CN201965477U - Comprehensive building information management system - Google Patents

Comprehensive building information management system Download PDF

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Publication number
CN201965477U
CN201965477U CN201120034178XU CN201120034178U CN201965477U CN 201965477 U CN201965477 U CN 201965477U CN 201120034178X U CN201120034178X U CN 201120034178XU CN 201120034178 U CN201120034178 U CN 201120034178U CN 201965477 U CN201965477 U CN 201965477U
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China
Prior art keywords
monitoring
processing unit
core processing
unit
steering order
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CN201120034178XU
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Chinese (zh)
Inventor
孔金学
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海南义利达高新技术实业有限公司
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Publication of CN201965477U publication Critical patent/CN201965477U/en

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Abstract

The utility model provides a comprehensive building information management system, which comprises a fire linkage monitoring unit, a public infrastructure monitoring unit, a security monitoring unit, a water leakage and gas leakage monitoring unit, an environmental quality monitoring unit, a management control unit, a core processing unit and an alarm monitoring and management unit, wherein the fire linkage monitoring unit is used for acquiring smoke and fire detection information; the public infrastructure monitoring unit is used for acquiring the working status information of public infrastructure; the security monitoring unit is used for acquiring the monitoring data of security monitoring equipment; the water leakage and gas leakage monitoring unit is used for acquiring detection information indicating the water/gas leakage of water/gas supply equipment; the environmental quality monitoring unit is used for acquiring environmental quality detection information; the management control unit is used for receiving the control commands of a user and transmitting the control commands to the core processing unit; the core processing unit forwards the detection information and the alarm information of the monitoring units to the management control unit and forwards the control commands of the management control unit to designated monitoring units to control corresponding building equipment to work; and the alarm monitoring and management unit is used for selecting alarm types according to the incident level of alarm information.

Description

Building information comprehensive management system
Technical field
The utility model relates to electronic information technical field, relates in particular to a kind of building information comprehensive management system that can be integrated.
Background technology
Traditional building information management system only can realize one or more functions in the functions such as network monitoring, distribution monitor, plumbing monitoring, air conditioning monitoring, heat supply monitoring, illumination monitoring and elevator monitoring of building, can not utilize mobile devices such as mobile phone that the state of building environment is monitored in real time; Do not insert GPRS and 3G cordless communication network, do not possess GPRS and 3G communication function; Do not possess the fire-fighting link monitoring function; Do not possess the safety precaution function; Do not possess and leak and the monitoring function of principal fault; Do not possess the voice communication monitoring function; Do not possess the monitor cable function; Do not possess the background music monitoring function.
The utility model content
(1) technical matters that will solve
The technical problems to be solved in the utility model is how to realize that a kind of multiple functions such as monitoring (comprising video monitoring, gate inhibition and parking lot monitoring), the monitoring of building voice communication, building monitor cable, the monitoring of building background music of taking precautions against in conjunction with the monitoring of building fire-fighting link, building safety are in the building information management system of one.
