CN115713198A - Thermal power archive informatization management system with high archive availability - Google Patents

Abstract

This scheme discloses archives high availability's thermoelectricity archives information-based management system, include system server and install the APP at mobile terminal department, system server is connected with the database that is used for saving thermoelectricity archives, thermoelectricity archives includes the archives information of equipment, the archives information of each equipment is relevant with the KKS code of corresponding equipment in the database, when the user uses APP scanning field device's KKS code, the APP uploads to system server with the KKS code that the scanning obtained, system server acquires the archives information of corresponding equipment and sends to the APP in the database according to received KKS code. The system utilizes a two-dimensional code scanning technology, a scanned object is changed into a KKS code, the field device and the file information are quickly associated, the device has a code, the code can be associated with a file, and the file content can be read by scanning the code.

Description

Thermal power archive informatization management system with high archive availability

Technical Field

The invention belongs to the technical field of archive management, and particularly relates to a thermal power archive informatization management system with high archive availability.

Background

With the progress of modern science and technology means, the file construction gradually realizes the transition from paper to electronics, and the file management comprehensively enters the information era. Similarly, the construction of coal-fired thermal power digital archives is also continuously promoted, the electronization rate of archives is greatly improved, and full-text digitization is basically realized for document archives, scientific and technical archives, accounting archives, physical archives, audio and video archives, other special archives and the like. The file management has evolved from receiving, managing and storing to receiving, managing, storing and using one-stop service, perfects the file management system to realize document integration, and realizes integration and sharing of file information resources, which has become the leading direction of the digital construction of the existing files.

Thermal power archive work conforms to the trend of the information era, various archive data generated in the production and operation process are converted into digital archive information, an archive information base is formed by means of an information platform, all information resource sharing and management are achieved, archive management work efficiency is improved, business operation cost is reduced, the intelligent management service level of an enterprise is improved, enterprise work quality improvement and efficiency improvement are achieved, all-dimensional and multi-level archive informatization and decision support are provided for the enterprise, and powerful support is provided for continuous and healthy development of the enterprise.

The existing file system usually only focuses on the collection, management and storage of file information, and there are many inconveniences in the use of file information. For example, a user can only acquire a file by means of retrieval or directory query, some useless information often appears, and no other more convenient way or query accuracy can be provided; if training users are not concerned, the training users usually have higher requirements on archival information, the current training is usually only a few fixed materials and cannot be combined with reality, and the training and the reality are usually disjointed, and the training effect is usually very limited due to the fact that the training users are not concerned.

Disclosure of Invention

The invention aims to solve the problems and provides a thermal power archive information management system with high archive availability. The mode of using the KKS code can avoid the frequent use of on-site two-dimensional code to distinguish well to and the maintenance problem that two-dimensional code later stage damage, newly-increased, change etc. brought.

In order to achieve the purpose, the invention adopts the following technical scheme:

the utility model provides a thermal power archives information-based management system of archives high availability, includes system server and installs the APP at mobile terminal department, system server be connected with the database that is used for saving thermal power archives, thermal power archives include the archives information of equipment, the archives information of each equipment is correlated with the KKS code of corresponding equipment in the database, use as the user during APP scans field device's KKS code, the APP uploads to system server with the KKS code that the scanning obtained, system server obtain the archives information of corresponding equipment and sends to in the database according to the KKS code received.

In the thermal power archive information management system with high archive availability, the system is connected with an ERP system in an abutting mode, and KKS codes of devices are synchronized in the ERP system.

In the thermal power archive information management system with high archive availability, each APP user has a corresponding account authenticated by an identity authentication platform user, a system server records the account ID and the post responsibility of each APP user, and provides archive access permission of relevant equipment for the corresponding account ID according to the post responsibility;

when the system server receives the KKS codes uploaded by the APP user side, the account ID of the APP user side is identified, whether the current APP user has access authority to the equipment corresponding to the current KKS codes or not is judged, if yes, the equipment archive information is sent to the APP user side, and if not, the sending is refused.

