CN214896700U - Prevent to patrol and examine dual positioning system of cheating - Google Patents
Prevent to patrol and examine dual positioning system of cheating Download PDFInfo
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- CN214896700U CN214896700U CN202121310135.XU CN202121310135U CN214896700U CN 214896700 U CN214896700 U CN 214896700U CN 202121310135 U CN202121310135 U CN 202121310135U CN 214896700 U CN214896700 U CN 214896700U
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Abstract
The utility model relates to a prevent to patrol and examine dual positioning system of cheating patrols and examines each position of patrolling and examining the scene and patrols and examines, include: each point location is provided with one NFC electronic tag, and the NFC electronic tags comprise position information of the point location; the PDA handheld device is used for acquiring the position information of the set point position from the NFC electronic tag and uploading the position information to the cloud server; the GPS system is used for positioning the PDA handset; and the cloud server is used for receiving the position information sent by the PDA handset, acquiring the positioning of the PDA handset from the GPS system, and matching the position information sent by the PDA handset with the positioning of the PDA handset. According to the scheme, whether the regulated inspection personnel inspects the cheat is judged by a dual positioning mode of sending the position information by the PDA handheld device and sending the real-time positioning of the PDA handheld device by the GPS system, and the problems that the inspection personnel is lazy and the inspection personnel can fill in the inspection report randomly when the inspection personnel is not on site in the traditional inspection mode are solved.
Description
Technical Field
The utility model relates to an intelligence patrols and examines technical field, in particular to prevent to patrol and examine dual positioning system of cheating.
Background
The risk of various areas such as a refueling tank area, an environmental protection ditch, a refueling machine, an operation well and the like of a gas station is high suddenly, so that the inspection work of the gas station needs to be enhanced. At present, most of the routing inspection of gas stations still adopt a manual recording mode, and the problem of cheating of false routing inspection can be solved.
For example, the traditional inspection mode mainly adopts manual inspection, and the inspection report is managed in a manual mode, such as manual form filling and text reporting. However, some polling personnel are lazy, and do not perform polling seriously or do not complete polling completely on the site, and even some polling personnel can perform polling on the polling report randomly without arriving at the site, and the polling report is completed on the surface, but is error information. Therefore, the problems of inspection cheating and unreliable inspection report information exist, if the field equipment is really defective, accidents occur due to the cheating and the failure of inspection personnel, and the consequences are not imagined.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to solve the cheating problem of the false detection that exists when traditional manual work is patrolled and examined, provide a dual positioning system who prevents to patrol and examine cheating.
In order to realize the purpose of the utility model, the embodiment of the utility model provides a following technical scheme:
the utility model provides a prevent to patrol and examine dual positioning system of cheating, patrols and examines each position of patrolling and examining the scene, includes:
each point location is provided with one NFC electronic tag, and the NFC electronic tags comprise position information of the point location;
the PDA handheld device acquires the position information of the set point position from the NFC electronic tag and uploads the position information to the cloud server;
the GPS system is used for positioning the PDA handset;
and the cloud server is used for receiving the position information sent by the PDA handset, acquiring the positioning of the PDA handset from the GPS system, and matching the position information sent by the PDA handset with the positioning of the PDA handset.
In the scheme, the NFC electronic tag is arranged at the point position to be inspected, the position information of the point position is stored in the NFC electronic tag in advance, when an inspector arrives at the point position, the PDA handheld device is used for approaching the NFC electronic tag to obtain the position information of the point position where the NFC electronic tag is arranged, and meanwhile, the position information is sent to the cloud server; when the cloud server receives the position information sent by the PDA handset, the real-time positioning of the PDA handset can be obtained from the GPS system, whether the position information sent by the PDA handset and the positioning obtained by the GPS system are the same position or not is judged, if the position information is the same position, the inspection personnel is proved to be on-site to inspect, and the card punching is completed. The double positioning mode that the PDA handset sends the position information and the GPS system sends the real-time positioning of the PDA handset is adopted in the scheme, whether the patrol personnel patrol and examine cheating is judged, the problems that the patrol personnel are lazy and the patrol and examine are randomly filled in the patrol and examine report in the traditional patrol and examine mode are solved, the reliability of patrol and examine is guaranteed, the condition that accidents happen due to cheating and maloperation of the patrol and examine personnel is avoided, and the patrol and examine site is kept in a safe state.
