CN114363511A - Ordered camera shooting management system and management method based on shared camera - Google Patents
Ordered camera shooting management system and management method based on shared camera Download PDFInfo
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- 238000007726 management method Methods 0.000 title claims abstract description 102
- 238000004891 communication Methods 0.000 claims description 92
- 230000002452 interceptive effect Effects 0.000 claims description 52
- 238000012795 verification Methods 0.000 claims description 32
- 238000000034 method Methods 0.000 claims description 11
- 238000012790 confirmation Methods 0.000 claims description 8
- 230000002457 bidirectional effect Effects 0.000 claims description 3
- 230000006399 behavior Effects 0.000 abstract description 4
- 238000010586 diagram Methods 0.000 description 8
- 238000007792 addition Methods 0.000 description 1
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Abstract
The invention discloses an ordered camera shooting management system and a management method based on a shared camera, which can automatically, quickly and orderly manage the camera shooting behaviors of tourists through the shared camera and the ordered camera shooting management system, avoid the damage to scenery and the interference to the order of scenic spots caused by the fact that a user violates forbidden shooting, reduce the labor input of operation, enhance the experience of the user and solve the pain of tourism management departments.
Description
Technical Field
The invention belongs to the field of public camera management, relates to an ordered shooting management system, and particularly relates to an ordered shooting management system and method based on a shared camera.
Background
As more and more tourists enjoy scenery in an exhibition hall, the phenomenon that the tourists violate the shooting prohibition often occurs in the exhibition hall, some tourists use mobile phones or private cameras to shoot before the scenery forbidden to be shot, and use flash lamps to shoot before the scenery forbidden to be shot, so that the behaviors cause certain damage to the scenery, and the field order is also disturbed. How to manage the shooting behaviors of tourists in an exhibition hall quickly and orderly without reducing the experience of the tourists is always a pain point of a tourism management department. In the existing method, security personnel take the management, but the management cost is increased, and the experience of other tourists is also influenced. Therefore, a technical solution for effectively solving the above problems is urgently needed.
Disclosure of Invention
The invention aims to provide an ordered camera shooting management system and a management method based on a wireless communication device, a sharing camera and a cloud server.
In order to achieve the purpose, the invention adopts the following technical scheme to realize the purpose: the ordered camera shooting management system based on the shared camera comprises a wireless communication device, the shared camera and a cloud server, wherein the wireless communication device is in two-way communication with the shared camera, the wireless communication device is in two-way communication with the cloud server, and the shared camera is in two-way communication with the cloud server;
the wireless communication device comprises a first communication module and a first GPRS module, the wireless communication device corresponds to scenery one by one and is placed beside the scenery, the signal emission direction of the wireless communication device is the same as the direction of the scenery, in addition, a cloud server presets a management instruction in the wireless communication device, the management instruction comprises a shooting forbidding instruction and a shooting allowing instruction, and recommended shooting parameters corresponding to the shooting allowing instruction and current scenery introduction information are stored in the cloud server;
the shared camera comprises a second communication module, a camera module, an interactive interface display module, a background management module, a second GPRS module and a power module;
the first GPRS module and the second GPRS module are used for realizing real-time positioning of the wireless communication device and the shared camera;
the power supply module is used for supplying power to the shared camera, and the camera shooting module is used for shooting;
the background management module is respectively connected with the second communication module, the camera module, the interactive interface display module, the second GPRS module and the power supply module, carries out bidirectional interactive communication with the cloud server, manages the lease, return and camera shooting of the shared camera, and displays interactive information through the interactive interface display module;
the contents displayed by the interactive interface display module comprise display lease information, display camera prohibition, display camera permission, display recommended camera shooting parameters, display scene introduction information, display added scene introduction information and display return information.
Further, the first communication module comprises a first WIFI communication module, a first GSM communication module and an infrared emission module;
the second communication module comprises a second WIFI communication module, a second GSM communication module and an infrared receiving module;
the first WIFI communication module, the first GSM communication module and the infrared emission module are respectively communicated with the second WIFI communication module, the second GSM communication module and the infrared receiving module.