In the thermal power archive informatization management system with high archive availability, the system is connected to a training system, and provides a training interface for a user of the training system to request equipment training, and the system comprises the following steps:

A1. acquiring training users participating in training in a training system;

A2. acquiring training contents of training users;

A3. matching each training user to the account ID of the system;

A4. determining field equipment corresponding to each training content;

A5. judging whether the APP user of the account ID of A3 has the authority on the field device of A4;

if not, releasing the authority of the field equipment on the training archive information to the account ID, and then executing A6, otherwise, directly executing A6;

A6. recording the incidence relation between the corresponding training user and the field equipment;

A7. when a training user requests equipment training in a training system, sending archive information corresponding to field equipment associated with the training user to the training user;

and when the APP user of the account ID of A3 scans the KKS code of the field device of A4, the corresponding archive information of the field device is sent to the APP user.

In the thermal power archive information management system with high archive availability, the system is also connected to an ERP system and used for executing the following steps:

B1. identifying the equipment state based on an ERP system;

B2. querying a training user associated with the equipment when the equipment is identified to be in a maintenance state;

B3. and sending the file information of the maintenance equipment to a training user B2 in the training system for borrowing or browsing online.

In the thermal power archive informatization management system with high archive availability, an APP is provided with a borrowing entrance, and the mobile terminal is provided with an APP storage space which is controlled by the APP and is used for storing archive information downloaded after a user requests to borrow; when the user requests to return, deleting the corresponding file information in the APP storage space; and when the APP is unloaded, releasing the corresponding APP storage space.

In the thermal power archive information management system with high archive availability, the archive information borrowed by the APP is encrypted by using the corresponding account ID and the APP in a correlation manner and then sent to the corresponding mobile terminal for downloading, so that the archive information in the APP storage space can be opened only under the application APP and the corresponding account ID.

In the thermal power archive informatization management system for high archive availability, the system further comprises a safety helmet with a sensor, the sensor senses the positioning position of the safety helmet, and the following steps are executed:

C1. the archive information of the field equipment in the range related to the positioning position is extracted, processed and packaged to be in a state of waiting to be sent;

c2, when the APP user scans the KKS code of the field device in the C1, corresponding file information to be sent is sent to the APP user; the reference range refers to a range of the localized position, i.e., a region centered at the localized position that extends outward from the localized position by several diameters.

C3. And when the field device which detects that the file information is in the state of waiting to be sent leaves the related range of the positioning position of the safety helmet, the state of waiting to be sent of the related file information is released.

In the thermal power archive information management system for high archive availability, before step C1, the method further includes: the system server binds each safety helmet with the account ID of the corresponding user;

and the step C1 is specifically as follows:

C11. when the position information of the safety helmet is acquired, whether field equipment in an account ID authority range bound with the safety helmet exists in a positioning position related range is judged;

C12. if the equipment exists, the archive information of the equipment in the account ID permission range corresponding to the safety helmet is extracted, processed and packaged to enable the equipment to be in a state of waiting to be sent;

c2 is specifically: and when the APP user of the account ID of the C12 scans the KKS code of the corresponding field device, sending corresponding archive information to be sent to the APP user.

In the thermal power archive information management system with high archive availability, before step C1, the method further includes: the system server binds each safety helmet with the account ID of the corresponding user;

steps C1-C3 were replaced by:

when the position information of the safety helmet is acquired, whether field equipment in an account ID authority range bound with the safety helmet exists in a positioning position related range is judged;

and if so, sending the archive information of the field equipment in the account ID permission range in the related range of the positioning position to the APP user of the account ID.

