CN108389279A - A kind of method for inspecting and system - Google Patents

Abstract

The invention discloses a patrol inspection method and system, wherein, the method includes: a patrol detector scans an electronic tag at a patrol point; the patrol detector judges whether to read electronic information stored in the electronic tag; wherein, the electronic information includes The card number of the electronic tag and the current time; if the electronic information saved in the electronic tag is read, the inspection instrument will display the card number of the electronic tag and the current time on the screen of the inspection instrument; if the electronic information stored in the electronic tag is not read If there is no electronic information, the inspection instrument will display the error information on the screen of the inspection instrument, and send the error information to the background management equipment. Through the invention, the life safety of patrol personnel in petrochemical environment operations can be guaranteed, and the patrol efficiency can be improved.

Description

A kind of inspection method and system

technical field

The invention relates to the field of network technology, in particular to a patrol inspection method and system.

Background technique

As one of the important energy and chemical industries in my country, the petrochemical industry is also a high-risk industry. The safety of its production is related to the stability of the national economy and the safety of enterprise personnel. In recent years, accidents in the global petrochemical industry have continued, and petrochemical accidents in my country have also occurred frequently. According to statistics, in the past 30 years, among the 100 extraordinary fire and explosion accidents in the world's petrochemical industry with a loss of more than 100 million US dollars, petrochemical plant accidents accounted for nearly 60% . , Through the investigation, it was found that the low efficiency of inspections and the untimely discovery of hidden dangers were the main reasons for safety accidents. Therefore, it is particularly important to design a set of inspection system that can effectively improve the inspection efficiency and personnel safety of petrochemical enterprises.

Contents of the invention

The invention provides an inspection method and system, which can ensure the life safety of inspection personnel in petrochemical environment operations and improve inspection efficiency.

According to one aspect of the present invention, a kind of inspection method is provided, including the following steps: the inspection device scans the electronic tag at the inspection point; the inspection device judges whether to read the electronic information stored in the electronic tag; wherein, the electronic information Including the card number of the electronic tag and the current time; if the electronic information stored in the electronic tag is read out, the inspection instrument will display the card number of the electronic tag and the current time on the screen of the inspection instrument; if the electronic information in the electronic tag is not read If the stored electronic information is saved, the inspection instrument will display the error information on the screen of the inspection instrument, and send the error information to the background management device.

Preferably, if the electronic information stored in the electronic tag has not been read out, the method also includes the following steps: the patrol device obtains the number of times the electronic information stored in the electronic tag has been read; Whether the number of times is equal to the preset maximum number of readings threshold; if the number of times that has been read is equal to the preset maximum number of readings threshold, the execution inspection instrument will display an error message on the screen of the inspection instrument and send an error message to the background management device.

Preferably, the method also includes the following steps: the inspection instrument detects in real time the vital sign status of the inspector through the human vital sign sensor installed inside the inspection instrument; the inspection instrument judges whether the vital sign state of the inspector is abnormal; If the vital signs of the inspection personnel are abnormal, the inspection instrument sends an alarm command to the information helmet; the information helmet responds to the alarm command and sends out an audible and visual alarm.

Preferably, after the information helmet responds to the alarm command and performs the sound and light alarm, the method further includes the following steps: the inspection instrument sends alarm information to the background management device; the background management device sends inquiry information to the mobile terminal carried by the patrol personnel; wherein, The inquiry information is used to inquire whether the inspection instrument is a correct alarm; the background management device receives the confirmation information sent by the mobile terminal carried by the inspection personnel; among them, the confirmation information is used to confirm that the inspection instrument is a correct alarm; the background management device sends a confirmation message to confirm the correct alarm Information to the patrol instrument.

Preferably, after the background management device sends confirmation of the correct alarm information to the inspection instrument, the method further includes the following steps: the inspection instrument sends a picture collection instruction to the information helmet; the information helmet responds to the picture collection instruction and turns on the camera installed on the information helmet; The information helmet captures the on-site images of the environment where the inspectors are located through the camera; the information helmet transmits the on-site images to the inspection device; the inspection device will send help information to the background management equipment; among them, the help information includes the real-time location information of the inspection personnel and live images.

