CN113207112B - Mobile interactive ledger management method, system, device and storage medium thereof - Google Patents

Abstract

The present application relates to a mobile interactive ledger management method, system, device and its storage medium. The method includes: the equipment processing terminal automatically records or obtains the entered ledger information at regular intervals, and the device processing terminal internally presets update marks and read Flag, the update flag and the read flag are not set at the same time, after the ledger information is updated, the device processing end sets the update flag; the mobile terminal regularly connects wirelessly with the device processing end; the mobile terminal queries the current setting of the device processing end; When the update flag is set, the mobile terminal requests the equipment processing terminal to upload the latest ledger information; if the read flag is found to be set, the mobile terminal requests the equipment processing terminal to automatically record and form image information through the camera module to capture the equipment in real time. The terminal requests the device processing terminal to upload image information; the device processing terminal uploads the image information to the mobile terminal. The application has the effects of reducing the error rate of ledger management and improving efficiency.

Description

Mobile interactive ledger management method, system, device and storage medium thereof

technical field

The present application relates to the field of equipment ledger management, in particular to a mobile interactive ledger management method, system, device and storage medium thereof.

Background technique

Ledger refers to the account book placed on the platform for people to read, and also refers to the running account, which includes documents, work plans or work reports. In industrial production, the ledger of production safety management, that is, the safety production ledger is a data record that reflects the overall situation of a unit's safety production management. The main functions of the safety production ledger are: in the process of recording, organizing and accumulating ledger data, it plays a role in self-supervision and strengthening safety production management; it allows enterprises to standardize management and improve enterprise management levels; Personnel play the role of self-protection.

The existing safety production ledger is a paper book that is hung next to the equipment, and the inspectors or operators use pens to register regularly according to regulations. If the number of equipment in the workshop is not large, the inspectors or operators still The operation can be completed on time. If there are too many devices in the workshop, the inspection personnel or operators will be busy completing the registration on time, which will increase the probability of registration errors.

In view of the related technologies mentioned above, the inventor believes that if there are too many devices in the workshop, the method of recording and managing the ledger by using a pen to register regularly according to the regulations will have the defects of high error rate and low efficiency .

Contents of the invention

In order to reduce the error rate of ledger management and improve efficiency, the present application provides a mobile interactive ledger management method, system, device and storage medium thereof.

In the first aspect, the present application provides a mobile interactive ledger management method, which adopts the following technical solution:

A mobile interactive ledger management method, based on a device processing terminal connected with a camera module and a mobile terminal, comprising the following steps:

S1: The device processing terminal automatically records or acquires the entered ledger information at regular intervals, and the device processing terminal presets an update flag and a read flag internally, and the update flag and the read flag are not set at the same time, and the After the ledger information is updated, the device processing end sets an update flag;

S2: The mobile terminal regularly wirelessly connects with the device processing terminal;

S3: The mobile terminal queries the current setting of the processing terminal of the device;

S4: If it is found that the update flag is set, the mobile terminal requests the device processing terminal to upload the latest ledger information;

S5: If it is found that the read flag is set, request the device processing end to automatically record and capture the device through the camera module to form image information in real time, and the mobile terminal requests the device processing end to upload the image information ;as well as,

S6: The device processing end uploads the image information to the mobile end, sets the read flag, and resets the update flag.

By adopting the above technical solution, when the equipment is in normal operation, the equipment processing terminal can automatically record the ledger information, and the employees can also record the ledger information on site, and the employees who carry out the ledger management hold the mobile terminal and can do it during the on-site patrol. Collect the ledger information from the equipment processing end, and make daily ledger records. The ledger records include the image information of the device's live situation, which reduces the error rate of artificial ledger management and improves the efficiency of ledger management.

Preferably, in said S2, it also includes:

S21: There are multiple processing ends of the device, and data connection between adjacent processing ends of the device;

S22: The mobile terminal is connected to the first device processing terminal through the first communication protocol; and,

S23: During the process of sending data from the first device processing terminal to the mobile terminal through the first communication protocol, the mobile terminal is connected to the second device processing terminal through the second communication protocol, and the first One said device processing end is adjacent to a second said device processing end.

