CN111767852A - Urban road well lid supervision system and method based on intelligent lamp pole - Google Patents
Urban road well lid supervision system and method based on intelligent lamp pole Download PDFInfo
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- CN111767852A CN111767852A CN202010608179.4A CN202010608179A CN111767852A CN 111767852 A CN111767852 A CN 111767852A CN 202010608179 A CN202010608179 A CN 202010608179A CN 111767852 A CN111767852 A CN 111767852A
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Abstract
The invention relates to an urban road well lid supervision system and method based on a smart lamp post, wherein the system comprises a main supervision platform, a sub supervision platform which belongs to the main supervision platform and is arranged on the lower surface of a well lid, and an alarm condition evidence obtaining unit mounted on the lamp post; the sub-monitoring platform comprises a detection unit, a first storage unit, a judgment unit and an uploading unit; the general supervision platform comprises an alarm notification unit, a checking unit and a first switching unit; the system realizes the abnormal detection, data analysis, triggering alarm and abnormal processing of the urban road well lid, establishes continuous and powerful monitoring management, saves the manpower patrol and management cost, can quickly know the well lid abnormality and uniformly coordinate police dispatch and engineering maintenance work, and has huge social and economic values.
Description
Technical Field
The invention relates to the technical field of monitoring systems, in particular to a city road well lid monitoring system and method based on a smart lamp pole.
Background
With the acceleration of urbanization pace, the development of public facility construction is rapid, and correspondingly, relevant departments such as municipal administration, electric power, communication and the like need to manage a large amount of municipal equipment. Aiming at the well lid, because of the lack of powerful real-time monitoring management means, lawless persons find a machine which can be used, illegal behaviors such as moving and stealing the well lid occur occasionally, and management personnel often cannot know well lid abnormity in time, such as damage and loss, so that the problem cannot be solved as soon as possible. From this, not only can influence the normal work of other relevant equipment, cause huge economic loss, the well head that loses the well lid moreover also can cause very big harm to public transport and pedestrian safety, and negative effects is very big.
Disclosure of Invention
The invention aims to solve the technical problem of providing an urban road well lid supervision system based on a smart lamp pole and an urban road well lid supervision method based on the smart lamp pole aiming at the defects in the prior art.
The technical scheme adopted by the invention for solving the technical problems is as follows:
on the one hand, provide an urban road well lid supervisory systems based on wisdom lamp pole, wherein, the system includes: the system comprises a main supervision platform, a sub supervision platform which belongs to the main supervision platform and is arranged on the lower surface of a well cover, and an alarm condition evidence obtaining unit mounted on a lamp pole;
the sub-supervision platform comprises:
the detection unit is used for detecting the working environment and the working state of the well cover;
the first storage unit is used for storing the identification code of the well lid and the detection data of the detection unit;
the judging unit is used for judging whether the well lid is abnormal or not according to the detection data of the detecting unit;
the uploading unit is used for uploading the identification code of the well lid, the detection data of the detection unit and the judgment result of the judgment unit to the general supervision platform;
the warning condition evidence obtaining unit is used for shooting a field picture of a place where the well lid is abnormal;
the general supervision platform comprises:
the alarm notification unit is used for notifying the well lid abnormity to a well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result uploaded by the uploading unit when the well lid is abnormal;
the checking unit is used for checking the field picture shot by the warning condition evidence obtaining unit under the condition that the judgment result accords with the checking condition;
and the first switching unit is used for switching the sub-monitoring platform into a defense deploying state or a defense releasing state.
On the other hand, an urban road well lid supervision method based on a smart lamp pole is provided, and based on the urban road well lid supervision system based on the smart lamp pole, the urban road well lid supervision system comprises the following steps:
the sub-supervision platform arranged on the lower surface of the well lid detects the working environment and the working state of the well lid, judges whether the well lid is abnormal or not according to the detection data, and uploads the detection data, the judgment result and the prestored identification code of the well lid to the main supervision platform;
if the well lid is abnormal and the judgment result meets the checking condition, the total supervision platform is used for the user to check the shot site picture of the abnormal well lid occurrence place and to notify the well lid abnormity to the well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result; if the well lid is abnormal and the judgment result does not accord with the checking condition, the total supervision platform notifies the well lid abnormity to a well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result; if the well lid is not abnormal, the master supervision platform does not report;
when a user overhauls or replaces the well lid, the sub monitoring platform is switched to a defense releasing state; and after the overhaul or the replacement is finished, the sub-supervision platform is switched into a defense-deploying state.