Further, the shared camera is any brand camera with an Android/IOS operating system.
Further, the background management module in the shared camera is intelligent ordered shooting software based on an Android/IOS operating system.
The invention also provides an ordered camera shooting management method based on the shared camera, the management system based on the technical scheme realizes the lease management of the shared camera, and the method specifically comprises the following steps;
the method comprises the steps that a renter sends an application for renting a shared camera to a background management module through display renting information of an interactive interface display module of the shared camera, the shared camera sends a renting request to a cloud server, and after the cloud server receives the renting request sent by the shared camera, the cloud server sends a verification instruction to an auditor or device meeting conditions and returns a verification result by the auditor or device; and under the condition that the verification result is that the verification is passed, the auditor or the equipment confirms the renter and sends the information of the renter to the cloud server, and the cloud server confirms the information of the renter and sends a lease confirmation instruction to the shared camera.
The invention also provides an ordered camera shooting management method based on the shared camera, the management system based on the technical scheme realizes the camera shooting management of the shared camera, and the method specifically comprises the following steps;
when a renter uses a shared camera to face a scene, a second communication module reads a camera shooting prohibition instruction or a camera shooting permission instruction sent by a first communication module, the second communication module sends the received instruction to a background management module, if the management instruction received by the background management module is the camera shooting prohibition instruction, the camera shooting module is closed, and camera shooting prohibition is displayed on an interactive interface display module; if the management instruction received by the background management module is a camera shooting permission instruction, the camera shooting module is opened, and camera shooting permission is displayed on the interactive interface display module; the background management module sends the camera allowing instruction to the cloud server, the cloud server sends recommended camera shooting parameters corresponding to the camera allowing instruction and current scene introduction information to the shared camera after receiving the camera allowing instruction, the interactive interface display module displays the recommended camera shooting parameters on an interface according to the recommended camera shooting parameters, the interactive interface display module displays the scene introduction information and displays added scene introduction information on the interface according to the current scene introduction information, and the added scene introduction information is a function of adding the current scene introduction information to the brief introduction of the image file.
The invention also provides an ordered camera shooting management method based on the shared camera, the management system based on the technical scheme realizes the camera shooting management of the shared camera, and the method specifically comprises the following steps;
a second GPRS module of the shared camera positions the shared camera, the shared camera sends position information to a cloud server, the cloud server performs positioning analysis and judges whether the area where the shared camera is located is a shooting forbidding area or a shooting allowing area, if the shared camera is located in the shooting forbidding area, a shooting forbidding instruction is sent to the shared camera, the shared camera closes the shooting module, and shooting forbidding is displayed on an interactive interface display module; if the shared camera is located in the shooting permission area, sending a shooting permission instruction to the shared camera, opening the shooting module by the shared camera, and displaying shooting permission on the interactive interface display module; the wireless communication device and the sharing camera are positioned and analyzed through the cloud server, the sharing camera is judged to be closer to which scene, recommended shooting parameters corresponding to the scene and current scene introduction information are sent to the sharing camera, the recommended shooting parameters are displayed on the interface by the interactive interface display module according to the recommended shooting parameters, the scene introduction information and added scene introduction information are displayed on the interface by the interactive interface display module according to the current scene introduction information, and the added scene introduction information is a function of adding the current scene introduction information to the brief introduction of the image file.
The invention also provides an ordered camera shooting management method based on the shared camera, which is characterized by comprising the following steps: the return management of the shared camera realized by the management system based on the technical scheme specifically comprises the following steps;
the method comprises the steps that a renter sends an application returning sharing camera to a background management module through returning information displayed by an interactive interface display module of the sharing camera, the sharing camera sends a returning request to a cloud server, and after the cloud server receives the returning request sent by the sharing camera, the cloud server sends a verification instruction to an auditor or device meeting conditions and returns a verification result by the auditor or device; and under the condition that the verification result is that the verification is passed, the auditor or the equipment confirms that the sharing camera returns to the designated area, and the sharing camera sends return confirmation information to the cloud server.