(2) technical scheme
For solving the problems of the technologies described above, the technical solution of the utility model provides a kind of building information comprehensive management system, and this system comprises: management control unit, core processing unit, communication unit, data storage cell, the monitoring unit that leaks and leak gas, fire-fighting link monitoring unit, safety monitoring unit, common base monitoring of tools unit and alarming and managing unit; Wherein,
Described management control unit is connected with described core processing unit by described communication unit, is used for receiving management personnel's steering order and sends to described core processing unit;
Described core processing unit receives detection information and/or monitor data and/or the warning message that each monitoring unit sends, and sends to management control unit as required; And, receive steering order that described management control unit sends and the monitoring unit that is transmitted to appointment;
The described monitoring unit that leaks and leak gas is connected with described core processing unit, be used to obtain characterize and supply water in the building and steam line leaks or the detection information of gas leak phenomenon, and respond described detection information to described core processing unit transmission warning message, close corresponding fault valve simultaneously;
Described fire-fighting link monitoring unit is connected with described core processing unit, is used to obtain the detection information of pyrotechnics pick-up unit, and sends alerting signal according to described detection information to described core processing unit; And, be used to receive the steering order of described core processing unit, and transmit control signal to corresponding fire fighting equipment according to described steering order;
Described safety monitoring unit is connected with described core processing unit, is used to obtain the monitor data of safety monitoring equipment and sends to described core processing unit; And, be used to receive the steering order of described core processing unit, and transmit control signal to corresponding security protection equipment according to described steering order;
Described common base monitoring of tools unit is connected with described core processing unit, be used to obtain the detection information that characterizes the common base equipment working state, generate warning message according to described detection information, and described warning message and/or detection information are sent to described core processing unit; And, be used to receive the steering order of described core processing unit, and transmit control signal to corresponding common base equipment according to described steering order;
Described environmental quality monitoring unit is connected with described core processing unit, be used to obtain the detection information of temperature, Humidity regulating equipment and air quality conditioning equipment in the building, generate warning message according to described detection information, and described warning message and/or detection information are sent to described core processing unit; And, be used to receive the steering order of described core processing unit, and transmit control signal to corresponding temperature, humidity and air quality conditioning equipment according to described steering order;
Described alarming and managing unit is connected with described core processing unit, is used for the rank selection type of alarm generation alerting signal according to the alert event of described warning message, and offers managerial personnel.
Preferably, described common base monitoring of tools unit further comprises:
For the distribution monitor subelement, be connected with power supplying and distributing equipment and monitoring device thereof in the building, be used to obtain voltage, the current sampling data of described power supplying and distributing equipment, generate warning message according to described sampled data, and described sampled data is sent to described core processing unit with described warning message; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding power supplying and distributing equipment according to described steering order;
Plumbing monitoring subelement, be connected with plumbing equipment and monitoring device thereof in the building, obtain the sample information of the water level that characterizes described plumbing equipment, hydraulic pressure, flow by described monitoring device, generate warning message according to described sample information, and described sample information and described warning message are sent to described core processing unit together; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding plumbing equipment according to described steering order; And,
The illumination monitoring subelement, be connected with building lighting equipment and monitoring device thereof, obtain the sample information that characterizes the light fixture duty by described monitoring device, generate warning message according to described sample information, and described warning message and/or described sample information are sent to described core processing unit; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding lighting installation according to described steering order;
The elevator monitoring subelement, be connected with lift facility and monitoring device thereof in the building, obtain the sample information that characterizes described elevator operation by described monitoring device, generate warning message according to described sample information, and described warning message and/or described sample information are sent to described core processing unit; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding lift facility according to described steering order.
Preferably, described environmental quality monitoring unit further comprises:
The air conditioning monitoring subelement, be connected with air-conditioning equipment and monitoring device thereof in the building, obtain the parameter that characterizes the operation of air conditioner situation by described monitoring device, generate warning message, and described warning message and/or described parameter are sent to described core processing unit according to described parameter; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding air-conditioning equipment according to described steering order, with remote on-off or modification air-conditioning parameter is set;
Heating monitoring subelement, be connected with heating boiler equipment and monitoring device thereof in the building, obtain the on-site parameters that characterizes boiler operating state by described monitoring device, generate warning message, and described warning message and/or described parameter are sent to described core processing unit according to described parameter; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding air-conditioning equipment according to described steering order, with remote on-off or modification boiler parameter is set;
New wind and air draft monitoring subelement are connected with outlet and inlet damper control in the building; Respond the steering order that described core processing unit sends, send to described outlet and inlet air door and open and/or the closing control signal.
Preferably, described system also comprises: sound video device monitoring unit, be connected with speech communication equipment and video equipment in described core processing unit, the building, be used to obtain the detection information of described speech communication equipment and video equipment duty, and send it to described core processing unit; And, receive the steering order of described core processing unit, and transmit control signal to corresponding speech communication equipment and video equipment according to described steering order;
Preferably, described system also comprises: radio unit; Audio-frequence player device in described radio unit and described core processing unit and the building is connected, and is used to receive the steering order of described core processing unit, and controls described audio-frequence player device according to described steering order and play corresponding audio-frequency information.
