CN111882290A - IBMS intelligent integrated management system - Google Patents
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Abstract
The invention provides an IBMS intelligent integrated management system, which comprises a system configuration module, a management module and a management module, wherein the system configuration module is used for configuring subsystem configuration in the IBMS intelligent integrated management system; the data processing module is used for displaying, monitoring, inquiring, analyzing and complaint handling of the parameters of the IBMS intelligent integrated management system; the control operation module is used for carrying out unified management and decentralized control on the IBMS intelligent integrated management system; the alarm processing module is used for extracting the alarm information, analyzing the alarm information through auxiliary analysis software and performing corresponding operation on the alarm information; the log management module is used for recording and registering user information and use condition information using the IBMS intelligent integrated management system, and through the technical scheme of the invention, the best solution is designed in a balanced manner between cost and efficiency, and the system integration function is finished with high quality.
Description
Technical Field
The invention relates to the field of integrated management systems, in particular to an IBMS intelligent integrated management system.
Background
In China, the reform is open for years, all walks of life are developed rapidly in science and technology, and high-tech elfin also appears in urban buildings in China. The intelligent building is prosperous in China across the ages. With the acceleration of urbanization pace in China, the population of cities and towns increases suddenly, and the rapid development of economy of medium and small cities has more urgent need on living environment. To accommodate this demand, a large number of buildings are being or will be created, which will become a huge building market in china. The development of intelligent buildings relates to a wide range of technologies, such as building materials, equipment, machinery, software in the computer field of construction, hardware, network, and other communication fields, such as satellite, radio, television, telephone, fax, and e-mail, and other instruments, meters, and equipment in the mechanical field.
In practical application, intelligent buildings are not completely perfect as we want, and some shaded ends are embodied in the following four aspects:
1. the system stability is poor, the functions of the system need the coordination and coordination work of the whole system, and the system runs continuously, for example, a central air-conditioning system, a data transmission system, a control management system and the like need to work continuously in a good state, so that the smooth proceeding of intelligent control can be ensured, however, sometimes, the system is unstable, data information cannot be transmitted in time, and the work cannot be carried out smoothly;
2. when a user utilizes the system to perform activities such as inquiry and the like, the content is incomplete, and the speed is low. Because the buildings are not uniformly coordinated or are difficult to uniformly coordinate in the construction process, intelligent products of different manufacturers are used, and the products cannot be compatible with each other, so that communication is blocked, video inquiry, cost inquiry and the like are influenced, and inconvenience is brought to the life of an owner;
3. centralized management and decentralized control of all automation devices has not been completely achieved;
4. the security system is not intelligent enough and has not perfect functions.
Disclosure of Invention
The invention provides an IBMS intelligent integrated management system, which aims to solve the problem of balance between cost and efficiency in the face of various integrated products and numerous software and hardware solutions at home and abroad and design the best solution.
In order to achieve the purpose, the invention is realized by the following technical scheme:
the invention provides an IBMS intelligent integrated management system, which is characterized by comprising the following components:
the system configuration module is used for configuring subsystem configuration in the IBMS intelligent integrated management system;
the data processing module is used for displaying, monitoring, inquiring, analyzing and complaint handling of the parameters of the IBMS intelligent integrated management system;
the control operation module is used for carrying out unified management and decentralized control on the IBMS intelligent integrated management system;
the alarm processing module is used for extracting the alarm information, analyzing the alarm information through auxiliary analysis software and performing corresponding operation on the alarm information;
and the log management module is used for recording and registering user information and use condition information of the IBMS intelligent integrated management system.
Preferably, the system configuration module further comprises:
the option setting function module is used for setting the type of the subsystem, setting the storage position and the path, backing up the system, setting the high level and modifying and storing, wherein the high level setting can set the installation parameters and the management mode of the system;
the administrator setting function module is used for registering and deleting users, setting passwords and distributing authority;
the system initialization module is used for restoring the system to an initial state or selectively importing prepared data according to a database reestablished by the system;
and the storage setting module is used for setting the storage position, the storage time and the disk space management.