By adopting the above technical solution, when the bandwidth of the first communication protocol or the network environment is poor and the transmission rate is not fast, a connection can be established with the processing end of the second device during the data transmission process, saving time and realizing seamless connection.

Preferably, in said S6, it also includes:

S61: If the data amount of the image information is greater than the preset information data amount, the first processing end of the device splits the image information into a first image block and a second image block;

S62: The first device processing end sends the first image block to the mobile terminal through the first communication protocol, and at the same time, the first device processing end sends the second image block through the second The device processing terminal sends to the mobile terminal through the second communication protocol; and,

S63: The mobile terminal receives the first image block and the second image block, combines the first image block and the second image block into the image information, and stores the image information.

By adopting the above technical solution, when the bandwidth of the first communication protocol or the network environment is not good and the transmission rate is not fast, the adjacent device processing terminal can be used to assist in the transmission of image information, saving time and improving work efficiency.

Preferably, the data of corresponding pixel points in the first image block and the first image are the data of adjacent pixel points in the image information;

In said S63, it also includes:

S631: After the mobile terminal receives the first image block, store the first image block;

S632: After the mobile terminal receives the second image block, use the first image block to verify the second image block, the verification step is: align the first image block with the second image block , and then subtract the position of the first image block to the left by one pixel from the second image block to obtain a plurality of pixel difference values, and take the sum of all pixel difference values as the first sum value; the first The image block is aligned with the second image block, and then the first image block is shifted down by one pixel and subtracted from the second image block to obtain a plurality of pixel differences, and the sum of all pixel differences is taken as second sum;

S633: If the difference between the first sum and the second sum is within a preset first interval value, combine the first image block and the second image block into the image information, storing the image information;

S634: If the difference between the first sum value and the second sum value is within the preset second interval value, convert the second image block into a white background, and then convert the first image block Merging with the second image block to form the image information, storing the image information; and,

S635: If the difference between the first sum value and the second sum value is within a preset third interval value, convert both the first image block and the second image block into a white background, Then combine the first image block and the second image block to form the image information, and store the image information.

By adopting the above technical solution, under normal circumstances, the difference between the first image block and the second image block is not large, and the second image block is verified through the first image block, and the transmission process can also reduce the impact on the image information after verification. influences.

In the second aspect, the application provides a mobile interactive ledger management system, which adopts the following technical solutions:

A mobile interactive ledger management system, comprising a device processing terminal connected with a camera module and a mobile terminal, and the mobile terminal is wirelessly connected to the device processing terminal at regular intervals; and also includes:

The automatic recording module is located in the processing end of the device, and is used to automatically record or obtain the entered ledger information at regular intervals. The processing end of the device presets an update mark and a read mark, and the update mark and the read mark Not set at the same time, after the ledger information is updated, the device processing end sets the update flag;

A query module, located in the mobile terminal, is used to query the current setting of the processing terminal of the device;

The first judgment execution module is located in the mobile terminal, and is used for judging that if the update flag is found to be set, then request the device processing end to upload the latest ledger information;

The second judgment execution module is located in the mobile terminal, and is used for judging that if the read flag is found to be set, then request the equipment processing terminal to perform automatic recording and take pictures of the equipment through the camera module to form image information in real time, and requesting the device processing end to upload the image information; and,

The upload module is located in the processing end of the device, and is used for uploading the image information to the mobile end, setting the read flag, and resetting the update flag.

By adopting the above-mentioned technical solution, when the equipment processing end is running normally, the automatic recording module can automatically record the ledger information, and the employees can also record the ledger information by operating the automatic recording module on site. During the on-site patrol, the query module will query the device processing end, the first judgment execution module and the second judgment execution module can analyze and execute the situation of the device processing end, and the upload module allows the mobile terminal to collect account information from the device processing end , Do a good job in daily ledger records, ledger records include image information of equipment live conditions, reduce the error rate of artificial ledger management, and improve the efficiency of ledger management.