Furthermore, the PDA handset is provided with a reading unit, and the reading unit is configured to acquire the location information in the NFC electronic tag after approaching the NFC electronic tag, and upload the acquired location information and the serial number of the PDA handset to the cloud server together.
In the above scheme, the reading unit may be a reader matched with the NFC electronic tag, and after the reading unit is close to the NFC electronic tag by a certain distance, the position information attached to the NFC electronic tag may be acquired.
Further, the cloud server sends the number of the PDA handset to the GPS system when it obtains the location of the PDA handset from the GPS system.
In the above scheme, in order to facilitate the cloud server to quickly match corresponding location information, when the PDA handset uploads location information to the cloud server, the PDA handset number is uploaded at the same time, and the cloud server obtains the real-time location of the PDA handset from the GPS system according to the PDA handset number, so that the cloud server can more quickly determine whether the location information uploaded by the PDA handset and the real-time location thereof are at the same location.
Furthermore, the NFC electronic tag further includes task information of the point location, and when the PDA handset acquires the location information of the point location from the NFC electronic tag, the PDA handset simultaneously acquires the task information of the point location.
In the scheme, the task information is the task information corresponding to each point location needing to be inspected, and can be displayed in the form of a task list, inspection personnel complete inspection tasks according to the task list, fill in inspection conditions at the corresponding inspection tasks, and upload the inspection tasks to the cloud server after all the inspection tasks of the point location are completed, so that the cloud server can analyze and process the inspection conditions, and if abnormal conditions exist, the inspection personnel can be immediately assigned for maintenance.
Further, a display unit is provided on the PDA handset for displaying the retrieved task information and the number of the PDA handset.
In the scheme, the display unit of the PDA handset can also display task information, for example, when the task information is displayed according to a list, an inspection worker inspects the point location according to the task list and records the inspection condition.
Furthermore, the system also comprises a camera unit for acquiring the on-site video or image of the location where each NFC electronic tag is located, and after the cloud server receives the location information sent by the PDA handset, the cloud server acquires the acquired on-site video or image from the camera unit corresponding to the NFC electronic tag.
In the scheme, besides monitoring the cheating of the inspection personnel in a dual-positioning mode, the camera shooting units can be correspondingly arranged at each point, and after the cloud server receives the position information sent by the PDA handset, the cloud server acquires the videos and images collected by the camera shooting units corresponding to the point, so that whether the inspection personnel arrive at the site for inspection and whether the inspection personnel are in inspection seriously can be further verified.
The system further comprises a background terminal and a mobile terminal, wherein the background display and the mobile terminal are in wireless connection with the cloud server and are used for displaying the result of the cloud server matching the position information sent by the PDA handset with the positioning of the PDA handset.
A double positioning monitoring method for preventing inspection cheating corresponds to the system and comprises the following steps:
the PDA handset acquires the position information of the set point position from the NFC electronic tag and uploads the position information to the cloud server; the NFC electronic tags are respectively arranged at a point location and comprise position information of the point location;
the cloud server receives the position information sent by the PDA handset, acquires the position of the PDA handset from the GPS system, and matches the position information sent by the PDA handset with the position of the PDA handset to judge whether the user of the PDA handset is in inspection and cheating.
Furthermore, before the PDA handset acquires the location information of the set point location from the NFC electronic tag and uploads the location information to the cloud server, the method further includes the steps of: the PDA handset logs in the inspection system through face recognition and fingerprint recognition.