Preferably, the data processing of the data processing module includes the following steps:
a1, recording and editing property data, recording property information into a system, then processing data according to the characteristics of the system, integrating the processed data, and accessing the integrated data into a distributed cluster quickly and efficiently;
step A2, a Hadoop-based distributed file system is built in a distributed cluster, the distributed file is used for unloading the intermediate calculation result, a Spark calculation frame is installed and configured, the Spark calculation frame is used for processing data in real time, the newly input data is processed in real time, and the processing result is unloaded to the distributed file system or directly stored to a database;
step A3, before the centralized storage of the processing results, the data is classified by adopting an improved decision tree algorithm, the reasonable classification of the data before the storage operation is realized through three steps of selecting data characteristics, generating a data decision tree and trimming the data decision tree, an established distributed database is configured, a data storage table is established in the distributed database for storing the data processed in real time, and when the processing results are transmitted to the distributed database, a plurality of database servers in the cluster are called to store the data;
and step A4, analyzing and comparing the data periodically, counting energy consumption by the functions of inquiring and generating reports, and loading the data into the control host and the operator station through a communication protocol.
Preferably, the data processing in step a1 includes the following steps:
a101, inputting property information into a system and then converting the property information into a data matrix X with m rows and n columns, wherein the m rows respectively correspond to data converted by m pieces of property information, and n represents an index value of each piece of property information;
step A102, performing data processing on the data matrix X by using the following formula to obtain a matrix B:
wherein, Xi,jValues representing i row and j column of the data matrix X, Bi,jThe values i1, 2, 3.. m, j 1, 2, 3.. n, X represent the ith row and j column of the matrix Bi1,jRepresents the value of i1 row and j column of the data matrix X, i1 ═ 1, 2, 3.. m, Xi2,jThe data matrix X represents the values of i1 th row and j column of the data matrix X, i2 is 1, 2, 3.. m, and B represents the processed data matrix of the data matrix X.
Preferably, the control operation module includes:
the subsystem category module is used for integrally dividing the functions of the realized system;
the extraction analysis data module is used for extracting data of the current state of the operating parameters of the system and analyzing and comparing the operating conditions;
the flow control module is used for adjusting the opening amount of the equipment according to the analyzed conditions and the requirements of the environment so as to enable the equipment to operate in the optimal state, and comprises the steps of amplifying, shrinking, opening and closing the opening amount;
the scene setting module can conveniently set a plurality of parameters through scene setting, including air conditioning scenes of temperature and humidity, lighting scenes of illumination, water supply and drainage scenes of different flow rates or power supply and distribution scenes of different energy, and different subsystems can set a plurality of scenes, so that the setting of the scenes can be completed in one key;
and the linkage module is used for enabling the plurality of subsystem equipment to carry out linkage work through the associated setting of the switching value, and can automatically cope with some emergencies including alarming, video recording, mobile detection and fire fighting.
Preferably, the alarm processing module includes:
the display module is used for displaying the position of the equipment sending the alarm signal and automatically displaying the alarm position according to the electronic map and the equipment distribution diagram;
the system auxiliary analysis module is used for comparing the currently uploaded data to automatically analyze possible reasons of the system according to preset possible conditions and giving some feasible countermeasures, wherein the main parameters comprise temperature, humidity, illuminance, frequency, voltage and current;
and the report counting module is used for counting the alarm information and automatically generating a report.
Preferably, the log management includes an administrator log, an operator log, and an alarm log.
Preferably, the administrator is responsible for checking and monitoring the operating state of the system, and the login time and the operation content of the administrator are all represented in the log, including the authority setting of other operators.
Preferably, the operator does some daily work, mainly embodies the operation time, content and password, and records each login.
Preferably, the alarm log records alarm information generated every day, and simply records the processing condition after the alarm.