Preferably, there are multiple processing ends of the device, and data connections between adjacent processing ends of the device;

said mobile terminal is connected to a first said device processing terminal through a first communication protocol; and,

During the process of sending data from the first device processing terminal to the mobile terminal through the first communication protocol, the mobile terminal is connected to the second device processing terminal through the second communication protocol, and the first device processing terminal is connected to the second device processing terminal through the second communication protocol. The processing end of the device is adjacent to the second processing end of the device.

By adopting the above technical solution, when the bandwidth of the first communication protocol or the network environment is poor and the transmission rate is not fast, a connection can be established with the processing end of the second device during the data transmission process, saving time and realizing seamless connection.

Preferably, the first device processing end includes:

The image splitting module is used to judge that if the data amount of the image information is greater than the preset information data amount, the first device processing end splits the image information into a first image block and a second image block ;

An image sending module, configured to send the first image block to the mobile terminal through the first communication protocol, and at the same time, send the second image block through the second device processing end through the second communication protocol sent to the mobile terminal; and,

The mobile terminal includes an image combining module, configured to receive the first image block and the second image block, combine the first image block and the second image block into the image information, and store the image information.

By adopting the above technical solution, when the bandwidth of the first communication protocol or the network environment is poor and the transmission rate is not fast, the image splitting module splits the image information, and the image sending module assists in transmitting the image information to the On the mobile terminal, the image merging module restores the image information, saving time and improving work efficiency.

Preferably, the data of corresponding pixel points in the first image block and the first image are the data of adjacent pixel points in the image information;

In the image merging module, it also includes:

The storage unit is configured to store the first image block after receiving the first image block;

a processing unit, configured to use the first image block to verify the second image block after receiving the second image block, and the verification step is: align the first image block with the second image block, Then the first image block is shifted to the left by one pixel and subtracted from the second image block to obtain a plurality of pixel difference values, and the sum of all pixel difference values is the first sum value; the first image block The block is aligned with the second image block, and then the first image block is shifted down by one pixel and subtracted from the second image block to obtain a plurality of pixel difference values, and the sum of all pixel difference values is taken as the first Second sum value;

A first judging unit, configured to judge that if the difference between the first sum and the second sum is within a preset first interval value, merge the first image block with the second image block forming the image information, and storing the image information;

The second judging unit is configured to judge that if the difference between the first sum and the second sum is within a preset second interval value, convert the second image block into a white background, and then convert the second image block into a white background The first image block and the second image block are combined into the image information, and the image information is stored; and,

A third determining unit, configured to determine that if the difference between the first sum and the second sum is within a preset third interval value, equalize the first image block and the second image block Convert to a white background, then merge the first image block and the second image block into the image information, and store the image information.

By adopting the above technical solution, under normal circumstances, the difference between the first image block and the second image block is not large, and the first judging unit, the second judging unit and the third judging unit verify the second image block through the first image block , after verification, the influence of the transmission process on the image information can be reduced.

In a third aspect, the present application provides a computer storage medium, adopting the following technical solution:

A mobile interactive ledger management device includes any mobile interactive ledger management system described above.

In a fourth aspect, the present application provides a computer storage medium, adopting the following technical solution:

A computer-readable storage medium stores a computer program capable of being loaded by a processor and executing any one of the above-mentioned mobile interactive ledger management methods.

This application has at least the following beneficial effects: when the equipment is in normal operation, the equipment processing terminal can automatically record the ledger information, and the employees can also record the ledger information on site. It can collect the ledger information from the equipment processing end, and make daily ledger records. The ledger records include the image information of the device's live situation, which reduces the error rate of artificial ledger management and improves the efficiency of ledger management. In the process of data transmission, when the bandwidth of the first communication protocol or the network environment is not good and the transmission rate is not fast, a connection can be established with the second device processing end during the data transmission process, saving time and realizing seamless connection; At the same time, after connecting with the second device processing end, the current device processing end can assist in the transmission of image information through the adjacent device processing end, saving time and improving work efficiency.

Description of drawings

Fig. 1 is the method flow schematic diagram of the ledger management method of mobile interaction of the present application;

Fig. 2 is the system structural block diagram of the ledger management system of mobile interaction of the present application;

Fig. 3 is a display information diagram of image information in the present application;

Fig. 4 is a display information diagram of the first image block in the present application;

Fig. 5 is a display information diagram of the second image block in the present application.