Compared with the prior art, the invention has the advantages and beneficial effects that: according to the ordered camera shooting management system and method based on the shared camera, the camera shooting behaviors of tourists are automatically, quickly and orderly managed through the shared camera and the ordered camera shooting management system, the damage to scenery and the interference to the order of scenic spots caused by the fact that a user violates forbidden shooting are avoided, the labor input of operation is reduced, the experience of the user is enhanced, and the pain of a tourism management department can be solved.
Drawings
FIG. 1 is a functional architecture diagram of an ordered camera management system according to the present invention;
FIG. 2 is a functional block diagram of an exemplary wireless communication device;
FIG. 3 is a functional architecture diagram of a shared camera in an example;
FIG. 4 is a functional block diagram of an exemplary display module of an interactive interface;
fig. 5 is a schematic flow chart of the present invention.
Detailed Description
The technical solution of the present invention is further explained with reference to the drawings and the embodiments.
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be further described in detail with reference to the accompanying drawings and examples. It should be understood that the preferred embodiments described herein are illustrative only and are not limiting.
Fig. 1 is a schematic diagram of a functional architecture of an ordered camera shooting management system based on a shared camera according to the present invention, and as can be seen from fig. 1, the ordered camera shooting management system based on the shared camera is composed of a wireless communication device 1, a shared camera 2 and a cloud server 3. The wireless communication device 1 is in two-way communication with the sharing camera 2, the wireless communication device 1 is in two-way communication with the cloud server 3, and the sharing camera 2 is in two-way communication with the cloud server 3. The ordered camera shooting management system comprises a plurality of wireless communication devices and a shared camera.
Fig. 2 is a schematic diagram of a functional architecture of the wireless communication device of the present invention, and as can be seen from fig. 2, the wireless communication device 1 is composed of a first WIFI communication module 11, a first GSM communication module 12, an infrared emission module 13, and a first GPRS module 14. The wireless communication device 1 corresponds to scenes one by one and is placed beside the scenes, the signal emission direction of the wireless communication device 1 and the scenes are in the same direction, a cloud server 3 is sent to preset management instructions 4 in the wireless communication device 1, the management instructions 4 comprise camera shooting prohibition instructions 41 and camera shooting permission instructions 42, and recommended camera shooting parameters 43 corresponding to the camera shooting permission instructions 42 and current scene introduction information 44 are stored in the cloud server.
Fig. 3 is a schematic diagram of a functional architecture of the shared camera, and as can be seen from fig. 3, the shared camera 2 is composed of an infrared receiving module 21, a second GSM communication module 22, a second WIFI communication module 23, a camera module 24, an interactive interface display module 25, a background management module 26, a second GPRS module 27, and a power module 28.
The first WIFI communication module 11, the first GSM communication module 12 and the infrared emission module 13 in the wireless communication device 1 are respectively communicated with the second WIFI communication module 23, the second GSM communication module 22 and the infrared receiving module 21 in the sharing camera, and a management instruction in the wireless communication device 1 is sent to the sharing camera 2;
the first GPRS module 14 and the second GPRS module 27 are used to enable real-time positioning of the wireless communication device 1 and the shared camera 2;
the power module 28 is used for providing power for the shared camera 1, and the camera module 24 is used for shooting;
the background management module 26 is respectively connected with the infrared receiving module 21, the second GSM communication module 22, the second WIFI communication module 23, the camera module 24, the interactive interface display module 25, the second GPRS module 27 and the power module 28, and performs bidirectional interactive communication with the cloud server 3 to manage the lease, return and camera shooting of the shared camera, and display interactive information through the interactive interface display module 25;
fig. 4 is a schematic diagram of a functional architecture of the interactive interface display module, and as can be seen from fig. 4, the content displayed by the interactive interface display module 25 is composed of display lease information 251, display camera prohibition 252, display camera permission 253, display recommended camera shooting parameter 254, display scene introduction information 255, display added scene introduction information 256, and display return information 257.