Preferably, described system also comprises: data storage cell; Described data storage cell is connected with described core processing unit, is used to store warning message and/or detection information and/or the data that described core processing unit is obtained by each monitoring unit place.
Preferably, described management control unit is a server, and described communication unit is a network communication module.
Preferably, described management control unit is a mobile phone, and described communication unit is GPRS and/or 3G communication module.
(3) beneficial effect
Compared with prior art, has following advantage according to building information comprehensive management of the present utility model system: realized the integrated comprehensive management that building automatic controls, fire-fighting link, safety precaution, communication system and background music are play; Can realize the remote monitoring of building system and monitoring in real time; Can realize the remote monitoring of building system and monitoring in real time, to improve the energy-saving efficiency of building system.
Description of drawings
Fig. 1 is a structural representation of the present utility model.
Embodiment
The building information comprehensive management system that the utility model proposes is described as follows in conjunction with the accompanying drawings and embodiments.
As shown in Figure 1, mainly comprise according to building information comprehensive management of the present utility model system: management control unit, core processing unit, communication unit, the monitoring unit that leaks and leak gas, fire-fighting link monitoring unit, safety monitoring unit, common base monitoring of tools unit, environmental quality monitoring unit and alarming and managing unit.Further, it can also comprise: data storage cell, sound video device monitoring unit and radio unit.
Core processing unit of the present utility model is the core apparatus of building information comprehensive management of the present utility model system, it possesses data transmit-receive and memory function: be connected with above-mentioned each monitoring unit by LAN (Local Area Network), receive that each monitoring unit sends with building inside and outside security protection state, security against fire in the building, the gas leakage situation of leaking in the building, building public infrastructure duty (for example, heating, power supply, supply water, air feed, illumination, elevator operation etc.), the building environmental quality (for example, temperature, humidity, harmful gas concentration etc.), detection information and/or data and/or warning message that building sound video device (for example communication apparatus and/or CATV (cable television) etc.) duty is relevant, and will need canned data and data to send to management control unit; And, to the monitoring and/or the monitoring means sending controling instruction of appointment, with relevant device action inside and outside the control building.
Management control unit of the present utility model is connected with core processing unit by communication unit, accepts various data messages, record and failure message that core processing unit sends, and presents for managerial personnel by the mode of literal, image, video; And, provide the alerting signal of forms such as acousto-optic, the page for managerial personnel, so that managerial personnel monitor the running status of ambient condition, safe condition and all building equipments and the facility of building system in real time.Simultaneously, management control unit can also be accepted managerial personnel's steering order, and by communication unit these steering orders is sent to core processing unit equally.In the specific implementation process, management control unit of the present utility model can be for being arranged at the server of Surveillance center; Replacedly, management control unit of the present utility model can also be various portable mobile apparatus, for example, mobile phone, make managerial personnel can realize the mobile office of monitoring, monitor the ambient condition and the safe condition of building system whenever and wherever possible, and in time receive fault alarm information while patrolling, obtain abort situation accurately, increase work efficiency.In addition, the monitor supervision platform of server or mobile phone can store lead, signal wire connection layout and the installation site of each system of building light current, and corresponding inquiry and the function of browse of providing, and makes things convenient for inquiry and the maintenance of user to whole building numerical data.
Communication unit of the present utility model is used to realize communicating by letter between management control unit and the core processing unit.Wherein, when management control unit was server, this communication unit was a network communication module; When management control unit was portable mobile apparatus, this communication unit was GPRS or 3G communication module.
The monitoring unit that leaks and leak gas of the present utility model exercises supervision to the water supply of building and the security situation of steam line, as water or rock gas/gas leakage take place, then in time reports to the police to core processing unit.Particularly, this unit is connected with the monitoring device that leaks and leak gas of setting in the building, obtain to characterize and supply water in the building and steam line leaks or the detection information of gas leak phenomenon (comprise leak or leak gas location position information), and respond this detection information to described core processing unit transmission warning message, close corresponding fault valve simultaneously.Wherein, the monitoring device that leaks and leak gas can be leakage sensor and harmful gas sensor.
