WO2019174009A1

WO2019174009A1 - Machine room management method and dynamic environment system

Info

Publication number: WO2019174009A1
Application number: PCT/CN2018/079189
Authority: WO
Inventors: 蔡舵
Original assignee: 深圳市中联创新自控系统有限公司
Priority date: 2018-03-15
Filing date: 2018-03-15
Publication date: 2019-09-19
Also published as: CN109690570A; CN109690570B

Abstract

Disclosed are a machine room management and a dynamic environment system. The method comprises the following steps: S1, a mobile terminal acquiring first data of an acquisition device from a server; S2, the mobile terminal acquiring second data of the acquisition device from a site; S3, the mobile terminal acquiring fourth data of a target device corresponding to the acquisition device from the site; and S4, comparing the first data, the second data and the fourth data to determine a link where a data error occurs. Using a mobile terminal to acquire data of a patrol device ensures the timeliness of patrol data and improves the operating efficiency of the patrol. By comparing the data, a data error problem is found in a timely manner, and a link where a data error occurs is timely determined.

Description

Computer room management method and moving ring system

Technical field

The present invention relates to the field of power environment monitoring application technologies, and more particularly to a computer room management method and a moving ring system.

Background technique

The traditional power environment monitoring equipment room inspection, you need to use the paper equipment inspection form, manually record the inspection results, and then manually enter the system. In this way, the timeliness of the inspection data cannot be guaranteed, and it is difficult to find out the problems of the equipment data in time; manually filling in the inspection results, the work efficiency is very low, and the data volume is also very easy to produce writing errors; The advanced technology is to use the mobile device to input on-site. It is necessary to perform the operation on the device one by one to query the device point value. If the device point value is more, it needs to page through multiple times, and then fill in the device number and device point value one by one to the mobile device. On the form, then submit it to the server backend. Due to the large number of equipment in the equipment room, the staff should also remember which equipment has submitted the equipment point value, which is inefficient.

During the transmission and processing of data, the device or transmission line may be subject to external interference, or other factors may cause data errors. The current technical means cannot timely determine where the data error occurs.

In addition, manual data comparison has the following defects: the labor intensity of the staff is large, which is not conducive to vision health; the staff may not carefully check whether the data is consistent due to visual fatigue or responsible reasons, resulting in abnormal data not being discovered.

When the device is running abnormally, it may emit a sound different from the normal operation. If the sound is judged by the staff's hearing, it is necessary to remember the sound of each device during normal operation to determine whether the device is abnormal. For the staff, It is not easy to find anomalies.

technical problem

The technical problem to be solved by the present invention is to provide a computer room management method and a dynamic ring system for the defects of the prior art that the above-mentioned data cannot be judged to be in error during transmission and processing.

Technical solution

The technical solution adopted by the present invention to solve the technical problem thereof is: constructing a computer room management method, comprising the following steps:

S1: The mobile terminal acquires the first data of the collection device from the server; S2, the mobile terminal acquires the second data of the collection device from the site; S3, the mobile terminal acquires the target device corresponding to the collection device from the site The fourth data; S4, comparing the first data, the second data, and the fourth data, determining a link in which the data is erroneous.

Preferably, the step S1 includes the following steps: S1-1, the mobile terminal collects the identifier or location information of the collection device and/or the target device, and sends the identifier to the server; S1-2, the mobile terminal The server acquires first data of the collection device corresponding to the identifier or location sent to the server.

Preferably, the method includes: the collecting device continuously collects data information of the target device, and sends the data information to the server; and the mobile terminal acquires the first data of the collecting device from the server.

Preferably, the method further includes: acquiring spatial information of the equipment room, the collection device, and the target device, sending the information to the server to establish an AR space model, modeling the collection device and the target device, and establishing a relationship between the collection device and the target device. connection relation.

Preferably, the method further includes: the mobile terminal acquiring the identifier or location information of the collection device and/or the target device corresponding to the collection device, and sending the identifier to the server; the mobile terminal receiving the server back Transmitting the AR space model and association relationship corresponding to the collection device and/or the corresponding target device; the mobile terminal receiving the AR space model and the association relationship, and calculating the collection device corresponding to the association relationship And the target device needs to be displayed on the 3D augmented reality or mixed reality interface and displayed on the augmented reality or mixed reality interface.

Preferably, in step S2, the mobile terminal and the collecting device perform a communication connection by using a radio frequency identification technology to acquire second data of the collecting device;

Preferably, in step S2, the mobile terminal further performs OCR identification on the screen information on the collection device, and acquires the third data of the collection device displayed on the screen; if the second data is The third data is that the processing device itself has an error in processing.

Preferably, in step S3, the target device that includes the mobile terminal and the collection device establishes a communication connection by using a radio frequency identification technology, and acquires fourth data of the target device corresponding to the collection device.

Preferably, in step S4, if the first data includes the second data, the transmission or processing link between the collection device and the server is in error; if the second data is In the case of four data, the transmission or processing link between the target device corresponding to the collection device and the collection device is in error.

