CN114461666A - Fire control management system based on block chain - Google Patents

Abstract

The invention provides a fire fighting management system based on a block chain, which comprises: a core platform layer: the core platform layer is provided with intelligent contract service and block chain basic service; an application layer: the application layer is provided with a visual analysis module, a database module and an image examination module; the database module is used for finishing the management of data; the visualization analysis module is used for reading the data in the database module and analyzing the data; the picture examination module is used for finishing examination of the drawing; an access layer: for providing a network service between an application layer and a user layer; and (3) a user layer: for accessing the administrative user. The system can utilize a block chain and a visualization technology to complete the fire fighting management function, and realizes data traceability and no tampering in the fire fighting management process. This fire control management system based on block chain compares in traditional fire control management mode, adopts the electronization to manage, and the managerial efficiency is higher.

Description

Fire control management system based on block chain

Technical Field

The invention belongs to the technical field of computers, and particularly relates to a fire fighting management system based on a block chain.

Background

The conventional fire management work includes drawing review, which is mainly to review application documents, design drawings and the like. The existing fire fighting management system still stays in the traditional management means or the intelligent management means, the traditional management means is mainly paper management carried out manually, and the management efficiency is low and the management cost is high. The intelligent management means is mainly managed through a computer, and comprises functions of data entry, data output, data storage, data query and the like, compared with the traditional management means, the intelligent management means improves management efficiency, but has single function, cannot meet diversified requirements of users, and still has the risk of data tampering.

The block chain is a distributed shared account book and a database, and has the characteristics of decentralization, no tampering, trace remaining in the whole process, traceability and the like, so that the trust and safety problems of transactions can be solved, mutual trust is realized among nodes by means of a consensus algorithm, and the data storage cannot be influenced by the absence of any node. However, a fire fighting management system implemented by using the blockchain technology is lacked in the prior art.

Disclosure of Invention

Aiming at the defects in the prior art, the invention provides a fire fighting management system based on a block chain, which can prevent management data from being tampered and can trace the management data.

A blockchain-based fire management system, comprising:

a core platform layer: the core platform layer is provided with intelligent contract service and block chain basic service;

an application layer: the application layer is provided with a visual analysis module, a database module and an image examination module; the database module is used for finishing the management of data; the visualization analysis module is used for reading the data in the database module and analyzing the data; the picture examination module is used for finishing examination of the drawing;

an access layer: for providing a network service between an application layer and a user layer;

and (3) a user layer: for accessing the administrative user.

Preferably, the intelligent contract service comprises an intelligent contract, a contract interface and a query interface; the contract interface and the query interface are used for connecting the application layer; the intelligent contract service is used for executing and updating the intelligent contract;

the block chain basic service is used for providing one or a combination of the following services: the system comprises a right management service, a consensus mechanism service, a privacy protection service, an identity authentication service and a block chain bottom layer service.

Preferably, the data of the database module comprises: standard data, real-time data, scoring data, and statistical rules.

Preferably, the visualization analysis module is specifically configured to:

reading data in a database module;

generating a chart or a report according to real-time data and grading data in the data;

displaying a chart or a report through a first visual interface;

and (4) extracting key data in the data, and uploading the key data to the block chain.

Preferably, the visualization analysis module is further configured to:

receiving a query instruction, and searching a database module according to the query instruction to obtain query data;

the query data is displayed through the first visual interface.

Preferably, the drawing for inspecting the drawing module comprises one or more of the following combinations: general plan view, architectural structure view, architectural electrical diagram, water supply facility diagram, fire extinguishing facility diagram, functional ventilation diagram, air conditioning diagram.

Preferably, the review of the drawing by the review module comprises:

inputting newly added project information, and establishing an examination task according to the newly added project information;

receiving a drawing to be checked uploaded in the checking task;

receiving an examination result aiming at the drawing to be examined;

marking on the drawing to be checked according to the checking result to obtain a marked drawing;

and downloading the marking drawing.

Preferably, the reviewing module is further configured to:

finishing the examination of the file; the file comprises one or a combination of the following: document covers, document flyleaves, document directories, document contents.

Preferably, the reviewing module is further configured to:

counting the examination of the drawings or the files to obtain an examination counting result;

and displaying the censored statistical result through a second visual interface.

Preferably, the reviewing module is further configured to:

receiving an examination query instruction, and searching a corresponding examination task according to the examination query instruction;

and displaying the examination task through a third visual interface.

