阅读说明：本技术 一种智能灭火器远程监控及管理系统 (Intelligent fire extinguisher remote monitoring and management system ) 是由 谢勇 曹中华 雷雨 王高峰 周严 于 2020-04-12 设计创作，主要内容包括：一种智能灭火器远程监控及管理系统,包括数据服务器、数据存储模块、应用服务器、智能灭火器和通信模块；所述智能灭火器用于实时采集该智能灭火器的监控数据,并通过通信模块将监控数据上传给数据服务器；所述数据服务器用于监控数据的归集整理,并在数据存储模块中保存；所述应用服务器为面向用户的系统,基于所述智能灭火器的监控数据及生命周期管理数据,及时展现智能灭火器的各类状态,并根据设定的各类报警阈值及时向用户发出报警提示。本发明通过信息化、系统化、智能化的管理系统,对灭火器进行全生命周期的管理,提高效率,排除隐患,提高消防应急水平。(A remote monitoring and management system for intelligent fire extinguishers comprises a data server, a data storage module, an application server, the intelligent fire extinguishers and a communication module; the intelligent fire extinguisher is used for acquiring monitoring data of the intelligent fire extinguisher in real time and uploading the monitoring data to the data server through the communication module; the data server is used for collecting and sorting the monitoring data and storing the monitoring data in the data storage module; the application server is a user-oriented system, displays various states of the intelligent fire extinguisher in time based on the monitoring data and the life cycle management data of the intelligent fire extinguisher, and sends alarm prompts to users in time according to various set alarm thresholds. The fire extinguisher management system carries out full-life-cycle management on the fire extinguisher through an informatization, systematization and intellectualization management system, improves the efficiency, eliminates hidden dangers and improves the fire-fighting emergency level.)

1. A remote monitoring and management system for intelligent fire extinguishers is characterized by comprising a data server, a data storage module, an application server, intelligent fire extinguishers based on different platforms and communication modules of corresponding platforms;

the intelligent fire extinguisher is used for acquiring monitoring data of the intelligent fire extinguisher in real time and uploading the monitoring data to the data server through the communication module of the corresponding platform, and the monitoring data comprises temperature, pressure, electric quantity and acceleration data of the corresponding intelligent fire extinguisher;

the data server is used for collecting and sorting the monitoring data of different platforms and different protocols, converting the monitoring data into a uniform and effective format, and storing the monitoring data in the data storage module, so that the monitoring data is convenient to use by the application server;

the application server is a user-oriented system, displays various states of the intelligent fire extinguisher in time based on the monitoring data and the life cycle management data of the intelligent fire extinguisher, and sends alarm prompts to users in time according to various set alarm thresholds.

2. The remote monitoring and management system for intelligent fire extinguishers according to claim 1, wherein the application server is further configured to send an issuing instruction to the intelligent fire extinguishers of the corresponding platforms through the data server and the communication modules of the corresponding platforms, so as to control the operation energy consumption mode of the equipment.

3. The remote monitoring and management system for the intelligent fire extinguisher according to claim 1, wherein the application server comprises a monitoring module, an equipment management module, a construction drawing management module, an alarm management module and a permission management module;

the building drawing management module is used for managing the floor plans of all buildings and the floors in the buildings uploaded by users;

the equipment management module is used for adding and deleting the intelligent fire extinguishers, marking the added intelligent fire extinguishers at corresponding positions of the floor plan based on the plan, so as to perform indoor positioning of the intelligent fire extinguishers, and meanwhile, managing the states and life cycles of the intelligent fire extinguishers;

the monitoring module is used for visually displaying the real-time state of the intelligent fire extinguisher at each position in the floor on a floor plan based on the monitoring data uploaded by the intelligent fire extinguisher and based on the floor plan and the indoor positioning of the intelligent fire extinguisher;

the alarm management module is used for judging whether the intelligent fire extinguisher is abnormal or not based on various states of the intelligent fire extinguisher and according to various set alarm thresholds, and timely sending an alarm to a user when the intelligent fire extinguisher is abnormal;

the authority management module is used for managing the authority of various users and distributing different access and management authorities to the users at different levels.

4. The remote monitoring and management system for intelligent fire extinguishers according to claim 3, wherein the intelligent fire extinguishers are arranged in groups, that is, adjacent intelligent fire extinguishers are arranged in the same point, the temperature of each point is calculated according to the highest temperature of all the intelligent fire extinguishers in the point, and the highest temperature is taken as the representative temperature of the point.

