CN110782572A - Intelligent monitoring method and system for security protection of park - Google Patents
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Abstract
The invention relates to an intelligent monitoring method and system for park security, wherein the monitoring method is applied to a server and comprises the following steps: the server acquires area information from a user, searches route information corresponding to the designated area from a preset route library according to the designated area in the area information, searches coding information corresponding to the designated area from a preset identification information library, and sends the route information and the coding information to a display end; the display terminal acquires current route information and coding information and displays a map and the route information on a display screen; when the display end is close to the entrance guard terminal, the entrance guard terminal verifies whether the coded information in the display end exists in a verification library which is stored in the entrance guard terminal and allows the coded information to pass or not after receiving the coded information of the display end, if so, the entrance guard terminal allows the coded information to pass, and if not, the entrance guard terminal does not allow the coded information to pass. The intelligent monitoring method and system are utilized, and the safety performance of the park is improved.
Description
Technical Field
The invention relates to the technical field of equipment for garden security, in particular to an intelligent monitoring method and system for garden security.
Background
The current garden all can be configured with the security protection system and be used for managing personnel to ensure garden safety.
The existing safety security system generally installs a camera at a fixed point in a park, and then installs a main monitoring end at a security kiosk at a park entrance to monitor the safety situation in the park in real time so as to ensure the safety of the park. However, some visitors only need to visit a specific place in the park, and only monitor the tracks of the external personnel through the control monitoring terminal, so that the external personnel cannot be guaranteed not to enter other areas of the park, once the external personnel enter other confidential or dangerous areas, the management confusion is caused, the information leakage of the park and even the threat to the safety of the personnel in the park can be caused, and therefore the improvement is needed.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide an intelligent monitoring method for security protection of a park, which has the advantage of improving the safety performance of the park.
The above object of the present invention is achieved by the following technical solutions:
the intelligent monitoring method for the security of the garden is applied to a server, and comprises the following steps:
the server acquires area information from a user, wherein the area information comprises a designated area;
the server searches route information corresponding to the designated area from a preset route library according to the designated area in the area information, searches coding information corresponding to the designated area from a preset identification information library, and sends the route information and the coding information to a display end;
the display terminal acquires current route information and coding information and displays a map and the route information on a display screen;
when the display end is close to the entrance guard terminal, the entrance guard terminal verifies whether the coded information in the display end exists in a verification library which is stored in the entrance guard terminal and allows the coded information to pass or not after receiving the coded information of the display end, if so, the entrance guard terminal allows the coded information to pass, and if not, the entrance guard terminal does not allow the coded information to pass.
By adopting the technical scheme, when an external person visits the garden area, the external person informs security personnel at a security kiosk at the entrance of the garden area of the visit, then the security personnel inputs the information of the visiting person into the server, then the server sends the appointed route information and the coded information to the display end according to the area information, then the display end displays the information on the display screen, and the visiting person can look for the area by watching the route information on the display screen, so that the visiting person is not easy to get lost in the garden area, and the visiting person can find a target area; whether the middle coding information of the display end exists in the verification library which is stored in the access control terminal and allowed to pass or not is verified, so that the visiting person can only enter the region registered on the server, the visiting person is prevented from entering the region which is not registered, the safety performance of park management is improved, and the park information is not easy to leak.
The invention is further configured to: the server acquires the area information from the user, and simultaneously acquires the visitor information from the user.
By adopting the technical scheme, the information of the visitor is recorded into the server along with the area information for registration, and the server sends the route information and the coding information matched with the area to the display terminal, so that the data information of the visitor is called in the later period during examination, and the data information is convenient to look up.
The invention is further configured to: the route information comprises a plurality of routes, after the server acquires the regional information from the user, the server calculates the optimal route in the plurality of routes from a preset identification information base according to the principle that the shortest route is the optimal route, and sends the plurality of routes to the display end.