Furthermore, the step of obtaining the location information of the set point from the NFC electronic tag by the PDA handset and uploading the location information to the cloud server includes:
and after the PDA handset approaches the NFC electronic tag through the arranged reading unit, acquiring the position information in the NFC electronic tag, and uploading the acquired position information and the serial number of the PDA handset to a cloud server together.
Further, the cloud server sends the number of the PDA handset to the GPS system when it obtains the location of the PDA handset from the GPS system.
Furthermore, the NFC electronic tag further includes task information of the point location, and when the PDA handset acquires the location information of the point location from the NFC electronic tag, the PDA handset simultaneously acquires the task information of the point location.
Further, the PDA handset displays the retrieved task information and the number of the PDA handset via a display unit.
Furthermore, after the cloud server receives the location information sent by the PDA handset, the method further includes the following steps: and the cloud server acquires the acquired live video or image from the camera unit corresponding to the NFC electronic tag arranged at the position.
Furthermore, after the position information sent by the PDA handset is matched with the positioning of the PDA handset by the cloud server, the result of whether the user of the PDA handset patrols and cheats is sent to the background terminal and the mobile terminal.
Compared with the prior art, the beneficial effects of the utility model are that:
(1) the double positioning mode that the PDA handset carries out face and fingerprint identification and sends position information and the GPS system sends the real-time positioning of the PDA handset is adopted in the scheme, whether the regulated patrol personnel patrol and examine cheating is judged, the problems that the patrol personnel are lazy in inspection and the patrol and examine are randomly filled on the patrol and examine report in the traditional patrol and examine mode are solved, the reliability of patrol and examine is guaranteed, the condition that accidents happen due to cheating and losing work of the patrol and examine personnel is avoided, and the patrol and examine site is kept in a safe state.
(2) In the case of double positioning, the camera unit also collects the video and images of the site, so that whether the inspection personnel go to the site for inspection and whether the inspection personnel are carefully inspecting can be further verified.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings that are required to be used in the embodiments will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present invention, and therefore should not be considered as limiting the scope, and for those skilled in the art, other related drawings can be obtained according to the drawings without inventive efforts.
Fig. 1 is a schematic block diagram of a dual positioning system according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. The components of embodiments of the present invention, as generally described and illustrated in the figures herein, may be arranged and designed in a wide variety of different configurations. Thus, the following detailed description of the embodiments of the present invention, presented in the accompanying drawings, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. Based on the embodiment of the present invention, all other embodiments obtained by the person skilled in the art without creative work belong to the protection scope of the present invention.
It should be noted that: like reference numbers and letters refer to like items in the following figures, and thus, once an item is defined in one figure, it need not be further defined and explained in subsequent figures.
The utility model discloses a following technical scheme realizes, as shown in fig. 1, a prevent to patrol and examine dual positioning system of cheating, patrol and examine each region, every region includes the position that a plurality of needs were examined, for example under the scene of filling station, then can include the life region according to the functional partitioning, the office area is regional, the distribution area is generated, vestibule site area, the oil tank is regional etc. each region has included a plurality of positions again, for example the office area includes the elevator position, kitchen position etc. the weak electric well position has been included in the distribution area, forceful electric well position etc.. Therefore, under the scene of a gas station, a plurality of point positions needing to be inspected are provided, so that the normal work and operation are ensured, and accidents are avoided as much as possible.
The dual positioning system comprises a plurality of NFC electronic tags, a PDA handset, a GPS system and a cloud server, wherein:
each NFC electronic tag is arranged at a point location, and the NFC electronic tags of the point location include the position information of the point location. The position information can be represented in a form of latitude and longitude or in an internal coding form, and the specific position of the point position can be intuitively known by the staff through the position information. Therefore, once a certain NFC electronic tag is fixedly arranged at a certain point, the point location information attached to the NFC electronic tag is also fixed and unchanged.