Fire-fighting link monitoring unit of the present utility model is connected with pyrotechnics pick-up unit, lightning protection device and the fire fighting equipment of setting in core processing unit, the building, be used to obtain the detection information of pyrotechnics pick-up unit and lightning protection device, and send alerting signal to core processing unit according to detection information; And, be used to receive the steering order of core processing unit, and transmit control signal to corresponding fire fighting equipment according to steering order.Wherein, the pyrotechnics monitoring device can be for being arranged at the pyrotechnics sensor at diverse location place in the buildings, the fire-fighting link monitoring unit to the pyrotechnics sensor to information confirm that the back generates warning message, sends to core processing unit with warning message simultaneously.At this moment, core processing unit will respond this warning message, return steering order; The fire-fighting link monitoring unit transmits control signal to control its action to corresponding fire fighting equipment according to this steering order, for example, closes air-conditioning automatically, and the opened smoke-discharging device starts firemen's lift etc.Preferably, after receiving warning message, core processing unit also will be evacuated the crowd so that radio unit is play urgent broadcast to the radio unit sending controling instruction.
Safety monitoring of the present utility model unit is connected with core processing unit, inside and outside safety monitoring equipment and the security protection equipment that is provided with of building, is used to obtain the monitor data of safety monitoring equipment, and monitor data is sent to described core processing unit; And, be used to receive the steering order of core processing unit, and transmit control signal to corresponding security protection equipment according to steering order, realize gate inhibition's safety management, vehicle room entry/exit management, toll administration, theft management etc. thus.Wherein, safety monitoring equipment comprises: equipment such as entrance guard device (for example, fingerprint instrument, ID reader etc.), video monitoring apparatus (for example, camera), infrared supervising device; Monitor data comprises: gate inhibition's information, video monitoring data, parking lot management data etc.; Security protection equipment comprises: sub-district security door, cell unit security door, the current device in gateway, parking lot, warning device etc.Core processing unit can comprise to the steering order that security protection equipment sends by the safety monitoring unit: gate inhibition's blockade and warning when transfiniting, a plurality of security couplet on the door move, the parking lot goes out, goes into to forbid etc.Monitor data and the control security protection equipment corresponding actions of safety monitoring unit by gathering above-mentioned watch-dog realizes surrounding enviroment to building, the charge and the safety management in personnel's turnover and parking lot.
Common base monitoring of tools of the present utility model unit is connected with core processing unit, building common base equipment and monitoring device thereof, be used to obtain detection information and/or the data that characterize building common base equipment working state, generate warning message according to this detection information and/or data, warning message and/or detection information and/or data are sent to core processing unit, and be transmitted to management control unit by core processing unit; And, be used to receive the steering order of core processing unit, and transmit control signal to corresponding common base equipment according to steering order.Wherein, building common base equipment comprises: elevator, power-supply unit, water supply line, steam line, drainage pipeline, light fixture, garden watering appliance etc.
In the specific implementation process, the monitoring of power supplying and distributing equipment is by realizing that for the distribution monitor subelement with voltage, electric current, the power rating to building system, and the information such as power supply situation of equipment are monitored in the building.Power supplying and distributing equipment and power supplying and distributing equipment monitoring device in this subelement and the building are connected.Wherein, power supplying and distributing equipment comprises high and low pressure distribution system, generator, UPS main frame and battery etc.; The power supplying and distributing equipment monitoring device comprises various voltages, current sensor and mutual inductor; What monitor the subelement collection is the sample information of these monitoring devices.When sample information shows the power-supply unit abnormal state (for example, the generator oil level is unusual, power supply-distribution system transfinites, tripping operation etc.), to generate warning message automatically for the distribution monitor subelement, sample information and warning message are sent to core processing unit, and be transmitted to management control unit by core processing unit.Simultaneously, can also transmit control signal to power supplying and distributing equipment according to the steering order that core processing unit sends for the distribution monitor subelement.
