CN113192227B - Community patrol service platform based on Internet of things - Google Patents
Community patrol service platform based on Internet of things Download PDFInfo
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- CN113192227B CN113192227B CN202110479507.XA CN202110479507A CN113192227B CN 113192227 B CN113192227 B CN 113192227B CN 202110479507 A CN202110479507 A CN 202110479507A CN 113192227 B CN113192227 B CN 113192227B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/20—Checking timed patrols, e.g. of watchman
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
Abstract
The invention relates to the technical field of path routing inspection, in particular to a community patrol service platform based on the Internet of things, which comprises a patrol module, a processing module, a demand module and a release module, wherein the patrol module shoots environmental information in a preset area and sends the environmental information to the processing module; the demand module receives patrol requests of a plurality of business main terminals and sends the patrol requests to the processing module, the processing module judges whether the patrol type is in fluidity and harmfulness to determine the urgency degree, when the urgency degree is in the urgency degree, the processing module marks the patrol position corresponding to the urgency degree as an immediate patrol point, the processing module sends the immediate patrol point to the patrol module, when the urgency degree is in the slowness degree, the processing module marks the patrol position corresponding to the slowness degree as a waiting patrol point and calculates the number value of the waiting patrol point, and when the number value is larger than the threshold value, the processing module sends the waiting patrol point to the patrol module through the issuing module. The invention avoids resource waste caused by too high night patrol frequency and reduces omission of night patrol at important positions.
Description
Technical Field
The invention relates to the technical field of path inspection, in particular to a community inspection service platform based on the Internet of things.
Background
The community patrol is manually performed by managers, abnormal conditions in a preset area range are checked, and potential safety hazards caused by the abnormal conditions are eliminated. The community patrol is mainly performed by combining automatic patrol and timed manpower patrol at present so as to guarantee the safety of the community.
Since various conditions in the preset area are changed, for example, parts of facilities in the preset area are damaged or aged after being used for a certain period of time, if the patrol is performed according to a preset mode or frequency, the resource in the system is wasted due to too high frequency of the patrol performed in the preset mode, and the patrol performed in the preset mode is omitted due to too low frequency of the patrol.
Disclosure of Invention
The invention aims to provide a community patrol service platform based on the Internet of things, and aims to solve the problems of resource waste or patrol omission when the conventional community patrol is influenced by unexpected change conditions.
The community patrol service platform based on the Internet of things comprises a patrol module and a processing module, wherein the patrol module shoots environmental information in a preset area and sends the environmental information to the processing module, and the processing module stores the environmental information for viewing;
the system comprises a plurality of business owners, and is characterized by further comprising a demand module and a release module, wherein the demand module receives patrol requests of a plurality of business owners and sends the patrol requests to a processing module, the patrol requests comprise patrol positions and patrol types, the processing module judges whether the patrol types are mobile and harmful to determine the urgency degree, the urgency degree comprises the urgency degree and the slowness, when the urgency degree is the urgency degree, the processing module marks the patrol positions corresponding to the urgency degree as immediate patrol points, the processing module sends the patrol points immediately to the patrol module through the release module, when the urgency degree is the slowness degree, the processing module marks the patrol positions corresponding to the slowness degree as waiting patrol points and calculates the number value of the waiting patrol points, and when the number value is greater than a threshold value, the processing module sends the waiting patrol points to the patrol module through the release module.
The beneficial effect of this scheme is:
the method comprises the steps that a patrol request of an owner end is obtained through a demand module and sent to a processing module, the processing module determines the urgency degree of patrol according to the patrol request, the patrol position is judged to be an immediate patrol point or a waiting patrol point according to the urgency degree, the waiting patrol point is counted to obtain a numerical value, the numerical value is sent to a patrol module when the numerical value is large, the patrol frequency of a position corresponding to the slowness is reduced, the patrol frequency of a slowness position is reduced when the urgent position is patrolled immediately, resource waste caused by overhigh patrol frequency is avoided, and omission of patrol of important positions is reduced.
Further, the processing module judges a night patrol result in the environment information at the waiting night patrol point, the night patrol result comprises a completed request and an uncompleted request, and when the night patrol result is the completed request, the processing module adds a label for reducing the night patrol frequency to the waiting night patrol point.