The invention has the advantages that:

1. the KKS codes are used in the management system to correlate the file information of the corresponding equipment, and a user can accurately acquire the file information of the relevant equipment by scanning the KKS codes of the field equipment, so that the system has the advantages of convenience, rapidness, accurate positioning and the like;

2. the system is butted with an ERP system, and the problem that an error is easy to occur in a code input process can be avoided by utilizing the characteristic that the ERP system can automatically carry a KKS code in a process of a process;

3. the system is connected with a training system in a butt joint mode, a training interface is provided for the training system, a user can directly request corresponding archive information in the training system, the user is helped to realize quick query and quick learning, the training user is helped to quickly master various related knowledge of the equipment by combining with field equipment, the training system is assisted, and the training effect is improved;

4. on the basis of butt joint of the system with the ERP and the training system, the equipment state information of the ERP system is utilized, when the equipment state is in a maintenance state, the file information of maintenance equipment is actively sent to a training user of the corresponding training system, the internal structure exposure of maintenance equipment disassembly is more favorable for staff learning, and the field entity is combined with written knowledge, so that the staff understanding and mastering are facilitated, and the training effect is improved;

5. the system APP has a browsing function and a borrowing function, so that a user can browse online and conveniently and quickly check the borrowing at any time, an independent APP storage space is provided for the APP, only the APP and an account requesting to borrow can open downloaded file information, convenience is provided for the user, and the confidentiality requirement of a document is met;

6. based on the background that the worker must wear the safety helmet to the site and the positioning of the safety helmet can be realized by basically installing the sensor at present, the intelligent safety helmet is added into the system, relevant equipment file information is prepared by acquiring the position information of the safety helmet, and the sending efficiency of the user when the user requests the file information for the field equipment can be improved.

Drawings

FIG. 1 is a first system structure block diagram of a thermal power archive informatization management system for high archive availability according to the invention;

FIG. 2 is a flowchart of a method for acquiring relevant archive information based on field devices in the thermal power archive information management system with high archive availability according to the present invention;

FIG. 3 is a flowchart of a method for docking a training system with a thermal power archive informatization management system with high archive availability according to the invention;

FIG. 4 is a second flowchart of a method for docking a training system in the thermal power archive informatization management system for high archive availability of the present invention;

FIG. 5 is a flowchart of a first method for improving the file extraction efficiency by using a safety helmet in the thermal power file informatization management system for high file availability according to the invention;

FIG. 6 is a block diagram of a system structure of a thermal power archive informatization management system for high archive availability according to the invention;

FIG. 7 is a flowchart of a second method for improving the file extraction efficiency by using a safety helmet in the thermal power file information management system with high file availability according to the present invention;

fig. 8 is a block diagram of a system structure of the thermal power archive informatization management system for high archive availability according to the invention;

fig. 9 is a third flowchart of a method for improving file extraction efficiency by using a safety helmet in the thermal power file information management system with high file availability according to the present invention.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

The embodiment provides a thermal power archive information management system with high archive availability, which comprises a system server, an APP installed at a mobile terminal and an application installed at a PC (personal computer) terminal, wherein the key point of the scheme is mobile application, so that the PC terminal is not expanded. The mobile application realizes the file information service mobility through a wireless network, a mobile phone and other mobile terminals, and extends the file query utilization from a PC terminal to a mobile phone terminal, thereby providing a new method for file query. Compared with PC terminal inquiry, the mobile terminal inquiry is more flexible and convenient, can be used for files at any time and any place in a working site, and is equivalent to that a person carries a file data dictionary of the equipment, and can be turned over at any time and used at any time as required.

The thermal power informatization management system provided by the scheme is optimized from the use angle of the file information, combines the particularity of the thermal power files, improves the use convenience of the file information from multiple angles, and realizes extension from receiving, managing and storing. For the post staff, the file information about the field device can be quickly obtained by scanning the KKS code of the field device, the targeted retrieval is not needed, the name or other information of the device is not needed to be known, the device does not need to run to a storehouse, and the required file information can be accurately obtained. For training staff, the docking archive management system can directly obtain the archive information of equipment related to self training from the archive management system, and for users such as training staff, whether the users are related to the authority of the related equipment or not, the docking training system can obtain the archive information of the equipment by scanning field equipment as long as the training of one staff relates to the equipment. In addition, this system still combines the locate function of safety helmet, and generally thermoelectricity scene, to on-the-spot staff, mostly carry out overhaul of the equipments, equipment study and equipment scene are looked over, often can acquire some archives information about equipment, this scheme through the mode that combines the safety helmet, can extract relevant archives information in the server in advance, when the user request directly send for the user can, need not to carry out the processing step, shorten user's demand time greatly, improve resource acquisition efficiency. Or related file information is directly sent, and a user only needs to receive files, so that the use convenience and intelligence of the equipment file information are further improved.