In the specific implementation process, the monitoring of plumbing equipment is realized by plumbing monitoring subelement in the building.Plumbing equipment (inlet channel, drainage pipeline) and plumbing monitoring device in this subelement and the building are connected.Wherein, the plumbing monitoring device comprises various water levels, hydraulic pressure, flow sensor; What the subelement collection was monitored in plumbing is the sample information of these monitoring devices.When sample information is shown to, draining is unusual (for example, water level, hydraulic pressure, Traffic Anomaly) time, plumbing monitoring subelement will generate warning message automatically, these sample information and warning message be sent to core processing unit, and be transmitted to management control unit by core processing unit.Simultaneously, the plumbing monitoring subelement steering order that can also send according to core processing unit is to transmitting control signal to, drainage equipment.
In the specific implementation process, the monitoring of building intraoral illumination equipment is realized by the illumination monitoring subelement.(for example: the light fixture sub-district Landscape Lighting) and illumination monitoring device are connected for this subelement interior with building (comprising the public domain illumination) or building periphery.Wherein, the illumination monitoring device comprises: various voltages, current sensor, mutual inductor and illuminance sensor.The collection of illumination monitoring subelement be the sample information of these sensors.When the sample information display lighting is unusual, the illumination monitoring subelement will generate warning message (warning message will comprise the position of the light fixture that breaks down) automatically, these sample information and warning message are sent to core processing unit, and be transmitted to management control unit by core processing unit.Simultaneously, the illumination monitoring subelement can also transmit control signal to light fixture according to the steering order that core processing unit sends, corresponding lighting installation is carried out sequential control and/or light intensity, illumination adjusting, realize time control, administration of energy conservation and the Long-distance Control etc. of light thus.
In the specific implementation process, the monitoring of lift facility is realized by the elevator monitoring subelement in the building, with monitoring and the management to the building elevator running status, and takes place in time to report to the police when unusual at elevator.This subelement is connected with lift facility and elevator monitoring device, with the running status of monitoring elevator, transmits operation information at any time, the floor of demonstration elevator, start and stop etc.Wherein, the elevator monitoring device comprises: voltage, current sensor and mutual inductor.The collection of elevator monitoring subelement be the sample information of these sensors.When sample information shows elevator faults, the elevator monitoring subelement will generate warning message automatically, these sample information and warning message be sent to core processing unit, and be transmitted to management control unit by core processing unit.Simultaneously, the elevator monitoring subelement can also transmit control signal to lift facility according to the steering order that core processing unit sends.
In the specific implementation process, the monitoring of garden watering appliance is realized by garden pouring control sub unit in the building.Pouring control sub unit in garden is connected with core processing unit, and according to the steering order that core processing unit is sent here, watering appliance transmits control signal to building periphery garden, to realize the pouring control to building periphery garden flowers and plants.
Environmental quality monitoring unit of the present utility model is used to realize the monitoring to environmental qualities such as temperature, humidity and air quality in the building.This unit further comprises air conditioning monitoring subelement, heating monitoring subelement and new wind and air draft monitoring subelement, is connected with environmental quality conditioning equipment such as air-conditioning system, boiler plant, new wind and exhaust system and monitoring device thereof in the building respectively.Wherein, monitoring device comprises temperature sensor, humidity sensor and gaseous mass sensor (being used to measure the concentration of harmful gases such as building carbon monoxide, carbon dioxide and formaldehyde) etc.The collection of environmental quality monitoring unit be the sample information of these sensors, to monitor the ruuning situation and the various on-site parameters of boiler, monitor the operational factor of operation of air conditioner situation and each parts etc., or monitor air quality in the building.When sample information (for example shows air-conditioning equipment or heating equipment operation exception, temperature drift/low, humidity are high/low partially) or air quality is unusually (for example, harmful gas concentration exceeds health standard limit etc.) time, the environmental quality monitoring unit will generate warning message automatically, these sample information and warning message are sent to core processing unit, and be transmitted to management control unit by core processing unit.Simultaneously, environmental quality monitoring subelement can also transmit control signal to air-conditioning and boiler plant according to the steering order that core processing unit sends, so that corresponding air-conditioning and heating equipment are carried out remote on-off, revise operations such as parameter is set, to regulate air temperature, humidity; Or, open new wind, exhaust system, control outlet and inlet air door enters fresh air, reduces the concentration of building harmful gas, to regulate the building air quality.