The inspection personnel use the PDA handheld device, the PDA handheld device is used for logging in an inspection system through face recognition and fingerprint recognition at the same time, acquiring the position information of the set point position from the NFC electronic tag, and manually or automatically uploading the acquired position information to the cloud server. For example, after the inspection personnel can bring the PDA handset close to the NFC electronic tag, the reading unit disposed on the PDA handset acquires the position information attached to the NFC electronic tag. The reading unit can be a recognizer matched with the NFC electronic tag, and after the reading unit is close to the NFC electronic tag for a certain time at a certain distance, the PDA handset uploads the position information attached to the NFC electronic tag to the cloud server.
The PDA handset is connected with a GPS system, the GPS system is used for positioning the PDA handset in real time, if the GPS system is used for positioning longitude and latitude information of the position of the PDA handset, the position information in the NFC electronic tag can also be represented by the longitude and latitude information, or the longitude and latitude information of the PDA handset uploaded to a cloud server by the GPS system is converted into an internal coding form, so that the position information of the NFC electronic tag uploaded by the PDA handset can be quickly matched with the real-time positioning of the PDA handset uploaded by the GPS system.
When the cloud server receives the position information sent by the PDA handset, the cloud server simultaneously acquires the real-time positioning of the PDA handset from the GPS system, and matches the position information sent by the PDA handset with the positioning of the PDA handset. If the inspection personnel are in the same position, the inspection personnel are proved to have arrived at the inspection point for inspection, which is equivalent to the checking of the inspection work; if the mobile terminal is not at the same position, the patrol personnel cheats card punching, for example, the patrol site location is not reached, or the set NFC electronic tag is moved to the position so as to quickly punch the card, and various cheating operations are performed, so that the position information sent by the PDA handset is not matched with the positioning of the PDA handset.
According to the scheme, the NFC electronic tag is arranged at the point position to be inspected, the position information of the point position is attached to the NFC electronic tag in advance, when an inspector arrives at the point position, the PDA handheld device is used for approaching the NFC electronic tag to obtain the position information of the point position arranged on the NFC electronic tag, and meanwhile, the position information is sent to the cloud server; when the cloud server receives the position information sent by the PDA handset, the real-time positioning of the PDA handset is immediately obtained from the GPS system, whether the position information sent by the PDA handset and the positioning obtained from the GPS system are the same position or not is judged, if the position information is the same position, the inspection personnel is proved to be on-site to inspect, and the card punching is completed. The double positioning mode that the PDA handset sends the position information and the GPS system sends the real-time positioning of the PDA handset is adopted in the scheme, whether the patrol personnel patrol and examine cheating is judged, the problems that the patrol personnel are lazy and the patrol and examine are randomly filled in the patrol and examine report in the traditional patrol and examine mode are solved, the reliability of patrol and examine is guaranteed, the condition that accidents happen due to cheating and maloperation of the patrol and examine personnel is avoided, and the patrol and examine site is kept in a safe state.
Above-mentioned scheme has still increased PDA handset and need just can log in system of patrolling and examining through face identification and fingerprint identification, consequently if patrolling and examining personnel are lazy, when letting colleagues help to obtain positional information to NFC electronic tags's point position department, do not have this personnel's of patrolling and examining face and fingerprint, also can't obtain positional information from NFC electronic tags, consequently can more step prevent that personnel of patrolling and examining cheat in the work of patrolling and examining.
For example, if the location information sent by the PDA handset received by the cloud server does not match the location information sent by the GPS system for the PDA handset, there may be a problem of cheating during polling:
1. the patrol personnel forcibly take off and bring back the NFC electronic tag (assuming that the position information attached to the NFC electronic tag is 1-5-31), when the patrol is needed, the PDA handset is used on the spot to acquire the position information of the NFC electronic tag and upload the position information to the cloud server, at the moment, the position information received by the cloud server is still 1-5-31, but when the cloud server acquires the real-time positioning of the PDA handset from the GPS system, the acquired positioning is not 1-5-31, and the cheating of the patrol personnel can be explained.
2. The patrol personnel use the PDA handset to acquire the position information in the NFC electronic tag before arriving at the site, so that the cloud server is not triggered to acquire the real-time positioning of the PDA handset from the GPS system, and the cloud server end can indicate that the patrol personnel does not arrive at the site for patrol.