The beneficial effects are that: and judging a night patrol result of the waiting night patrol point, adding a night patrol frequency reduction label to the waiting night patrol point according to the night patrol result, wherein the waiting night patrol point is a position with relatively low urgency, after the night patrol result is a request is completed, for example, after the position needing to be maintained is maintained, the stability of the waiting night patrol point is high, the night patrol frequency is reduced, and resource waste caused by too high night patrol frequency is reduced.
Further, the processing module judges the night patrol result of the night patrol point, and adds a night patrol frequency tag to the night patrol point when the night patrol result is a completed request.
The beneficial effects are that: because the immediate night patrol point is a position with higher emergency degree, after the night patrol result is that the request is completed, for example, after the burst part of the water pipe is repaired, the immediate night patrol point is added with a night patrol frequency tag, the immediate night patrol point is more important, the night patrol frequency is increased, and the subsequent state change can be found in time so as to quickly respond.
Further, the processing module records the time point of the night patrol target at the night patrol waiting point when the night patrol result is finished as the starting time point, the processing module records the time point of the night patrol target at the night patrol waiting point when the night patrol request is received as the stopping time point, the processing module takes the time length between the starting time point and the stopping time point as the actual life of the night patrol target, and the processing module deletes the label for reducing the night patrol frequency according to the actual life of the previous night patrol target.
The beneficial effects are that: the service lives of different products used by the night patrol target are different, the actual service life of the night patrol target is calculated according to the activation time point and the deactivation time point, and then the night patrol frequency reducing tag is deleted according to the actual service life, so that the accuracy of deleting the night patrol frequency reducing tag is improved.
The timing module is used for timing the preset proportion of the actual service life according to the first timing signal, sending a stop signal to the processing module after the timing is finished, and deleting the label for reducing the patrol frequency after the processing module receives the stop signal; the processing module sends a second timing signal to the timing module after the patrol frequency tag is added, the timing module carries out timing of preset duration according to the second timing signal, the timing module sends an end signal to the processing module after timing is finished, and the processing module deletes the patrol frequency tag after receiving the end signal.
The beneficial effects are that: after the label for reducing the patrol frequency is added and the label for increasing the patrol frequency is added, the label is deleted after a certain period of time, the patrol can be carried out at normal frequency, abnormal information can be patrolled in time, and resources required by the patrol cannot be wasted.
Further, the processing module receives the patrol request and acquires the environmental information according to the patrol position when the urgency degree is slowness, the processing module identifies the state information of the patrol target in the environmental information, the state information comprises a normal state and an abnormal state, and when the state information is the abnormal state, the processing module judges that the patrol request is accurate.
The beneficial effects are that: and finding abnormality according to the night patrol, receiving a night patrol request, and judging the accuracy of the night patrol request, thereby avoiding night patrol resource waste caused by inaccurate night patrol request.
Further, when the state information is in a normal state, the processing module calculates the current service life according to the starting time point, divides the current service life by the actual service life to obtain a service life ratio, judges that the patrol request is accurate when the service life ratio is larger than a preset value, and adds a to-be-verified label to the patrol request when the service life ratio is smaller than the preset value.
The beneficial effects are that: when the patrol is not abnormal but the patrol request is received, the accuracy of the patrol request is judged according to the current service life and the actual service life, and the accuracy of the patrol according to the patrol request is improved.
Drawings
Fig. 1 is a schematic block diagram of a first embodiment of the internet of things-based community patrol service platform of the present invention.
Detailed Description
The following is a more detailed description of the present invention by way of specific embodiments.
Example one
The community patrol service platform based on the internet of things is shown in fig. 1: including patrolling module, processing module, demand module and release module, patrolling module shoots the environmental information in the predetermined region and sends to processing module, patrols the available current cell-phone of module, patrols the module and sets up a plurality of confession a plurality of security personnel and uses, and processing module stores the confession to look over environmental information, and processing module can be the service host computer of backstage.