5. The remote monitoring and management system for intelligent fire extinguishers according to claim 4, wherein the monitoring module displays the real-time status of the intelligent fire extinguishers at each position in the floor in two display forms: the first is numerical form, namely directly displaying the representative temperature value of the point location; the second is a thermal diagram form, which is to process data on the basis of a numerical form, endow the temperature value of each point location with different colors according to the difference of the height, and determine the influence radius of the point location temperature according to the size of a plane diagram and the distance between the points.

6. The remote monitoring and management system for intelligent fire extinguishers according to claim 3, wherein different colors are used for displaying on the floor plan based on different states of the intelligent fire extinguishers.

7. The remote monitoring and management system for intelligent fire extinguishers according to claim 3, wherein the equipment management module is further used for storing the position information of each intelligent fire extinguisher, judging whether the intelligent fire extinguishers shake and change the positions according to the acceleration data, receiving the position active change request, performing synchronous update on the positions of the intelligent fire extinguishers for the change of the positions of the intelligent fire extinguishers after receiving the position active change request, and giving an alarm when the position active change request is not received and the positions of the intelligent fire extinguishers change.

8. The remote monitoring and management system for the intelligent fire extinguisher according to claim 7, wherein when the intelligent fire extinguisher is in an energy saving mode, acceleration data of the intelligent fire extinguisher is not collected.

9. The remote monitoring and management system for the intelligent fire extinguisher according to claim 7, wherein a polling schedule is recorded in the equipment management module, when the position information management module judges that the intelligent fire extinguisher shakes, whether a normal polling behavior occurs within n minutes before and after the intelligent fire extinguisher shakes is judged based on the polling schedule, if the intelligent fire extinguisher shakes, the intelligent fire extinguisher is considered to shake normally, and no alarm is given; if the inspection behavior does not exist, the abnormal shaking is considered, an alarm is given, and a manager is prompted to check the abnormality.

10. The remote monitoring and management system for intelligent fire extinguishers according to claim 3, wherein the alarms comprise temperature alarms, pressure alarms, electric quantity alarms, shaking alarms, equipment disconnection alarms, routine inspection alarms, maintenance alarms and scrapping alarms.

Technical Field

The invention relates to the management technology of the Internet of things, in particular to a remote monitoring and management system for an intelligent fire extinguisher.

Background

With the application and development of the internet of things technology in the fire fighting industry, the number of intelligent fire fighting products is gradually increased, and the number of monitoring and management systems matched with intelligent smoke detection, intelligent gas detection, intelligent fire hydrant, intelligent water consumption, intelligent power consumption and the like is also increased. However, the fire extinguisher which is the most widely used fire extinguisher and the most flexible fire extinguisher is the most important fire extinguisher in the fire-fighting products, and the fire extinguisher is not enough in both hardware products and platform matching technology.

At present, four types of methods are generally used in the market for monitoring and managing fire extinguishers.

1. Most fire extinguishers are in a traditional manual inspection management mode;

2. a fire fighting management platform is established for part of projects, but the fire extinguisher is only used as a small column in the fire fighting management platform, and the data mining, presentation and independence of the fire extinguisher are insufficient;

3. a small part of system specially aiming at the intelligent fire extinguisher mainly displays pressure values and temperature values and lacks accurate position information of equipment;

4. few systems specially aiming at the intelligent fire extinguisher adopt GPS + video monitoring technology to monitor and position the fire extinguisher in order to collect the position information.

For scenario 1: the traditional management mode depends on manual inspection frequency, inspection level, fire control management attention degree and the like, and is low in efficiency and high in cost; even a plurality of fire extinguishers are in failure state, thereby greatly increasing the hidden danger of disaster disposal.

For scenario 2: the full platform product is large and full, has high requirements on resources, is generally suitable for the deployment of project systems, and has the disadvantages of complex establishment and arrangement of each project, high requirements and high cost.

For scenario 3: complete and sufficient data information is necessary, especially position information, which is beneficial to rapid troubleshooting, fire early warning, trend analysis and the like.

For scenario 4: the GPS + video technology can obtain accurate information, but the cost is very high, and flexible arrangement of the fire extinguisher is limited, which results in a limited range of application of the scheme.