Reference signs: 1. Device processing terminal; 2. Mobile terminal.

Detailed ways

The present application will be described in further detail below in conjunction with accompanying drawings 1-5.

The embodiments of the present application will be further described in detail below in conjunction with the accompanying drawings.

The embodiment of the present application discloses a mobile interactive ledger management method, as shown in Figure 1 and Figure 2, based on the equipment processing terminal 1 and the mobile terminal 2 connected with the camera module, the equipment processing terminal 1 can use an industrial processor or PLC and other processors that can be used in harsh working environments. The camera module can use a camera with industrial protection. The camera is connected to the processor for data. The camera module is aligned with the device, and the live image of the shooting device is formed and transmitted to the processor. The processor can also be connected with a variety of wireless communication modules and wired communication modules. The wireless communication module can use Bluetooth module, GPRS module, WIFI module and other short-distance communication modules. The limited communication module can use wired network card module, RS485 module or CAN bus module. The mobile terminal 2 can be an intelligent terminal, such as a smart phone. The intelligent terminal has built-in multiple wireless communication modules that are wirelessly paired with the processor. The wireless communication modules can use Bluetooth modules, GPRS modules, WIFI modules and other short-distance communication modules.

The method includes the following steps:

S1: The device processing terminal 1 automatically records or obtains the entered account information at regular intervals. The device processing terminal 1 presets the update flag and the read flag, and the update flag and the read flag are not set at the same time. After the account information is updated, the device processes Terminal 1 sets the update flag. Ledger information may include equipment status information, employee information, and workpiece information. The device processing terminal 1 can automatically record the ledger information every hour, and set the update flag to 1 after recording the ledger information each time, and set the update flag to 0 during initialization. The inspection personnel or operators can also manually control the equipment processing terminal 1 to record the ledger information. After recording the ledger information each time, the equipment processing terminal 1 will set the update flag to 1.

S2: The mobile terminal 2 is wirelessly connected to the device processing terminal 1 at regular intervals. In S2, it also includes: S21: there are multiple device processing terminals 1, and data connections between adjacent device processing terminals 1; S22: the mobile terminal 2 is connected to the first device processing terminal 1 through the first communication protocol; and , S23: During the process of the first device processing terminal 1 sending data to the mobile terminal 2 through the first communication protocol, the mobile terminal 2 is connected to the second device processing terminal 1 through the second communication protocol, and the first device processing terminal 1 Adjacent to the second device processing terminal 1. The mobile terminal 2 can communicate with the device processing terminal 1 through Bluetooth, and the adjacent device processing terminals 1 can communicate through wired RS485 or network cable and TCP/IP protocol.

S3: The mobile terminal 2 queries the current setting of the processing terminal 1 of the device. The device processing end 1 herein refers to the first device processing end 1 defined in step S2 above, unless otherwise defined.

S4: If it is found that the update flag is set, the mobile terminal 2 requests the device processing terminal 1 to upload the latest ledger information. The mobile terminal 2 sends an upload request to the first device processing terminal 1 through the Bluetooth module.

S5: If it is found that the read flag is set, request the device processing terminal 1 to automatically record and take pictures of the device through the camera module to form image information in real time, and the mobile terminal 2 requests the device processing terminal 1 to upload the image information.