The invention provides an IBMS intelligent integrated management system, which comprises a system configuration module, a management module and a management module, wherein the system configuration module is used for configuring subsystem configuration in the IBMS intelligent integrated management system; the data processing module is used for displaying, monitoring, inquiring, analyzing and complaint handling of the parameters of the IBMS intelligent integrated management system; the control operation module is used for carrying out unified management and decentralized control on the IBMS intelligent integrated management system; the alarm processing module is used for extracting the alarm information, analyzing the alarm information through auxiliary analysis software and performing corresponding operation on the alarm information; the log management module is used for recording and registering user information and use condition information using the IBMS intelligent integrated management system, and through the technical scheme of the invention, the best solution is designed in a balanced manner between cost and efficiency, and the system integration function is finished with high quality.
Drawings
Fig. 1 is a block diagram of a management system according to the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments, and all other embodiments obtained by a person of ordinary skill in the art without creative efforts based on the embodiments of the present invention belong to the protection scope of the present invention.
An embodiment of the present invention provides an IBMS intelligent integrated management system, as shown in fig. 1, the system includes:
a system configuration module S1, a data processing module S2, a control operation module S3, an alarm processing module S4 and a log management module S5, wherein:
a system configuration module S1, configured to configure subsystem configuration in the IBMS intelligent integrated management system;
the data processing module S2 is used for displaying, monitoring, inquiring, analyzing and complaint handling of the parameters of the IBMS intelligent integrated management system;
the control operation module S3 is used for carrying out unified management and decentralized control on the IBMS intelligent integrated management system;
the alarm processing module S4 is used for extracting the alarm information, analyzing the alarm information through auxiliary analysis software and carrying out corresponding operation on the alarm information;
and the log management module S5 is used for recording the user information and the use condition information registered to use the IBMS intelligent integrated management system.
The working principle of the technical scheme is as follows: firstly, configuring subsystem configuration in the IBMS intelligent integrated management system, after the system is configured, inputting property information into the system, processing data through a data processing module, controlling an operation module, performing unified management and distributed control on the IBMS intelligent integrated management system through an alarm processing module, extracting alarm information, analyzing through auxiliary analysis software, and performing corresponding operation on the extracted alarm information; the system comprises a log management module, a system setting module, a data processing module, an operation control module, an alarm processing module and a log report management module, wherein the log management module is used for recording and registering user information and use condition information of the IBMS intelligent integrated management system, and the system is designed according to the five modules one by one.
The effect of the above technical scheme is as follows: the system belongs to high integration, and each intelligent subsystem is integrated into a platform for management and monitoring, so that the labor force can be reduced; the linkage design and operation are simpler; the management system can design a plurality of sub-management clients with different levels, is more flexible in management, convenient for automatic detection and optimal control, realizes the optimal management of information resources and provides optimal information service for users, is the target of adapting to the social requirements of information, and has the characteristics of safety, comfort, high efficiency and environmental protection.
In this embodiment, the system configuration module further includes:
the option setting function module is used for setting the type of the subsystem, setting the storage position and the path, backing up the system, setting the high level and modifying and storing, wherein the high level setting can set the installation parameters and the management mode of the system;
the administrator setting function module is used for registering and deleting users, setting passwords and distributing authority;
the system initialization module is used for restoring the system to an initial state or selectively importing prepared data according to a database reestablished by the system;
and the storage setting module is used for setting the storage position, the storage time and the disk space management.
The working principle of the technical scheme is as follows: the system comprises an option setting function module, a system initialization module, a storage setting module and a storage setting module, wherein the option setting function module is used for setting the type of a subsystem, the storage position and the path, backing up the system, setting the advanced setting and modifying and storing, the advanced setting can set the installation parameters and the management mode of the system, an administrator sets the function module for the registration deletion, the password setting and the authority distribution of a user, the system initialization module is used for restoring the system to the initial state or selectively leading in prepared data according to a database reestablished by the system, and the storage setting module is used for setting the storage position, the storage time and the disk space management.