The method comprises the following steps that a demand module receives patrol requests of a plurality of owner ends and sends the patrol requests to a processing module, the demand module can be an existing information receiving port, the owner ends can be mobile phones or flat plates of owners, the owner ends submit the patrol requests through APP on the mobile phones or the flat plates, the patrol requests comprise patrol positions and patrol types, the patrol positions can be used at locations, buildings and floors, and the patrol types can use water, electricity, gas, public facilities and the like; the processing module judges whether the patrol type is liquidity and harmfulness to determine the urgency level, for example, the water pipe burst has liquidity determined as the urgency level, the electric leakage and the air leakage has liquidity and harmfulness determined as the urgency level, the urgency level comprises the acute degree and the slowness level, for example, the abnormality of the water, the electricity and the gas is the acute degree, and the abnormality of the public facilities is the slowness level.
When the urgency degree is the urgency degree, the processing module marks the patrol position corresponding to the urgency degree as an instant patrol point, namely, the position of the urgency degree is immediately patrolled, the processing module sends the instant patrol point to the patrol module through the publishing module, and the publishing module can display and publish the instant patrol point by using the existing display; when the urgency degree is the slowness degree, the processing module marks the night patrol position corresponding to the slowness degree as a night patrol waiting point and calculates the number value of the night patrol waiting point, the processing module sends the night patrol waiting point to the night patrol module through the issuing module when the number value is larger than the threshold value, for example, the threshold value can be set to five, when the number value is smaller than the threshold value, the processing module performs internal timing, and when the timing duration is larger than the set threshold value, the processing module enables the night patrol waiting point to occur to the night patrol module.
The specific implementation process is as follows:
in the process of patrolling the community, the patrol module is carried by security personnel, environmental information in a preset area is shot by the patrol module and sent to the processing module, and images of fire hydrants or street lamps are shot as patrol information. When an owner A finds that a public facility street lamp on an X street is not bright, a patrol request of an owner end is obtained through a demand module and sent to a processing module, the patrol request comprises that the X street is used as a patrol position and public facilities are used as patrol types, the processing module determines the urgency degree of patrol according to the patrol request, for example, the patrol request that the public facility street lamp on the X street is not bright is slow, or the patrol request that a water pipe on the X street is burst is acute, the patrol position is judged to be an instant patrol point according to the urgency degree of the urgency degree, the patrol position of the instant patrol point is sent to a patrol module through a release module, and the patrol position is judged to be a waiting patrol point according to the urgency degree of the chronic degree; the number value is obtained by counting the waiting night patrol points through the processing module, when the number value is larger than the threshold value, the waiting night patrol points are sent to the night patrol module through the issuing module by the processing module, the night patrol frequency of the positions corresponding to the slowness is reduced, the night patrol frequency of the slowness positions is reduced when the emergency positions are patrolled instantly, resource waste caused by too high night patrol frequency is avoided, and omission of night patrol of important positions is reduced.
Example two
The difference from the first embodiment is that the processing module judges the night patrol result in the environmental information at the night patrol point, wherein the night patrol result comprises a completed request and an incomplete request, namely whether the maintenance is completed for the burst water pipe at the night patrol position, the natural gas leakage position or the public facility damage, for example, whether the damaged child facility is maintained, and when the night patrol result is the completed request, the processing module adds a label for reducing the night patrol frequency to the night patrol point; the processing module judges the night patrol result of the instant night patrol point, and when the night patrol result is the request is completed, the processing module adds a night patrol frequency increasing label to the instant night patrol point, and the night patrol frequency reducing label and the night patrol frequency increasing label can be marked by identification characters with different colors.
After the waiting night patrol point is sent to the night patrol module, the processing module acquires the environmental information of the night patrol module and judges the night patrol result at the waiting night patrol point, for example, the night patrol result that public facility street lamps on an X street are lighted is judged to be a finished request, the night patrol result that the public facility street lamps on the X street are not lighted is judged to be an unfinished request, and when the night patrol result is a finished request, a label for reducing the night patrol frequency is added to the waiting night patrol point through the processing module.
