications reception device of GIS map module
34. 35. fingerprint identification module of data processing sort module, 36. hardware device, 361. camera
362. display screen, 363. power supply, 364. storage card, 365. alarm, 37. mobile system
371. driving motor, 372. IR evading obstacle sensors, 373 angular transducer
374. emergent 375. movements of arresting stop/flight instruments
Specific implementation mode
The Intelligent indoor EMS structure of the utility model is illustrated in conjunction with attached drawing.
The Intelligent indoor EMS is based on the detection for large public building indoor environment, and large size is public
Building room is more, and floor is higher, is such as differed greatly using artificial acquisition mode data time, because the invention can be in same a period of time
Between by data interlock, pass by acquisition one by one by inspection platform, not only saved human cost but also have good timeliness；It is certain big
Type public building such as office building, commercial building, tourism building, science, education, culture and hygiene's building, communication building, transportation class building etc.
Indoor environment data need good confidentiality, and this system needs to carry out fingerprint knowledge when checking, changing, delete work log
Not, therefore to data there is good safety；This system only needs a host, indoor equipment, detection platform to can be completed pair
The indoor environment measuring of large public building can also regulate and control indoor environment according to setting.
As shown in Fig. 1~Figure 17, the Intelligent indoor EMS includes host 1, indoor equipment 2, detection platform
3；The host 1 is connect with the indoor equipment 2 by building internal wiring, and the host 1 passes through with the detection platform 3
The communication systems such as SMS, 4G or 5G exchange information, and the indoor equipment 2 passes through wireless telecommunication system transmission data with detection platform 3
And regulation and control indoor environment；
The host 1 is built-in with 11 module of path planning, 12 module of data processing, 13 modules of reset, SMS/4G/5G and connects
Receiving end 14,15 module of error logging, 16 module of data storage, running log 17, ups power 18；The path planning 11 is used for
Detection and localization point is provided according to GIS map module for detection platform 3, the data processing 12, data storage 16 are used for detection
The data that platform 3 detects are handled, are stored, and the SMS/4G/5G receiving terminals 14 are for exchanging information, user with detection platform
The one of which such as SMS, 4G or 5G can be selected to use according to institute's dwelling places communication condition, 13 modules of the reset are used for host
The data of acquisition are protected when 1 system crash, then host 1 is resetted, the error logging 15, running log
17, for recording host 1 in the process of the execution task of detection platform 3, are convenient for later analysis and improvement, the ups power 18 to use
When alternating current irregular working, it is powered for host 1.
The indoor equipment 2 include adjusting device 21, sensor group 22, alarm 365, infrared emission, reception device 24,
Wireless telecommunications emitter 25, ups power 18；The adjusting device 21 include air-conditioning 211, lighting device 212, window 213,
Fresh air system 214, humidifier 215, air purifier 216 are used to realize to regulate and control indoor environment, the air-conditioning 211
Place circuit, 212 place circuit of lighting device, 213 place circuit of window, 214 place circuit of fresh air system, 215 institute of humidifier
In circuit, 216 place lines in parallel connection of air purifier, can run independently of each other；The sensor group 22 is passed including temperature
Sensor 221, illuminance sensor 222, fire detector 223, PM2.5/PM10 sensors 224, indoor air pollutants sensing
Device 225, noise transducer 226, humidity sensor 227, Raindrop sensor 228 are used to carry out indoor environment parameters
It measures, the temperature sensor 221, illuminance sensor 222, PM2.5/PM10 sensors 224, indoor air pollutants sensing
Device 225, noise transducer 226, humidity sensor 227 be mounted on indoor 0.75 meter away from ground and close to indoor central area (i.e.
Indoor diagonal line midpoint) at, preferred scheme is to be evenly arranged many places and take its mean value as control threshold, the detection
Device 223 is installed on indoor top, and the Raindrop sensor 228 is installed on outdoor at window；The alarm 365 is for working as
Different alarm signals is sent out when fire occurs or when the operation error of indoor equipment 2, human hair is gone out to prompt, the infrared emission,
Reception device 24, wireless telecommunications emitter 25 for establishing communication relations with detection platform 3, and are carried out by infrared facility
Data transmission and indoor envirobnmental control, the wireless telecommunication system 25 include Wi-Fi, ZigBee, three kinds of modes of bluetooth, when with
The higher Wi-Fi that long transmission distance, transmission rate can be selected fast of family their location quality of life, when user emphatically and low-power consumption
And when ad hoc network, it is proposed that selection ZigBee can select battery-powered bluetooth when user their location power supply instability
Technology, the ups power 18 are used for when alternating current irregular working, are powered for indoor equipment 2.