Preferably, the method further includes: continuously collecting sound data of the target device in a normal running state, and sending the data to a server to establish a sound database; in the step S3, the fourth data includes a sound of the target device running Data; the mobile terminal determines whether the sound data of the target device in the fourth data is abnormal according to the comparison with the target device sound in the sound database, and displays device information determined to be a sound abnormal state.

The present invention also provides a dynamic ring system, including a mobile terminal, the mobile terminal includes: a first communication unit, configured to acquire device data information; and a data processing unit configured to compare the device data information to determine that the device data is in error The device data information includes first data of the collection device acquired from the server, second data of the collection device acquired from the site, and fourth data of the target device corresponding to the collection device acquired from the site.

Preferably, the mobile terminal further includes an identifier collection unit, configured to collect the identifier of the collection device and/or the target device, and a positioning unit, configured to collect location information of the collection device and/or the target device; A communication unit transmits the identification or location information of the collection device and/or the target device to the server.

Preferably, the first communication unit is further configured to acquire spatial information of the equipment room, the collection device, and the target device, and send the information to the server; the system further includes the server, where the server includes a second communication unit, configured to receive from the server. a spatial information of the first communication unit; a modeling unit, configured to establish an AR space model according to the spatial information, and configured to model the collection device and the target device, and establish an association between the collection device and the target device a second storage unit for storing the AR space model and an association relationship.

Preferably, the data processing unit is further configured to calculate a location that the collection device and the target device corresponding to the association relationship need to display on a 3D augmented reality or a mixed reality interface; the mobile terminal further includes a display unit, configured to The collection device and the target device corresponding to the association relationship are displayed on an augmented reality or mixed reality interface.

Preferably, the second communication unit receives the sound data of the target device in a normal running state, and establishes a sound database by using the modeling unit, and stores the sound database in the second storage unit; the fourth data The sound processing data of the target device is further included; the data processing unit is further configured to determine, according to a comparison with the target device sound in the sound database, whether the sound of the target device in the fourth data is abnormal, and is displayed by the display unit Device information that is judged to be in an abnormal state of sound.

Beneficial effect

The patrol mode of obtaining the first data of the collecting device from the server by the mobile terminal, the second data of the collecting device from the field, and the fourth data of the target device corresponding to the collecting device are obtained from the site, thereby ensuring the aging of the patrol data. Sexuality and the efficiency of the inspection work; by comparing the data obtained from different methods, the data error problem can be found in time and the error in the data transmission and processing can be judged.

Further, by displaying an augmented reality or mixed reality interface on the mobile terminal, the device that has completed the inspection can be marked, and the inspection personnel are not required to manually record, thereby improving work efficiency and effectively preventing leakage detection.

Moreover, by comparing the running sound of the on-site target device with the sound in the normal running state by the mobile terminal, the abnormal situation of the device can be found in time.

DRAWINGS

The present invention will be further described below in conjunction with the accompanying drawings and embodiments, in which:

1 is a flow chart of a patrol inspection step of a first embodiment of a computer room management method according to the present invention;

2 is a schematic structural diagram of a mobile terminal system mobile terminal of the present invention;

3 is a schematic structural diagram of a dynamic ring system server of the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION

In order to fully understand the present invention, detailed steps and detailed structures are set forth in the following description in order to explain the invention. The preferred embodiments of the present invention are described in detail below, but the present invention may have other embodiments in addition to the detailed description.

The first embodiment of the computer room management method of the present invention as shown in FIG. 1 includes the following steps:

S1: The mobile terminal acquires the first data of the collection device from the server; specifically, the mobile terminal logs in to the server through the WEB login or downloads the patrol application for performing the patrol task, and acquires the first data of the collection device from the server; In this embodiment, the mobile terminal may be a mobile device or a wearable device that supports communication. The mobile terminal has pre-configured the server address of the server and interacts with the server through wireless communication. In some embodiments, in order to share the pressure on the server, The communication server serves as a communication bridge between the mobile terminal and the server, and communicates with the mobile terminal. When the communication server is not used, the mobile terminal directly communicates with the server.

The step S1 includes the following steps: S1-1: The mobile terminal collects the identifier or location information of the collection device and/or the target device, and sends the identifier to the server; specifically, before the inspection, the collection device and The target device performs the marking, and the marking method includes: setting the image, setting the two-dimensional code, or marking the edge of the device with the device sensitive manner as the device frame identifier, and the identifier may be a barcode, a two-dimensional code or an RFID electronic label; The information such as the name, number, identifier, and location information of the collection device and the target device are stored in the server in advance; when the worker performs the inspection, the mobile terminal collects the identifier into the inspection application, including through the mobile terminal. The camera extracts the image by the image, and the inspection application obtains the identification information by decoding the image; or the positioning device of the mobile terminal locates the collection device and/or the target device, and acquires the location information of the current inspection device, and The obtained identifier or positioning information is sent to the server; wherein The mobile terminal may pre-store the identification and location information corresponding to the collection device and the target device in the equipment room. When scanning or identifying by the camera, the mobile terminal determines whether the scanned logo or location information is related to the pre-stored identification or location information. Matching, matching is sent to the server, if it is not matched, it is re-scanned, and the scanning or positioning is accurate, and then sent to the server; in some embodiments, the mobile terminal only scans or locates the device identifier, and sends it to the server, and the server matches it by itself. .