According to the technical scheme, the fire fighting management system based on the block chain can complete the fire fighting management function by using the block chain and the visualization technology, and realizes data traceability and no tampering in the fire fighting management process. This fire control management system based on block chain compares in traditional fire control management mode, adopts the electronization to manage, and the managerial efficiency is higher.

Drawings

In order to more clearly illustrate the detailed description of the invention or the technical solutions in the prior art, the drawings that are needed in the detailed description of the invention or the prior art will be briefly described below. Throughout the drawings, like elements or portions are generally identified by like reference numerals. In the drawings, elements or portions are not necessarily drawn to scale.

Fig. 1 is a block diagram of a fire management system based on a block chain according to an embodiment.

FIG. 2 is a flow chart of a method in a visualization analysis module according to an embodiment.

Fig. 3 is a flowchart of a method in a map reviewing module according to an embodiment.

Fig. 4 is a flowchart of another method in the map-reviewing module according to the embodiment.

Detailed Description

Embodiments of the present invention will be described in detail below with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and therefore are only examples, and the protection scope of the present invention is not limited thereby. It is to be noted that, unless otherwise specified, technical or scientific terms used herein shall have the ordinary meaning as understood by those skilled in the art to which the present invention belongs.

It will be understood that the terms "comprises" and/or "comprising," when used in this specification and the appended claims, specify the presence of stated features, integers, steps, operations, elements, and/or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, and/or groups thereof.

It is also to be understood that the terminology used in the description of the invention herein is for the purpose of describing particular embodiments only and is not intended to be limiting. As used in the specification of the present invention and the appended claims, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise.

As used in this specification and the appended claims, the term "if" may be interpreted contextually as "when", "upon" or "in response to a determination" or "in response to a detection". Similarly, the phrase "if it is determined" or "if a [ described condition or event ] is detected" may be interpreted contextually to mean "upon determining" or "in response to determining" or "upon detecting [ described condition or event ]" or "in response to detecting [ described condition or event ]".

Example (b):

a blockchain based fire management system, see fig. 1, comprising:

core platform layer 1: the core platform layer 1 is provided with an intelligent contract service 11 and a block chain basic service 12;

and (3) an application layer 2: the application layer 2 is provided with a visual analysis module 21, a database module 22 and an image examination module 23; the database module 22 is used for completing the management of data; the visual analysis module 21 is used for reading the data in the database module 22 and analyzing the data; the picture examining module 23 is used for finishing the examination of the drawing;

and 3, access layer 3: for providing network services 31 between the application layer 2 and the user layer 4;

and 4, user layer: for accessing the administrative user 41.

In this embodiment, the fire management system may be used by a property company, a building company, or an functional department, for example, the property company may use the fire management system to manage fire protection in buildings in a residential area, the building company may use the fire management system to manage fire protection of various projects (including residential, commercial, etc.) under the company's flag, and the functional department may use the fire management system to manage fire protection of all buildings within the jurisdiction. Conventional fire management includes, in addition to drawing review, fire product rating, management rating, fire service supervision, and the like. The fire-fighting product is scored mainly by perfecting the scoring rule of the fire-fighting product, and the fire-fighting product comprises software or hardware, such as a fire hydrant, a fire passage or some management software. The management department scoring is mainly used for scoring the management department by perfecting the score rule of the management department, wherein the management department comprises a property company, a building company or a function department and the like, and the scoring of the management department can be carried out by a superior unit, a management user or a use user of each management department. The fire service supervision is mainly used for gathering, analyzing and storing all information of the building engineering in the processes of fire design examination, fire inspection and acceptance, filing, spot check and the like.

In this embodiment, the fire management system may further include a physical layer, where the physical layer is configured to provide infrastructure services, such as services of load balancing, disaster recovery, access control, log management, network, server, operating system, middleware, and so on. For example, the fire management system can be provided with an examination server at a physical layer for completing automatic examination and verification of drawings or documents.

In this embodiment, the core platform layer 1 is used to provide basic technologies of a block chain, the application layer provides application functions for users, the access layer is used to assist the application layer to access a network, such as a WEB network, and the user layer 4 is used to access a management user 41, where the management user 41 may be a manager of a cell, an enterprise, or a functional department. The user layer 4 may implement registration, login, logout, or personal data management of the administrative user.

In the present embodiment, the application layer 2 provides the management user 41 with functions of database, data analysis, data visualization, and graph review. The application layer 2 may further add more independent management modules according to the requirements of the management user 41, for example, the application layer 2 may divide some functions of the visualization analysis module 21, the database module 22, and the examination and drawing module 23 into independent modules, for example, may divide an examination and approval module, an inquiry module, and a chaining module. The application layer 2 may also add other functional modules, such as a verification module, a chain management module, a contract management module, a network management module, an SDK management module, and so on.