The detection platform 3 includes CPU processor 31, GPS positioning, GIS map module 32, infrared emission, reception device
24, wireless telecommunications reception device 33, data processing sort module 34, fingerprint identification module 35, hardware device 36, mobile system
37；The CPU processor 31 is used to play control action to detection platform 3, and the GPS positioning, GIS map module 32 are used for inspection
It surveys the positioning in real time of platform 3 and determines test point position, the infrared emission, reception device 24, wireless telecommunications reception device 33
For being wirelessly transferred with indoor equipment 2, the data that interior sensor group 22 measures are received, and control to adjusting device 21
System, the data categorization module 34 are used to handle indoor collected data, and the fingerprint identification module 35 is for examining
It surveys when platform 3 executes task each time and confirms execution, so that 3 task of detection platform is completed more safe and reliable, the hardware is set
Standby 36 include camera 361, display screen 362, power supply 363, storage card 364 etc., also alarm 365, the camera 361
Specific location is stopped for shooting record test point, the display screen 362 is for showing real time electrical quantity and residing detection and localization
Point number, the power supply 363 to detection platform 3 for being powered, it is proposed that the lighter weights batteries such as lithium battery are selected, it is described to deposit
Card storage 364 is for storing data, and when storage card low memory, newly-built gathered data task once adopts covering earliest
The data of collection, for sending out alarm signal when the operation error of detection platform 3, the mobile system 37 includes the alarm 365
Driving motor 371, IR evading obstacle sensors 372, angular transducer 373, emergent arresting stop 374, movement/flight instruments
375, the mobile system 37 is moved for controlling detection platform 3.
The test point of the indoor wireless telecommunications sent out and current GIS map positioning in the Intelligent indoor EMS
It corresponds, if incorrect link is to the wireless telecommunications in other rooms, automatic identification simultaneously disconnects reconnect, if can not still match
Connection, then it is to be repaired to feed back to host etc..
The detection platform 3 of the Intelligent indoor EMS is powered using built-in power 363, and passes through display
362 display remaining capacity of screen, charge prompting is sent out when electricity is relatively low；Indoor equipment 2 and host 1 are by UPS, that is, uninterrupted
Power supply power supply, when alternating current normal power supply, alternating current charges to the built-in power of UPS, indoor equipment 2 and host 1, works as alternating current
When stopping power supply, indoor equipment 2 is powered with host 1 by ups power at this time.When to prevent the loss of power accident occurs, data lack
It loses.
The indoor air pollutants sensor 225 of the Intelligent indoor EMS is sensed including volatile organic matter
Device, combustion product (SO2、NO2, CO, polycyclic aromatic hydrocarbon, formaldehyde etc.) sensor, all kinds of organic compounds (formaldehyde, benzene, toluene, second
Alcohol, chloroform etc.) sensor, bacterial virus (allergic reaction object, virus, the fungi easily grown at indoor moisture and microorganism etc.) pass
Sensor, user can select the classification of indoor air pollutants sensor according to present position and actual demand.
The utility model Intelligent indoor EMS function is realized in：
As shown in Figure 1, Intelligent indoor EMS is made of host 1, indoor equipment 2, detection platform 3, wherein main
Machine 1 is connect with indoor equipment 2 by building internal wiring, and host 1 is handed over detection platform 3 by communication systems such as SMS, 4G or 5G
Information is changed, indoor equipment 2 passes through wireless telecommunication system transmission data and regulation and control indoor environment with detection platform 3.