According to another aspect of the present invention, an inspection system is also provided, including an inspection instrument, an information helmet, and background management equipment:

Wherein, the inspection instrument includes: a scanning unit, which is used to scan the electronic tag at the inspection point; a first judging unit, which is used to judge whether to read the electronic information stored in the electronic tag; wherein, the electronic information includes the card number of the electronic tag and The current time; the display unit is used to display the card number of the electronic tag and the current time on the screen of the inspection instrument when the first judging unit judges to read the electronic information stored in the electronic tag; the control unit is used for when the first judgment unit reads the electronic information stored in the electronic tag. When a judging unit judges that the electronic information stored in the electronic tag has not been read out, the error information is displayed on the screen of the inspection instrument, and the error information is sent to the background management device.

Preferably, the inspection instrument also includes: an acquisition unit, used to acquire the number of times the electronic information stored in the electronic tag has been read when the first judging unit judges that the electronic information stored in the electronic tag has not been read; the second The judging unit is used to judge whether the number of times that has been read is equal to the preset maximum number of reading times threshold; the control unit is specifically used to judge that the number of times that has been read is equal to the preset maximum number of reading times threshold when the second judging unit , the error message will be displayed on the screen of the inspection instrument, and the error message will be sent to the background management equipment.

Preferably, the inspection instrument also includes: a detection unit, which is used to detect the vital sign status of the patrol personnel in real time through the human vital sign sensor installed inside the patrol instrument; a third judging unit, used to judge the vital sign status of the patrol personnel Whether it is abnormal; the first sending unit is used to send an alarm command to the information helmet when the third judging unit judges that the vital signs of the inspector are abnormal;

Wherein, the information helmet includes: an alarm unit, which is used to respond to an alarm command and perform sound and light alarm.

Preferably, the inspection instrument further includes: a second sending unit, configured to send alarm information to the background management device after the alarm unit responds to the alarm instruction and performs an audible and visual alarm;

Wherein, the background management equipment includes: a third sending unit, which is used to send inquiry information to the mobile terminal carried by the inspector; wherein, the inquiry information is used to inquire whether the inspection instrument is a correct alarm; Confirmation information sent by the mobile terminal carried; wherein, the confirmation information is used to confirm that the inspection instrument is a correct alarm; the third sending unit is also used to send confirmation information to the inspection instrument.

Preferably, the inspection instrument further includes: a second sending unit, which is also used to send a picture acquisition instruction to the information helmet after the third sending unit sends confirmation of correct alarm information to the inspection instrument;

The information helmet also includes: an opening unit, which is used to respond to the picture collection command and open the camera installed on the information helmet; a shooting unit, which is used to take pictures of the scene where the patrol personnel are in through the camera; a transmission unit, which is used to transmit the scene picture To the inspection instrument;

The inspection instrument also includes: a second sending unit, which is also used to send help-seeking information to the background management device; wherein, the help-seeking information includes the real-time location information and on-site images of the inspectors.

Compared with the prior art, the beneficial effects of the present invention are as follows:

Through the present invention, the inspection device scans the electronic tags of the inspection points, and when the inspection device reads the information stored in the electronic tags, the read information is displayed on the screen of the inspection device. When the information stored in the electronic label is read, an error message will be displayed on the screen of the inspection instrument. In this way, the inspection personnel can complete the inspection work of the inspection points more quickly, improve the inspection efficiency, and at the same time detect the faults of the inspection points in time to ensure the life safety of the inspection personnel.

Description of drawings

The accompanying drawings described here are used to provide a further understanding of the present invention and constitute a part of the application. The schematic embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute improper limitations to the present invention. In the attached picture:

Fig. 1 is a flow chart of a method of patrol inspection according to an embodiment of the present invention;

Fig. 2 is a structural block diagram of an inspection system according to an embodiment of the present invention;

FIG. 3 is a flow chart of the inspection method according to Embodiment 1 of the present invention;

Fig. 4 is a flow chart of using the inspection method according to Embodiment 2 of the present invention.