Building information comprehensive management of the present utility model system also further comprises the alarming and managing unit, will obtain the warning message that core processing unit receives by being connected with core processing unit, provides different type of alarms according to the alert event rank.Wherein, local type of alarm comprises page warning (that is: by reporting to the police as the server of management control unit or the display screen display message of portable terminal), sound and light alarm; The remote alarms mode comprises SMS alarm, telephone call etc.
In addition, the utility model can also possess sound video device monitoring unit.Described sound video device monitoring unit further comprises voice communication monitoring subelement and monitor cable subelement, is respectively applied for monitoring and the management of realization to speech communication equipment and cable television appliances in the building.
Particularly, sound communication monitoring subelement is used to realize the management of voice communication systems such as telephonic communication, speech talkback in the building.It obtains the detection information of sign voice communication equipment working state and the steering order that core processing unit sends; Detection information is sent to core processing unit; And the steering order that sends according to core processing unit transmits control signal to voice communication equipment.
Particularly, the monitor cable subelement is used to realize the monitoring and the management of cable television system in the building; It obtains the monitoring information of sign cable television appliances duty and the steering order that core processing unit sends; Detection information is sent to core processing unit; And the steering order that sends according to core processing unit transmits control signal to cable television appliances.
Data storage cell of the present utility model is connected with core processing unit, is used to store all steering order information, failure message, the warning message of building information comprehensive management system, detection, monitoring information.
The utility model can also possess radio unit.Described radio unit can be separately for building provide background music or broadcast message that some are necessary, and can link to each other by core processing unit and aforementioned network communication module or GPRS and 3G communication module, realize the function of playing network music.Under the daily state, radio unit is play common background music or estate management notice etc.; In particular cases, for example, when radio unit knows that according to the instruction of core processing unit transmission fire or other dangerous situations take place, can background music be switched to urgent broadcasts such as accident, fire alarm evacuation, rescue, commander by transmitting control signal to audio-frequence player device, evacuate with notice and commanding, guarantee personal security.
Above embodiment only is used to illustrate the utility model; and be not to restriction of the present utility model; the those of ordinary skill in relevant technologies field; under the situation that does not break away from spirit and scope of the present utility model; can also make various variations and modification; therefore all technical schemes that are equal to also belong to category of the present utility model, and scope of patent protection of the present utility model should be defined by the claims.

Claims (8)

1. building information comprehensive management system, it is characterized in that described system comprises: management control unit, core processing unit, communication unit, data storage cell, the monitoring unit that leaks and leak gas, fire-fighting link monitoring unit, safety monitoring unit, common base monitoring of tools unit and alarming and managing unit; Wherein,
Described management control unit is connected with described core processing unit by described communication unit, is used for receiving management personnel's steering order and sends to described core processing unit;
Described core processing unit receives detection information and/or monitor data and/or the warning message that each monitoring unit sends, and sends to management control unit as required; And, receive steering order that described management control unit sends and the monitoring unit that is transmitted to appointment;
The described monitoring unit that leaks and leak gas is connected with described core processing unit, be used to obtain characterize and supply water in the building and steam line leaks or the detection information of gas leak phenomenon, and respond described detection information to described core processing unit transmission warning message, close corresponding fault valve simultaneously;
Described fire-fighting link monitoring unit is connected with described core processing unit, is used to obtain the detection information of pyrotechnics pick-up unit, and sends alerting signal according to described detection information to described core processing unit; And, be used to receive the steering order of described core processing unit, and transmit control signal to corresponding fire fighting equipment according to described steering order;
Described safety monitoring unit is connected with described core processing unit, is used to obtain the monitor data of safety monitoring equipment and sends to described core processing unit; And, be used to receive the steering order of described core processing unit, and transmit control signal to corresponding security protection equipment according to described steering order;
Described common base monitoring of tools unit is connected with described core processing unit, be used to obtain the detection information that characterizes the common base equipment working state, generate warning message according to described detection information, and described warning message and/or detection information are sent to described core processing unit; And, be used to receive the steering order of described core processing unit, and transmit control signal to corresponding common base equipment according to described steering order;
Described environmental quality monitoring unit is connected with described core processing unit, be used to obtain the detection information of temperature, Humidity regulating equipment and air quality conditioning equipment in the building, generate warning message according to described detection information, and described warning message and/or detection information are sent to described core processing unit; And, be used to receive the steering order of described core processing unit, and transmit control signal to corresponding temperature, humidity and air quality conditioning equipment according to described steering order;
Described alarming and managing unit is connected with described core processing unit, is used for the rank selection type of alarm generation alerting signal according to the alert event of described warning message, and offers managerial personnel.