The invention has the beneficial effects that: detecting the working environment and working state of the well lid through a sub-supervision platform arranged on the lower surface of the well lid, judging whether the well lid is abnormal or not according to the detection data, and uploading the detection data, the judgment result and a prestored identification code of the well lid to a main supervision platform; furthermore, if the well lid is abnormal and the judgment result meets the checking condition, the total supervision platform is used for the user to check the shot site picture of the well lid abnormal occurrence place and to notify the well lid abnormal condition to the well lid responsible person related to the well lid according to the identification code, the detection data and the judgment result; if the well lid is abnormal and the judgment result does not accord with the checking condition, the total supervision platform notifies the well lid abnormity to a well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result; if the well lid is not abnormal, the master supervision platform does not report; furthermore, when a user overhauls or replaces the well lid, the sub monitoring platform is switched to a defense releasing state; and after the overhaul or the replacement is finished, the sub-supervision platform is switched into a defense-deploying state. Therefore, the method realizes the abnormal detection, data analysis, triggering alarm and abnormal processing of the urban road well lid, establishes continuous and powerful monitoring management, saves the manpower patrol and management cost, can quickly know the well lid abnormality and uniformly coordinate police dispatch and engineering maintenance work, and has huge social and economic values.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the present invention will be further described with reference to the accompanying drawings and embodiments, wherein the drawings in the following description are only part of the embodiments of the present invention, and for those skilled in the art, other drawings can be obtained without inventive efforts according to the accompanying drawings:
fig. 1 is a composition diagram of an urban road manhole cover monitoring system based on a smart lamp post according to an embodiment of the present invention;
fig. 2 is a flowchart illustrating an implementation of a method for monitoring an urban manhole cover based on a smart lamp post according to a second embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the following will clearly and completely describe the technical solutions in the embodiments of the present invention, and it is obvious that the described embodiments are some embodiments of the present invention, but not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments of the present invention without inventive step, are within the scope of the present invention.
Example one
The embodiment of the invention provides an urban road well lid supervision system based on a smart lamp pole, which comprises a main supervision platform 1, a sub supervision platform 2 and an alarm condition evidence obtaining unit 3, wherein the sub supervision platform 2 belongs to the main supervision platform 1 and is arranged on the lower surface of a well lid;
the sub-supervision platform 2 includes:
the detection unit 20 is used for detecting the working environment and the working state of the well lid;
a first storage unit 21 for storing the identification code of the manhole cover and the detection data of the detection unit 20;
a judging unit 22 for judging whether the manhole cover is abnormal or not according to the detection data of the detecting unit 20;
and the uploading unit 23 is used for uploading the identification code of the well lid, the detection data of the detection unit 20 and the judgment result of the judgment unit 22 to the general supervision platform 1.
Wherein:
the operational environment includes the longitude and latitude that must use to and water level height in the sewer of chooseing for use, flammable explosive gas concentration in the sewer, the combination condition when using has: longitude and latitude + water level height in sewer, longitude and latitude + concentration of inflammable and explosive gas in sewer, longitude and latitude + water level height in sewer + concentration of inflammable and explosive gas in sewer.
Operating condition includes necessary well lid inclination to and the operating voltage who chooses for use, the condition when using has: well lid inclination angle, well lid inclination angle + operating voltage.
When the well lid is judged to be abnormal, if the working environment and the working state do not fall in a preset normal working interval, judging that the well lid is abnormal; otherwise, the well lid is not abnormal.