Detailed ways

The following will describe the technical solution of the present invention in conjunction with the accompanying drawings of the present invention, but the described embodiments are only part of the embodiments of the present invention. All other obtained embodiments belong to the protection scope of the present invention.

An embodiment of the present invention provides a method for patrol inspection. FIG. 1 is a flow chart of the method for patrol inspection according to an embodiment of the present invention. As shown in FIG. 1 , it includes the following steps:

Step S101: the inspection device scans the electronic label of the inspection point;

Step S102: The inspection instrument judges whether to read the electronic information stored in the electronic tag; wherein, the electronic information includes the card number of the electronic tag and the current time; if yes, execute step S103; if not, execute step S104;

Step S103: the inspection instrument displays the card number of the electronic label and the current time on the screen of the inspection instrument;

Step S104: the inspection instrument displays the error information on the screen of the inspection instrument, and sends the error information to the background management device.

In the implementation process, when the judgment result of step S102 is No, the inspection instrument obtains the number of times that the electronic information stored in the electronic tag has been read; the inspection instrument judges whether the number of times that has been read is equal to the preset maximum reading Get the number of times threshold; if the number of times that has been read is equal to the preset maximum number of times of reading threshold, then execute step S104.

During the implementation process, the inspection instrument detects the vital signs status of the inspectors in real time through the human vital signs sensor installed inside the inspection instrument; the inspection instrument judges whether the vital signs of the inspectors are abnormal; if the vital signs of the inspectors If the state is abnormal, the inspection instrument will send an alarm command to the information helmet.

Further, after the information helmet responds to the alarm command and performs sound and light alarms, the inspection instrument sends alarm information to the background management device; the background management device sends inquiry information to the mobile terminal carried by the inspection personnel; wherein, the inquiry information is used to inquire about the Whether the inspection instrument is a correct alarm; the background management equipment receives the confirmation information sent by the mobile terminal carried by the inspection personnel; among them, the confirmation information is used to confirm that the inspection instrument is a correct alarm; the background management equipment sends confirmation The correct alarm information is sent to the inspection instrument.

Further, after the background management equipment sends confirmation of the correct alarm information to the inspection device, the inspection device sends a picture collection command to the information helmet; the information helmet responds to the picture collection command and turns on the camera installed on the information helmet; the information helmet shoots the patrol through the camera. The on-site picture of the environment where the inspector is located; the information helmet will transmit the on-site picture to the inspection instrument; the inspection instrument will send a help message to the background management device; among them, the help information includes the real-time location information of the inspector and the on-site picture.

Through the above steps, the inspection point can be quickly inspected, and the inspection information is displayed on the screen of the inspection instrument. When the inspection point fails, an error message will be displayed on the screen of the inspection instrument, which can ensure The life safety of inspection personnel is improved, and the efficiency of inspection is improved.

An embodiment of the present invention also provides a patrol inspection system, which is used to implement the above patrol inspection method. Fig. 2 is a structural block diagram of an inspection system according to an embodiment of the present invention. As shown in Fig. 2, the inspection system includes an inspection instrument 10, an information helmet 20 and a background management device 30:

Wherein, the inspection instrument 10 includes: a scanning unit 101, which is used to scan the electronic tag at the inspection point; a first judging unit 102, which is used to judge whether to read out the electronic information stored in the electronic tag; wherein, the electronic information includes the electronic tag card number and the current time; display unit 103, for when the first judging unit 102 judges to read the electronic information stored in the electronic tag, the card number of the electronic tag and the current time are displayed on the screen of the inspection instrument 10; control The unit 104 is configured to display the error information on the screen of the inspection instrument 10 and send the error information to the background management device 30 when the first judging unit 102 judges that the electronic information stored in the electronic tag has not been read out.