This fire control management system based on block chain can utilize block chain and visual technique, accomplishes the fire control management function, has realized that data can be traceed back, not tampered in the fire control management process. This fire control management system based on block chain compares in traditional fire control management mode, adopts the electronization to manage, and the managerial efficiency is higher.

Further, in some embodiments, the intelligent contract service 11 includes an intelligent contract, a contract interface API, and a query interface API; the contract interface API and the query interface API are used for being connected by the application layer 2; the intelligent contract service 11 is used for executing and updating intelligent contracts;

the blockchain infrastructure 12 is used to provide one or a combination of several of the following services: the system comprises a right management service, a consensus mechanism service, a privacy protection service, an identity authentication service and a block chain bottom layer service.

In the present embodiment, the intelligent contract service is connected to the application layer 2 through a contract interface API, so that the management user 41 can call up a corresponding intelligent contract using the contract interface API. The smart contract service is connected to the application layer 2 through a query interface API so that the management user 41 can query data in the core platform layer 1 using the query interface API. The smart contract service 11 may include one or more smart contracts, and the content of the smart contracts may be set according to the transaction object and the specific requirements. The intelligent contract service 11 is also used to execute and update intelligent contracts upon request of a user. The rights management service may include rights management for node computers or node users in the blockchain, such as canceling or opening uplink functions for a node computer. The consensus mechanism service may be a consensus mechanism that provides a blockchain. The privacy protection service may be to protect the privacy data of the node computers or node users in the blockchain, to view the specified privacy data only by authorized users, and the like, and the privacy data may include user identity information, address information of the computers, and the like. The authentication service may be to provide authentication functions for node computers or node users in the blockchain. The blockchain underlying services may include other mature technologies at the blockchain underlying.

Further, in some embodiments, the data of the database module 22 includes: standard data, real-time data, scoring data, and statistical rules.

In this embodiment, the standard data may be standard data of fire fighting businesses, standard data of fire fighting products, and the like. For example, standard data for fire services may include standard classifications, standard numbers, standard names, versions, revision notes, revision dates, implementation dates, master units, reference units, approval units, related documents, and the like. The standard data for fire products may include basic information (manufacturer, name, model, classification, price), specification parameters, functional description, communication parameters, power parameters, other environmental requirements, and the like. The standard data of the functional department can comprise product suppliers, construction units, examining and drawing mechanisms, technical service units, construction units, supervision units, design units and the like. The real-time data includes real-time fire service data, implemented enterprise management data, real-time cell management data, real-time functional department management data, and the like. The scoring data includes the composite score for each fire service, fire product, property, enterprise, or functional division. The statistical rules include point statistical rules specified for individual fire services, fire products, properties, enterprises, or functional departments.

In this embodiment, the database module 22 is used as a data standard unit of the whole system, and can also establish various data construction specifications and data operation specifications for implementing data standard execution, so that in the fire fighting management process, the execution and landing of each step can be certified. The database module 22 can also utilize standard data to perform standardized management on real-time data, so that the whole management process is more standard and uniform, and the management flow is simplified.

Further, in some embodiments, referring to fig. 2, the visualization analysis module 21 is specifically configured to:

s1: reading data in the database module 22;

s2: generating a chart or a report according to real-time data and grading data in the data;

s3: displaying a chart or a report through a first visual interface;

s4: and (4) extracting key data in the data, and uploading the key data to the block chain.

In this embodiment, the visualization analysis module 21 may read data in the database module 22, and the data in the database module 22 may be data of each region across the country, so that the visualization analysis module 21 may integrate data across the country to generate a chart or a report, which allows the management user 41 to visually know the fire fighting conditions across the country.

In this embodiment, the visualization analysis module 21 further provides a data query function, for example, the management user can input query conditions such as a project name, a project number, a project stage, and a service application time in the visualization analysis module 21, and the visualization analysis module 21 queries and displays corresponding projects (including a special construction project, other construction projects, and the like) according to the query conditions, so that the management user 41 can view service transaction records, project information, related unit information, service flow files, and the like of the projects through the displayed projects. For example, the administrative user may input query conditions such as unit name, update time, etc. in the visual analysis module 21, and the visual analysis module 21 queries and displays the corresponding functional department according to the query conditions, so that the administrative user 41 may view basic information, key related parties, unit valid certificates, participating projects, etc. of the functional department by displaying the functional department. For example, the management user may input parameters such as query conditions, statistical dimensions and levels, and statistical indexes of the chart or report in the visualization analysis module 21, and the visualization analysis module 21 queries and displays the chart or report meeting the query conditions.