as well as,

S6: The device processing terminal 1 uploads the image information to the mobile terminal 2, sets the read flag, and resets the update flag. In S6, it also includes: S61: If the data amount of the image information is greater than the preset information data amount, the first device processing terminal 1 splits the image information into a first image block and a second image block. Refer to FIG. 3 for the display information diagram of image information, refer to FIG. 4 for the display information diagram of the first image block, and refer to FIG. 5 for the display information diagram of the second image block. The data of corresponding pixel points in the first image block and the first image are the data of adjacent pixel points in the image information. S62: The first device processing terminal 1 sends the first image block to the mobile terminal 2 through the first communication protocol, and at the same time, the first device processing terminal 1 sends the second image block through the second device processing terminal 1 through the second The communication protocol is sent to the mobile terminal 2; and, S63: The mobile terminal 2 receives the first image block and the second image block, combines the first image block and the second image block into image information, and stores the image information. For example, if the image information is about 30M, the image information is divided into about 15M first image blocks and about 15M second image blocks according to a preset algorithm. The first image block is sent to the mobile terminal 2 by the first device processing terminal 1 through the Bluetooth module. In the above process, if the mobile terminal 2 and the second device processing terminal 1 are within the connectable range, such as within 10 meters, then The mobile terminal 2 establishes a connection with the second device processing terminal 1. The second image block is sent to the second device processing end 1 by the first device processing end 1 through the network cable and TCP/IP protocol, and the second device processing end 1 sends the second image block to the mobile end 2 through the WIFI module . After the mobile terminal 2 receives the first image block, it knows from the data of this transmission that it still needs to wait for the second image block, and then after receiving the second image block, it compares the first image block and the second image block according to another Preset algorithms are combined into image information.

S63 also includes:

S631: After the mobile terminal 2 receives the first image block, store the first image block;

S632: After receiving the second image block, the mobile terminal 2 uses the first image block to verify the second image block. The verification step is: align the first image block with the second image block, and then shift the first image block to the left The position of one pixel is subtracted from the second image block to obtain multiple pixel difference values, and the sum of all pixel difference values is taken as the first sum value; the first image block is aligned with the second image block, and then the first The image block is shifted downward by one pixel and then subtracted from the second image block to obtain multiple pixel difference values, and the sum of all pixel difference values is taken as the second sum value. Under normal circumstances, the difference between the first image block and the second image block is not large, and the second sum value is not too large. If it is too large, errors in the transmission process or program operation errors may occur.

S633: If the difference between the first sum value and the second sum value is within the preset first interval value, combine the first image block and the second image block into image information, and store the image information. At this time, the mobile terminal 2 judges that the received first image block and the second image block are normal.

S634: If the difference between the first sum value and the second sum value is within the preset second interval value, convert the second image block into a white background, and then merge the first image block and the second image block into an image Information, store image information. The mobile terminal 2 judges that the received first image block is normal and the second image block is abnormal. At this time, converting the second image block into a white background can highlight the content of the first image block and let the viewer know An exception occurred in the second image block.

S635: If the difference between the first sum value and the second sum value is within the preset third interval value, convert both the first image block and the second image block into a white background, and then convert the first image block and the second image block The two image blocks are combined into image information, and the image information is stored. The mobile terminal 2 judges that the first image block received is abnormal, and the second image block is also abnormal. At this time, the first image block and the second image block are converted into a white background to let the viewer know that the first image block and the second image block are abnormal. The second image block is abnormal. The second image block is verified through the first image block, and the influence of the transmission process on the image information can also be reduced after verification.

The implementation principle is as follows: multiple device processing terminals 1 are set up and initialized, and both the update flag and the read flag are reset to 0. When the equipment is running normally, the equipment processing terminal 1 can automatically record the ledger information, and employees can also record the ledger information by operating the equipment processing terminal 1 on site. After recording, the update flag is set to 1, and the read flag is reset to 0. The employee who manages the ledger holds the mobile terminal 2, and can collect the ledger information from the equipment processing terminal 1 during the on-site patrol. After the equipment processing terminal 1 sends the data to the mobile terminal 2, the update flag is reset to 0. The read flag is set to 1. Do a good job of daily ledger records. The ledger records include image information of equipment live conditions, which reduces the error rate of artificial ledger management and improves the efficiency of ledger management. When the bandwidth of the first communication protocol or the poor network environment results in a slow transmission rate, a connection can be established with the second device processing terminal 1 during the data transmission process, saving time and realizing a seamless connection. The adjacent device processing terminal 1 can also be used to assist in the transmission of image information, saving time and improving work efficiency.

The embodiment of the present application also discloses a mobile interactive ledger management system, as shown in FIG. 2 , which includes a device processing terminal 1 connected with a camera module and a mobile terminal 2. The mobile terminal 2 is wirelessly connected to the device processing terminal 1 at regular intervals.