For the inspection system, the inspection instrument 10 also includes: an acquisition unit 105, which is used to obtain that the electronic information stored in the electronic tag has been read when the first judging unit 102 judges that the electronic information stored in the electronic tag has not been read. The number of times; the second judging unit 106 is used to judge whether the number of times that has been read is equal to the preset maximum number of times of reading threshold; the control unit 104 is specifically used to judge that the number of times that has been read is equal to When the preset maximum reading times threshold is reached, an error message is displayed on the screen of the inspection instrument 10 and the error message is sent to the background management device 30 .

For the inspection system, the inspection instrument 10 also includes: a detection unit 107, which is used to detect in real time the vital sign status of the inspection personnel through the human vital sign sensor installed inside the inspection instrument; the third judgment unit 108, which is used to judge the inspection Whether the vital sign state of the personnel is abnormal; the first sending unit 109 is used to send an alarm command to the information helmet 20 when the third judging unit 108 judges that the vital sign state of the inspector is abnormal;

Wherein, the information helmet 20 includes: an alarm unit 201, which is used for responding to an alarm command and performing an audible and visual alarm.

For the inspection system, the inspection instrument 10 also includes: a second sending unit 110, which is used to send the alarm information to the background management device 30 after the alarm unit 201 responds to the alarm instruction and performs the sound and light alarm;

Wherein, the background management device 30 includes: a third sending unit 301, which is used to send inquiry information to the mobile terminal carried by the inspection personnel; wherein, the inquiry information is used to inquire whether the inspection instrument 10 is a correct alarm; the receiving unit 302 is used to Receive the confirmation information sent by the mobile terminal carried by the inspector; wherein, the confirmation information is used to confirm that the inspection instrument 10 is a correct alarm; the third sending unit 301 is also used to send the confirmation information to the inspection instrument 10 .

For the inspection system, the inspection instrument 10 also includes: a second sending unit 110, which is also used to send a picture acquisition instruction to the information helmet 20 after the third sending unit 301 sends confirmation of correct alarm information to the inspection instrument 10;

The information helmet 20 also includes: an opening unit 202, which is used to respond to the picture acquisition instruction, and opens the camera installed on the information helmet 20; To transmit the on-site picture to the inspection instrument 10;

The inspection instrument 10 also includes: a second sending unit 110, which is also used to send help-seeking information to the background management device 30; wherein, the help-seeking information includes the real-time location information of the inspector and the on-site image.

It should be noted that the inspection system described in the device embodiment corresponds to the above-mentioned method embodiment, and its specific implementation process has been described in detail in the method embodiment, and will not be repeated here.

In order to make the technical solution and implementation method of the present invention clearer, the implementation process will be described in detail below in conjunction with preferred embodiments.

Embodiment one

This embodiment provides an inspection method, that is, the information of the inspection point can be identified in a non-contact manner, and when a failure occurs at the inspection point, the error information will be displayed on the screen of the inspection instrument in time.

FIG. 3 is a flow chart of the inspection method according to Embodiment 1 of the present invention, including the following steps:

Step S301: the inspection device scans the electronic label of the inspection point;

In the embodiment of the present invention, the inspection instrument is wearable, which is more convenient than the hand-held inspection instrument. The inspection personnel can wear the inspection instrument on the body, and the information of the inspection point obtained by the inspection instrument is It is realized by RFID radio frequency identification technology. The inspection instrument is equipped with an RFID reader, and the inspection point is equipped with an electronic label. When the inspection personnel approach the inspection point, the inspection instrument will automatically scan the inspection point. Electronic tags, which can improve the inspection efficiency;

Step S302: The inspection instrument reads the electronic information stored in the electronic tag through the RFID reader; when the inspection instrument reads the electronic information stored in the electronic tag, execute step S303, and when the inspection instrument does not read the electronic information When the electronic information stored in the label, execute steps S304 to S305;