In this embodiment, the chart may be displayed in the form of a map, a bar graph, a pie chart, a radar chart, or the like, and the visualization analysis module 21 may also present the chart or the report from different dimensions, for example, from dimensions such as each time dimension, a region dimension, a total amount of business trend, a total building area, a total investment amount, and a star-level ratio of functional units, so as to implement multi-dimensional and multi-angle visualization management. The visualization analysis module 21 can also upload key data (such as key processes) in the fire protection management process (fire protection product management, fire protection business management) to the block chain, so that the security and traceability of the key data can be ensured.

Further, in some embodiments, referring to fig. 2, the visualization analysis module 21 is further configured to:

s5: receiving a query instruction, and searching the database module 22 according to the query instruction to obtain query data;

s6: the query data is displayed through the first visual interface.

In this embodiment, the visualization analysis module 21 may further provide a query function, and the management user 41 may query the relevant data by inputting a query instruction. The first visual interface may be arranged and composed according to the visual habits and needs of the managing user 41.

Further, in some embodiments, the drawings reviewed by review module 23 include one or more of the following: general plan view, architectural structure view, architectural electrical diagram, water supply facility diagram, fire extinguishing facility diagram, functional ventilation diagram, air conditioning diagram.

In this embodiment, the map reviewing module 23 may be used to review drawings such as a general plan view, a building structure view, a building electrical diagram, a water supply facility view, a fire extinguishing facility view, a functional ventilation diagram, and an air conditioning diagram, and the map reviewing module 23 may upload drawings in a dwg format to review drawings.

Further, in some embodiments, referring to fig. 3, review of the drawing sheet by review module 23 includes:

s11: inputting newly added project information, and establishing an examination task according to the newly added project information;

s12: receiving a drawing to be checked uploaded in the checking task;

s13: receiving an examination result aiming at the drawing to be examined;

s14: marking on the drawing to be checked according to the checking result to obtain a marked drawing;

s15: and downloading the marking drawing.

In this embodiment, when the drawing examination module 23 performs drawing examination, first, new project information is input, for example, a management user may enter a project name, a project number, an examination type, and the like that need to be newly added. And then selecting corresponding examination types in the newly-built examination tasks, for example, selecting the examination types such as a general plan, a building structure diagram, a building electrical diagram, a water supply facility diagram, a fire extinguishing facility diagram, a functional ventilation diagram, an air conditioning diagram and the like, and uploading the drawings to be examined. Each examination type further comprises a plurality of examination items, such as a planing surface graph, a plane graph, a perspective graph and the like, each examination item further comprises a plurality of examination sub-items, and the examination items and the examination sub-items are determined according to the specific examination type. The drawing review module 23 also provides a preview function of the drawing to be reviewed after the drawing to be reviewed is uploaded successfully, so that the management user 41 can check whether the uploaded drawing is correct, and if the drawing is correct, can click a preset button, for example, an immediate review button, to review the drawing.

In this embodiment, the review of the drawing may be performed automatically by the review server or manually by a superior management user, and after the review is finished, the management user initiating the review task may check the review result by selecting the review task. And if the examination result is not passed, the examination result also comprises the reason of not passing. If the examination result does not pass, the image examination module 23 also supports re-examination of the examination task, for example, a management user can upload a new drawing for examination in the examination task without re-establishing the examination task.

In this embodiment, the management user may also download the checked drawings, for example, the drawing checking module 23 may automatically label the checking result in the checked drawings, and the management user directly downloads the drawings labeled with the checking result, so that the management user can know the checking result of each drawing when checking, and the checking is convenient. Therefore, the diagram examination module 23 supports multiple examinations of the drawing, and can also save the result of each examination and accurately mark the examination result in the drawing.

Further, in some embodiments, the review module 23 is further configured to:

completing the examination of the file; the file comprises one or a combination of several of the following: document covers, document flyleaves, document directories, document contents.

In this embodiment, the review module 23 can be used to review files such as file covers, file headpages, file directories, file contents, and the like. The review process of the document in the review module 23 is similar to that of the drawing. For example, first input the information of the newly added project, for example, the management user can input the name of the project, the number of the project, the type of the examination, and the like, which need to be newly added. And then selecting a corresponding examination type in the newly-built examination task, for example, selecting an examination type such as a file cover, a file title page, a file directory, file contents and the like, and uploading the file to be examined. Wherein each examination type further comprises a plurality of examination items, for example, the document title page comprises a design unit legal representative, a technical chief responsible person, a project chief responsible person, a design unit qualification and the like, and the examination items are determined according to the specific examination type. And the management user carries out examination after clicking a preset button. After the examination is finished, the management user who initiates the examination task can check the examination result by selecting the examination task.