After the immediate night patrol point is sent to the night patrol module, the processing module acquires the environmental information of the night patrol module and judges the night patrol result at the immediate night patrol point, for example, the night patrol result that the water pipe on the X street is burst and is not leaked is judged to be a completed request, the night patrol result that the water pipe on the X street is burst and is still leaked is judged to be an uncompleted request, when the night patrol result is a completed request, the processing module adds a night patrol frequency increasing label to the immediate night patrol point, because the immediate night patrol point is dangerous or wastes resources after abnormity and is in a sensitive period after repair is completed, the night patrol with increased frequency needs to be performed on the immediate night patrol point, and the immediate night patrol point is ensured to be better managed.
EXAMPLE III
The difference from the second embodiment is that the device further comprises a timing module, and the timing module can be implemented by using an existing counting chip, such as CD 4060; the method comprises the following steps that a processing module records a time point when a night patrol target at a night patrol point is finished as an activation time point, the time point is obtained from an internal clock of the processing module, the night patrol target is a street lamp or a burst water pipe on an X street, the processing module records a time point when the night patrol target at the night patrol point receives a night patrol request as a deactivation time point, the processing module takes the time length between the activation time point and the deactivation time point as the actual life of the night patrol target, and the actual life when damage does not occur initially is set according to the product life of a product; the processing module deletes the label of the reduced patrol frequency according to the actual life of the previous patrol target, for example, the label of the reduced patrol frequency is deleted by the street lamp after being replaced according to the actual life of the street lamp which is damaged before, namely, the label of the reduced patrol frequency is deleted after the actual life of the street lamp is replaced.
The processing module sends a first timing signal to the timing module after the label for reducing the night watching frequency is added, the timing module carries out timing of a preset proportion amount of the actual service life according to the first timing signal, for example, the timing of the duration of the preset proportion of four fifths of the actual service life is carried out, namely, the timing is carried out according to the duration of four fifths of the actual service life, the timing module sends a stop signal to the processing module after the timing is finished, and the processing module deletes the label for reducing the night watching frequency after receiving the stop signal; the processing module sends a second timing signal to the timing module after the patrol frequency tag is added, the timing module carries out timing of preset duration according to the second timing signal, the timing module sends an end signal to the processing module after timing is finished, and the processing module deletes the patrol frequency tag after receiving the end signal.
After the patrol waiting point is sent to the patrol module, the patrol result of the patrol waiting point is recorded, the time point when the patrol result is completed is taken as the starting time, the time point when the patrol request of the patrol position is received next time is taken as the stopping time point, the actual service life of the patrol target is recorded, the service life of the patrol target can be determined from any time, and the adaptability of the system is improved; after the patrol is finished, timing according to the preset specific force of the actual service life, and deleting the label for reducing the patrol frequency when the timing is finished so that the patrol target can be timely patrolled to be abnormal in the subsequent normal patrol work; the timing of presetting time length is carried out after the patrol frequency tag is added, the patrol frequency tag is deleted after the timing is finished, and the patrol is normally carried out so as to avoid wasting resources required by patrol when the high-frequency patrol is carried out all the time.
Example four
The difference from the first embodiment is that the processing module receives the patrol request and acquires the environmental information at the position according to the patrol position when the urgency degree is slowness, the processing module identifies the state information of the patrol target in the environmental information, the state information includes a normal state and an abnormal state, the state information compares the current state of the patrol target with the initial state, when the difference is greater than a set value, the patrol target is in the abnormal state, and when the difference is smaller than the set value, the patrol target is in the normal state, for example, the abnormal state is that the light brightness of public facility street lamps on an X street is weaker than the initial state, or the current sound is abnormal, or the methane content of natural gas is higher; when the state information is in an abnormal state, the processing module judges that the night watching request is accurate; and when the state information is in a normal state, the processing module calculates the current service life according to the starting time point, wherein the current service life is the time period from the starting time point to the time when the patrol request is received, the current service life is divided by the actual service life to obtain a service life ratio, the processing module judges that the patrol request is accurate when the service life ratio is greater than a preset value, and the processing module adds a label to be verified to the patrol request when the service life ratio is less than the preset value.
When a night patrol request is received, judging the state information of a night patrol target through the environment information, and judging whether the night patrol request is accurate or not according to the state information when the night patrol request is received although no abnormity is found in the night patrol request; when the state information is normal, the proportion of the current service life to the actual service life is calculated, and when the proportion is large, namely the night patrol target is used for a long time, the night patrol request is judged to be accurate, so that the night patrol resource waste caused by inaccurate night patrol request is avoided.