In the embodiment of the present invention, the electronic information stored in the electronic tag includes the card number of the electronic tag, the current time and the inspection data of the inspection point. The inspection instrument can read the electronic information stored in the electronic tag through the RFID reader. Obtaining the inspection information of the inspection point can be used as a record of the inspection personnel's work according to the current time obtained, which can serve as a reference for the inspection personnel's attendance and at the same time stimulate the enthusiasm of the inspection personnel for inspection;

Step S303: the inspection instrument displays the read electronic information stored in the electronic label on the screen of the inspection instrument;

In the embodiment of the present invention, when the inspection instrument reads the electronic information stored in the electronic tag, it displays the read electronic information stored in the electronic tag on the screen of the inspection instrument, so that the inspection personnel can timely View the inspection data of the inspection point. If there is a fault at the inspection point, the fault can be eliminated in the first time, ensuring the life safety of the inspection personnel and reducing the cost of the enterprise;

Step S304: The inspection instrument detects the number of times the above-mentioned electronic tags have been read;

In the embodiment of the present invention, when the inspection instrument does not read the electronic information stored in the electronic tag, it is necessary to determine whether it is because the number of times the above-mentioned electronic tag has been read has reached the upper limit that the electronic information stored in the electronic tag cannot be read. Therefore, the inspection instrument needs to first detect the number of times the above-mentioned electronic tags have been read, and then judge whether the number of reads has reached the upper limit;

Step S305: The inspection instrument judges whether the number of times the above-mentioned electronic tag has been read is equal to the preset maximum number of read times threshold; if yes, perform steps S306 to S307; if not, perform step S302;

In the embodiment of the present invention, when the judgment result of step S305 is yes, it means that the number of times the above-mentioned electronic tag has been read has reached the upper limit, and the data can no longer be read out; when the judgment result of step S305 is no, the It means that the number of times the above-mentioned electronic tags are read has not reached the upper limit, and at this time the inspection instrument will continue to read the electronic information stored in the above-mentioned electronic tags;

Step S306: the inspection instrument displays error information on the screen of the inspection instrument;

Optionally, when the number of times the above-mentioned electronic tag has been read is equal to the preset maximum number of read times threshold, that is, the patrol instrument cannot read the electronic information stored in the above-mentioned electronic tag, the patrol instrument will send an error message Displayed on the screen of the inspection instrument for the inspection personnel to view, the inspection personnel can also perform timely maintenance on the inspection point according to the error information, or arrange maintenance personnel to repair the inspection point in time;

Step S307: The inspection instrument sends error information to the background management device.

In the embodiment of the present invention, the inspection instrument can send error information to the background management equipment, so that the background management personnel can arrange maintenance personnel to carry out maintenance in time, and also enable the background management personnel to monitor the real-time conditions of the above-mentioned inspection points in real time.

It can be seen that the implementation of the embodiment of the present invention enables the patrol personnel to collect the information of the patrol point without contact, and can display the collected patrol information on the screen of the patrol instrument for the patrol personnel to view. When a fault occurs at a point, it can be found in time and the error information can be sent to the background management equipment, so that the fault of the faulty inspection point can be repaired in time, the life safety of the inspection personnel can be guaranteed, and the inspection efficiency can be improved.

Embodiment two

This embodiment provides another inspection method, that is, during the inspection process of the inspection personnel, the inspection instrument will detect the vital signs of the inspection personnel in real time, and can automatically alarm when the inspection personnel are in danger. To ensure that patrol personnel can get timely rescue.