3. The inspection personnel can find people to get to the set point position of the NFC electronic tag instead of taking the PDA handheld device to obtain the position information, but before the position information in the NFC electronic tag is obtained, the PDA handheld device is required to enter the inspection system through the face recognition and the fingerprint recognition of the inspection personnel, otherwise, the position information cannot be obtained, and the inspection work cannot be carried out.
Of course, this embodiment is merely exemplary, rather than the cheating scenario set forth above.
Therefore, this scheme is through the mode of dual location, can force the personnel of patrolling and examining to the position and patrol and examine, stops to patrol and examine the condition of cheating.
Furthermore, in order to facilitate the cloud server to perform fast location matching, when the PDA handset gets close to the NFC tag to obtain the location information of the point location, the PDA handset uploads the number of the PDA handset to the cloud server. The cloud server then obtains from the GPS system the real-time location of the PDA handset based on the PDA handset number when it receives both the location information uploaded by the PDA handset and the PDA handset number. Therefore, the cloud server can quickly match the position information according to the serial number of the PDA handset and judge whether the position information uploaded by the PDA handset and the real-time positioning thereof are at the same position.
And after the cloud server receives the position information sent by the PDA handset, the NFC electronic tag can acquire the real-time positioning of the PDA handset from a GPS system, and can also acquire the currently acquired field video or image from the camera unit corresponding to the NFC electronic tag. In the case of double positioning, the camera unit also collects the video and images of the site, so that whether the inspection personnel go to the site for inspection and whether the inspection personnel are carefully inspecting can be further verified.
The NFC tag can also comprise task information of the set point position besides the position information of the set point position, and the PDA handset can simultaneously obtain the task information of the set point position when obtaining the position information of the set point position from the NFC electronic tag.
Due to the fact that functions of all the point locations are different, task information is also different, for example, the elevator point locations need to check the lifting operation safety of an elevator, and weak electric well point locations need to check switch ports, indicator lamps, the environment in a well and the like. Therefore, the task information of different point locations is different, but if there are two weak electric well point locations respectively, the task information of the two weak electric well point locations may be the same, so that the task information of the point locations is not limited to the above, and the task information of the point locations is attached to the NFC electronic tag in advance.
After the patrol inspector acquires the task information through the PDA handset, the acquired task information and the number of the PDA handset can be displayed on a display unit arranged on the PDA handset. The inspection personnel can inspect according to the task information, and the inspection conditions can be recorded on the PDA handheld device after the inspection is finished, for example, which devices have potential safety hazards and which devices are in inspection conditions such as normal operation.
The cloud server is also wirelessly connected with a background terminal and a mobile terminal and used for displaying the result of matching the unknown information sent by the PDA handset of the cloud server with the positioning of the PDA handset and checking the polling condition of polling personnel on the point location.
The embodiment also provides a dual-positioning monitoring method for preventing the inspection cheating, which comprises the following steps:
step S1: the PDA handset acquires the position information of the set point position from the NFC electronic tag and uploads the position information to the cloud server; the NFC electronic tags are respectively arranged at a point location and comprise position information of the point location.
The PDA handset acquires the position information of the set point position from the NFC electronic tag, and logs in the inspection system through face recognition and fingerprint recognition. After logging in, the PDA handset approaches the NFC electronic tag through the set reading unit, the position information in the NFC electronic tag is obtained, and the obtained position information and the serial number of the PDA handset are uploaded to the cloud server together.
The NFC electronic tag comprises position information of a point location where the NFC electronic tag is arranged and task information of the point location, and the PDA handset simultaneously obtains the task information of the point location when obtaining the position information of the point location from the NFC electronic tag.
The PDA handset displays the acquired task information and the number of the PDA handset via a display unit.
Step S2: the cloud server receives the position information sent by the PDA handset, acquires the position of the PDA handset from the GPS system, and matches the position information sent by the PDA handset with the position of the PDA handset to judge whether the user of the PDA handset is in inspection and cheating.