Also includes:

The automatic recording module is located in the device processing terminal 1, and is used to automatically record or obtain the entered ledger information at regular intervals. The device processing terminal 1 presets the update flag and the read flag, and the update flag and the read flag are not set at the same time. After the account information is updated, the device processing terminal 1 sets the update flag;

The query module, located in the mobile terminal 2, is used to query the current setting of the device processing terminal 1;

The first judgment execution module is located in the mobile terminal 2, and is used for judging that if the query finds that the update flag is set, then request the device processing terminal 1 to upload the latest ledger information;

The second judgment execution module, located in the mobile terminal 2, is used to judge that if the read flag is set, it requests the equipment processing terminal 1 to perform automatic recording and takes pictures of the equipment through the camera module to form image information in real time, and requests the equipment processing terminal 1 upload image information; and,

The upload module is located in the device processing terminal 1, and is used for uploading image information to the mobile terminal 2, setting the read flag, and resetting the update flag.

There are multiple equipment processing terminals 1, and data connection between adjacent equipment processing terminals 1;

The mobile terminal 2 is connected to the first device processing terminal 1 through the first communication protocol; and,

During the process that the first device processing terminal 1 sends data to the mobile terminal 2 through the first communication protocol, the mobile terminal 2 is connected to the second device processing terminal 1 through the second communication protocol, and the first device processing terminal 1 communicates with the second Each device processing terminal 1 is adjacent to each other.

The first device processing terminal 1 includes:

The image splitting module is used to judge that if the data amount of the image information is greater than the preset information data amount, the first device processing terminal 1 splits the image information into a first image block and a second image block;

The image sending module is used to send the first image block to the mobile terminal 2 through the first communication protocol, and at the same time, send the second image block to the mobile terminal 2 through the second device processing terminal 1 through the second communication protocol; and,

The mobile terminal 2 includes an image combining module for receiving the first image block and the second image block, combining the first image block and the second image block into image information, and storing the image information.

The first image block and the data corresponding to the pixel in the first image are data of adjacent pixels in the image information;

In the image merging module, it also includes:

The storage unit is used to store the first image block after receiving the first image block;

The processing unit is configured to use the first image block to verify the second image block after receiving the second image block, and the verification step is: align the first image block with the second image block, and then shift the first image block to the left The position of one pixel is subtracted from the second image block to obtain multiple pixel difference values, and the sum of all pixel difference values is taken as the first sum value; the first image block is aligned with the second image block, and then the first After the image block is shifted downward by one pixel, it is subtracted from the second image block to obtain a plurality of pixel difference values, and the sum of all pixel difference values is taken as the second sum value;

The first judging unit is configured to judge that if the difference between the first sum and the second sum is within a preset first interval value, then merge the first image block and the second image block into image information, and store the image information;

The second determination unit is used to determine that if the difference between the first sum value and the second sum value is within the preset second interval value, then convert the second image block into a white background, and then convert the first image block and the second image block into a white background. The two image blocks are merged into image information, and the image information is stored; and,

The third judging unit is used for judging that if the difference between the first sum value and the second sum value is within the preset third interval value, both the first image block and the second image block are converted into a white background, and then The first image block and the second image block are combined to form image information, and the image information is stored. Under normal circumstances, the difference between the first image block and the second image block is not large, and the first judgment unit, the second judgment unit, and the third judgment unit verify the second image block through the first image block, and the transmission can be reduced after verification. The impact of the process on the image information.

The implementation principle is as follows: when the equipment processing terminal 1 is in normal operation, the automatic recording module can automatically record the ledger information, and employees can also record the ledger information by operating the automatic recording module on site. During the on-site patrol, the query module will query the device processing terminal 1. The first judgment execution module and the second judgment execution module can analyze and execute the situation of the device processing terminal 1. The upload module allows the mobile terminal 2 to collect information from the device processing terminal. For the ledger information of terminal 1, make daily ledger records. The ledger records include the image information of the equipment's live conditions, which reduces the error rate of artificial ledger management and improves the efficiency of ledger management. When the bandwidth of the first communication protocol or the poor network environment results in a slow transmission rate, a connection can be established with the second device processing terminal 1 during the data transmission process, saving time and realizing a seamless connection. The image splitting module splits the image information, the image sending module assists in transmitting the image information to the mobile terminal 2 through the adjacent device processing terminal 1, and the image merging module restores the image information, saving time and improving work efficiency.