Step S1-2: The mobile terminal acquires, from the server, first data of the collection device corresponding to the identifier or location information sent to the server; specifically, the staff pre-sets the field collection device and the target device and correspondingly The name, the number and the identifier, the location information, and the like are stored in the server in advance; and all the data of the collection device is pre-stored, and when the identifier or the location information sent by the mobile terminal is received, the collection device corresponding to the identifier or the location information is matched. Data, the mobile terminal acquires the data of the collection device that is matched by the server, and serves as the first data of the collection device. In some embodiments, the server receives and collects according to the identifier or location information of the collection device and/or the target device sent by the mobile terminal. The data information of the device is stored and acquired by the mobile terminal as the first data of the collection device. It should be noted that the management personnel pre-sets the association relationship or the correspondence relationship between the collection device and the target device and stores it in the server, when the mobile terminal The sent identifier or location information is correct The device is the target device, the server itself matched the corresponding acquisition device, and supplies the mobile terminal acquires information corresponding to the data acquisition device.

The method further includes: modeling the collection device and the target device, and establishing an association relationship between the collection device and the target device; specifically, the management personnel sets the association information of the collection device and the target device on the server; wherein, according to the target device Setting the associated information in the manner of running characteristics, type, layout in the equipment room, and management mode of the management personnel; the associated information may be one or more target devices corresponding to one collection device, that is, one acquisition device is responsible for collecting one Or data information of multiple target devices; the server performs modeling according to the above-mentioned associated information, and obtains an association relationship between the collection device and the target device and stores it in a model database of the server for use in the inspection.

In this embodiment, the method further includes: the collecting device continuously collects the data information of the target device, and sends the data information to the server; the mobile terminal acquires the first data of the collecting device from the server; specifically, the collecting device is configured according to the foregoing The association relationship acquires the data information of the collection device. In this embodiment, the collection device can obtain the data information of one or more parameters of the corresponding target device, and the collection device sends the acquired data information to the server, the server. It is also possible to set one or more parameter data information corresponding to the data information sent by the receiving device; it should be noted that the server pre-establishes the data information library, receives and stores the data information in the corresponding data information database. For obtaining by the mobile terminal, the mobile terminal can obtain one or more parameter data information corresponding to one or more target devices corresponding to the collection device in the server by setting or manually inputting the corresponding acquisition instruction; in this embodiment, the work is performed. Personnel can obtain multiple units of the same type in the collection device. The same parameter item of the device checks the running condition of the target device and the fluctuation of the operating parameters. In some embodiments, the server compares the data information of the target device of the same type to the data sent by the collecting device, and stores the data in comparison. In the database, it can be used to supply the staff to refer to the fluctuation range and operation of the target device data. When the data information is abnormal, it can also be used to trace and analyze the abnormal cause; wherein the above data information includes the historical point value and history of the target device. Status and history alarms.

In this embodiment, the method further includes acquiring the space information of the equipment room, the collection device, and the target device, and sending the information to the server to establish an AR space model. Specifically, in this embodiment, the mobile terminal uses the camera to access the equipment room and the collection device. The spatial layout of the target device is imaged, and the obtained image information is sent to the server; in some embodiments, the plane relationship between the equipment room, the collection device, and the target device is manually drawn, or the plane relationship between the equipment room, the collection device, and the target device is drawn through a computer. Or a three-dimensional relationship to obtain a layout model in the machine room; in some embodiments, by modeling the space of the equipment room, using a functional relationship to represent the spatial information of the equipment room, the collection device, and the target device, and transmitting the information to the server; the server receives and according to the above The space information of the equipment room, the collection device, and the target device establishes the AR space model of the equipment room and is stored in the model database of the server for the mobile terminal to obtain for use during the inspection.

In this embodiment, the patrol can be performed on the 3D augmented reality or mixed reality interface of the mobile terminal; augmented reality (Augmented) Reality (AR), also known as hybrid reality, applies virtual information to the real world through computer technology. The real environment and virtual objects are superimposed in the same picture or space in real time; mixed reality ( Mix Reality (MR), which includes both augmented reality and enhanced virtual, refers to a new visual environment created by the combination of real and virtual worlds. In the new visual environment, physical and digital objects coexist and interact in real time.

The method includes: the mobile terminal acquiring the identifier or location information of the target device corresponding to the collection device and/or the collection device, and sending the identifier to the server; specifically, the manner in which the method sends the identifier or the location information to the server The method for the mobile terminal to send the identifier or the location information to the server to obtain the first data of the collection device is similar. In this method, the identifier and the location information are sent to the server, in order to obtain the AR space model corresponding to the identifier or the location information in the server. connection relation.