And when the cloud server acquires the positioning of the PDA handset from the GPS system, the cloud server sends the number of the PDA handset to the GPS system. And the cloud server acquires the acquired live video or image from the camera unit corresponding to the NFC electronic tag arranged at the position.
And after the position information sent by the PDA handset is matched with the positioning of the PDA handset by the cloud server, sending the result of whether the user of the PDA handset patrols and cheats to the background terminal and the mobile terminal.
The above description is only for the specific embodiments of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art can easily think of the changes or substitutions within the technical scope of the present invention, and all should be covered within the protection scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (8)
1. The utility model provides a prevent to patrol and examine dual positioning system of cheating, patrols and examines its characterized in that to each position point of patrolling and examining the scene: the method comprises the following steps:
each point location is provided with one NFC electronic tag, and the NFC electronic tags comprise position information of the point location;
the PDA handheld device acquires the position information of the set point position from the NFC electronic tag and uploads the position information to the cloud server;
the GPS system is used for positioning the PDA handset;
and the cloud server is used for receiving the position information sent by the PDA handset, acquiring the positioning of the PDA handset from the GPS system, and matching the position information sent by the PDA handset with the positioning of the PDA handset.
2. The dual positioning system for preventing the inspection cheating according to claim 1, wherein: and the PDA handset is provided with a reading unit, and the reading unit is used for acquiring the position information in the NFC electronic tag after approaching the NFC electronic tag and uploading the acquired position information and the serial number of the PDA handset to a cloud server together.
3. The dual positioning system for preventing the inspection cheating according to claim 2, wherein: and when the cloud server acquires the positioning of the PDA handset from the GPS system, the cloud server sends the number of the PDA handset to the GPS system.
4. The dual positioning system for preventing the inspection cheating according to claim 1, wherein: the PDA handset is also provided with a login module for logging in the inspection system through face recognition and fingerprint recognition.
5. The dual positioning system for preventing the inspection cheating according to claim 1, wherein: the NFC electronic tag further comprises task information of the point location, and when the PDA handset acquires the position information of the point location from the NFC electronic tag, the PDA handset simultaneously acquires the task information of the point location.
6. The dual positioning system for preventing the inspection cheating according to claim 5, wherein: the PDA handset is provided with a display unit for displaying the acquired task information and the number of the PDA handset.
7. The dual positioning system for preventing the inspection cheating according to claim 1, wherein: the system comprises a PDA handset, a cloud server and a camera unit, wherein the PDA handset is used for setting a point position of each NFC electronic tag, and the camera unit is used for acquiring a field video or an image of the point position of each NFC electronic tag.
8. The dual positioning system for preventing the inspection cheating according to claim 1, wherein: the system comprises a PDA handset, a cloud server and a background terminal and a mobile terminal, wherein the PDA handset is connected with the cloud server in a wireless mode, and the background terminal and the mobile terminal are wirelessly connected with the cloud server and used for displaying the matching result of the cloud server on the position information sent by the PDA handset and the positioning of the PDA handset.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114944023A (en) * | 2022-05-17 | 2022-08-26 | 内蒙古呼和浩特抽水蓄能发电有限责任公司 | Equipment induction type inspection system based on NFC and GPS positioning |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114944023A (en) * | 2022-05-17 | 2022-08-26 | 内蒙古呼和浩特抽水蓄能发电有限责任公司 | Equipment induction type inspection system based on NFC and GPS positioning |
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Address after: Floor 12, building B, yinhaixinzuo building, No. 163, Sanse Road, industrial park, Jinjiang District, Chengdu, Sichuan 610000 Patentee after: Sichuan Shujiao Zhongyou Energy Co.,Ltd. Address before: Floor 12, building B, yinhaixinzuo building, No. 163, Sanse Road, industrial park, Jinjiang District, Chengdu, Sichuan 610000 Patentee before: Sichuan Jiaotou CNPC Energy Co.,Ltd. |
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