By adopting the technical scheme, the plurality of routes are displayed on the display end through the server, and the visiting person can look for the destination by watching the optimal route on the display end, so that the visiting person can quickly arrive at a target area according to the optimal route, the time spent on the route is reduced, and the practicability of the method is improved.
The invention is further configured to: when a user uses the verification library which is close to the entrance guard terminal in the display end and allows the code information in the display end to pass through and stored in the entrance guard terminal, the timing module in the entrance guard terminal records the opening time of the entrance guard.
By adopting the technical scheme, the time of the visit staff entering the area is stored in the access control terminal, so that when the staff checks the visit staff information in the later period, whether the visit staff enters the registered area or not can be checked, and the security and protection rigor of the park is improved.
The invention is further configured to: and after the display end receives the optimal route, triggering a voice navigation function of the display end.
Through adopting above-mentioned technical scheme, the voice navigation function is in order to carry out the voice navigation to the personnel that enter into the garden, through the instruction function of voice navigation, need not to visit the display screen that the personnel watched the display end often, simultaneously, gives the function of additional voice indication of display end to make the better recognition direction of visiting personnel.
The second purpose of the invention is to provide an intelligent monitoring system for garden security, which has the advantage of improving the safety performance of a garden.
The utility model provides an intelligent monitoring system is used in garden security protection, the system includes:
a display end: the server acquires area information from a user, wherein the area information comprises a designated area;
the server searches route information corresponding to the designated area from a preset route library according to the designated area in the area information, searches coding information corresponding to the designated area from a preset identification information library, and sends the route information and the coding information to a display end;
the display terminal acquires current route information and coding information and displays a map and the route information on a display screen;
entrance guard terminal: when the display end is close to the entrance guard terminal, the entrance guard terminal verifies whether the coded information in the display end exists in a verification library which is stored in the entrance guard terminal and allowed to pass or not after receiving the coded information of the display end, if yes, the entrance guard terminal allows the coded information, and if not, the entrance guard terminal does not allow the coded information.
By adopting the technical scheme, when an external person visits the garden area, the external person informs security personnel at a security kiosk at the entrance of the garden area of the visit, then the security personnel inputs the information of the visiting person into the server, then the server sends the appointed route information and the coded information to the display end according to the area information, then the display end displays the information on the display screen, and the visiting person can look for the area by watching the route information on the display screen, so that the visiting person is not easy to get lost in the garden area, and the visiting person can find a target area; whether the middle coding information of the display end exists in the verification library which is stored in the access control terminal and allowed to pass or not is verified, so that the visiting person can only enter the region registered on the server, the visiting person is prevented from entering the region which is not registered, the safety performance of park management is improved, and the park information is not easy to leak.
The invention is further configured to: the server acquires the area information from the user, and simultaneously acquires the visitor information from the user.
The invention is further configured to: the route information comprises a plurality of routes, after the server acquires the regional information from the user, the server calculates the optimal route in the plurality of routes from a preset identification information base according to the principle that the shortest route is the optimal route, and sends the plurality of routes to the display end.
The invention is further configured to: when a user uses the verification library which is close to the entrance guard terminal in the display end and allows the code information in the display end to pass through and stored in the entrance guard terminal, the timing module in the entrance guard terminal records the opening time of the entrance guard.
The invention is further configured to: and after receiving the optimal route information, the display end triggers the voice navigation function of the display end.
In conclusion, the beneficial technical effects of the invention are as follows:
the server configures corresponding area information according to request information input by a user, the area information comprises coded information matched with a specified terminal and route information matched with a specified building, and the area information is displayed on a display end, so that a visitor can navigate to a specified area through the route information displayed on the display end, the visitor is not easy to get lost in a park, and the visitor can more conveniently arrive at a specified destination; meanwhile, the display end acquires the coding information of the terminal of the appointed floor, and the coding information of the display end is identified by the appointed terminal to serve as a condition for allowing the visitor to enter, so that the visitor is not prone to entering the building which is not matched with the coding information of the display end, information in the park is not prone to leakage, and the safety performance of park management is improved.