The mobile terminal receives an AR space model and an association relationship corresponding to the collection device and/or the corresponding target device that is returned by the server; specifically, the server stores a name, a number, and a location corresponding to the collection device and the target device. The information, the data information, the AR space model, and the association relationship; wherein the server receives the identifier or the location information, and matches the corresponding AR space model and the association relationship for the mobile terminal to obtain; it should be noted that there are multiple databases in the server. When the mobile terminal needs to obtain data, it needs to indicate which data needs to be obtained. In this embodiment, when the staff uses the mobile terminal to perform the inspection, the first time to send and only send the flag and the location information to the server, and the specified acquisition is not performed. In the data type, the server matches the AR space model and the association relationship corresponding to the received identifier or location information, and the patrol is performed by displaying the 3D enhanced display or the mixed display interface on the mobile terminal by default; Is the identity or location information of the target device, the server first The collection device corresponding to the target device, and the association relationship between the target device and the collection device, and the location information of the device AR space model corresponding to the association relationship in the AR model of the equipment room are obtained by the mobile terminal, and the mobile terminal receives and The display is prepared on the interface; wherein the association includes all the target devices corresponding to the collection and the corresponding device.

The mobile terminal receives the AR space model and the association relationship, and calculates a location that the collection device and the target device corresponding to the association relationship need to display on a 3D augmented reality or a mixed reality interface, and displays the image in an augmented reality or mixed reality interface. Specifically, the mobile terminal receives the AR model and the association relationship corresponding to the identifier or the location information that is matched by the server, and the mobile terminal superimposes the model in the camera with the received AR space model, and calculates the collection corresponding to the obtained association relationship. The model of the device and the target device needs to be displayed on the 3D augmented reality or mixed reality interface of the mobile terminal, and displayed on the corresponding interface of the 3D augmented reality or mixed reality interface, and the staff in the inspection can pass through the mobile terminal and the machine room. The device and the server interact; wherein the model in the camera can be obtained by the mobile terminal calculating the position and angle of the camera in real time; it should be noted that the mobile terminal highlights the device to be inspected in the AR space model of the equipment room, so that Display devices with associated relationships in the interface The display of the on-site device on the interface is different, and when the inspection of the current inspection device is completed, the display of the corresponding device in the 3D interface is marked with a patrol flag to prevent a missed detection; The mode and completed patrol identification include common distinctions such as color distinction, brightness discrimination, and size distinction.

Further, in this embodiment, the staff enhances the display or the interface of the mixed reality on the mobile terminal 3D through the AR model constructed above, and completes interaction with the field device and the server; specifically, the collection device that the worker recognizes the mobile terminal. And the identifier of the target device is sent to the server, and the server receives and sends the data information of the matched collection device to the mobile terminal; where, when the worker sends the identifier of the target device, the server matches the association according to the association relationship. The corresponding collecting device sends the data information of the collecting device to the mobile terminal, and the mobile terminal obtains the first data of the collecting device from the server. In this embodiment, the 3D augmented reality or the mixed reality mode is used. During the inspection, the way the staff interacts with the server can be through other common interaction methods such as 3D gesture interaction, voice interaction, traditional mouse and keyboard interaction, and touch screen interaction.

S2. The mobile terminal acquires second data of the collection device from the site. In this embodiment, the mobile terminal establishes a communication connection with the collection device through the radio frequency identification technology, and acquires the second data of the collection device. S3. The mobile terminal acquires fourth data of the target device corresponding to the field collection device from the site. Specifically, the target device corresponding to the collection device of the mobile terminal establishes a communication connection by using a radio frequency identification technology, and acquires the collection device. The fourth data of the corresponding target device.

Specifically, the RFID device is installed on the collection device and the target device at the inspection site to complete the tag of the device; RFID is the abbreviation of Radio Frequency Identification, that is, radio frequency identification, which is a mature non-contact automatic identification technology, which passes The radio frequency signal automatically recognizes the target object and acquires relevant data, and the identification work does not require manual intervention. As a wireless version of the barcode, the radio frequency (RFID) technology has the waterproof, antimagnetic, high temperature, and large read distance that the conventional label such as the barcode does not have. The data on the label can be encrypted, the storage data capacity is larger, and the storage information can be changed freely. At the same time, the radio frequency (RFID) tag can record various related information about the target device; when the staff conducts inspection, carry the mobile terminal to If the collection device or target that needs to be inspected is scanned, the RFID electronic tag on the collection device or the target device can be communicated to obtain the data information of the corresponding collection device and/or the target device; in this embodiment, at the site RFID electronic tag installed through the mobile terminal and the acquisition device The communication is performed to obtain the second data of the collection device; the mobile terminal communicates with the RFID electronic tag installed on the target device to obtain the second data of the collection device; in some embodiments, the device may have some common devices in the equipment room. For example, if the same type of collection device or target device, or the associated collection device and target device are organized into a patrol point and bound with the RFID electronic tag, when the electronic tag is swiped on the mobile terminal, the mobile terminal acquires The data information of these devices that are bound to the same RFID electronic tag; the efficiency of the inspection is improved.