Example 1:
the ordered camera management system supports the rental function of the shared camera 2. The renters send application renting shared cameras 2 to the background management module 26 through the display renting information 251 of the interactive interface display module 25 of the shared camera 2, the shared camera 2 sends renting requests to the cloud server 3, after the cloud server 3 receives the renting requests sent by the shared camera 2, the cloud server 3 sends verification instructions to qualified auditors or equipment and returns verification results to the auditors or equipment, and the qualified auditors are managers of the exhibition hall; and under the condition that the verification result is that the verification is passed, the auditor or the equipment confirms the renter and sends the information of the renter to the cloud server 3, and the cloud server 3 confirms the information of the renter and sends a lease confirmation instruction to the sharing camera 2.
The ordered camera management system supports the camera function of the shared camera 2. When a renter uses the shared camera 2 to face a scene, the infrared receiving module 21 reads a camera shooting prohibition instruction 41 or a camera shooting permission instruction 42 sent by the infrared transmitting module 13, the infrared receiving module 21 sends the received instruction to the background management module 26, and here, mutual communication between the first WIFI communication module 11 and the first GSM communication module 12 and the second WIFI communication module 23 and the second GSM communication module 22 can be achieved. If the management instruction received by the background management module 26 is the image pickup prohibition instruction 41, the image pickup module 24 is turned off, and the image pickup prohibition 252 is displayed on the interactive interface display module 25; if the management instruction received by the back management module 26 is the image pickup permission instruction 42, the image pickup module 24 is turned on, and the image pickup permission 253 is displayed on the interactive interface display module 25; the background management module 26 sends the camera allowing instruction 42 to the cloud server. After receiving the instruction, the cloud server sends the recommended shooting parameters 43 corresponding to the shooting permission instruction 42 and the current scene introduction information 44 to the shared camera 2, the interactive interface display module 25 displays the recommended shooting parameters 254 on the interface according to the recommended shooting parameters 43, the interactive interface display module 25 displays the scene introduction information 255 and the added scene introduction information 256 on the interface according to the current scene introduction information 44, and the added scene introduction information 256 is a function of adding the current scene introduction information to the introduction of the image file.
The ordered camera management system supports the return function of the shared camera 2. The renter sends an application for returning the shared camera 2 to the background management module 26 through the return information 257 displayed by the interactive interface display module 25 of the shared camera 2, the shared camera 2 sends a return request to the cloud server 3, and after the cloud server 3 receives the return request sent by the shared camera 2, the cloud server 3 sends a verification instruction to an auditor or device meeting the conditions and the auditor or device returns a verification result; and when the verification result is that the verification is passed, the auditor or the equipment confirms that the sharing camera 2 returns to the designated area, and the sharing camera 2 sends return confirmation information to the cloud server.
The ordered camera shooting management system has the loss prevention function of the shared camera, the cloud server 3 judges GPRS positioning information of the shared camera 2, and when the shared camera 2 leaves a specified area, the shared camera 2 and the cloud server 3 both perform early warning.
Further, if the infrared receiving module 21 of the shared camera 2 does not receive any instruction, the camera module 24 is turned off.
Further, the shared camera 2 is any brand camera with Android/IOS operating system.
Further, the background management module 26 of the shared camera 2 is an intelligent ordered camera shooting software based on an Android/IOS operating system.
Example 2:
the ordered camera management system supports the rental function of the shared camera 2. A renter sends an application for renting the shared camera 2 to the background management module 26 through the display renting information 251 of the interactive interface display module 25 of the shared camera 2, the shared camera 2 sends a renting request to the cloud server 3, and after the cloud server 3 receives the renting request sent by the shared camera 2, the cloud server 3 sends a verification instruction to an auditor or device meeting the conditions and the auditor or device returns a verification result; and under the condition that the verification result is that the verification is passed, the auditor or the equipment confirms the renter and sends the information of the renter to the cloud server 3, and the cloud server 3 confirms the information of the renter and sends a lease confirmation instruction to the sharing camera 2.