As an example, the detected contents of the working environment are longitude and latitude, the height of a water level in a sewer and the concentration of flammable and explosive gases in the sewer, and the detected contents of the working state are the inclination angle of a well lid and working voltage;
the set normal operating interval is as follows:
latitude and longitude: 39 degrees N +/-1 degree, 116 degrees E +/-1 degree;
water level height in sewer: the distance between the liquid level and the well cover is not less than 10 cm;
concentration of methane in sewer: not more than 8%; inclination angle of the well cover: not greater than 15 °;
working voltage: 20-25V;
the detection data obtained by the primary detection is as follows:
latitude and longitude: 30 ° N, 116 ° E; water level height in sewer: the distance between the liquid level and the well cover is 100 cm;
concentration of methane in sewer: 0.1 percent; inclination angle of the well cover: 3 degrees; working voltage: 24V;
therefore, the current latitude value of 30 degrees N does not fall on the preset 38 degrees N-40 degrees N, and the well cover is not in the original position, so that the abnormality of the well cover can be judged.
The detection data obtained by the secondary detection is as follows:
latitude and longitude: 38.5 ° N, 116.5 ° E; water level height in sewer: the distance between the liquid level and the well cover is 15 cm;
concentration of methane in sewer: 0.1 percent; inclination angle of the well cover: 2 degrees; working voltage: 24V;
therefore, the current detection data all fall in the preset normal working interval, and the fact that the well lid is abnormal can be judged.
Wherein, the identification code of well lid is unique, is convenient for record, track.
The data transmission between the main supervision platform 1 and the sub supervision platform 2 can be completely in a wired mode, can also be completely in a wireless mode, and can also be in a wired and wireless combined mode, thereby fully utilizing the broadband resources of three network operators.
And the warning condition evidence obtaining unit 3 is used for shooting a scene picture of a well lid abnormal place.
The lamp pole is selected as a carrier of the warning situation evidence obtaining unit 3, so that a plurality of cities have mature and large-scale lighting networks, the lamp pole is distributed at each corner of the city and erected on two sides of a road according to a certain distance, and the application range is wide. Secondly, through reforming transform the lamp pole, reached the multi-purpose effect of a pole, simultaneously, the lamp pole can provide the illumination when shooing, and the shooting effect is better, is convenient for know the judged result whether true.
The general supervision platform 1 includes:
an alarm notification unit 10 configured to notify a manhole cover person in charge of the manhole cover abnormality when the manhole cover is abnormal, based on the identification code, the detection data, and the determination result uploaded by the uploading unit 23;
the checking unit 11 is used for checking the field picture shot by the warning condition evidence obtaining unit 3 under the condition that the judgment result meets the checking condition;
the first switching unit 12 is configured to switch the sub-monitoring platform 2 into a defense deploying state or a defense releasing state;
the second storage unit 13 is used for storing the identification code, the detection data and the judgment result uploaded by the uploading unit 23;
the mining unit 14 is used for performing deep mining on the data stored in the second storage unit 13 according to preset working scene characteristics, and the deep mining includes data recombination, data summarization and data comparison;
the counting unit 15 is configured to count the identification codes, the areas, the roads, the responsible units, the names of the responsible persons, and the telephones of the responsible persons associated with the manhole covers, and is further configured to periodically perform well cover total count and real-time well cover information check, and divide the well cover management report according to a preset unit level to generate a manhole cover management report, where the content of the manhole cover management report includes a unit name, a total number of the manhole covers managed by the unit, position distribution of the manhole covers, a total number of times of abnormal occurrence of the manhole covers in a preset time period, and a reason of abnormal occurrence of the manhole covers.