In this embodiment, the radio frequency identification technologies used by the mobile terminal to acquire the second data and the fourth data include short-range communication (NFC), wireless local area network (WIFI), Bluetooth, ZigBee, and ultra-wideband; in some embodiments, the above-mentioned electronic The radio frequency tag card can be an NFC card, and multiple NFC cards are bound to the device to be inspected. The staff needs to communicate with each NFC card through the mobile terminal, so that the check-in statistics of the inspecting personnel can be performed in this manner. Click the NFC card to confirm on-site, and also remind the inspection personnel to avoid the missed inspection; this is because the characteristics of NFC must go to the place where the NFC card is placed to be brushed. NFC is the existing technology, not done here. More description.

In this embodiment, in step S2, the method for acquiring data information of the collection device further includes: the mobile terminal performing OCR identification on the screen information on the collection device, and acquiring third data of the collection device displayed on the screen. ; OCR technology is an abbreviation for optical character recognition (Optical Character Recognition) converts the text of various bills, newspapers, books, manuscripts and other printed materials into image information through optical input such as scanning, and then uses image recognition technology to convert image information into computer input technology that can be used; In the inspection site, the mobile terminal scans the screen information on the collection device through the camera, and acquires the third data of the collection device displayed on the screen through OCR recognition.

S4. Comparing the first data, the second data, and the fourth data, determining a link of data error; specifically, the mobile terminal acquires data of the collection device from the server, and obtains data information of the collection device and the target device in the field, Comparing the data information, judging whether the data information is inconsistent through the comparison of the two data information, and determining the data error link by the result of being judged as the data inconsistency; in this embodiment, when only the data is used When the data information of the collection device is obtained from the site, the mobile terminal determines whether the transmission between the collection device and the server is determined when the first data, the second data, or the first data and the third data are The processing link is faulty; when the second data is the fourth data, it is determined that the transmission or processing link between the target device and the collection device is in error; optimally, the data information of the collection device acquired by the two methods is also optimized in this embodiment. Judging, when the second data is the third data, it is determined that the collection device itself The data is in error; if the data is judged in the case where the data is incorrectly processed by the collection device itself, there are two ways of judging: when the second data and the third data of the acquisition device acquired by the two methods are used, only When a set of data has an error, that is, the second data ≠ the third data, there is the first data ≠ the second data and the first data = the third data; or the first data = the second data and the first data ≠ the third data , indicating that the transmission between the collection device and the server or the processing link is wrong; similarly, the second data=the fourth data and the third data≠the fourth data; or the second data≠the fourth data and the third data= The fourth data indicates that the transmission or processing link between the target device and the collection device is in error; when the second data and the third data of the acquisition device acquired by the two methods are both in error, that is, the second data is third. Data or second data third data; at this time, it is possible to check whether the collection device is detected abnormally by the background; judge in the same manner as above; in some embodiments, To find the error data more accurately, that is, to improve the efficiency of the comparison data, first check the collection device itself, compare the data information obtained by the two methods, and if the data information is inconsistent, the staff immediately collects the data. The device performs maintenance processing; if it is determined that the data information is consistent, it continues to compare with the data information of the server and the target device to check whether there is an error condition in the transmission link; in this embodiment, the data of the collection device acquired by the mobile terminal from the server, the site The comparison between the acquired collection device data and the data of the target device acquired in the field can timely discover the error link of the data and correct the data in time; wherein, when the mobile terminal acquires the data using the OCR recognition technology and compares the data Since only the data of the current page can be obtained, if the data information item of the collection device needs to be displayed on the screen for more than one page, the staff can send the page turning command and the current collection device identifier to the server, The server passes the page turning command For the corresponding collection device, the page turning action is completed; wherein the manner in which the staff sends the page turning command and the identifier includes 3D gesture interaction, voice interaction, traditional mouse-and-mouse interaction, touch screen interaction, etc., wherein the command form of the page turning command By setting a gesture action, a specific voice sentence, and a click position in the server, the page turning command can be transmitted to the specified position by making a gesture action pre-stored in the server, a voice sentence, and clicking with a mouse or a finger. server.

After the mobile terminal completes the comparison of the data of the collection device acquired from the server, the data collected from the field, and the data information of the target device, the result of the comparison is displayed on the 3D augmented reality or mixed reality interface, and the staff will The comparison result is sent to the server for storage and is for inspection by the inspection management personnel; when it is judged that the data is inconsistent, the staff can judge and find out the data occurrence according to the result of the comparison, and correct the data of the problem. And uploading to the server; when the correct data cannot be judged, the comparison result is directly uploaded to the server for saving; wherein, in this embodiment, when the 3D augmented reality or the mixed reality mode is used for the inspection, the staff and the server The way of the interaction can be through other common interaction modes such as 3D gesture interaction, voice interaction, traditional mouse and keyboard interaction, and touch screen interaction.