Specifically, as shown in fig. 1, the system server is connected with a database for storing thermal power archives, the thermal power archives include the archives information of the devices, the archives information of each device is associated with the KKS code of the corresponding device in the database, when the user uses the KKS code of the APP to scan the field device, the APP uploads the KKS code obtained by scanning to the system server, and the system server obtains the archives information of the corresponding device from the database according to the received KKS code and sends the archives information to the APP. The archive information that can be sent to the APP may be all archive information about the relevant device, such as archive information directly related to the work of device installation, use, maintenance, overhaul, replacement, etc., such as certificates, test reports, specifications, overhaul documents, drawings, etc., or may be part of archive information of the relevant device, specifically set by the administrator at the background according to actual conditions such as confidential needs, etc.

In a conventional file system, when a user needs to browse or download file information, the user is usually required to input keywords such as a file number, a title, a year, a responsible person, an equipment name, an equipment model and the like to search corresponding data, and no matter what keyword is used for searching, the problem of obtaining wrong data due to error input exists, and the accuracy is not high enough. To this, this scheme provides the mode of linkage field device KKS sign indicating number, and with the archives information of equipment rather than KKS sign indicating number correlation, the user can obtain the data of corresponding equipment at the KKS sign indicating number of field scanning equipment through APP, realizes that the archives utilizes the new mode of initiatively extending to the scene, impel, delivering. Moreover, the file information of the equipment is directly related by the KKS of the equipment without specially pasting a two-dimensional code, so that the problems that too many two-dimensional codes are used on site and the corresponding two-dimensional codes are difficult to find can be avoided, and the maintenance problems caused by later-stage damage, new increase, replacement and the like can be avoided.

In addition, the system is connected to an ERP system in an opposite mode, and KKS codes of the devices are synchronized in the ERP system. The KKS code can be automatically carried in the process of walking by the ERP system, and the KKS code can be recorded into the system, so that the problem that the code is easy to make mistakes in the recording process can be avoided.

Specifically, because the archive system of power plant all has secret requirement, so every staff all need register the account number, and every APP user that needs to use this system all has the account number through authentication platform user authentication, and system server records account number ID and the post responsibility of every APP user to provide the archive access permission of relevant equipment for corresponding account number ID according to the post responsibility.

As shown in fig. 2, when the system server receives the KKS code uploaded by the APP user, the account ID of the APP user is identified and whether the current APP user has an access right to the device corresponding to the current KKS code is determined based on the account ID, if so, the device archive information is sent to the APP user, otherwise, the sending is denied.

Furthermore, the scheme preferably enables the mobile terminal APP to have an electronic file browsing interface, and a user can browse archive information through url by using the electronic file browsing interface.

Further, as shown in FIG. 3, the system interfaces with a training system, the system providing a training interface for a user of the training system to request device training, comprising the steps of:

A1. acquiring training users participating in training in a training system;

A2. acquiring training contents of training users;

A3. and matching each training user with the user of the system, namely matching the training user with the account ID of the user of the system. The training user and the user of the application can be matched according to the identity information of the two systems registered by the user.

A4. Determining field equipment corresponding to each training content; and if the training system does not directly provide the field equipment corresponding to the training content, determining the corresponding field equipment by analyzing the training content.