FIG. 4 is a flow chart of the inspection method according to Embodiment 2 of the present invention, including the following steps:

Step S401: the inspection instrument detects the vital sign status of the inspector through the human vital sign sensor;

In the embodiment of the present invention, the human body vital sign sensor is installed inside the inspection instrument, which can detect the pulse of the inspection personnel, the breathing of the inspection personnel, the body temperature of the inspection personnel, and the temperature of the inspection personnel. Blood pressure is not limited in this embodiment of the present invention; the human body vital sign sensor can be a pulse sensor or a body temperature sensor, which is not limited in this embodiment of the present invention;

Optionally, the inspection instrument is worn on the body of the inspector, so it is very convenient to detect the vital signs of the inspector. When the inspector wears the inspection instrument, the inspection instrument The specific position of the wearer automatically selects the vital sign status to be detected, so that the vital sign status of the inspectors can be monitored more accurately;

Step S402: The inspection instrument judges whether the vital signs of the inspector are normal; if not, execute steps S403 to S410, and if yes, end the process;

In the embodiment of the present invention, the range of parameters when the vital signs of the human body are in a normal state has been stored in the patrol instrument in advance. When the patrol instrument obtains the parameters of the vital signs of the patrol personnel, The vital sign state parameters are compared with the human vital sign state parameters stored in the inspection instrument to judge whether the vital sign state of the inspector is normal;

Optionally, when the judgment result of step S402 is yes, the inspection device can also perform the following steps: the inspection device scans the electronic tag at the inspection point; the inspection device reads the electronic information stored in the electronic tag; the inspection device reads the electronic information stored in the electronic tag; Determine whether the electronic information stored in the electronic tag is read; if the electronic information stored in the electronic tag is read, the inspection instrument will display the electronic information on the screen of the inspection instrument; if the electronic information stored in the electronic tag is not read Electronic information, the inspection instrument will display the error information on the screen of the inspection instrument and send the error information to the background management equipment;

Optionally, when the judgment result of step S402 is yes, the inspection instrument can also perform the following steps: monitor whether the alarm button on the inspection instrument is pressed; if yes, the inspection instrument sends an alarm command to the information helmet, and controls The information helmet provides sound and light alarm; this can enable the patrol personnel around the patrol personnel to rescue the patrol personnel in time;

Step S403: The inspection instrument sends an alarm command to the information helmet, so that the information helmet can perform sound and light alarm;

In the embodiment of the present invention, a Bluetooth connection has been established between the inspection instrument and the information helmet, and the inspection instrument can transmit an alarm command to the information helmet through Bluetooth, and control the information helmet to perform sound and light alarm; the sound and light alarm includes sound alarm and Make a flash reminder;

Optionally, during the inspection process, if the inspection personnel feel that the inspection environment is dark, they can press the lighting button on the inspection instrument, and then control the information helmet to turn on the lighting installed on the information helmet, so that the inspection environment If the lighting is not needed, you can press the button to turn off the lighting on the inspection instrument, and then control the information helmet to turn off the lighting; this is more convenient for the inspection personnel to freely control the on and off status of the lighting, and is more conducive to Inspection personnel conduct inspection work;

Step S404: The inspection instrument sends an alarm message to the background management device;

In the embodiment of the present invention, when the vital signs of the inspection personnel are abnormal, the inspection instrument will send an alarm message to the background management equipment, so that the background management personnel can arrange rescue personnel to rescue in time to ensure the life of the inspection personnel. Safety;

Step S405: The background management device sends an inquiry message to the mobile terminal carried by the inspector; wherein, the inquiry information is used to ask the inspector whether the inspection instrument is a correct alarm;

In the embodiment of the present invention, after the background management device receives the alarm information sent by the patrol instrument, it needs to determine whether the alarm information is falsely reported by the patrol instrument, so the patrol instrument will send a short message to the mobile terminal carried by the patrol inspector It is used to ask the inspection personnel whether there is danger, and the inspection personnel will reply to the text message to explain whether there is danger and need to call the police;

Further, if the background management device does not receive the short message that the inspector replies after sending the inquiry message, the background management device will judge whether the waiting time after sending the inquiry message exceeds the preset duration alarm threshold, if it exceeds the preset If the alarm threshold is set to a certain duration, the background management equipment will determine that the alarm information is correct, and the inspection personnel are in danger, and the background management personnel will arrange rescue personnel to rescue in time;

Step S406: If the alarm is correct, the inspection personnel will send a confirmation message to the background management device; wherein, the confirmation information is used to confirm that the inspection instrument is a correct alarm;