Drawings
FIG. 1 is a flowchart of an intelligent monitoring method for security of a campus according to an embodiment of the present invention;
FIG. 2 is a flowchart illustrating an implementation of step 201 in the intelligent monitoring method for security of a campus according to an embodiment of the present invention;
fig. 3 is a schematic block diagram of an intelligent monitoring system for security of a campus according to an embodiment of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Example 1:
referring to fig. 1, the intelligent monitoring method for security protection of a park disclosed by the invention is applied to a server, and mainly comprises the following steps:
in step 101, the server obtains area information to the user, wherein the area information comprises a designated area.
In this embodiment, the area information refers to information of a destination visited by a visitor, and the specified area is information of the destination visited.
Specifically, a user inquires about an area which the visitor wants to reach from the visitor, then the user sends a request to a server, the server responds to the request of the user and pops up a window for information filling, it should be noted that the window for information filling is a window which is designed in advance in the server and has an information entry function, and information which needs to be entered in the window includes: the region is the house number of a certain building, then the user inputs the information acquired from the visiting person into a filling window of the server, clicking is determined, and the server processes the information of the window.
In step 201, the server searches route information corresponding to the designated area from a preset route library according to the designated area in the area information, searches code information corresponding to the designated area from a preset identification information library, and sends the route information and the code information to the display terminal 10.
In this embodiment, the route library is a set of route information that is designed in advance and stored in the server database and that extends from the gate of the campus to each area; the identification information base is a two-dimensional code set which is designed in advance and stored in a server database, wherein each two-dimensional code is coding information which is generated according to a specified area and stored in a server, and one area corresponds to one two-dimensional code. The display terminal 10 is a user terminal having functions of receiving and sending information for users, and has a navigation and display screen, and the display terminal 10 and the server perform information transmission through a wireless network, in this embodiment, the display terminal 10 is preferably a mobile phone, and in other embodiments, the display terminal 10 may also be a smart watch, a tablet, or the like.
Specifically, the server registers area information in response to the window, compares the acquired area information with area information stored in the server database, and calls information matched with the registered area information from the route library and the identification information library and transmits the information to the display terminal 10 in a wireless network transmission manner.
Referring to fig. 2, in step 202, while the server acquires the area information to the user, the server acquires visitor information to the user.
In this embodiment, the visitor information includes the name, identification number, mobile phone number, and other information of the visitor.
Specifically, when the server receives the visiting person information filled by the user, the server database records the visiting person information into the database for storage, the server uses the area information as a search basis to search and match in the database of the server, after the recorded information is successfully matched with the information in the server, the server searches and sends the coding information and the route information which are preset and stored in the route library and the identification information library to the display terminal 10, and simultaneously stores the information recorded in the window in the server.
Step 203, the route information includes a plurality of routes, after the server obtains the area information to the user, the server calculates an optimal route of the plurality of routes from a preset identification information base according to the principle that the shortest route is the optimal route, and sends the plurality of routes to the display terminal 10.
In the embodiment, a plurality of routes are available for selection from the gate of the garden to the destination area, and the optimal route can be understood as a route with the shortest straight-line distance from the gate of the garden to the destination; in other embodiments, the optimal route may also be set based on the best along route environment; the regular route is a route other than the optimal route.
Specifically, when the server finds the matched coded information and the area information according to the input area information, the processor of the server presets a route from a gate of the garden to each area, calculates an optimal route according to the shortest straight-line distance as an optimal route principle, stores a plurality of routes in the server database, sends the plurality of routes stored in the server database to the display end, wherein each route is identified by using different colors, the color of the optimal route is red, and sends the conventional route and the coded information to the display end 10.
Referring to fig. 1, in step 301, the display terminal 10 acquires current route information and coding information and displays a map and route information on a display screen.