Wherein:
the alarm notification unit is specifically used for acquiring an alarm level corresponding to the judgment result according to a preset alarm level rule; the alarm condition monitoring system is also used for acquiring a report grade corresponding to the obtained alarm condition grade according to a preset report grade rule; and the notification system is also used for notifying the well lid responsible person related to the current abnormal well lid according to the obtained notification level, wherein the notification content comprises an identification code, detection data and a judgment result related to the current abnormal well lid. As an example:
the alarm level rules are:
| abnormal situation | Grade of alert | |
| Only with longitude and | Stage | 2 |
| Only having abnormal water level in | Stage | 2 |
| Only the concentration of inflammable and explosive gases in the sewer is | Stage | 2 |
| Only abnormal inclination angle of | Level | 1 |
| Only operating | Level | 1 |
| More than two abnormal conditions occur | |
The notification level rule is as follows:
| grade of alert | Reporting rank | Well lid responsible person who must inform |
| |
|
Responsible person corresponding to |
| Stage | ||
| 2 | |
Person in charge who corresponds with well lid, unit in charge who corresponds with well lid |
Detecting the A01 well cover, wherein the detection data is as follows:
latitude and longitude: 30 ° N, 116 ° E; water level height in sewer: the distance between the liquid level and the well cover is 100 cm;
concentration of methane in sewer: 0.1 percent; inclination angle of the well cover: 20 degrees; working voltage: 24V;
therefore, when the manhole cover inclination angle is found to be abnormal, the alarm level is 1 level at the moment, and the corresponding notification level is 1 level, the following notification contents are provided for the responsible person corresponding to the manhole cover:
a well lid No. a 01; the inclination angle is abnormal; the detection data is as follows:
latitude and longitude: 30 ° N, 116 ° E; water level height in sewer: the distance between the liquid level and the well cover is 100 cm;
concentration of methane in sewer: 0.1 percent; inclination angle of the well cover: 20 degrees; working voltage: 24V.
Wherein:
when in the defense solving state, the judging unit and the uploading unit are both in the dormant state, so that false alarm is avoided when the well lid is overhauled or replaced; when the protection state is set, the judging unit and the uploading unit are both in working states so as to continuously monitor the well lid. Preferably, when no abnormality exists, the unit uploads data every 12 hours, and when abnormality exists, the unit uploads data every 1 hour, so that the general supervision platform can timely know the abnormal condition.
Wherein:
when excavating data, the work scene characteristic is including stealing high district, the high district that sends out of soaking, flammable explosive gas exceeds standard high district, the unusual high district that sends out of voltage etc. to carry out reutilization to data from different angles, different dimensions, different needs, improve data value, more do benefit to and promote municipal administration level and efficiency.
Preferably:
and the checking unit is also used for checking the state information such as the state, the position, the ownership and the like of the urban road well lid in real time by combining a GIS geographic information map.
Wherein:
when the security state is switched through the total supervision platform, the legality of the overhaul requirement of the overhaul personnel can be judged by the total supervision platform, and the defense is solved after the legality is judged. The specific judgment standard can be a specific anti-theft password or an authenticated service number of a maintenance worker.
The sub-processing platform 4 for the user to carry about includes:
the second switching unit 40 is used for switching the sub-monitoring platform 2 into a defense deploying state or a defense releasing state when the sub-monitoring platform has the authority;
a feedback unit 41, configured to feed back a processing method and a processing result corresponding to the notified alarm condition to the second storage unit 13.
Preferably:
besides switching the security state through the general supervision platform, the security state can also be switched through the sub-processing platform. The specific switching authority can be matched with the general supervision platform through the APP, and the authority can be obtained after the APP is successfully matched to perform defense resolution.
Preferably:
in order to facilitate the service personnel to know the field condition, the sub-processing platform may further include:
the calling unit is used for calling the identification code and the detection data stored in the second storage unit and checking the field picture shot by the warning condition evidence obtaining unit through the general supervision platform; and
the checking unit is the same as the sub-monitoring platform and is used for checking the state information of the urban road well lid, such as the state, the position, the ownership and the like in real time by combining a GIS geographic information map; and
the expansion unit is used for providing an expansion interface for the judgment unit; and
and the power supply unit is used for supplying power to the detection unit, the first storage unit, the judgment unit and the uploading unit.
In the embodiment, the working environment and the working state of the well lid are detected through the sub-monitoring platform arranged on the lower surface of the well lid, whether the well lid is abnormal or not is judged according to the detection data, and the detection data, the judgment result and the prestored identification code of the well lid are uploaded to the main monitoring platform; furthermore, if the well lid is abnormal and the judgment result meets the checking condition, the total supervision platform is used for the user to check the shot site picture of the well lid abnormal occurrence place and to notify the well lid abnormal condition to the well lid responsible person related to the well lid according to the identification code, the detection data and the judgment result; if the well lid is abnormal and the judgment result does not accord with the checking condition, the total supervision platform notifies the well lid abnormity to a well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result; if the well lid is not abnormal, the master supervision platform does not report; furthermore, when a user overhauls or replaces the well lid, the sub monitoring platform is switched to a defense releasing state; and after the overhaul or the replacement is finished, the sub-supervision platform is switched into a defense-deploying state. Therefore, the method realizes the abnormal detection, data analysis, triggering alarm and abnormal processing of the urban road well lid, establishes continuous and powerful monitoring management, saves the manpower patrol and management cost, can quickly know the well lid abnormality and uniformly coordinate police dispatch and engineering maintenance work, and has huge social and economic values.