Disclosure of Invention

In view of the technical defects and technical drawbacks in the prior art, embodiments of the present invention provide a remote monitoring and management system for an intelligent fire extinguisher, which overcomes or at least partially solves the above problems, and the specific scheme is as follows:

a remote monitoring and management system for intelligent fire extinguishers comprises a data server, a data storage module, an application server, intelligent fire extinguishers based on different platforms and communication modules of corresponding platforms;

the intelligent fire extinguisher is used for acquiring monitoring data of the intelligent fire extinguisher in real time and uploading the monitoring data to the data server through the communication module of the corresponding platform, and the monitoring data comprises temperature, pressure, electric quantity and acceleration data of the corresponding intelligent fire extinguisher;

the data server is used for collecting and sorting the monitoring data of different platforms and different protocols, converting the monitoring data into a uniform and effective format, and storing the monitoring data in the data storage module, so that the monitoring data is convenient to use by the application server;

the application server is a user-oriented system, displays various states of the intelligent fire extinguisher in time based on the monitoring data and the life cycle management data of the intelligent fire extinguisher, and sends alarm prompts to users in time according to various set alarm thresholds.

Further, the application server is further used for sending an issuing instruction to the intelligent fire extinguisher of the corresponding platform through the data server and the communication module of the corresponding platform so as to control the operation energy consumption mode of the equipment.

Furthermore, the application server comprises a monitoring module, an equipment management module, a building drawing management module, an alarm management module and a permission management module;

the building drawing management module is used for managing the floor plans of all buildings and the floors in the buildings uploaded by users;

the equipment management module is used for adding and deleting the intelligent fire extinguishers, marking the added intelligent fire extinguishers at corresponding positions of the floor plan based on the plan, so as to perform indoor positioning of the intelligent fire extinguishers, and meanwhile, managing the states and life cycles of the intelligent fire extinguishers;

the monitoring module is used for visually displaying the real-time state of the intelligent fire extinguisher at each position in the floor on a floor plan based on the monitoring data uploaded by the intelligent fire extinguisher and based on the floor plan and the indoor positioning of the intelligent fire extinguisher;

the alarm management module is used for judging whether the intelligent fire extinguisher is abnormal or not based on various states of the intelligent fire extinguisher and according to various set alarm thresholds, and timely sending an alarm to a user when the intelligent fire extinguisher is abnormal;

the authority management module is used for managing the authority of various users and distributing different access and management authorities to the users at different levels.

Further, in consideration of possible failure or false alarm of the temperature sensor of the intelligent fire extinguisher, the intelligent fire extinguishers are arranged in groups, namely adjacent intelligent fire extinguishers are arranged in the same point location, the temperature of each point location is calculated according to the highest temperature of all the intelligent fire extinguishers of the point location, and the highest temperature is taken as the representative temperature of the point location.

Further, the monitoring module displays the real-time state of the intelligent fire extinguisher at each position in the floor in two display modes: the first is numerical form, namely directly displaying the representative temperature value of the point location; the second is a thermal diagram form, which is to process data on the basis of a numerical form, endow the temperature value of each point location with different colors according to the difference of the height, and determine the influence radius of the point location temperature according to the size of a plane diagram and the distance between the points.

Further, based on different states of the intelligent fire extinguisher, different colors are adopted for displaying on a floor plan.

Further, the equipment management module is further used for storing the position information of each intelligent fire extinguisher, judging whether the intelligent fire extinguisher shakes or not and judging whether the position of the intelligent fire extinguisher changes or not through acceleration data, receiving an active position change request, carrying out synchronous updating on the position of the intelligent fire extinguisher according to the change of the position of the intelligent fire extinguisher after receiving the active position change request, and giving an alarm if the position of the intelligent fire extinguisher changes or not.

Further, when the intelligent fire extinguisher is in the energy-saving mode, acceleration data of the intelligent fire extinguisher is not collected.

Furthermore, a polling time table is recorded in the equipment management module, when the position information management module judges that the intelligent fire extinguisher shakes, whether normal polling behaviors occur within n minutes before and after the intelligent fire extinguisher shakes is judged based on the polling time table, if yes, the intelligent fire extinguisher is judged to shake normally, and no alarm is given; if the inspection behavior does not exist, the abnormal shaking is considered, an alarm is given, and a manager is prompted to check the abnormality.