Further, the method further includes: continuously collecting sound information of the target device in a normal running state, and sending the sound information to a server to establish a sound database; in the step S3, the fourth data includes a target device running a sound data; the mobile terminal determines whether the sound of the target device in the fourth data is abnormal according to a comparison with a target device sound in the sound library, and displays device information determined to be a sound abnormal state; specifically The target device continuously collects the running sound of the target device through the collecting device under normal operating conditions, and obtains the sound information in the normal fluctuation range under the normal running state of the target device; here, the sound in the normal state running state is continuously collected. Because the sound will fluctuate under normal conditions, the continuously collected sound data includes the sound that fluctuates within the normal range and is sent to the server; the server pre-establishes the sound database, receives and stores the sound information in the sound database. In the inspection, the demand for inspection is used; In the process, when the mobile terminal obtains the fourth data of the target device corresponding to the collection device, the mobile terminal acquires the sound information while acquiring the data information, and obtains the data information of the collection device from the server, and acquires the data remotely from the server. The sound is compared, because the sound obtained from the server includes a fluctuating sound, so if there is a significant difference in the sound information acquired by the comparison field, the mobile terminal determines that the target device has an abnormality; in this embodiment, the target The sound information of the device is acquired by the collecting device. Therefore, when the sound is obviously abnormal, the model of the collecting device corresponding to the sound abnormality in the 3D model on the screen of the mobile terminal displays an abnormal flag, wherein the abnormal state can be displayed. Displayed by color, such as red, or by identification, such as cross-display.

2 and 3 respectively show a schematic structural block diagram of a mobile terminal and a server of a dynamic ring system, the system includes a mobile terminal 10 and a server 20, and the mobile terminal 10 logs in through the WEB or downloads a patrol application for performing a patrol task. Go to the server 20 and complete the inspection.

The mobile terminal 10 includes an identification acquisition unit 101, a positioning unit 102, a first communication unit 103, a first storage unit 104, an information input unit 105, a data processing unit 106, and a display unit 107.

The identifier collection unit 101 is configured to collect the identifier of the collection device or the target device in the field. In this embodiment, the method for identifying the collection device or the target device includes: setting an image, setting a two-dimensional code, or marking the device edge with a device sensitive manner. As the device frame identifier; the identifier may be a barcode, a two-dimensional code or an RFID electronic label; at the inspection device or the site, the identifier is collected by the mobile terminal 10 into the inspection application, including the camera through the mobile terminal 10. The function performs image extraction on the identifier, and the patrol application program obtains the identification information by decoding the image. In this embodiment, the method further includes scanning the screen information of the collection device by using a camera, and performing OCR recognition (Optical Character Recognition). Obtain the third data.

The positioning unit 102 is configured to collect location information of the collection device or the target device in the field by using a positioning function of the mobile terminal.

The first communication unit 103 is configured to perform communication interaction with the server. The mobile terminal may be a mobile device or a wearable device that supports communication. The mobile terminal has pre-configured the server address of the server and interacts with the server through wireless communication. In the example, in order to share the pressure of the server, the communication server serves as a communication bridge between the mobile terminal and the server, and communicates with the mobile terminal. When the communication server is not used, the mobile terminal directly communicates with the server; in this embodiment, The first communication unit sends the identification or location information of the collection device and/or the target device, the spatial layout of the equipment room, the collection device, and the target device to the server by capturing the obtained image, that is, the spatial information, and receiving the identifier sent by the server. Or the association information corresponding to the location information, the AR space model, and the first data of the collection device; and the second data and the third data of the collection device, and the target device corresponding to the collection device acquired from the site. Fourth data; fourth data It includes information data and sound information at runtime, and compares the sounds of the corresponding target devices in the sound database from the server.

The first storage unit 104 is configured to store the name and number of the collection device and the target device, and corresponding identifier and location information; store the first data of the acquisition device from the server, the second data obtained from the field collection device, and the third The data and the fourth data of the target device corresponding to the collection device obtained from the site, in this embodiment, the first storage unit 104 may also not store the first data, the second data, the third data, and the fourth data. The processing is performed by the first communication unit 103 and directly compared by the data processing unit.

The information input unit 105 is configured to correct the data through the information input unit 105 when the corresponding acquisition instruction is set or manually input; when the comparison result appears to be determined as a data transmission error.

The data processing unit 106 is configured to superimpose the model in the camera with the received AR space model, and calculate that the model of the collection device and the target device corresponding to the obtained association relationship needs to be displayed on the 3D augmented reality or mixed reality interface of the mobile terminal. Position; compare the first data, the second data, the third data, and the fourth data, determine the output error link, and display the comparison result on the interface; and compare the scene to obtain the sound information of the target device operation and the slave sound database The sound of the corresponding target device obtained in the medium is determined whether the target device is in an abnormal state.