As described in Figure 2, host 1 is built-in with 11 module of path planning, 12 module of data processing, resets 13 modules, SMS/
4G/5G receiving terminals 14,15 module of error logging, 16 module of data storage, running log 17；Path planning 11 is used to put down for detection
Platform 3 provides detection and localization point, the number that data processing 12, data storage 16 are used to detect detection platform 3 according to GIS map module
According to being handled, stored, SMS/4G/5G receiving terminals 14 for exchanging information with detection platform, user can according to inhabitation position
It sets the one of which such as communication condition selection SMS, 4G or 5G to use, by acquisition when resetting 13 modules for 1 system crash of host
Data are protected, and are then resetted to host 1, and error logging 15, running log 17 are for recording host 1 in detection platform
3 execute the process of task, are convenient for later analysis and improvement；
As shown in figure 3, indoor equipment 2 includes adjusting device 21, sensor group 22, alarm 365, infrared emission, reception
Device 24, wireless telecommunications emitter 25；Adjusting device 21 includes air-conditioning 211, lighting device 212, window 213, fresh air system
214, humidifier 215, air purifier 216, be used to realize indoor environment is regulated and controled, fresh air system 214 by air-supply and
Exhaust system forms, and new wind turbine clean room outer space conductance is entered interior by supply air system, and exhaust system is by pipeline by room air
Discharge, when indoor air quality is bad, detection platform can regulate and control central ventilation system.Sensor group 22 includes temperature sensing
Device 221, illuminance sensor 222, fire detector 223, PM2.5/PM10 sensors 224, indoor air pollutants sensor
225, noise transducer 226, humidity sensor 227, Raindrop sensor 228 are used to survey indoor environment parameters
Amount sends out different alarm signals when alarm 365 is used for when fire occurs or the operation of indoor equipment 2 malfunctions, goes out to human hair
Prompt, infrared emission, reception device 24, wireless telecommunications emitter 25 for establishing communication relations with detection platform 3, and lead to
It crosses infrared facility to carry out data transmission and indoor envirobnmental control, wireless telecommunications emitter 25 includes Wi-Fi, ZigBee, bluetooth
Three kinds of modes, as the higher Wi-Fi that long transmission distance, transmission rate can be selected fast of user their location quality of life, when with
When family is focused on low-power consumption and ad hoc network, it is proposed that selection ZigBee can select to use when user their location power supply instability
Battery powered Bluetooth technology.
As shown in figure 4, detection platform 3 includes CPU processor 31, GPS positioning, GIS map module 32, infrared emission, connects
It receives module 24, wireless telecommunications reception device 33, data processing sort module 34, fingerprint identification module 35, hardware device 36, move
Dynamic system 37；CPU processor 31 is used to play control action to detection platform 3, and GPS positioning, GIS map module 32 are used for detection
The positioning in real time of platform 3 and determining test point position, the infrared emission, receiving module 24, wireless telecommunications reception device 33 are used
It is wirelessly transferred in indoor equipment 2, receives the data that interior sensor group 22 measures, and control to adjusting device 21
System, data categorization module 35 are used to handle indoor collected data, and the fingerprint identification module 35 is flat for detecting
Platform 3 confirms when executing task each time to be executed, and 3 task of detection platform is made to complete more safe and reliable, the hardware device 36
Including camera 361, display screen 362, power supply 363, storage card 364, alarm 365, camera 361 is for shooting record detection
Point stops specific location, and display screen 362 is for showing real time electrical quantity and residing detection and localization point number, and power supply 363 is for giving
Detection platform 3 is powered, it is proposed that and select the lighter weights batteries such as lithium battery, storage card 364 to be used to store data, when
When storage card low memory, newly-built gathered data task will cover the data once acquired earliest, and alarm 365 is flat for detecting
Alarm signal is sent out when the operation error of platform 3, mobile system 37 includes driving motor 371, IR evading obstacle sensors 372, angle biography
Sensor 373, emergent arresting stop 374, movement/flight instruments 375, mobile system 37 are moved for controlling detection platform 3
It is dynamic.
As shown in figure 5, Intelligent indoor EMS overall tasks flow chart receives Detection task from detection platform 3 and opens
Begin, audit Detection task need to be executed, when audit Detection task by after execute mobile task, then carried out with positioning spot net
Match, data transmission, data processing, audit data integrity degree, regulate and control indoor environment if necessary, then judges whether to reach most
Whole anchor point, if it is not, being then moved to next detection and localization point the tasks such as carries out data transmission, until final anchor point is reached,
It is back to host 1 and completes this Detection task.
As shown in fig. 6, detection platform 3 audits Detection task establishes this Detection task storage data according to the date first
File, then audits detection data type and whether detection anchor point is correct, if completing audit, this audit passes through,
Execute the next item down task.