Example two
The embodiment of the invention provides an urban road well lid supervision method based on a smart lamp post, and based on the urban road well lid supervision system provided by the embodiment, as shown in figure 2, the method comprises the following steps:
step S1: the sub-supervision platform arranged on the lower surface of the well lid detects the working environment and the working state of the well lid, judges whether the well lid is abnormal or not according to the detection data, and uploads the detection data, the judgment result and the pre-stored identification code of the well lid to the main supervision platform.
In this embodiment:
the working environment comprises the necessary longitude and latitude, the selected water level height in the sewer and the concentration of inflammable and explosive gases in the sewer; the working state comprises a necessary inclination angle of the well lid and a selected working voltage;
the step of judging whether the well lid is abnormal comprises the following steps: judging that the well lid is abnormal when any one of the working environment and the working state does not fall in a preset normal working interval; otherwise, the well lid is not abnormal;
when the defense state is released, the judgment and uploading work of the sub supervision platform is stopped; and when the defense deployment state is in the, the judgment and uploading work of the sub-supervision platform is recovered.
Step S2: if the well lid is abnormal and the judgment result meets the checking condition, the total supervision platform is used for the user to check the shot site picture of the abnormal well lid occurrence place and to notify the well lid abnormity to the well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result; if the well lid is abnormal and the judgment result does not accord with the checking condition, the total supervision platform notifies the well lid abnormity to a well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result; if the well lid is not abnormal, the master supervision platform does not report.
In this embodiment, the identification code, the detection data and the judgment result are stored on the total supervision platform, the total supervision platform performs deep mining on the stored data according to preset working scene characteristics, including data reorganization, data summarization and data comparison, and also counts the identification code associated with each well lid, the area where the well lid is located, the road where the well lid is located, the responsible unit, the name of the responsible person and the telephone of the responsible person, and also regularly performs well lid total number checking and real-time well lid information checking, and also generates a well lid management report according to preset unit grade division, wherein the content of the well lid management report includes the name of the unit, the total number of the managed well lids of the unit, the position distribution of each well lid, the total number of abnormal well lids in a preset time period, and the reason.
In this embodiment, the step of notifying the abnormality of the manhole cover includes:
acquiring an alarm condition grade corresponding to the judgment result according to a preset alarm grade rule;
acquiring a notification grade corresponding to the obtained alarm condition grade according to a preset notification grade rule;
and informing the well lid responsible person associated with the current abnormal well lid according to the preset address list and the obtained notification level, wherein the notification content comprises an identification code, detection data and a judgment result associated with the current abnormal well lid.
Step S3: when a user overhauls or replaces the well lid, the sub monitoring platform is switched to a defense releasing state; and after the overhaul or the replacement is finished, the sub-supervision platform is switched into a defense-deploying state.
In this embodiment, when the manhole cover is overhauled or replaced, the sub-processing platform which has obtained the authority switches the sub-monitoring platform into the defense solving state; and after the overhaul or the replacement is finished, the sub-processing platform which has acquired the authority switches the sub-monitoring platform into a defense-deploying state.
Preferably, the method further comprises: and after the maintenance or the replacement of the well lid is completed, the sub-processing platform feeds back the processing mode and the processing result corresponding to the reported alarm condition to the master supervision platform.