A5. Judging whether the APP user of the account ID of A3 has the authority to the field device of A4;

if not, releasing the authority of the field device on the training archive information to the account ID, and then executing A6, otherwise, directly executing A6; the profile information about the trained field device may be part of the profile information that is collated by the associated device, may be part of the profile information that the system described in fig. 1 and 2 can send to the authorized user, or may be all of the profile information that the system described in fig. 1 and 2 can send to the authorized user.

A6. Recording the association relation between corresponding training users and field equipment;

A7. when a training user requests equipment training in a training system, corresponding file information of field equipment related to the training user is sent to the training user, namely file information related to the training is sent;

when an APP user of the account ID A3 scans a KKS code of the A4 field device, corresponding archive information of the field device is sent to the APP user, and archive information related to training is sent.

When training of the training user is finished, the association relation between the training user and the field equipment is removed, and meanwhile, if the account ID matched with the training user does not have the authority about the field equipment, the authority of the APP user to the corresponding archive information is cancelled.

In the scheme, even if an APP user does not have access to the equipment, the equipment archive information used for training is opened for the APP user as long as the APP user is in a training state in the training system, the training user can request equipment training in the APP of the training system, and the archive information of the corresponding equipment can be accessed in the APP of the system in a code scanning mode. The training system can help the training user to quickly master various related knowledge of the equipment by combining with the field equipment through the utilization of the archive system, and the training effect is improved.

Further, as shown in fig. 4, the present system is also interfaced to an ERP system and adapted to perform the following steps:

B1. identifying the equipment state based on an ERP system;

B2. querying a training user associated with the equipment when the equipment is identified to be in a maintenance state;

B3. and sending the archive information of the maintenance equipment to a training user related to the maintenance equipment inquired in the step B2 in the training system for borrowing or browsing online.

The mobile terminal is provided with an APP (application) storage space, and the APP storage space is controlled by the APP and is used for storing the file information downloaded after the user requests for borrowing; when a user requests to return, deleting corresponding file information in the APP storage space, and downloading information such as the returning time and the like of the recording equipment by the system; when the APP is unloaded, the corresponding APP storage space is released, and the downloaded files are automatically returned. The system uses the corresponding account ID to encrypt the archive information borrowed by the APP and sends the archive information borrowed by the APP to the corresponding mobile terminal for downloading after the corresponding account ID is encrypted, so that the archive information in the APP storage space can be opened only under the application APP and the corresponding account ID.

Further, as shown in fig. 5 and 6, the system further includes a helmet having a sensor, where the sensor senses the positioning position of the helmet, and performs the following steps:

the system also comprises a safety helmet with a sensor, the positioning position of the safety helmet is sensed through the sensor, and the following steps are executed:

C1. the archive information of the field equipment in the range related to the positioning position is extracted, processed and packaged to be in a state of waiting to be sent; reference to range refers to the range of an area centered at the location from the location extending outwardly by several diameters, the size of the range being designed to be set by one skilled in the art as desired. At present, for factors such as staff safety, power plant staff must wear safety helmets when arriving at the site, and the current safety helmets are provided with sensors to realize a positioning function, and the scheme is realized by utilizing the intellectualization of the current safety helmets. The system can be directly connected with the safety helmet or butted with a management system where the safety helmet is located, and the positioning information of the safety helmet is obtained from the management system in real time. The helmet can be positioned through the helmet in an active positioning mode such as a GPS (global positioning system) mode or a passive positioning mode in which signal receiving and transmitting are positioned according to the installation position of the signal transceiver.

C2, when the APP user scans the KKS codes of the field equipment of the C1, corresponding archive information to be sent is sent to the APP user;

C3. and when the field equipment with the file information in the to-be-sent state is detected to leave the related range of the positioning position of the safety helmet, the to-be-sent state of the related file information is released.

If a user wearing the safety helmet enters the site, the system can detect that the safety helmet enters the site, if 5 devices exist in the related range, the server system extracts the file information of the five devices in advance from the database to enable the five devices to be in a state of sending, therefore, the user can subsequently scan the KKS code of any one device in the 5 devices, and the server can immediately send the file without searching, extracting in a large range and processing data before sending.