The ordered camera management system supports the camera function of the shared camera 2. The GPRS module 24 of the shared camera 2 positions the shared camera 2, the shared camera 2 sends position information to the cloud server 3, the cloud server 3 performs positioning analysis and judges whether the area where the shared camera is located is a shooting prohibition area or a shooting permission area, if the shared camera 2 is located in the shooting prohibition area, a shooting prohibition instruction 41 is sent to the shared camera 2, the shared camera 2 closes the shooting module 24, and shooting prohibition 252 is displayed on the interactive interface display module 25; if the shared camera 2 is located in the image pickup permission area, sending an image pickup permission instruction 42 to the shared camera 2, and then the shared camera 2 opening the image pickup module 24 and displaying image pickup permission 253 on the interactive interface display module 25; the wireless communication device 1 and the shared camera 2 are positioned and analyzed through the cloud server 3, it is judged which scene the shared camera 2 is closer to, the recommended shooting parameter 43 corresponding to the scene and the current scene introduction information 44 are sent to the shared camera 2, the interactive interface display module 25 displays the recommended shooting parameter 254 on the interface according to the recommended shooting parameter 43, the interactive interface display module 25 displays the scene introduction information 255 and the added scene introduction information 256 on the interface according to the current scene introduction information 44, and the added scene introduction information 256 is a function of adding the current scene introduction information to the brief introduction of the image file.
The ordered camera management system supports the return function of the shared camera 2. The renter sends an application for returning the shared camera 2 to the background management module 26 through the return information 257 displayed by the interactive interface display module 25 of the shared camera 2, the shared camera 2 sends a return request to the cloud server 3, and after the cloud server 3 receives the return request sent by the shared camera 2, the cloud server 3 sends a verification instruction to an auditor or device meeting the conditions and the auditor or device returns a verification result; and when the verification result is that the verification is passed, the auditor or the equipment confirms that the sharing camera 2 returns to the designated area, and the sharing camera 2 sends return confirmation information to the cloud server.
The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.
Claims (8)
1. An ordered camera shooting management system based on a shared camera is characterized by comprising: the management system comprises a wireless communication device, a sharing camera and a cloud server, wherein the wireless communication device is in two-way communication with the sharing camera, the wireless communication device is in two-way communication with the cloud server, and the sharing camera is in two-way communication with the cloud server;
the wireless communication device comprises a first communication module and a first GPRS module, the wireless communication device corresponds to scenery one by one and is placed beside the scenery, the signal emission direction of the wireless communication device is the same as the direction of the scenery, in addition, a cloud server presets a management instruction in the wireless communication device, the management instruction comprises a shooting forbidding instruction and a shooting allowing instruction, and recommended shooting parameters corresponding to the shooting allowing instruction and current scenery introduction information are stored in the cloud server;
the shared camera comprises a second communication module, a camera module, an interactive interface display module, a background management module, a second GPRS module and a power module;
the first GPRS module and the second GPRS module are used for realizing real-time positioning of the wireless communication device and the shared camera;
the power supply module is used for supplying power to the shared camera, and the camera shooting module is used for shooting;
the background management module is respectively connected with the second communication module, the camera module, the interactive interface display module, the second GPRS module and the power supply module, carries out bidirectional interactive communication with the cloud server, manages the lease, return and camera shooting of the shared camera, and displays interactive information through the interactive interface display module;
the contents displayed by the interactive interface display module comprise display lease information, display camera prohibition, display camera permission, display recommended camera shooting parameters, display scene introduction information, display added scene introduction information and display return information.
2. The ordered camera management system based on shared cameras of claim 1, wherein: the first communication module comprises a first WIFI communication module, a first GSM communication module and an infrared emission module;
the second communication module comprises a second WIFI communication module, a second GSM communication module and an infrared receiving module;
the first WIFI communication module, the first GSM communication module and the infrared emission module are respectively communicated with the second WIFI communication module, the second GSM communication module and the infrared receiving module.
3. The ordered camera management system based on shared cameras of claim 1, wherein: the shared camera is any brand camera with an Android/IOS operating system.