In the embodiment, the working environment and the working state of the well lid are detected through the sub-monitoring platform arranged on the lower surface of the well lid, whether the well lid is abnormal or not is judged according to the detection data, and the detection data, the judgment result and the prestored identification code of the well lid are uploaded to the main monitoring platform; furthermore, if the well lid is abnormal and the judgment result meets the checking condition, the total supervision platform is used for the user to check the shot site picture of the well lid abnormal occurrence place and to notify the well lid abnormal condition to the well lid responsible person related to the well lid according to the identification code, the detection data and the judgment result; if the well lid is abnormal and the judgment result does not accord with the checking condition, the total supervision platform notifies the well lid abnormity to a well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result; if the well lid is not abnormal, the master supervision platform does not report; furthermore, when a user overhauls or replaces the well lid, the sub monitoring platform is switched to a defense releasing state; and after the overhaul or the replacement is finished, the sub-supervision platform is switched into a defense-deploying state. Therefore, the method realizes the abnormal detection, data analysis, triggering alarm and abnormal processing of the urban road well lid, establishes continuous and powerful monitoring management, saves the manpower patrol and management cost, can quickly know the well lid abnormality and uniformly coordinate police dispatch and engineering maintenance work, and has huge social and economic values.
It will be understood that modifications and variations can be made by persons skilled in the art in light of the above teachings and all such modifications and variations are intended to be included within the scope of the invention as defined in the appended claims.
Claims (10)
1. The utility model provides an urban road well lid supervisory systems based on wisdom lamp pole which characterized in that, the system includes: the system comprises a main supervision platform, a sub supervision platform which belongs to the main supervision platform and is arranged on the lower surface of a well cover, and an alarm condition evidence obtaining unit mounted on a lamp pole;
the sub-supervision platform comprises:
the detection unit is used for detecting the working environment and the working state of the well cover;
the first storage unit is used for storing the identification code of the well lid and the detection data of the detection unit;
the judging unit is used for judging whether the well lid is abnormal or not according to the detection data of the detecting unit;
the uploading unit is used for uploading the identification code of the well lid, the detection data of the detection unit and the judgment result of the judgment unit to the general supervision platform;
the warning condition evidence obtaining unit is used for shooting a field picture of a place where the well lid is abnormal;
the general supervision platform comprises:
the alarm notification unit is used for notifying the well lid abnormity to a well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result uploaded by the uploading unit when the well lid is abnormal;
the checking unit is used for checking the field picture shot by the warning condition evidence obtaining unit under the condition that the judgment result accords with the checking condition;
and the first switching unit is used for switching the sub-monitoring platform into a defense deploying state or a defense releasing state.
2. The urban manhole cover monitoring system based on the intelligent lamp pole as claimed in claim 1, wherein the working environment comprises a necessary longitude and latitude, and a selected water level height in a sewer and a selected concentration of flammable and explosive gases in the sewer; the working state comprises a necessary inclination angle of the well lid and a selected working voltage;
the step of judging whether the well lid is abnormal comprises the following steps: judging that the well lid is abnormal when any one of the working environment and the working state does not fall in a preset normal working interval; otherwise, the well lid is not abnormal;
when in the defense releasing state, the judging unit and the uploading unit are both in the dormant state;
and when the defense deploying state is achieved, the judging unit and the uploading unit are both in working states.
3. The intelligent lamp pole-based urban manhole cover supervision system according to claim 1, wherein the general supervision platform further comprises:
the second storage unit is used for storing the identification code, the detection data and the judgment result uploaded by the uploading unit;
the mining unit is used for carrying out deep mining on the data stored in the second storage unit according to preset working scene characteristics, and the deep mining comprises data recombination, data summarization and data comparison;
the counting unit is used for counting identification codes, areas, roads, responsible units, names of responsible persons and telephones of the responsible persons, which are associated with the well lids, regularly checking the total number of the well lids and checking real-time information of the well lids, and dividing and generating a well lid management report according to a preset unit grade, wherein the content of the well lid management report comprises the unit name, the total number of the well lids managed by the unit, the position distribution of the well lids, the total number of times of abnormity of the well lids in a preset time period and the reason of abnormity of the well lids.
4. The intelligent light pole-based urban manhole cover supervision system according to claim 3, wherein the system further comprises: a sub-processing platform for a user to carry about, comprising:
the second switching unit is used for switching the sub-monitoring platform into a defense deploying state or a defense releasing state when the sub-monitoring platform has the authority;
and the feedback unit is used for feeding back the processing mode and the processing result corresponding to the notified alarm condition to the second storage unit.