Step S407: the background management device will send a confirmation alarm message to the inspection instrument;

Optionally, when the background management device determines that the alarm information is correct, it sends a confirmation of the correct alarm information to the inspection instrument, so that the inspection instrument can further control the information helmet to collect the on-site picture of the environment where the inspection personnel are located;

Step S408: The inspection instrument sends a picture acquisition command to the information helmet, so that the information helmet can shoot the scene picture through the camera installed on it;

In the embodiment of the present invention, the information helmet is equipped with a camera. When the information helmet receives the picture acquisition instruction sent by the inspection instrument, the camera is turned on and the on-site picture of the environment where the inspection personnel is located is taken through the camera, and photos can be taken. It is also possible to shoot a section of video picture, which is not limited in the embodiment of the present invention; in this way, the background management personnel can have a detailed understanding of the on-site conditions of the environment where the patrol personnel are located, and make more reasonable arrangements;

Step S409: The information helmet transmits the captured on-site images to the inspection instrument;

Step S410: The inspection instrument will send a help request message to the background management device; wherein, the help request message includes the real-time location information of the inspector and the on-site picture.

In the embodiment of the present invention, the inspection instrument performs real-time positioning on the location of the inspection personnel and obtains the real-time location information of the inspection personnel. The screen and the real-time location information of the inspectors obtained by the inspection instrument are sent to the background management equipment, so that the background management personnel can arrange the rescuers who are closest to the inspectors to the inspectors according to the on-site screen and the real-time location information of the inspectors. Rescue, so as to avoid the waste of time for rescuers to search and rescue, and enable rescuers to rush to the rescue site in time to rescue inspection personnel, ensuring the safety of inspection personnel.

It can be seen that the real-time embodiment of the present invention can make the inspectors automatically alarm when danger occurs, so that the inspectors can be rescued in time, and the life safety of the inspectors is guaranteed.

In summary, through the above embodiments, the inspection instrument can quickly obtain the inspection information of the inspection point, and can detect the faults of the inspection point in time so that the management personnel can eliminate the fault in time, which improves the inspection efficiency of the inspection personnel. At the same time, the inspection instrument will also detect the vital signs of the inspectors in real time. When the vital signs of the inspectors are abnormal, it will send an alarm message to the background management equipment, so that the inspectors can be rescued in time, ensuring The life safety of inspectors.

Claims (10)