The effect of the above technical scheme is as follows: the system configuration is equivalent to an initialized state, the setting of the sub-system type, the setting of the disk storage position and path, the system backup, the high-level setting and the modification and storage can be realized through the system configuration, and an administrator can allocate different authorities to users with different levels, so that the safety of the system is improved, and information is prevented from being obtained by irrelevant personnel. After a new user is registered, the default passwords are all '666666', the user can modify the own password through a password modification function after logging in, the account safety effect is achieved, a system administrator can register other users for the system, so that the system can be maintained and managed, different users are endowed with different authorities, the initial passwords of all users are '666666' after the system is installed, the newly registered user default password is also '666666', the user can modify the password by using the function after logging in, each user can only modify the own password, the passwords of other people cannot be checked and modified by the system administrator, the passwords stored in a data table are encrypted, and the system safety is enhanced.
In this embodiment, the data processing of the data processing module includes the following steps:
a1, recording and editing property data, recording property information into a system, then processing data according to the characteristics of the system, integrating the processed data, and accessing the integrated data into a distributed cluster quickly and efficiently;
step A2, a Hadoop-based distributed file system is built in a distributed cluster, the distributed file is used for unloading the intermediate calculation result, a Spark calculation frame is installed and configured, the Spark calculation frame is used for processing data in real time, the newly input data is processed in real time, and the processing result is unloaded to the distributed file system or directly stored to a database;
step A3, before the centralized storage of the processing results, the data is classified by adopting an improved decision tree algorithm, the reasonable classification of the data before the storage operation is realized through three steps of selecting data characteristics, generating a data decision tree and trimming the data decision tree, an established distributed database is configured, a data storage table is established in the distributed database for storing the data processed in real time, and when the processing results are transmitted to the distributed database, a plurality of database servers in the cluster are called to store the data;
and step A4, analyzing and comparing the data periodically, counting energy consumption by the functions of inquiring and generating reports, and loading the data into the control host and the operator station through a communication protocol.
The working principle of the technical scheme is as follows: the data management mainly refers to the functions of displaying, monitoring, inquiring, analyzing and the like of equipment operation parameters and the processing of reporting and repairing complaints and the like, and mainly comprises four functions of property data entry and editing, property repair management, inquiring, reporting and life and property complaint management and the like.
The effect of the above technical scheme is as follows: the system gets rid of the limitation of storing physical positions, can carry out management and use in all directions, has the effect similar to fund, can use advanced and safe technology to carry out management, avoids data loss and stealing on a computer, and enables data information to be detected, updated and managed in real time through four functions of property data entry and editing, property repair management, inquiry, statement reporting and complaint management.
In this embodiment, the specific steps of the data processing in step a1 are as follows:
a101, inputting property information into a system and then converting the property information into a data matrix X with m rows and n columns, wherein the m rows respectively correspond to data converted by m pieces of property information, and n represents an index value of each piece of property information;
step A102, performing data processing on the data matrix X by using the following formula to obtain a matrix B:
wherein, Xi,jValues representing i row and j column of the data matrix X, Bi,jThe values i1, 2, 3.. m, j 1, 2, 3.. n, X represent the ith row and j column of the matrix Bi1,jRepresents the value of i1 row and j column of the data matrix X, i1 ═ 1, 2, 3.. m, Xi2,jThe data matrix X represents the values of i1 th row and j column of the data matrix X, i2 is 1, 2, 3.. m, and B represents the processed data matrix of the data matrix X.
Has the advantages that: through the technology, property information is input into the system and then converted into the data matrix, and the data matrix is processed, so that the data can be well zoomed on the positive distribution that the mean value is 1 and the variance is 0, and the data can be conveniently extracted, managed and counted in the later period.