As shown in fig. 7, detection platform 3 be moved to according to GPS positioning, GIS map module 32 when executing mobile task it is pre-
The detection and localization point first set determines whether final test point, if not after having executed data transmission, processing and integrity degree audit
It is then to be moved to next test point to execute Detection task, until reaching final anchor point, is back at host 1 and completes this shifting
Dynamic task.
As shown in figure 8, detection platform 3 needs and GPS positioning, 32 anchor point institute of GIS map module after reaching detection and localization point
Corresponding wireless telecommunications emitter 25 carries out matching connection, if wireless telecommunications emitter 25 and current detection and localization point be not right
It answers, then detection platform 3 disconnects current network connection, and error message is fed back to host 1, waits to be optimized and update.
As shown in figure 9, after detection platform 3 is corresponding with current detection and localization point wireless network, start data transfer task, this
When 22 data measured of interior sensor group, detection platform 3 is sent data to by indoor infrared transmitting, reception device 24
Infrared emission, reception device 24 complete this data acquisition transformation task.
As shown in Figure 10, detection platform 3 is after indoor acquisition data, by data storage into storage card 364, and will count
Filing arrangement is carried out according to according to categories of sensors, in order to intuitively analyze and use data.
As shown in figure 11, after detection platform 3 sorts data into filing arrangement, it is whether superfluous that data in each category table are detected
Remaining or missing, if data go wrong, error message is fed back to host 1 and empties this data weight by detection platform 3
It is new to receive, prevent Data duplication or redundancy.
As shown in figure 12, if indoor air pollutants sensor detection 225 is higher than preset value to indoor air pollutants,
Detection platform opens fresh air system 214 and air purifier 216 in current room, and by current room position and exceeded gas
Bulk concentration is sent to host 1 by SMS, 4G or 5G etc., prompts owner when exceeded gas concentration is not exceeded, closes fresh air system
214 and air purifier 216.
As shown in figure 13, if room noise sensor 226 detects that room noise is larger, detection platform 3 is by infrared
Transmitting, reception device 24 control indoor window 213 and are turned off, and current room position and situation are passed through SMS, 4G or 5G etc.
Feed back to host 1.
As shown in figure 14, if indoor temperature transmitter 221 detects indoor temperature not in current season hot comfort temperature
When in range, detect in room whether someone does not carry out air-conditioning 211 if someone and air-conditioning 211 is by human intervention first
Control, if someone and air-conditioning 211 not by human intervention, by infrared emission, reception device 24 by 211 temperature tune of air-conditioning
It is whole to current season preset temperature, 24 DEG C~26 DEG C of usual summer, 18 DEG C~20 DEG C of winter, if nobody is indoors, by red
Outer transmitting, reception device 24 close air-conditioning.If detection platform 3 regulates and controls air-conditioning 211, by current room position and feelings
Condition feeds back to host 1 by SMS, 4G or 5G etc..
As shown in figure 15, if illuminance sensor 222 detects indoor light intensity not in values, detection is flat
Platform 3 controls interior illuminator 212 by infrared emission, reception device 24 and sends out control curtain signal, until meeting illumination
Spend comfort value.Current room position and situation are then fed back into host 1 by SMS, 4G or 5G etc..
As shown in figure 16,3 electric quantity of power supply of detection platform is shown by display screen 362, when not enough power supply is to complete next time
When Detection task, 3 alarm 365 of detection platform sends out charge prompting, and owner is reminded to charge.
As shown in figure 17, if when alternating current normal power supply, host 1, indoor equipment 2 and ups power 18 are supplied by alternating current
Electricity；If being that host 1 and indoor equipment 2 are powered by already charged UPS18 power supplys when the abnormal power supply of alternating current.Ensure
This system will not be stopped because power-off etc. is unexpected.
Embodiment
1, indoor air pollutants sensor 225 can carry out selection increase and decrease according to actual demand.It is several than more typical group
It closes as follows：When building density of personnel is higher, it is proposed that gas concentration lwevel sensor is added；When interior is more because finishing retains
When volatile organic matter, it is proposed that VOCs concentration sensors are added；When building present position belongs to subtropical zone fabric of island-in-sea type weather, build
Bacterial virus sensor is added in view.