The display unit 107 is configured to display a 3D augmented reality or a mixed reality interface, display a comparison result of the device data information, and highlight a model of the collection device corresponding to the target device that is determined to be in an abnormal state in the sound comparison; in this embodiment, The displayed modes include common distinctions such as color discrimination, brightness discrimination, and size discrimination.

The mobile terminal may also include RFID (Radio Frequency The abbreviation of the identification, that is, the radio frequency identification, the reading and writing module 108 is configured to communicate with the RFID tag installed on the collecting device or the target device, read and write data information on the corresponding device, and obtain data information through the first communication module; Radio frequency technology (RFID) used includes short-range communication (NFC), wireless local area network (WIFI), Bluetooth, ZigBee, and ultra-wideband.

The server 20 includes a second communication unit 201, a modeling unit 202, and a second storage unit 203.

The second communication unit 201 is configured to perform communication interaction with the mobile terminal, receive the identifier and location information sent by the first communication unit 103 of the mobile terminal, and obtain a spatial image of the equipment room, the collection device, and the target device by capturing the image, that is, the space. Receiving, and receiving, by the server, the data information, the association relationship, and the AR space model of the collection device corresponding to the received identifier and location information in the server to the mobile terminal; in some embodiments, manually drawing the equipment room, the collection device, and The plane relationship of the target device or the computer model, the plane relationship of the acquisition device and the target device, or the three-dimensional relationship to obtain the space model in the equipment room; in some embodiments, the space of the equipment room is modeled, and the function room is used to represent the equipment room. Collecting spatial information of the device and the target device, and sending the information to the server; and receiving the page turning command sent by the staff member, and sending the page turning command to the field collecting device to complete the page turning; receiving the comparison result sent by the mobile terminal and Data recording; in this embodiment, the method further includes receiving and collecting Sound information under normal operating state of the transmission apparatus, when a receiving mobile terminal information acquired voice instruction, the normal operation of the sound information is about the target device corresponding to the command to the mobile terminal.

The modeling unit 202 is configured to establish a database according to the association information between the collection device and the target device, obtain an association relationship between the collection device and the target device, and store the data information of the target device through the collection device, where the data information includes the target device. Historical point value, historical state, historical alarm, compare data information of similar target devices, establish a data comparison library; establish a sound database according to the sound information sent by the collecting device in a normal running state; establish according to the image sent by the mobile terminal The AR space model is stored and stored in some embodiments. The space in the equipment room is obtained by manually drawing the plane relationship between the equipment room, the collection device, and the target device, or by drawing a plane relationship or a three-dimensional relationship between the equipment room, the collection device, and the target device. Model, build an AR space model.

The second storage unit 203 is configured to pre-store the name, number, and corresponding identifier and location information of the collection device and the target device in the equipment room, and store the data information of the collection device continuously, and the data information includes the historical point value of the target device. , historical state, historical alarm; storage association between the collection device and the target device, the AR space model of the equipment room, the collection device, and the target device, the data comparison library, and the sound database, which are acquired by the mobile terminal during the inspection; and the comparison sent by the mobile terminal is saved. Results and data records. The computer room management method provided by the embodiment of the present invention obtains the first data of the collection device from the server, acquires the second data of the collection device from the site, and acquires the fourth data of the target device corresponding to the collection device from the site. The method ensures the timeliness of the inspection data and improves the work efficiency of the inspection; by comparing the data obtained from different methods, the data error problem can be found in time and the error occurs in the data transmission and processing.

Embodiments of the invention

The description paragraphs of the embodiments of the present invention are entered here.

Industrial applicability

In summary, the present invention discloses a computer room management method and a dynamic ring system, which acquires first data of a collection device from a server by using a mobile terminal, acquires second data of the collection device from the site, and acquires corresponding to the collection device from the site. The inspection method of the fourth data of the target device ensures the timeliness of the inspection data and improves the efficiency of the inspection work; by comparing the data obtained from different methods, the data error problem is detected in time and the data transmission is judged. The wrong part of the process;

At the same time, by displaying the augmented reality or mixed reality interface on the mobile terminal, the device that has completed the inspection is marked, and the inspection personnel are not required to manually record, thereby improving the work efficiency and effectively preventing the occurrence of the leak detection; and obtaining the on-site target device through the mobile terminal. The running sound is compared with the sound in the normal running state, and the abnormal condition of the equipment can be found in time; the comprehensive inspection of the equipment room condition is realized, the operation condition of the equipment is timely judged, and the abnormal processing is performed to improve the efficiency and guarantee of the inspection of the equipment room. The timeliness of the inspection data.

Sequence table free content

It is to be understood that the above-described embodiments are merely illustrative of the preferred embodiments of the present invention, and are not to be construed as limiting the scope of the invention; The above technical features may be freely combined, and various modifications and improvements may be made without departing from the spirit and scope of the invention; therefore, the scope of the claims of the present invention is Equivalent transformations and modifications are intended to be included within the scope of the appended claims.