4. The ordered camera management system based on shared cameras of claim 1, wherein: the background management module in the shared camera is intelligent ordered shooting software based on an Android/IOS operating system.
5. An ordered camera shooting management method based on a shared camera is characterized in that: the method for realizing the lease management of the shared camera based on the management system of any one of claims 1 to 4 comprises the following steps;
the method comprises the steps that a renter sends an application for renting a shared camera to a background management module through display renting information of an interactive interface display module of the shared camera, the shared camera sends a renting request to a cloud server, and after the cloud server receives the renting request sent by the shared camera, the cloud server sends a verification instruction to an auditor or device meeting conditions and returns a verification result by the auditor or device; and under the condition that the verification result is that the verification is passed, the auditor or the equipment confirms the renter and sends the information of the renter to the cloud server, and the cloud server confirms the information of the renter and sends a lease confirmation instruction to the shared camera.
6. An ordered camera shooting management method based on a shared camera is characterized in that: the management system of any one of claims 1 to 4, which is used for realizing the camera shooting management of the shared camera, specifically comprises the following steps;
when a renter uses a shared camera to face a scene, a second communication module reads a camera shooting prohibition instruction or a camera shooting permission instruction sent by a first communication module, the second communication module sends the received instruction to a background management module, if the management instruction received by the background management module is the camera shooting prohibition instruction, the camera shooting module is closed, and camera shooting prohibition is displayed on an interactive interface display module; if the management instruction received by the background management module is a camera shooting permission instruction, the camera shooting module is opened, and camera shooting permission is displayed on the interactive interface display module; the background management module sends the camera allowing instruction to the cloud server, the cloud server sends recommended camera shooting parameters corresponding to the camera allowing instruction and current scene introduction information to the shared camera after receiving the camera allowing instruction, the interactive interface display module displays the recommended camera shooting parameters on an interface according to the recommended camera shooting parameters, the interactive interface display module displays the scene introduction information and displays added scene introduction information on the interface according to the current scene introduction information, and the added scene introduction information is a function of adding the current scene introduction information to the brief introduction of the image file.
7. An ordered camera shooting management method based on a shared camera is characterized in that: the management system of any one of claims 1 to 4, which is used for realizing the camera shooting management of the shared camera, specifically comprises the following steps;
a second GPRS module of the shared camera positions the shared camera, the shared camera sends position information to a cloud server, the cloud server performs positioning analysis and judges whether the area where the shared camera is located is a shooting forbidding area or a shooting allowing area, if the shared camera is located in the shooting forbidding area, a shooting forbidding instruction is sent to the shared camera, the shared camera closes the shooting module, and shooting forbidding is displayed on an interactive interface display module; if the shared camera is located in the shooting permission area, sending a shooting permission instruction to the shared camera, opening the shooting module by the shared camera, and displaying shooting permission on the interactive interface display module; the wireless communication device and the sharing camera are positioned and analyzed through the cloud server, the sharing camera is judged to be closer to which scene, recommended shooting parameters corresponding to the scene and current scene introduction information are sent to the sharing camera, the recommended shooting parameters are displayed on the interface by the interactive interface display module according to the recommended shooting parameters, the scene introduction information and added scene introduction information are displayed on the interface by the interactive interface display module according to the current scene introduction information, and the added scene introduction information is a function of adding the current scene introduction information to the brief introduction of the image file.
8. An ordered camera shooting management method based on a shared camera is characterized in that: the return management of the shared camera realized based on the management system of any one of claims 1 to 4, specifically comprising the following steps;
the method comprises the steps that a renter sends an application returning sharing camera to a background management module through returning information displayed by an interactive interface display module of the sharing camera, the sharing camera sends a returning request to a cloud server, and after the cloud server receives the returning request sent by the sharing camera, the cloud server sends a verification instruction to an auditor or device meeting conditions and returns a verification result by the auditor or device; and under the condition that the verification result is that the verification is passed, the auditor or the equipment confirms that the sharing camera returns to the designated area, and the sharing camera sends return confirmation information to the cloud server.
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