In the present embodiment, it can be known that the display screen is a component of the display terminal 10 having a display function;
specifically, when the display terminal 10 receives the encoded information and the route information sent by the server, the data processor in the display terminal 10 processes and stores the encoded information and the route information in the memory, and the data processor displays the route information and the encoded information on the display screen of the display terminal 10.
In one embodiment, after the display terminal 10 receives the optimal route, the voice navigation function of the display terminal 10 is triggered.
In this embodiment, the voice navigation function refers to a module with a voice function in the display terminal 10, and the data processor in the display terminal 10 may compare the current information of the visiting person with the route information, send an instruction to the module, and instruct the visiting person to perform a specific action direction next step through the module.
In this embodiment, the access control terminal 20 is an intelligent switch end installed at the door of each area, and is provided with a memory, an antenna, a signal sensing end, an information transmitting end, a receiving end and the like, wherein the access control terminal 20 is internally provided with an optical identification module; the verification library is a plurality of identification information which is stored in the access control terminal 20 and corresponds to a plurality of coding information one by one, and each identification information can only identify one coding information corresponding to the identification information.
Specifically, the coded information displayed on the display terminal 10, that is, the two-dimensional code, is aligned to the signal induction part, when the door control terminal 20 induces the identification information sent by the display terminal 10, the coded information is compared with the identification information stored in the verification library in the door control terminal 20, the operation is completed by a processor in the door control terminal 20, and when the identification information matched with the coded information is found in the verification library, the door control terminal 20 sends a signal to the door control lock so that the door is opened, so that a person can pass through the door control lock. The coded information entered into the display terminal 10 is only identified by the access terminals 20 in the designated area, and the access terminals 20 in the other areas cannot identify the coded information.
In one embodiment, when the user uses the display terminal 10 to approach the access control terminal 20 and the coded information in the display terminal 10 is stored in the permitted verification library stored in the access control terminal 20, the timing module in the access control terminal 20 records the opening time of the access control.
In this embodiment, the timing module is a module having a timing function in the access control terminal 20.
Specifically, when the access control terminal 20 verifies that the coded information in the display terminal 10 exists in the allowed verification library stored in the access control terminal 20, the door is opened, and when the access control terminal 20 receives the information that the electronic lock matched with the access control terminal 20 is opened, the timing module of the access control terminal 20 is triggered to realize the timing function, and the time at this moment is recorded in the memory of the access control terminal 20.
It should be understood that, the sequence numbers of the steps in the foregoing embodiments do not imply an execution sequence, and the execution sequence of each process should be determined by its function and inherent logic, and should not constitute any limitation to the implementation process of the embodiments of the present invention.
Example 2:
in an embodiment, a server is provided, and the server corresponds to the intelligent monitoring method for park security in the above embodiment one by one. The display terminal 10: the server acquires area information from the user, wherein the area information comprises a designated area;
the server searches route information corresponding to the designated area from a preset route library according to the designated area in the area information, searches coding information corresponding to the designated area from a preset identification information library, and sends the route information and the coding information to the display terminal 10;
the display terminal 10 acquires current route information and coding information and displays a map and the route information on a display screen;
entrance guard terminal 20: when the display terminal 10 approaches the access control terminal 20, after receiving the encoded information of the display terminal 10, the access control terminal 20 verifies whether the encoded information in the display terminal 10 exists in an allowed verification library stored in the access control terminal 20, if so, the access control terminal 20 allows the passage, and if not, the access control terminal 20 does not allow the passage.
And the server acquires the area information from the user and acquires the visitor information from the user at the same time.
The route information includes a plurality of routes, and after the server acquires the area information to the user, the server calculates an optimal route of the plurality of routes from a preset identification information base according to the principle that the shortest route is the optimal route and transmits the plurality of routes to the display terminal 10.
When the user uses the display terminal 10 to approach the access control terminal 20 and the coded information in the display terminal 10 is stored in the permitted verification library stored in the access control terminal 20, the timing module in the access control terminal 20 records the time of opening the access control.