In this embodiment, the control operation module includes:
the subsystem category module is used for integrally dividing the functions of the realized system;
the extraction analysis data module is used for extracting data of the current state of the operating parameters of the system and analyzing and comparing the operating conditions;
the flow control module is used for adjusting the opening amount of the equipment according to the analyzed conditions and the requirements of the environment so as to enable the equipment to operate in the optimal state, and comprises the steps of amplifying, shrinking, opening and closing the opening amount;
the scene setting module can conveniently set a plurality of parameters through scene setting, including air conditioning scenes of temperature and humidity, lighting scenes of illumination, water supply and drainage scenes of different flow rates or power supply and distribution scenes of different energy, and different subsystems can set a plurality of scenes, so that the setting of the scenes can be completed in one key;
and the linkage module is used for enabling the plurality of subsystem equipment to carry out linkage work through the associated setting of the switching value, and can automatically cope with some emergencies including alarming, video recording, mobile detection and fire fighting.
The working principle of the technical scheme is as follows: the system performs unified management and decentralized control on the equipment by a method combining remote control and local control, the operation control function comprises five major functions of selecting, extracting and analyzing data, switching flow control, setting scenes, linkage and the like of all sub-categories formed by the equipment, and the sub-system category module is used for performing integral division on the functions of the realized system; the extraction analysis data module is used for extracting data of the current state of the operating parameters of the system and analyzing and comparing the operating conditions; the flow control module is used for adjusting the opening amount of the equipment according to the analyzed conditions and the requirements of the environment so as to enable the equipment to operate in the optimal state, and comprises the steps of amplifying, shrinking, opening and closing the opening amount; the scene setting module can conveniently set a plurality of parameters through scene setting, including air conditioning scenes of temperature and humidity, lighting scenes of illumination, water supply and drainage scenes of different flow rates or power supply and distribution scenes of different energy, and different subsystems can set a plurality of scenes, so that the setting of the scenes can be completed in one key; and the linkage module is used for enabling the plurality of subsystem equipment to carry out linkage work through the associated setting of the switching value, and can automatically cope with some emergencies including alarming, video recording, mobile detection and fire fighting.
The effect of the above technical scheme is as follows: the core function of the system is intelligent control equipment, the relevant technology of the automatic control of the equipment is a key part, the automatic control of the elevator is taken as an example to explain how the system automatically controls the automatic operation of the elevator, the system calls elevator signals of floors of the whole system by a group control host computer, can make judgment, uniformly allocates the whole elevator system, adopts a rule base mode of an expert system to distinguish and analyze uncertain conditions and confirmed conditions so as to confirm an operation mode and enable the integral control of each elevator to achieve the best performance, the system adopts a test method, a single chip microcomputer obtains information such as the operation speed, distance and the like of the elevator by utilizing pulses, and sensor signals of the floor are used for self-learning correction.
In this embodiment, the alarm processing module includes:
the display module is used for displaying the position of the equipment sending the alarm signal and automatically displaying the alarm position according to the electronic map and the equipment distribution diagram;
the system auxiliary analysis module is used for comparing the currently uploaded data to automatically analyze possible reasons of the system according to preset possible conditions and giving some feasible countermeasures, wherein the main parameters comprise temperature, humidity, illuminance, frequency, voltage and current;
and the report counting module is used for counting the alarm information and automatically generating a report.