Compared with the prior art, the fourth embodiment has the advantages that the specifications of different owner ends are different, the parameters of the shot pictures are also different, most of the management systems meet the requirement of smaller storage capacity at present, the pictures generally need certain specifications, and if the larger storage is directly used, the cost is too high, so that when the owner ends in the fourth embodiment submit the patrol requests, whether the patrol requests are accurate or not is determined through internal judgment, the pictures are not directly used as patrol certificates, the operation of the owner ends can be reduced, the experience of the owner is improved, the complicated experience of operation caused by the fact that the submitted pictures need to reach the preset specifications is prevented, the owner is encouraged to submit the patrol requests, and confusion or malicious submission of the patrol requests caused by the fact that the owner independently sends the pictures or historical pictures at will also is avoided.
The foregoing is merely an example of the present invention and common general knowledge of known specific structures and features of the embodiments is not described herein in any greater detail. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.
Claims (3)
1. The community patrol service platform based on the Internet of things comprises a patrol module and a processing module, wherein the patrol module shoots environmental information in a preset area and sends the environmental information to the processing module, and the processing module stores the environmental information for viewing; the method is characterized in that:
the system comprises a plurality of business owners, a demand module and a release module, wherein the demand module receives patrol requests of a plurality of business owners and sends the patrol requests to a processing module, the patrol requests comprise patrol positions and patrol types, the processing module judges whether the patrol types are fluidity and harmfulness to determine the urgency degree which comprises the urgency degree and the slowness degree, when the urgency degree is the urgency degree, the processing module marks the patrol positions corresponding to the urgency degree as immediate patrol points, the processing module sends the immediate patrol points to the patrol module through the release module, when the urgency degree is the slowness degree, the processing module marks the patrol positions corresponding to the slowness degree as waiting patrol points and calculates the number value of the waiting patrol points, and when the number value is greater than a threshold value, the processing module sends the waiting patrol points to the patrol module through the release module;
the processing module judges the night watching result in the environment information at the night watching point, the night watching result comprises a completed request and an uncompleted request, when the night watching result is the completed request, the processing module adds a night watching frequency reducing label to the night watching point, the processing module judges the night watching result of the instant night watching point, and when the night watching result is the completed request, the processing module adds a night watching frequency increasing label to the instant night watching point;
the system comprises a processing module, a timing module and a timing module, wherein the processing module records a time point when a night patrol target at a night patrol point is finished as an activation time point, the processing module records a time point when the night patrol target at the night patrol point receives a night patrol request next time as a deactivation time point, the processing module takes the time length between the activation time point and the deactivation time point as the actual life of the night patrol target, the processing module deletes a label for reducing the night patrol frequency according to the actual life of the previous night patrol target, the timing module sends a first timing signal to the timing module after the label for reducing the night patrol frequency is added, the timing module carries out timing of a preset proportion of the actual life according to the first timing signal, the timing module sends a stop signal to the processing module after the timing is finished, and the processing module deletes the label for reducing the night patrol frequency after receiving the stop signal; the processing module sends a second timing signal to the timing module after the patrol frequency tag is added, the timing module carries out timing with preset duration according to the second timing signal, the timing module sends an end signal to the processing module after timing is finished, and the processing module deletes the patrol frequency tag after receiving the end signal.
2. The internet of things-based community patrol service platform according to claim 1, wherein: the processing module receives the night patrol request, acquires environment information according to the night patrol position when the emergency degree is slowness, identifies state information of a night patrol target in the environment information, wherein the state information comprises a normal state and an abnormal state, and judges that the night patrol request is accurate when the state information is the abnormal state.
3. The internet of things-based community patrol service platform according to claim 2, wherein: when the state information is in a normal state, the processing module calculates the current service life according to the starting time point, divides the current service life by the actual service life to obtain a service life proportion, judges that the patrol request is accurate when the service life proportion is larger than a preset value, and adds a to-be-verified label to the patrol request when the service life proportion is smaller than the preset value.
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