The embodiment of the present application also discloses a mobile interactive ledger management device, including the mobile interactive ledger management system described above.

The embodiment of the present application also discloses a computer-readable storage medium storing a computer program capable of being loaded by a processor and executing the above-mentioned mobile interactive ledger management method.

All of the above are preferred embodiments of the application, and are not intended to limit the protection scope of the application. Therefore, all equivalent changes made according to the structure, shape, and principle of the application should be covered by the protection scope of the application. Inside.

Claims (10)

1. A mobile interactive ledger management method, based on a device processing terminal (1) and a mobile terminal (2) connected with a camera module, characterized in that: comprising the following steps: S1: The device processing terminal (1) automatically records or obtains the entered ledger information at regular intervals, and the device processing terminal (1) internally presets an update mark and a read mark, and the update mark is different from the read mark At the same time, after the ledger information is updated, the device processing terminal (1) sets an update flag; S2: The mobile terminal (2) regularly wirelessly connects with the device processing terminal (1); S3: The mobile terminal (2) queries the current setting of the device processing terminal (1); S4: If it is found that the update flag is set, the mobile terminal (2) requests the device processing terminal (1) to upload the latest ledger information; and the device processing terminal (1) uploads the latest After the ledger information is uploaded to the mobile terminal (2), the read flag is set, and the update flag is reset; S5: If it is found that the read flag is set, request the device processing end (1) to automatically record and take pictures of the device through the camera module to form image information in real time, and the mobile terminal (2) requests the device to process The terminal (1) uploads the image information; and the device processing terminal (1) uploads the image information to the mobile terminal (2); the image information is ledger information; S6: The device processing end (1) uploads the image information to the mobile end (2), sets the read flag, and resets the update flag. 2. The method according to claim 1, characterized in that: in the S2, further comprising: S21: There are multiple equipment processing terminals (1), and data connections between adjacent equipment processing terminals (1); S22: The mobile terminal (2) is connected to the first device processing terminal (1) through a first communication protocol; and, S23: During the process of the first device processing end (1) sending data to the mobile end (2) through the first communication protocol, the mobile end (2) connects to the second There are two device processing ends (1), and the first device processing end (1) is adjacent to the second device processing end (1). 3. The method according to claim 2, characterized in that: in said S6, further comprising: S61: If the data amount of the image information is greater than the preset information data amount, the first device processing end (1) splits the image information into a first image block and a second image block; S62: The first device processing end (1) sends the first image block to the mobile terminal (2) through the first communication protocol, and at the same time, the first device processing end (1) sends the The second image block is sent to the mobile terminal (2) through the second device processing terminal (1) through the second communication protocol; and, S63: The mobile terminal (2) receives the first image block and the second image block, combines the first image block and the second image block into the image information, and stores the image information . 4. The method according to claim 3, characterized in that: the first image block and the corresponding pixel data in the first image are data of adjacent pixel points in the image information; Said S63 also includes: S631: After the mobile terminal (2) receives the first image block, store the first image block; S632: After receiving the second image block, the mobile terminal (2) uses the first image block to verify the second image block. The verification step is: combine the first image block with the second The image blocks are aligned, and then the first image block is shifted to the left by one pixel and subtracted from the second image block to obtain a plurality of pixel difference values, and the sum of all pixel difference values is taken as the first sum value; The first image block is aligned with the second image block, and then the first image block is shifted downward by one pixel and subtracted from the second image block to obtain a plurality of pixel difference values, and the sum of all pixel difference values is obtained The sum value is the second sum value; S633: If the difference between the first sum and the second sum is within a preset first interval value, combine the first image block and the second image block into the image information, storing the image information; S634: If the difference between the first sum value and the second sum value is within the preset second interval value, convert the second image block into a white background, and then convert the first image block Merging with the second image block to form the image information, storing the image information; and, S635: If the difference between the first sum value and the second sum value is within a preset third interval value, convert both the first image block and the second image block into a white background, Then combine the first image block and the second image block to form the image information, and store the image information. 