In the preferred scheme, a device for starting the positioning function of the system on the safety helmet can be installed on each site, and the system can position the safety helmet only in the site. If the wireless receiver is installed on each site, the wireless receiver can sense when the safety helmet enters the signal range of the wireless receiver, the sensing result is uploaded to the system server, and the system server judges the position of the safety helmet according to the installation position of the wireless receiver sending the signal. Or a signal transmitter for waking up the safety helmet positioning module is installed on each site, so that the safety helmet positioning module can be actively positioned on the site and uploaded to the system server.

In another embodiment, as shown in fig. 7 and 8, before step C1, the method further includes: the system server binds each safety helmet with the account ID of the corresponding user; namely, each user can have the own safety helmet, the safety helmet is bound with the account ID of the user through the label of the safety helmet, and the system can receive the label information of the positioned safety helmet no matter in active positioning or passive positioning, so that the owner of the safety helmet can be determined, namely the corresponding account ID is determined.

In this embodiment, step C1 specifically includes:

C11. when the position information of the safety helmet is obtained, whether field equipment in an account ID permission range bound with the safety helmet exists in a positioning position related range or not is judged;

C12. if the equipment is in the ID permission range, the archive information of the equipment in the ID permission range of the account corresponding to the safety helmet is extracted, processed and packaged to enable the equipment to be in a state of waiting for sending;

c2 is specifically: and when the APP user of the account ID of the C12 scans the KKS code of the corresponding field device, the corresponding archive information to be sent is sent to the APP user.

If a user X wears a safety helmet to go to the site, the system locates the safety helmet at the site, then inquires that N devices are in the authority range of the user X or in the authority range of the account ID of the user X within the related range of the position where the safety helmet of the user X is located, and then the system extracts the file information of the N devices from the database to enable the devices to be sent out. If the user X scans the KSS code of any one of the N devices, the server can immediately send out the file without performing extensive retrieval, extraction, and data processing before sending.

In another embodiment, step C1 is preceded by: the system server binds each safety helmet with the account ID of the corresponding user;

as shown in fig. 9, in the present embodiment, steps C1 to C3 are replaced with:

when the position information of the safety helmet is acquired, whether field equipment in an account ID authority range bound with the safety helmet exists in a positioning position related range is judged;

and if so, sending the archive information of the field equipment in the account ID permission range in the related range of the positioning position to the APP user of the account ID. At the moment, the user only needs to receive the data, and the data can also be automatically received.

If a user X wears a safety helmet to go to the site, the system locates the safety helmet at the site, then inquires that N devices are in the authority range of the user X or in the authority range of the account ID of the user X within the related range of the position where the safety helmet of the user X is located, and then the system extracts the file information of the N devices from the database and sends the file information to the user X, and at the moment, the user only needs to receive the file information, or the file information can be automatically received.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments, or alternatives may be employed, by those skilled in the art, without departing from the spirit or ambit of the invention as defined in the appended claims.

Claims (10)

1. The utility model provides a thermal power archives information-based management system of archives high availability, its characterized in that, include system server and install the APP at mobile terminal department, system server be connected with the database that is used for saving thermal power archives, thermal power archives include the archives information of equipment, the archives information of each equipment is correlated with the KKS code of corresponding equipment in the database, when the user uses during the KKS code of APP scanning field device, the KKS code that the APP obtained with the scanning is uploaded to system server, system server obtains the archives information of corresponding equipment and sends to in the database according to received KKS code.

2. The thermal power archive informatization management system for high archive availability according to claim 1, characterized in that the system is interfaced with an ERP system and synchronizes KKS encoding from the ERP system.