2. building information comprehensive management as claimed in claim 1 system is characterized in that described common base monitoring of tools unit further comprises:
For the distribution monitor subelement, be connected with power supplying and distributing equipment and monitoring device thereof in the building, be used to obtain voltage, the current sampling data of described power supplying and distributing equipment, generate warning message according to described sampled data, and described sampled data is sent to described core processing unit with described warning message; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding power supplying and distributing equipment according to described steering order;
Plumbing monitoring subelement, be connected with plumbing equipment and monitoring device thereof in the building, obtain the sample information of the water level that characterizes described plumbing equipment, hydraulic pressure, flow by described monitoring device, generate warning message according to described sample information, and described sample information and described warning message are sent to described core processing unit together; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding plumbing equipment according to described steering order; And,
The illumination monitoring subelement, be connected with building lighting equipment and monitoring device thereof, obtain the sample information that characterizes the light fixture duty by described monitoring device, generate warning message according to described sample information, and described warning message and/or described sample information are sent to described core processing unit; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding lighting installation according to described steering order;
The elevator monitoring subelement, be connected with lift facility and monitoring device thereof in the building, obtain the sample information that characterizes described elevator operation by described monitoring device, generate warning message according to described sample information, and described warning message and/or described sample information are sent to described core processing unit; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding lift facility according to described steering order.
3. building information comprehensive management as claimed in claim 1 system is characterized in that described environmental quality monitoring unit further comprises:
The air conditioning monitoring subelement, be connected with air-conditioning equipment and monitoring device thereof in the building, obtain the parameter that characterizes the operation of air conditioner situation by described monitoring device, generate warning message, and described warning message and/or described parameter are sent to described core processing unit according to described parameter; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding air-conditioning equipment according to described steering order, with remote on-off or modification air-conditioning parameter is set;
Heating monitoring subelement, be connected with heating boiler equipment and monitoring device thereof in the building, obtain the on-site parameters that characterizes boiler operating state by described monitoring device, generate warning message, and described warning message and/or described parameter are sent to described core processing unit according to described parameter; And, receive the steering order that described core processing unit sends, and transmit control signal to corresponding air-conditioning equipment according to described steering order, with remote on-off or modification boiler parameter is set;
New wind and air draft monitoring subelement are connected with outlet and inlet damper control in the building; Respond the steering order that described core processing unit sends, send to described outlet and inlet air door and open and/or the closing control signal.
4. building information comprehensive management as claimed in claim 1 system, it is characterized in that, described system also comprises: sound video device monitoring unit, be connected with speech communication equipment and video equipment in described core processing unit, the building, be used to obtain the detection information of described speech communication equipment and video equipment duty, and send it to described core processing unit; And, receive the steering order of described core processing unit, and transmit control signal to corresponding speech communication equipment and video equipment according to described steering order.
5. building information comprehensive management as claimed in claim 1 system is characterized in that described system also comprises: radio unit; Audio-frequence player device in described radio unit and described core processing unit and the building is connected, and is used to receive the steering order of described core processing unit, and controls described audio-frequence player device according to described steering order and play corresponding audio-frequency information.
6. building information comprehensive management as claimed in claim 1 system is characterized in that described system also comprises: data storage cell; Described data storage cell is connected with described core processing unit, is used to store warning message and/or detection information and/or the data that described core processing unit is obtained by each monitoring unit place.