2, detection platform selects unmanned plane, intelligent patrol detection vehicle, handheld terminal, survey monitor according to the building actual conditions of detection
Device people etc..It is several as follows than more typical combination：When architecture storey is relatively low, at such as three layers or less, it is proposed that use intelligent patrol detection vehicle
As detection platform；When building compares aging, equipment is more backward, it is proposed that select handheld terminal as inspection platform；When building
It is serious by other signal interferences to build object present position, when being easy to influence unmanned plane during flying, it is not recommended that select unmanned plane as inspection
Platform；When building flow of the people is more, such as hospital, office building, it is proposed that select small volume crusing robot or nobody
Machine is as inspection platform.
3, wireless telecommunication system can carry out selection and without being limited thereto three according to different requirements from Wi-Fi, ZigBee, bluetooth
Kind.It is several as follows than more typical combination：Long transmission distance, transmission speed can be selected when user their location quality of life is higher
The fast Wi-Fi of rate；When user focuses on low-power consumption and ad hoc network, it is proposed that selection ZigBee；When user their location powers not
When stablizing, battery-powered Bluetooth technology can be selected.
4, information transmission mode can select one from SMS, 4G or 5G etc. between detection platform 3 and host 1.
5, camera 361 can according to specific requirement select shooting needed for record information, such as be added mobile route shooting or
Error logging shooting etc..
6, host 1 can select one of which with 2 power supply mode of indoor equipment from UPS or EPS：If working environment offsets
Suggest selection EPS power supplies when anti-system requirements is higher or needs energy conservation and environmental protection；If desired higher power supply quality, it is proposed that selection has
The UPS of inversion function powers.
Each room sensor of same time can be set when 7, acquiring by host 1 and synchronizes detection data, detection platform 3 connects
Receive the data that setting time sensor measures so that institute's gathered data retention time synchronizes, and avoids the feelings of data delay and missing
Condition occurs.
The above is only the preferred embodiment of the utility model, not imposed any restrictions to the utility model, every
According to the utility model technical spirit to any simple modification, change and equivalent structure transformation made by above example, still
Belong in the protection domain of technical solutions of the utility model.
Claims (8)
1. a kind of Intelligent indoor EMS, indoor environment includes indoor air quality and acoustic environment, the thermal environment and ring of light
Border；It is characterized in that：The system includes host (1), indoor equipment (2), detection platform (3)；The host (1) and indoor equipment
(2) it is connected by building internal wiring, host (1) and the detection platform (3) pass through the different wireless telecommunications of SMS or 4G or 5G
Systems exchange information, the indoor equipment (2) pass through wireless telecommunication system transmission data and controlling chamber inner ring with detection platform (3)
Border；
The host (1) is built-in with path planning (11) module, data processing (12) module, reset (13) module, SMS/4G/5G
Receiving terminal (14), error logging (15) module, data storage (16) module, running log (17), ups power (18)；The road
Diameter planning (11) module, data processing (12) module, data storage (16) block coupled in series connect to form branch one, the SMS/
4G/5G receiving terminals (14), error logging (15) module, running log (17) are connected in series to form branch two, reset (13) module,
Ups power (18) is connected in parallel with branch one, branch two, and it is internal that the ups power (18) is installed on host (1)；
The indoor equipment (2) includes adjusting device (21), sensor group (22), alarm (365), infrared emission, receives dress
Set (24), wireless telecommunications emitter (25), ups power (18)；The wireless telecommunications emitter (25), sensor group
(22), infrared emission, reception device (24), adjusting device (21), alarm (365) are sequentially connected in series, the indoor equipment
(2) it is connected in parallel with the ups power (18), the adjusting device (21) is installed on the indoor position convenient for being regulated and controled to environment
It sets, the sensor group (22) is installed on the indoor position convenient for each item data of measurement, the infrared emission, reception device (24)
It is mounted on the indoor position closer compared with corridor with wireless telecommunications emitter (25), convenient for carrying out signal with detection platform (3)
Transmission, the ups power (18) is installed on indoor edge bottom；
The detection platform (3) includes CPU processor (31), GPS positioning, GIS map module (32), infrared emission, receives dress
Set (24), wireless telecommunications reception device (33), data processing sort module (34), fingerprint identification module (35), hardware device
(36), mobile system (37)；The CPU processor (31), GPS positioning, GIS map module (32), fingerprint identification module (35),
Wireless telecommunications reception device (33), data processing sort module (34), infrared emission, reception device (24), hardware device (36),
Mobile system (37) is sequentially connected in series；The CPU processor (31) is installed on inside detection platform (3), the GPS positioning,
GIS map module (32), infrared emission, reception device (24), wireless telecommunications reception device (33), data processing sort module
(34), fingerprint identification module (35), mobile system (37) are all connected to the pin of CPU processor (31), the hardware device
(36) according to function mounting in the surface different location of detection platform (3).