3. The thermal power archive information management system for high archive availability according to claim 1, wherein each APP user has a corresponding account, the system server records the account ID and the post responsibility of each APP user, and provides archive access rights of relevant equipment for the corresponding account ID according to the post responsibility;

when the system server receives the KKS codes uploaded by the APP user side, the account ID of the APP user side is identified, whether the current APP user has access authority to the equipment corresponding to the current KKS codes is judged, if yes, the equipment file information is sent to the APP user side, and if not, the sending is refused.

4. A thermal power archive informatization management system for archive high availability as defined in claim 1, wherein the system is interfaced with a training system, the system providing a training interface for training system users to request equipment training, comprising the steps of:

A1. acquiring training users participating in training in a training system;

A2. acquiring training contents of training users;

A3. matching each training user to the account ID of the system;

A4. determining field equipment corresponding to each training content;

A5. judging whether the APP user of the account ID of A3 has the authority to the field device of A4;

if not, releasing the authority of the field device on the training archive information to the account ID, and then executing A6, otherwise, directly executing A6;

A6. recording the association relation between corresponding training users and field equipment;

A7. when a training user requests equipment training in a training system, sending archive information corresponding to field equipment associated with the training user to the training user;

and when the APP user of the account ID of A3 scans the KKS code of the field device of A4, the corresponding archive information of the field device is sent to the APP user.

5. A thermal power archive information management system for high archive availability as defined in claim 4, wherein the system is further interfaced with an ERP system and is configured to perform the following steps:

B1. identifying the equipment state based on an ERP system;

B2. querying a training user associated with the equipment when the equipment is identified to be in a maintenance state;

B3. and sending the archive information of the maintenance equipment to a training user B2 in the training system.

6. The thermal power archive informatization management system for high archive availability according to claim 1, characterized in that, the APP is provided with a borrowing portal, and the mobile terminal is provided with an APP storage space controlled by the APP for storing archive information downloaded after a user requests to borrow; when the user requests to return, deleting the corresponding file information in the APP storage space; and when the APP is unloaded, releasing the corresponding APP storage space.

7. The thermal power archive information management system for high archive availability as claimed in claim 6, wherein the system encrypts the archive information borrowed by the APP by using the corresponding account ID and the APP association, and sends the encrypted archive information borrowed by the APP to the corresponding mobile terminal for downloading, so that the archive information in the APP storage space can be opened only under the APP and the corresponding account ID.

8. A thermal power archive information management system for high archive availability as defined in claim 1, wherein the system further comprises a safety helmet with a sensor, the positioning position of the safety helmet is sensed by the sensor, and the following steps are performed:

C1. the archive information of the field equipment in the range related to the positioning position is extracted, processed and packaged to be in a state of waiting to be sent;

c2, when the APP user scans the KKS code of the field device in the C1, corresponding file information to be sent is sent to the APP user;

C3. and when the field device which detects that the file information is in the state of waiting to be sent leaves the related range of the positioning position of the safety helmet, the state of waiting to be sent of the related file information is released.

9. A thermal power archive information management system for high archive availability according to claim 8, wherein step C1 is preceded by: the system server binds each safety helmet with the account ID of the corresponding user;

and the step C1 specifically comprises the following steps:

C11. when the position information of the safety helmet is obtained, whether field equipment in an account ID permission range bound with the safety helmet exists in a positioning position related range or not is judged;

C12. if the equipment is in the ID permission range, the archive information of the equipment in the ID permission range of the account corresponding to the safety helmet is extracted, processed and packaged to enable the equipment to be in a state of waiting for sending;

c2 is specifically: and when the APP user of the account ID of the C12 scans the KKS code of the corresponding field device, the corresponding archive information to be sent is sent to the APP user.

10. A thermal power archive information management system for high archive availability according to claim 8, characterized by further comprising, before step C1: the system server binds each safety helmet with the account ID of the corresponding user;

steps C1-C3 were replaced by:

when the position information of the safety helmet is obtained, whether field equipment in an account ID permission range bound with the safety helmet exists in a positioning position related range or not is judged;

and if so, sending the archive information of the field equipment in the account ID permission range in the related range of the positioning position to the APP user of the account ID.

Images