7. as any described building information comprehensive management system among the claim 1-6, it is characterized in that described management control unit is a server, and described communication unit is a network communication module.
8. as any described building information comprehensive management system among the claim 1-6, it is characterized in that described management control unit is a mobile phone, and described communication unit is GPRS and/or 3G communication module.
CN201120034178XU 2011-01-31 2011-01-31 Comprehensive building information management system CN201965477U (en)

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Cited By (10)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102063116A (en) * 2011-01-31 2011-05-18 海南义利达高新技术实业有限公司 Building information total management system and method
CN102541007A (en) * 2011-12-31 2012-07-04 深圳市中兴昆腾有限公司 Monitoring alarm optimization system
CN103176463A (en) * 2013-03-20 2013-06-26 天津市鑫悦消防工程有限公司 Intelligent security and protection and fire extinguishing system
CN103716314A (en) * 2013-12-25 2014-04-09 新疆鸿立信安防科技有限公司 Integrated using method of residence, housing estate and community security sensing field bus system
CN104296321A (en) * 2014-10-17 2015-01-21 成都四为电子信息股份有限公司 Station house central air-conditioning control system and method
CN105549656A (en) * 2015-12-17 2016-05-04 天津市安佳信科技发展股份有限公司 Security system of intelligent buildings
CN106774189A (en) * 2016-11-23 2017-05-31 华北科技学院 A kind of remote control intelligent building monitoring system
CN107255965A (en) * 2017-06-19 2017-10-17 安徽鼎信科技集团有限公司 Intelligent building monitoring system based on power carrier
CN109508060A (en) * 2019-01-28 2019-03-22 湖南晟凯信息科技有限公司 A kind of Itellectualized uptown monitoring system
CN110442171A (en) * 2019-07-17 2019-11-12 珠海格力电器股份有限公司 Building environment control method, device, equipment, storage medium and system

Cited By (15)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102063116B (en) * 2011-01-31 2012-10-10 海南义利达高新技术实业有限公司 Building information total management system and method
CN102063116A (en) * 2011-01-31 2011-05-18 海南义利达高新技术实业有限公司 Building information total management system and method
CN102541007B (en) * 2011-12-31 2014-08-13 深圳市中兴昆腾有限公司 Monitoring alarm optimization system
CN102541007A (en) * 2011-12-31 2012-07-04 深圳市中兴昆腾有限公司 Monitoring alarm optimization system
CN103176463A (en) * 2013-03-20 2013-06-26 天津市鑫悦消防工程有限公司 Intelligent security and protection and fire extinguishing system
CN103176463B (en) * 2013-03-20 2016-03-23 天津市鑫悦消防工程有限公司 Intelligent security guard and fire-fighting system
CN103716314A (en) * 2013-12-25 2014-04-09 新疆鸿立信安防科技有限公司 Integrated using method of residence, housing estate and community security sensing field bus system
CN104296321A (en) * 2014-10-17 2015-01-21 成都四为电子信息股份有限公司 Station house central air-conditioning control system and method
CN104296321B (en) * 2014-10-17 2017-02-15 成都四为电子信息股份有限公司 Station house central air-conditioning control system and method
CN105549656A (en) * 2015-12-17 2016-05-04 天津市安佳信科技发展股份有限公司 Security system of intelligent buildings
CN105549656B (en) * 2015-12-17 2018-07-20 天津市安佳信科技发展股份有限公司 A kind of safety-protection system of intelligent building
CN106774189A (en) * 2016-11-23 2017-05-31 华北科技学院 A kind of remote control intelligent building monitoring system
CN107255965A (en) * 2017-06-19 2017-10-17 安徽鼎信科技集团有限公司 Intelligent building monitoring system based on power carrier
CN109508060A (en) * 2019-01-28 2019-03-22 湖南晟凯信息科技有限公司 A kind of Itellectualized uptown monitoring system
CN110442171A (en) * 2019-07-17 2019-11-12 珠海格力电器股份有限公司 Building environment control method, device, equipment, storage medium and system

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