Further, in some embodiments, referring to fig. 4, reviewing module 23 is further configured to:

s21: counting the examination of the drawings or the files to obtain an examination counting result;

s22: and displaying the censored statistical result through a second visual interface.

In this embodiment, the image examination module 23 may also count the examination situation of the management user, for example, the image examination module 23 may examine the examination volume of the management user 41 in dimensions of today, yesterday, this week, this month, and the like, and display the examination volume in the second visual interface through a table or a chart. The second visual interface may be set according to the visual habits of the public and the needs of the user. The review module 23 may also present the latest review drawing or document to the administrative user, and may also present the review quantity to the administrative user in accordance with the review status (pending review, reviewed, review complete, etc.). The number of examinations can also be presented to the administrative user by the type of examination (general plan view, architectural structure view, architectural electrical diagram, water supply facility view, fire extinguishing facility view, functional ventilation diagram, air conditioning diagram, document cover, document flyleaf, document directory, document contents).

Further, in some embodiments, referring to fig. 4, reviewing module 23 is further configured to:

s23: receiving an examination query instruction, and searching a corresponding examination task according to the examination query instruction;

s24: and displaying the examination task through a third visual interface.

In this embodiment, the examination query instruction may include a name of an item to be queried, an item number, an examination time, and the like. When the corresponding review task is found, the review module 23 may display the corresponding review task through a list, where a project name, a project number, a review term, review time, and the like may be displayed in the list.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; such modifications and substitutions do not depart from the spirit and scope of the present invention, and they should be construed as being included in the following claims and description.

Claims (10)

1. A fire management system based on a blockchain, comprising:

a core platform layer: the core platform layer is provided with intelligent contract service and block chain basic service;

an application layer: the application layer is provided with a visual analysis module, a database module and an image examination module; the database module is used for finishing the management of data; the visualization analysis module is used for reading the data in the database module and analyzing the data; the picture examination module is used for finishing examination of a drawing;

an access layer: for providing a network service between the application layer and the user layer;

and (3) a user layer: for accessing the administrative user.

2. The blockchain-based fire management system of claim 1,

the intelligent contract service comprises an intelligent contract, a contract interface and a query interface; the contract interface and the query interface are used for connecting the application layer; the intelligent contract service is used for executing and updating the intelligent contract;

the block chain basic service is used for providing one or a combination of several services: the system comprises a right management service, a consensus mechanism service, a privacy protection service, an identity authentication service and a block chain bottom layer service.

3. The blockchain-based fire management system of claim 1,

the data of the database module includes: standard data, real-time data, scoring data, and statistical rules.

4. The blockchain-based fire management system of claim 3,

the visualization analysis module is specifically configured to:

reading the data in the database module;

generating a chart or report according to the real-time data and the grading data in the data;

displaying the chart or the report through a first visual interface;

and extracting key data in the data, and uploading the key data to a block chain.

5. The blockchain-based fire management system of claim 4,

the visualization analysis module is further to:

receiving a query instruction, and searching the database module according to the query instruction to obtain query data;

and displaying the query data through the first visual interface.

6. The blockchain-based fire management system of claim 1,

the drawings for examining the drawings by the examination module comprise one or more of the following combinations: general plan view, architectural structure view, architectural electrical diagram, water supply facility diagram, fire extinguishing facility diagram, functional ventilation diagram, air conditioning diagram.

7. The blockchain-based fire management system of claim 6,

the examination of the drawing by the drawing examination module comprises the following steps:

inputting newly added project information, and establishing an examination task according to the newly added project information;

receiving a drawing to be checked uploaded in the checking task;

receiving a checking result aiming at the drawing to be checked;

marking the drawing to be checked according to the checking result to obtain a marked drawing;

and downloading the marking drawing.

8. The blockchain-based fire management system of claim 7,

the map reviewing module is further used for:

finishing the examination of the file; the file comprises one or a combination of several of the following: document covers, document flyleaves, document directories, document contents.

9. The blockchain-based fire management system of claim 8,

the map reviewing module is further used for:

counting the examination of the drawing or the file to obtain an examination counting result;

and displaying the examination statistical result through a second visual interface.

10. The blockchain-based fire management system of claim 8,

the map reviewing module is further used for:

receiving an examination query instruction, and searching the corresponding examination task according to the examination query instruction;

and displaying the examination task through a third visual interface.

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