Further, the alarm comprises a temperature alarm, a pressure alarm, an electric quantity alarm, a shaking alarm, an equipment disconnection alarm, a routine inspection alarm, a maintenance alarm and a scrapping alarm.

The invention has the following beneficial effects:

aiming at the traditional management mode, the fire extinguisher management system carries out full life cycle management on the fire extinguisher through systematization, informatization and intellectualization, and can improve the management level of the system;

aiming at the problems of large and complete full-platform products and high requirements on resources, the invention can be used as a product which can be independently and widely arranged, can be arranged at an enterprise level, can also be arranged at home, and has various use scenes. Thus, a single system can be used for the fire extinguisher. The system of the invention is such that users can very conveniently and simply create and manage their own projects, even if there are only 1 fire extinguisher.

Aiming at the problem of complete and sufficient data, especially position information, the system is favorable for rapid obstacle removal, fire early warning, trend analysis and the like, and the system disclosed by the invention covers the information of the fire extinguisher, such as temperature, pressure, shaking, position, electric quantity and the like, and monitors the fire extinguisher in an all-around manner.

The method aims at the problems that the GPS + video technology is very high in cost, limited in application range and the like. The system of the invention adopts the technique of plane drawing import and equipment arrangement positioning to accurately position the equipment and simultaneously obtain the overall arrangement effect of the floor level; in addition, the displacement monitoring information of the auxiliary equipment and the rechecking and checking functions of equipment inspection solve the problem of monitoring of equipment moving. The scheme adopted by the invention is very flexible, low in cost and effective.

Drawings

Fig. 1 is a schematic structural diagram of an intelligent fire extinguisher remote monitoring and management system according to an embodiment of the present invention;

fig. 2 is a schematic composition diagram of an application server according to an embodiment of 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 present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

A remote monitoring and management system for intelligent fire extinguishers comprises a data server, a data storage module, an application server, intelligent fire extinguishers based on different platforms and communication modules of corresponding platforms;

the intelligent fire extinguisher is used for acquiring monitoring data of the intelligent fire extinguisher in real time and uploading the monitoring data to the data server through a communication module of a corresponding platform, as shown in figure 1, the communication module can be divided into a lora platform and an nb platform, hardware equipment of the intelligent fire extinguisher can also be divided into the lora platform and the nb platform according to the difference of the communication module, the equipment acquires the data in real time and sends the monitoring data to the communication module of the corresponding platform according to a fixed sending frequency or an abnormal reporting mechanism, and the monitoring data content comprises a plurality of indexes such as temperature, pressure, electric quantity, acceleration and the like;

the data server is used for collecting and sorting the monitoring data of different platforms and different protocols, converting the monitoring data into a uniform and effective format, and storing the monitoring data in the data storage module, so that the monitoring data is convenient to use by the application server;

the application server is a system facing a user, based on monitoring data and life cycle management data of the intelligent fire extinguisher, various states of the intelligent fire extinguisher are displayed in time, and an alarm prompt is sent to the user in time according to various set alarm thresholds, wherein the life cycle management data comprises data of registration, production information tracking, arrangement and use, routing inspection, maintenance, scrapping and the like of the intelligent fire extinguisher, and as shown in fig. 1, the application server can push alarm information to the user through means such as short messages, WEB or APP and the like.

Preferably, the application server is further configured to send an issuing instruction to the intelligent fire extinguisher of the corresponding platform through the data server and the communication module of the corresponding platform, so as to control an operation energy consumption mode of the intelligent fire extinguisher device.

Preferably, the application server comprises a monitoring module, an equipment management module, a building drawing management module, an alarm management module and a permission management module;

the building drawing management module is used for managing the floor plans of all buildings and the floors in the buildings uploaded by users;

the equipment management module is used for adding and deleting the intelligent fire extinguishers, marks the added intelligent fire extinguishers at corresponding positions of corresponding floor plane maps based on the plane maps, so that indoor positioning of the intelligent fire extinguishers is carried out, and is also used for managing states and life cycles of the intelligent fire extinguishers, and the life cycle management comprises full life cycle management of registration, production information tracking, arrangement and use, routing inspection, maintenance, scrapping and the like of the intelligent fire extinguishers.