Claims

A computer room management method, characterized in that the method comprises the following steps:

S1. The mobile terminal acquires first data of the collection device from the server.

S2. The mobile terminal acquires second data of the collection device from the site;

S3. The mobile terminal acquires fourth data of the target device corresponding to the collection device from the site;

S4. Compare the first data, the second data, and the fourth data to determine a link in which the data is erroneous.
The equipment room management method according to claim 1, wherein the step S1 comprises the following steps:

S1-1, the mobile terminal collects the identifier or location information of the collection device and/or the target device, and sends the identifier to the server.

S1-2. The mobile terminal acquires, from the server, first data of the collection device corresponding to the identifier or location information sent to the server.
The equipment room management method according to claim 1 or 2, wherein the collecting device continuously collects data information of the target device and sends the data information to the server; the mobile terminal acquires the first of the collecting device from the server. data.
The equipment room management method according to claim 1, wherein the method further comprises

The spatial information of the equipment room, the collection device, and the target device is obtained and sent to the server to establish an AR space model; the collection device and the target device are modeled, and an association relationship between the collection device and the target device is established.
The equipment room management method according to claim 4, wherein the method further comprises the mobile terminal acquiring the identification or location information of the collection device and/or the target device corresponding to the collection device, and sending the The server;

Receiving, by the mobile terminal, an AR space model and an association relationship corresponding to the collection device and/or the corresponding target device returned by the server;

The mobile terminal receives the AR space model and the association relationship, and calculates a location that the collection device and the target device corresponding to the association relationship need to display on a 3D augmented reality or a mixed reality interface, and displays the image in an augmented reality or mixed reality interface. on.
The equipment room management method according to claim 1, wherein in step S2,

The mobile terminal establishes a communication connection with the collection device by using a radio frequency identification technology, and acquires second data of the collection device.
The equipment room management method according to claim 6, wherein in step S2, the method further includes

The mobile terminal performs OCR identification on the screen information on the collection device, and acquires third data of the collection device displayed on the screen;

If the second data is the third data, the processing device itself has an error in processing.
The equipment room management method according to claim 1, wherein in step S3,

The target device corresponding to the collection device of the mobile terminal establishes a communication connection by using a radio frequency identification technology, and acquires fourth data of the target device corresponding to the collection device.
The equipment room management method according to claim 1, wherein in step S4,

If the first data is the second data, the transmission or processing link between the collection device and the server is in error;

If the second data is the fourth data, the transmission or processing link between the target device and the collection device corresponding to the collection device is in error.
The equipment room management method according to claim 1, wherein the method further comprises

Continuously collecting sound data of the target device in a normal running state, and sending the data to a server to establish a sound database;

In the step S3, the fourth data includes sound data that is operated by the target device;

The mobile terminal determines whether the sound data of the target device in the fourth data is abnormal according to the comparison with the target device sound in the sound database, and displays device information determined to be a sound abnormal state.
A moving ring system, comprising: a mobile terminal, wherein the mobile terminal comprises

a first communication unit, configured to acquire device data information;

a data processing unit, configured to compare the device data information, and determine a link of the device data error;

The device data information includes first data of the collection device acquired from the server, second data of the collection device acquired from the site, and fourth data of the target device corresponding to the collection device acquired from the site.
The moving ring system according to claim 11, wherein said mobile terminal further comprises

An identifier collection unit, configured to collect an identifier of the collection device and/or the target device;

a positioning unit, configured to collect location information of the collection device and/or the target device;

The first communication unit transmits the identification or location information of the collection device and/or the target device to the server.
The moving ring system according to claim 11, wherein

The first communication unit is further configured to acquire spatial information of the equipment room, the collection device, and the target device, and send the information to the server;

The system also includes the server, the server including

a second communication unit, configured to receive spatial information from the first communication unit;

a modeling unit, configured to establish an AR space model according to the spatial information, and configured to model the collection device and the target device, and establish an association relationship between the collection device and the target device;

And a second storage unit, configured to store the AR space model and an association relationship.
The moving ring system according to claim 13, wherein

The data processing unit is further configured to calculate a location that the collection device and the target device corresponding to the association relationship need to display on a 3D augmented reality or a mixed reality interface;

The mobile terminal further includes a display unit, configured to display the collection device and the target device corresponding to the association relationship on an augmented reality or mixed reality interface.
The moving ring system according to claim 13, wherein

The second communication unit receives the sound data of the target device in a normal running state, and establishes a sound database through the modeling unit, and stores the sound database in the second storage unit;

The fourth data includes sound data of a target device operation;

The data processing unit is further configured to determine, according to a comparison with a target device sound in the sound database, whether the sound of the target device in the fourth data is abnormal, and display, by the display unit, device information that is determined to be a sound abnormal state. .