5. The urban road well lid supervision system based on the intelligent lamp post according to claim 1, wherein the warning notification unit is used for acquiring a warning level corresponding to a judgment result according to a preset warning level rule; the alarm condition monitoring system is also used for acquiring a report grade corresponding to the obtained alarm condition grade according to a preset report grade rule; and the notification system is also used for notifying the well lid responsible person related to the current abnormal well lid according to the obtained notification level, wherein the notification content comprises an identification code, detection data and a judgment result related to the current abnormal well lid.
6. An urban manhole cover supervision method based on a smart lamp pole, based on any one of claims 1 to 5, the urban manhole cover supervision system based on the smart lamp pole is characterized by comprising the following steps:
the sub-supervision platform arranged on the lower surface of the well lid detects the working environment and the working state of the well lid, judges whether the well lid is abnormal or not according to the detection data, and uploads the detection data, the judgment result and the prestored identification code of the well lid to the main supervision platform;
if the well lid is abnormal and the judgment result meets the checking condition, the total supervision platform is used for the user to check the shot site picture of the abnormal well lid occurrence place and to notify the well lid abnormity to the well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result; if the well lid is abnormal and the judgment result does not accord with the checking condition, the total supervision platform notifies the well lid abnormity to a well lid responsible person associated with the well lid according to the identification code, the detection data and the judgment result; if the well lid is not abnormal, the master supervision platform does not report;
when a user overhauls or replaces the well lid, the sub monitoring platform is switched to a defense releasing state; and after the overhaul or the replacement is finished, the sub-supervision platform is switched into a defense-deploying state.
7. The intelligent lamp pole-based urban road manhole cover supervision method according to claim 6, wherein the working environment comprises a necessary longitude and latitude, and a selected water level height in a sewer and a selected concentration of flammable and explosive gases in the sewer; the working state comprises a necessary inclination angle of the well lid and a selected working voltage; the security state is a defense deploying state or a defense releasing state;
the step of judging whether the well lid is abnormal comprises the following steps: judging that the well lid is abnormal when any one of the working environment and the working state does not fall in a preset normal working interval; otherwise, the well lid is not abnormal;
when the defense state is released, the judgment and uploading work of the sub supervision platform is stopped;
and when the defense deployment state is in the, the judgment and uploading work of the sub-supervision platform is recovered.
8. The intelligent lamp pole-based urban manhole cover supervision method according to claim 6, further comprising:
the method comprises the steps that identification codes, detection data and judgment results are stored on a total supervision platform, the total supervision platform carries out deep excavation on the stored data according to preset working scene characteristics, including data recombination, data summarization and data comparison, the identification codes, the areas, the roads, the responsible units, the names of the responsible persons and the telephones of the responsible persons which are associated with the well lids are counted, the total number of the well lids is checked regularly and real-time information of the well lids is checked, well lid management reports are generated according to preset unit grade division, and the content of the well lid management reports comprises the unit names, the total number of the well lids managed by the units, the position distribution of the well lids, the total number of abnormal well lids in a preset time period and the reasons of abnormal well lids.
9. The intelligent lamp pole-based urban manhole cover supervision method according to claim 8, wherein the step of switching the states comprises:
when the well lid is overhauled or replaced, the sub-processing platform which has obtained the authority switches the sub-monitoring platform into a defense solving state; after the overhaul or the replacement is finished, the sub-processing platform which has acquired the authority switches the sub-monitoring platform into a defense-deploying state;
the method further comprises the following steps: and after the maintenance or the replacement of the well lid is completed, the sub-processing platform feeds back the processing mode and the processing result corresponding to the reported alarm condition to the master supervision platform.
10. The intelligent lamp pole-based urban road manhole cover supervision method according to claim 6, wherein the step of notifying the abnormality of the manhole cover comprises:
acquiring an alarm condition grade corresponding to the judgment result according to a preset alarm grade rule;
acquiring a notification grade corresponding to the obtained alarm condition grade according to a preset notification grade rule;
and informing the well lid responsible person associated with the current abnormal well lid according to the preset address list and the obtained notification level, wherein the notification content comprises an identification code, detection data and a judgment result associated with the current abnormal well lid.
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