The working principle of the technical scheme is as follows: the alarm processing module in the system is divided into 2 modules, and the display module is used for displaying the position of equipment sending an alarm signal and automatically displaying the alarm position according to an electronic map and an equipment distribution diagram; the system auxiliary analysis module is used for comparing the currently uploaded data to automatically analyze possible reasons of the system according to preset possible conditions and providing feasible countermeasures, main parameters comprise temperature, humidity, illuminance, frequency, voltage and current, alarm conditions are various, an anti-theft alarm system is the most common, besides, abnormal conditions often occur in the operation process of equipment and can be found and recorded and processed in time, so that the other function of monitoring the operation of the equipment is the alarm of the abnormal conditions, such as the operation fault of an elevator, the abnormality of an air conditioning system, the failure of a lighting system to realize preset scene setting, fire signals and the like can generate alarm signals, how to receive and identify information is the main direction of the research of the system, the process is that information is generally acquired by a field sensor, the log management system comprises an administrator log, an operator log and an alarm log, wherein the administrator is responsible for checking and monitoring the running state of the system, the login time and the operation content of the administrator can be embodied in the log, the operation content comprises the authority setting of other operators, the operator does daily work, mainly embodies the operation time, the operation content and the password, and records the login every time, the alarm log records alarm information generated every day, and simply records the processing condition after alarming.
The effect of the above technical scheme is as follows: the method can be used for displaying the position of equipment sending an alarm signal, automatically displaying the alarm position according to the electronic map and the equipment distribution diagram, improving the accuracy of the position, comparing possible reasons of automatic analysis of the system by the currently uploaded data according to preset possible conditions, providing some feasible countermeasures and improving the efficiency.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. An IBMS intelligent integrated management system, comprising:
the system configuration module is used for configuring subsystem configuration in the IBMS intelligent integrated management system;
the data processing module is used for displaying, monitoring, inquiring, analyzing and complaint handling of the parameters of the IBMS intelligent integrated management system;
the control operation module is used for carrying out unified management and decentralized control on the IBMS intelligent integrated management system;
the alarm processing module is used for extracting the alarm information, analyzing the alarm information through auxiliary analysis software and performing corresponding operation on the alarm information;
and the log management module is used for recording and registering user information and use condition information of the IBMS intelligent integrated management system.
2. The IBMS intelligent integrated management system of claim 1, wherein the system configuration module further comprises:
the option setting function module is used for setting the type of the subsystem, setting the storage position and the path, backing up the system, setting the high level and modifying and storing, wherein the high level setting can set the installation parameters and the management mode of the system;
the administrator setting function module is used for registering and deleting users, setting passwords and distributing authority;
the system initialization module is used for restoring the system to an initial state or selectively importing prepared data according to a database reestablished by the system;
and the storage setting module is used for setting the storage position, the storage time and the disk space management.
3. The IBMS intelligent integrated management system of claim 1, wherein the data processing of the data processing module comprises the steps of:
a1, recording and editing property data, recording property information into a system, then processing data according to the characteristics of the system, integrating the processed data, and accessing the integrated data into a distributed cluster quickly and efficiently;
step A2, a Hadoop-based distributed file system is built in a distributed cluster, the distributed file is used for unloading the intermediate calculation result, a Spark calculation frame is installed and configured, the Spark calculation frame is used for processing data in real time, the newly input data is processed in real time, and the processing result is unloaded to the distributed file system or directly stored to a database;
step A3, before the centralized storage of the processing results, the data is classified by adopting an improved decision tree algorithm, the reasonable classification of the data before the storage operation is realized through three steps of selecting data characteristics, generating a data decision tree and trimming the data decision tree, an established distributed database is configured, a data storage table is established in the distributed database for storing the data processed in real time, and when the processing results are transmitted to the distributed database, a plurality of database servers in the cluster are called to store the data;
and step A4, analyzing and comparing the data periodically, counting energy consumption by the functions of inquiring and generating reports, and loading the data into the control host and the operator station through a communication protocol.
4. The IBMS intelligent integrated management system of claim 3, wherein the specific steps of the data processing in step A1 are as follows:
a101, inputting property information into a system and then converting the property information into a data matrix X with m rows and n columns, wherein the m rows respectively correspond to data converted by m pieces of property information, and n represents an index value of each piece of property information;
step A102, performing data processing on the data matrix X by using the following formula to obtain a matrix B:
wherein, Xi,jValues representing i row and j column of the data matrix X, Bi,jThe values i1, 2, 3.. m, j 1, 2, 3.. n, X represent the ith row and j column of the matrix Bi1,jRepresents the value of i1 row and j column of the data matrix X, i1 ═ 1, 2, 3.. m, Xi2,jThe data matrix X represents the values of i1 th row and j column of the data matrix X, i2 is 1, 2, 3.. m, and B represents the processed data matrix of the data matrix X.