1. A kind of inspection method, is characterized in that, comprises the following steps: The inspection device scans the electronic label of the inspection point; The inspection instrument judges whether to read the electronic information stored in the electronic tag; wherein, the electronic information includes the card number of the electronic tag and the current time; If the electronic information stored in the electronic tag is read, the inspection instrument displays the card number of the electronic tag and the current time on the screen of the inspection instrument; If the electronic information stored in the electronic tag is not read out, the inspection instrument displays error information on the screen of the inspection instrument, and sends the error information to the background management device. 2. The method according to claim 1, wherein if the electronic information stored in the electronic tag is not read out, further comprising the following steps: The inspection instrument acquires the number of times the electronic information stored in the electronic tag has been read; The patrol instrument judges whether the number of reads has been equal to a preset maximum number of reads threshold; If the number of times that has been read is equal to the preset maximum number of reads threshold, then execute the patrol instrument to display the error message on the screen of the patrol instrument, and send the error message to the background Manage devices. 3. The method according to claim 2, further comprising the steps of: The inspection instrument detects the vital sign status of the inspection personnel in real time through the human vital sign sensor installed inside the inspection instrument; The inspection instrument judges whether the vital signs of the inspection personnel are abnormal; If the vital signs of the inspector are abnormal, the inspector sends an alarm command to the information helmet; The information helmet responds to the alarm instruction and performs an audible and visual alarm. 4. The method according to claim 3, characterized in that, after the information helmet responds to the alarm instruction and performs an audible and visual alarm, it further includes the following steps: The inspection instrument sends alarm information to the background management device; The background management device sends inquiry information to the mobile terminal carried by the inspection personnel; wherein, the inquiry information is used to inquire whether the inspection instrument is a correct alarm; The background management device receives the confirmation information sent by the mobile terminal carried by the inspection personnel; wherein, the confirmation information is used to confirm that the inspection instrument is a correct alarm; The background management device sends a confirmation alarm message to the inspection instrument. 5. The method according to claim 4, characterized in that, after the background management device sends confirmation of correct alarm information to the patrol instrument, it also includes the following steps: The inspection instrument sends a picture acquisition command to the information helmet; The information helmet responds to the picture collection instruction and turns on the camera installed on the information helmet; The information helmet takes a live picture of the environment where the inspectors are located through the camera; The information helmet transmits the on-site picture to the inspection instrument; The inspection instrument will send help information to the background management device; wherein, the help information includes the real-time location information of the inspection personnel and the on-site image. 6. An inspection system, characterized in that it includes an inspection instrument, an information helmet and background management equipment: Wherein, the patrol instrument includes: The scanning unit is used to scan the electronic label of the inspection point; The first judging unit is used to judge whether to read the electronic information stored in the electronic tag; wherein, the electronic information includes the card number of the electronic tag and the current time; A display unit, configured to display the card number of the electronic tag and the current time on the screen of the inspection instrument when the first judging unit judges that the electronic information stored in the electronic tag has been read; A control unit, configured to display an error message on the screen of the inspection instrument when the first judgment unit judges that the electronic information stored in the electronic tag has not been read out, and send the error message to the background Manage devices. 7. The inspection system according to claim 6, wherein the inspection instrument further comprises: An acquiring unit, configured to acquire the number of times the electronic information stored in the electronic tag has been read when the first judging unit judges that the electronic information stored in the electronic tag has not been read; A second judging unit, configured to judge whether the number of times that has been read is equal to a preset maximum number of times of reading threshold; The control unit is specifically configured to display an error message on the screen of the inspection instrument when the second judging unit judges that the number of reads has been equal to the preset maximum number of reads threshold , and send the error message to the background management device. 8. The inspection system according to claim 7, wherein the inspection instrument further comprises: The detection unit is used to detect the vital sign state of the inspector in real time through the human vital sign sensor installed inside the inspection instrument; The third judging unit is used to judge whether the vital signs of the inspectors are abnormal; The first sending unit is used to send an alarm command to the information helmet when the third judging unit judges that the vital signs of the inspector are abnormal; Wherein, the information helmet includes: The alarm unit is used for responding to the alarm instruction and performing an audible and visual alarm. 9. The inspection system according to claim 8, wherein the inspection instrument further comprises: The second sending unit is used to send alarm information to the background management device after the alarm unit responds to the alarm instruction and performs an audible and visual alarm; Wherein, the background management equipment includes: The third sending unit is used to send inquiry information to the mobile terminal carried by the inspection personnel; wherein, the inquiry information is used to inquire whether the inspection instrument is a correct alarm; The receiving unit is used to receive the confirmation information sent by the mobile terminal carried by the inspection personnel; wherein, the confirmation information is used to confirm that the inspection instrument is a correct alarm; The third sending unit is further configured to send confirmation of correct alarm information to the inspection instrument. 10. The inspection system according to claim 9, wherein the inspection instrument further comprises: The second sending unit is further configured to send a picture acquisition instruction to the information helmet after the third sending unit sends confirmation of correct alarm information to the inspection instrument; The information helmet also includes: The opening unit is used to respond to the picture acquisition instruction and open the camera installed on the information helmet; A shooting unit is used to take a live picture of the environment where the inspection personnel are located through the camera; a transmission unit, configured to transmit the on-site picture to the inspection instrument; The patrol instrument also includes: The second sending unit is further configured to send help-seeking information to the background management device; wherein, the help-seeking information includes the real-time location information of patrol personnel and the on-site image.