2. Intelligent indoor EMS according to claim 1, it is characterized in that：The adjusting device (21) includes air-conditioning
(211), lighting device (212), window (213), fresh air system (214), humidifier (215), air purifier (216)；It is described
Circuit, fresh air system (214) institute are online where circuit, window (213) where circuit, lighting device (212) where air-conditioning (211)
Circuit is connected with each other composition adjusting device (21) where circuit, air purifier (216) where road, humidifier (215)；The biography
Sensor group (22) includes temperature sensor (221), illuminance sensor (222), fire detector (223), PM2.5/PM10 biographies
Sensor (224), indoor air pollutants sensor (225), noise transducer (226), humidity sensor (227), raindrop sensing
Device (228), the sensor group (22) is installed on the indoor position convenient for each item data of measurement, with to indoor environment parameters
It measures.
3. Intelligent indoor EMS according to claim 1, it is characterized in that：The hardware device (36) includes camera shooting
Head (361), display screen (362), power supply (363), storage card (364), alarm (365)；The camera (361) is fixedly mounted
In front of detection platform (3), the display screen (362) is fixedly installed in detection platform (3) top front, the power supply (363)
It is internal to be fixedly installed in detection platform (3), the storage card (364) is installed on detection platform (3) inside, the alarm
(365) it is installed on detection platform (3) top rear；The mobile system (37) includes driving motor (371), infrared obstacle avoidance sensing
Device (372), angular transducer (373), emergent arresting stop (374), movement/flight instruments (375), the driving motor
(371), movement/flight instruments (375) are installed below detection platform (3), and the IR evading obstacle sensors (372), angle pass
Sensor (373) is installed on lower end in front of detection platform (3), after the emergent arresting stop (374) is installed on detection platform (3)
Square lower end.
4. Intelligent indoor EMS according to claim 1, it is characterized in that：Wireless telecommunications in indoor equipment (2)
Emitter (25) is corresponded with the test point that the GPS positioning of detection platform, GIS map module (32) GIS map position.
5. Intelligent indoor EMS according to claim 2, it is characterized in that：The indoor air pollutants sensor
(225) include volatile organic matter sensor, combustion product sensor, organic compound sensor, bacterial virus sensor, use
Family carries out selection collocation according to present position and actual demand.
6. Intelligent indoor EMS according to claim 2, it is characterized in that：Indoor air pollutants sensor
(225) the combustion product sensor in is SO2、NO2, CO, one kind in polycyclic aromatic hydrocarbon combustion product.
7. Intelligent indoor EMS according to claim 2, it is characterized in that：Indoor air pollutants sensor
(225) the organic compound sensor in is one kind in formaldehyde, benzene, toluene, ethyl alcohol, chloroform organic compound.
8. Intelligent indoor EMS according to claim 2, it is characterized in that：Indoor air pollutants sensor
(225) fungi and microbial bacterial that the bacterial virus sensor in can easily be grown from allergic reaction object, virus, indoor moisture
One kind in virus.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108180948A (en) * | 2018-02-26 | 2018-06-19 | 天津城建大学 | Intelligent indoor EMS |
| CN113848778A (en) * | 2021-09-15 | 2021-12-28 | 中通服慧展科技有限公司 | Human-computer interaction system for prohibiting smoking in 5G communication exhibition hall |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108180948A (en) * | 2018-02-26 | 2018-06-19 | 天津城建大学 | Intelligent indoor EMS |
| CN113848778A (en) * | 2021-09-15 | 2021-12-28 | 中通服慧展科技有限公司 | Human-computer interaction system for prohibiting smoking in 5G communication exhibition hall |
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