The monitoring module is used for visually displaying the real-time state of the intelligent fire extinguisher at each position in the floor on a floor plan based on the monitoring data uploaded by the intelligent fire extinguisher and based on the floor plan and the indoor positioning of the intelligent fire extinguisher, and can accurately position equipment at the first time and immediately take measures when a fire condition exists or the pressure of the intelligent fire extinguisher is insufficient and the like;

the alarm management module is used for judging whether the intelligent fire extinguisher is abnormal or not based on various states of the intelligent fire extinguisher and according to various set alarm thresholds, and timely sending an alarm to a user when the intelligent fire extinguisher is abnormal;

the authority management module is used for managing the authority of various users, and distributing different access and management authorities to the users at different levels, for example, the authority management module can be used for butt joint of common family users, enterprise users and government supervision requirements, and can be used for carrying out multi-level and multi-level authority management on system level, supervision level, super managers, common managers, inspectors, maintenance staff, common users and the like on the system authority, so that the use requirements of different personnel in different scenes can be facilitated to the maximum extent.

Preferably, in consideration of possible fault or false alarm problems of temperature sensors of the intelligent fire extinguishers, the intelligent fire extinguishers are arranged in groups, namely adjacent intelligent fire extinguishers are arranged in the same point location, namely adjacent intelligent fire extinguishers are arranged at a relatively close distance, for example, two intelligent fire extinguishers within 1m of distance are arranged in the same point location, namely adjacent intelligent fire extinguishers, and the two fire extinguishers are arranged in the same point location, for example, two intelligent fire extinguishers in the same fire box are arranged in the same point location, namely two intelligent fire extinguishers at the same point location; the temperature of each point location is calculated according to the highest temperature of all intelligent fire extinguishers of the point location, the highest temperature is used as the representative temperature of the point location, the point location is made based on the highest risk prevention principle, the data details of each intelligent fire extinguisher inside the point location can be searched, the temperature data in the same point location has certain reference checking and strengthening judging functions, and more sufficient information support is provided for judging the fire situation.

Preferably, the monitoring module displays the real-time status of the intelligent fire extinguishers at various positions in the floor in two display forms: the first is numerical form, namely directly displaying the representative temperature value of the point location; the second is a thermal diagram form, which is to process data on the basis of a numerical form, endow the temperature value of each point location with different colors according to the difference of the height, and determine the influence radius of the point location temperature according to the size of a plane diagram and the distance between the points.

Preferably, different colors are adopted to display on a floor plan based on different states of the intelligent fire extinguisher, and when a disaster occurs, an escape route which can be used for reference can be provided by combining the position of a person, thermodynamic diagram display and the floor plan, for example, the escape route can be selected according to the principle that the temperature of a plane escape passage is from high to low.

Preferably, on the abnormal display of the intelligent fire extinguisher, different device states can be displayed in different colors, for example, green represents normal, red represents no-voltage, yellow represents off-line, orange represents insufficient battery power, and the like, so as to more intuitively display and distinguish fault devices.

According to the intelligent fire extinguisher equipment, the arrangement of the intelligent fire extinguisher equipment is a means for acquiring the position information of the equipment, and for the reasons of consideration of the indoor positioning technology, the battery energy consumption, the overall cost and the like, the intelligent fire extinguisher does not comprise a positioning module, so that a new mode is adopted for the position information management of the intelligent fire extinguisher equipment.

Specifically, the scheme divides the position information into two levels: the intelligent fire extinguisher equipment is arranged at the position of a building; and secondly, the intelligent fire extinguisher equipment is positioned at the specific position in the corresponding floor. The position of the building is fixed and unchangeable, and the building is required to be combined with the surrounding real environment, the scheme adopts longitude and latitude information of the building, the information can be accurately obtained by utilizing a third-party map (such as a Goods map/Baidu map and the like) calibration technology when a user creates a project, and the specific position information of the intelligent fire extinguisher equipment is the relative position of the adopted equipment in a corresponding plane map. Specifically, the floor plan is uploaded by a user and then stored, and the stored floor plan becomes the arrangement background of the intelligent fire extinguisher equipment. When the device is arranged, a movable icon is generated, and a user can drag the icon to a specific position in the background picture and store the icon. What is actually stored in the system is the offset scale value (x, y) of the device against the entire background map. The scale value is saved to support the zoom function of the drawing and to keep the position valid all the time. Therefore, the equipment is accurately positioned through the building- > floor- > x and y coordinates.