5. The IBMS intelligent integrated management system of claim 1, wherein the control operations module comprises:
the subsystem category module is used for integrally dividing the functions of the realized system;
the extraction analysis data module is used for extracting data of the current state of the operating parameters of the system and analyzing and comparing the operating conditions;
the flow control module is used for adjusting the opening amount of the equipment according to the analyzed conditions and the requirements of the environment so as to enable the equipment to operate in the optimal state, and comprises the steps of amplifying, shrinking, opening and closing the opening amount;
the scene setting module can conveniently set a plurality of parameters through scene setting, including air conditioning scenes of temperature and humidity, lighting scenes of illumination, water supply and drainage scenes of different flow rates or power supply and distribution scenes of different energy, and different subsystems can set a plurality of scenes, so that the setting of the scenes can be completed in one key;
and the linkage module is used for enabling the plurality of subsystem equipment to carry out linkage work through the associated setting of the switching value, and can automatically cope with some emergencies including alarming, video recording, mobile detection and fire fighting.
6. The IBMS intelligent integrated management system of claim 1, wherein the alarm processing module comprises:
the display module is used for displaying the position of the equipment sending the alarm signal and automatically displaying the alarm position according to the electronic map and the equipment distribution diagram;
the system auxiliary analysis module is used for comparing the currently uploaded data to automatically analyze possible reasons of the system according to preset possible conditions and giving some feasible strategies, wherein the main parameters comprise temperature, humidity, illuminance, frequency, voltage and current;
and the report counting module is used for counting the alarm information and automatically generating a report.
7. The IBMS intelligent integrated management system of claim 1, wherein the log management comprises an administrator log, an operator log, and an alarm log.
8. The IBMS intelligent integrated management system of claim 7, wherein the administrator is responsible for checking and monitoring the operation status of the system, and the login time and operation content of the administrator are all represented in the log, including the authority settings of other operators.
9. The IBMS intelligent integrated management system of claim 7, wherein the operator does a number of daily tasks, including operating time, content, and password, and makes a record of each login.
10. The IBMS intelligent integrated management system of claim 7, wherein the alarm log records alarm information generated every day and simply records the processing conditions after the alarm.
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6457892A (en) * | 1987-08-28 | 1989-03-06 | Hitachi Ltd | Coordinated and decentralized type building management system |
| CN1407443A (en) * | 2001-08-21 | 2003-04-02 | 深圳市赛格信力德智能系统工程有限公司 | Building intelligent system controlling method |
| CN209517310U (en) * | 2019-03-29 | 2019-10-18 | 江西憶源多媒体科技有限公司 | A kind of intelligent building monitoring device for building |
-
2020
- 2020-06-30 CN CN202010619928.3A patent/CN111882290A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS6457892A (en) * | 1987-08-28 | 1989-03-06 | Hitachi Ltd | Coordinated and decentralized type building management system |
| CN1407443A (en) * | 2001-08-21 | 2003-04-02 | 深圳市赛格信力德智能系统工程有限公司 | Building intelligent system controlling method |
| CN209517310U (en) * | 2019-03-29 | 2019-10-18 | 江西憶源多媒体科技有限公司 | A kind of intelligent building monitoring device for building |
Non-Patent Citations (3)
| Title |
|---|
| 王玲: "《数据挖掘学习方法》", 31 August 2017 * |
| 肖良武 等: "《大数据与城市经济发展研究》", 31 December 2019 * |
| 陈章龙: "IBMS智能综合信息集成系统在江苏广电城的应用", 《视听界(广播电视技术)》 * |
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