After receiving the optimal route information, the display terminal 10 triggers the voice navigation function of the display terminal 10.
For specific limitations of the server, reference may be made to the above limitations of the intelligent monitoring method for campus security, which are not described herein again. The various modules in the server described above may be implemented in whole or in part by software, hardware, and combinations thereof. The modules can be embedded in a hardware form or independent from a processor in the computer device, and can also be stored in a memory in the computer device in a software form, so that the processor can call and execute operations corresponding to the modules.
Claims (10)
1. The intelligent monitoring method for the security of the garden is characterized by comprising the following steps: the monitoring method is applied to a server, and the method comprises the following steps:
the server acquires area information from a user, wherein the area information comprises a designated area;
the server searches route information corresponding to the designated area from a preset route library according to the designated area in the area information, searches coding information corresponding to the designated area from a preset identification information library, and sends the route information and the coding information to a display end;
the display terminal acquires current route information and coding information and displays a map and the route information on a display screen;
when the display end is close to the entrance guard terminal, the entrance guard terminal verifies whether the coded information in the display end exists in a verification library which is stored in the entrance guard terminal and allows the coded information to pass or not after receiving the coded information of the display end, if so, the entrance guard terminal allows the coded information to pass, and if not, the entrance guard terminal does not allow the coded information to pass.
2. The intelligent monitoring method for security of a park according to claim 1, wherein: the server acquires the area information from the user, and simultaneously acquires the visitor information from the user.
3. The intelligent monitoring method for security of a park according to claim 1, wherein: the route information comprises a plurality of routes, after the server acquires the regional information from the user, the server calculates the optimal route in the plurality of routes from a preset identification information base according to the principle that the shortest route is the optimal route, and sends the plurality of routes to the display end.
4. The intelligent monitoring method for security of the park according to claim 2, wherein: when a user uses the verification library which is close to the entrance guard terminal in the display end and allows the code information in the display end to pass through and stored in the entrance guard terminal, the timing module in the entrance guard terminal records the opening time of the entrance guard.
5. The intelligent monitoring method for security of the park according to claim 4, wherein: and after receiving the optimal route information, the display end triggers the voice navigation function of the display end.
6. The utility model provides an intelligent monitoring system is used in garden security protection which characterized in that: the system comprises:
a display end: the server acquires area information from a user, wherein the area information comprises a designated area;
the server searches route information corresponding to the designated area from a preset route library according to the designated area in the area information, searches coding information corresponding to the designated area from a preset identification information library, and sends the route information and the coding information to a display end;
the display terminal acquires current route information and coding information and displays a map and the route information on a display screen;
entrance guard terminal: when the display end is close to the entrance guard terminal, the entrance guard terminal verifies whether the coded information in the display end exists in a verification library which is stored in the entrance guard terminal and allowed to pass or not after receiving the coded information of the display end, if yes, the entrance guard terminal allows the coded information, and if not, the entrance guard terminal does not allow the coded information.
7. The intelligent monitoring system for security of a park according to claim 6, wherein: the server acquires the area information from the user, and simultaneously acquires the visitor information from the user.
8. The intelligent monitoring system for security of a park according to claim 6, wherein: the route information comprises a plurality of routes, after the server acquires the regional information from the user, the server calculates the optimal route in the plurality of routes from a preset identification information base according to the principle that the shortest route is the optimal route, and sends the plurality of routes to the display end.
9. The intelligent monitoring system for security of a park according to any one of claims 6 or 7, wherein: when a user uses the verification library which is close to the entrance guard terminal in the display end and allows the code information in the display end to pass through and stored in the entrance guard terminal, the timing module in the entrance guard terminal records the opening time of the entrance guard.
10. The intelligent monitoring system for security of a park according to claim 9, wherein: and after receiving the optimal route information, the display end triggers the voice navigation function of the display end.
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Application publication date: 20200211 |