Preferably, the equipment management module is further configured to store position information of each intelligent fire extinguisher, judge whether the intelligent fire extinguisher shakes or changes its position according to acceleration data, receive an active position change request, perform synchronous update on the position of the intelligent fire extinguisher with respect to the change in the position of the intelligent fire extinguisher after receiving the active position change request, and perform an alarm if the active position change request is not received and the position of the intelligent fire extinguisher changes.

The position change of the intelligent fire extinguisher is divided into two conditions, namely, the change is actively known, and the advantage is that the position movement is carried out under known control, and the position of the intelligent fire extinguisher can be synchronously updated during movement, so the position information of the intelligent fire extinguisher in the scheme supports dynamic modification; the second kind is the change of passive agnostic, for example non-managers' removal or even the act of stealing, if do not do any processing under this kind of condition, probably lead to intelligent fire extinguisher position to become invalid, for solving this problem, this scheme has increased in intelligent fire extinguisher and has rocked alarm module, in time sends when intelligent fire extinguisher takes place to rock and rocks the signal, reminds the user to handle. The shaking module can be realized by an acceleration sensor when the shaking module is on a hardware layer.

Preferably, the intelligent fire extinguisher shaking signal is processed by differentiated processing logic, when the intelligent fire extinguisher is in an energy-saving mode (such as a transportation state), the intelligent fire extinguisher end does not acquire and send the shaking signal, the battery life can be prolonged by the mode, the equipment management module records a polling time table, when the position information management module judges that the intelligent fire extinguisher shakes, whether normal polling behaviors occur within n minutes before and after shaking is judged based on the polling time table, if yes, the normal equipment shakes, and no alarm is given; if the patrol behavior does not exist, the device regards the abnormal shaking as the abnormal shaking, gives an alarm, and asks managers to check the abnormality, so that the normal shaking and the abnormal shaking of the device can be effectively discriminated, and the management behavior is more effective.

Preferably, the life cycle management of the intelligent fire extinguisher is added to the equipment management, and the life cycle management data covers the whole processes of production information tracking, installation and use, routing inspection, maintenance, scrapping and the like of the equipment; the state of the equipment can be clearly mastered in the system, and the system generates a corresponding management plan; compare traditional management mode, promotion efficiency that can be very big saves the cost. More importantly, through effective management of the equipment, the equipment can be ensured to be always in an effective state, and the equipment can really play a role in case of disasters.

Preferably, the management of the construction drawings is the basis of equipment arrangement, and a user only needs to upload a simple plan according to the project of the user. The information is collected from the user, so that the autonomy of the user is ensured, and the arrangement information of the user can better meet the actual and self requirements

Preferably, the alarm management module is combined with the polling period and the maintenance period of the product except for conventional temperature alarm, pressure alarm and electric quantity alarm, and is also added with routine polling reminding and maintenance reminding functions; additionally, in order to ensure the safety of in-place use of the fire extinguisher, the intelligent fire extinguisher hardware module disclosed by the invention comprises an acceleration module, so that the intelligent fire extinguisher hardware module can provide equipment shaking alarm, can effectively monitor possible fire extinguisher theft events, and can detect an earthquake to a certain extent by monitoring the overall shaking rate of the equipment through a system background. Alarm signals are different according to the importance degree of alarms, subdivision processing is also achieved in the range and the mode of alarm pushing, information can effectively reach effective people, and the processing and management efficiency is submitted

Preferably, regarding the setting of alarm thresholds, the alarm thresholds include a temperature alarm threshold, a pressure alarm threshold, an electric quantity alarm threshold, a shaking alarm threshold, an equipment disconnection alarm threshold, a routine inspection alarm threshold, a maintenance alarm threshold and a scrapping alarm threshold, wherein the shaking signal is judged at the intelligent fire extinguisher end, and the inside of the shaking signal is based on the principle of acceleration judgment; other alarm thresholds are configured at the application server side, and the temperature alarm threshold is configured according to the scene used by the intelligent fire extinguisher of the user; the pressure alarm threshold is set according to the product model of the intelligent fire extinguisher; the electric quantity alarm threshold is set according to the model of the intelligent fire extinguisher by adopting a battery; the checking period of the equipment disconnection alarm can be set to be 1-3 days according to the importance degree of the use items; setting a routine inspection period and a maintenance period according to the equipment management requirement; the scrapping threshold is set according to the scrapping requirements of product production.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.