5. A mobile interactive ledger management system, comprising a device processing terminal (1) and a mobile terminal (2) connected with a camera module, the mobile terminal (2) is wirelessly connected with the device processing terminal (1) at regular intervals connection; characterized in that: also includes: The automatic recording module is located in the device processing end (1), and is used to automatically record or obtain the entered ledger information at regular intervals. The device processing end (1) presets an update mark and a read mark, and the update mark Set at the same time as the read flag, after the ledger information is updated, the device processing end (1) sets an update flag; A query module, located in the mobile terminal (2), is used to query the current setting of the device processing terminal (1); The first judgment execution module is located in the mobile terminal (2), and is used to judge that if the update flag is set, request the device processing terminal (1) to upload the latest ledger information; and when uploading After the latest ledger information is updated, the device processing end sets the read flag and resets the update flag; The second judgment execution module is located in the mobile terminal (2), and is used to judge that if the read flag is set, request the device processing terminal (1) to automatically record and take pictures of the device through the camera module forming image information live, and requesting the device processing end (1) to upload the image information; And, an upload module, located in the device processing terminal (1), is used to upload the image information to the mobile terminal (2); the image information is ledger information. 6. The system according to claim 5, characterized in that: there are multiple equipment processing terminals (1), and data connections between adjacent equipment processing terminals (1); The mobile terminal (2) is connected to the first device processing terminal (1) through a first communication protocol; and, During the process of the first device processing terminal (1) sending data to the mobile terminal (2) through the first communication protocol, the mobile terminal (2) is connected to the second mobile terminal (2) through the second communication protocol The device processing end (1), the first device processing end (1) is adjacent to the second device processing end (1). 7. The system according to claim 6, characterized in that: the first device processing end (1) includes: An image splitting module, configured to judge that if the data amount of the image information is greater than the preset information data amount, the first device processing end (1) splits the image information into the first image block and the second image block. Two image blocks; An image sending module, configured to send the first image block to the mobile terminal (2) through the first communication protocol, and at the same time, pass the second image block through the second device processing terminal (1) The second communication protocol is sent to the mobile terminal (2); and, The mobile terminal (2) includes an image combining module, configured to receive the first image block and the second image block, and combine the first image block and the second image block into the image information , to store the image information. 8. The system according to claim 7, characterized in that: the first image block and the corresponding pixel data in the first image are data of adjacent pixel points in the image information; In the image merging module, it also includes: The storage unit is configured to store the first image block after receiving the first image block; a processing unit, configured to use the first image block to verify the second image block after receiving the second image block, and the verification step is: align the first image block with the second image block, Then the first image block is shifted to the left by one pixel and subtracted from the second image block to obtain a plurality of pixel difference values, and the sum of all pixel difference values is the first sum value; the first image block The block is aligned with the second image block, and then the first image block is shifted down by one pixel and subtracted from the second image block to obtain a plurality of pixel difference values, and the sum of all pixel difference values is taken as the first Second sum value; A first judging unit, configured to judge that if the difference between the first sum and the second sum is within a preset first interval value, merge the first image block with the second image block forming the image information, and storing the image information; The second judging unit is configured to judge that if the difference between the first sum and the second sum is within a preset second interval value, convert the second image block into a white background, and then convert the second image block into a white background The first image block and the second image block are combined into the image information, and the image information is stored; and, A third determining unit, configured to determine that if the difference between the first sum and the second sum is within a preset third interval value, equalize the first image block and the second image block Convert to a white background, then merge the first image block and the second image block into the image information, and store the image information. 9. A mobile interactive ledger management device, characterized in that it comprises a mobile interactive ledger management system according to any one of claims 5 to 8. 10. A computer-readable storage medium, characterized by storing a computer program capable of being loaded by a processor and executing any one of the methods in claims 1-4.

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