CN107995157B - Photo distribution method and system - Google Patents
Photo distribution method and system Download PDFInfo
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- CN107995157B CN107995157B CN201710992247.XA CN201710992247A CN107995157B CN 107995157 B CN107995157 B CN 107995157B CN 201710992247 A CN201710992247 A CN 201710992247A CN 107995157 B CN107995157 B CN 107995157B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/10—Network architectures or network communication protocols for network security for controlling access to devices or network resources
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L63/00—Network architectures or network communication protocols for network security
- H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
- H04L63/0876—Network architectures or network communication protocols for network security for authentication of entities based on the identity of the terminal or configuration, e.g. MAC address, hardware or software configuration or device fingerprint
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/60—Network streaming of media packets
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/60—Network streaming of media packets
- H04L65/65—Network streaming protocols, e.g. real-time transport protocol [RTP] or real-time control protocol [RTCP]
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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
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1097—Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]
Abstract
The invention discloses a photo distribution method and a system, wherein the method comprises the following steps: s1, acquiring photos of all contestants and classifying the photos; s2, the private cloud judges whether the contestant has a storage device bound with the client account (which may be a mobile phone number provided by the contestant during registration); s3, if yes, sending the photo of the contestant to the storage device (if the storage device of the contestant accesses the private cloud server through the private cloud platform by using the external network); and a private cloud platform runs in the storage equipment. The method comprises the steps of judging whether a contestant has a storage device bound with an account number or not by utilizing a private cloud; if yes, sending the picture of the player to the storage device; the private cloud platform runs in the storage device, so that automatic, safe and accurate distribution of the photos is realized, the privacy of the contestants is effectively protected, and the user does not need to personally confirm whether the user has the photos of the user; low cost, convenience and rapidness.
Description
Technical Field
The invention relates to a photo distribution method and a photo distribution system, and belongs to the technical field of data distribution.
Background
In a marathon competition field, some photographers are often arranged to take pictures in order to improve the participation of athletes. However, after the photos are shot, a great problem is that the photos cannot be distributed, and on one hand, due to the fact that the number of people participating in the photos is large, the photos cannot be automatically classified; on the other hand, the photos cannot be sent to the players one by one, or the photos are copied by the players themselves through the U disk, or all the photos are sent to the cloud, and the players select and download the photos by themselves. However, the following problems exist in the 2 methods: 1. the player copies the photos by using the USB flash disk, so that time and labor are wasted, the number of participated players is large, the player does not know that the player is shot or not shot at all, and the player can run for one time in a blank way; 2. all photos are sent to the cloud, and players select and download the photos by themselves, so that all people can see the photos of other people, and the privacy of participants cannot be effectively protected.
Patent application No. 201210366179.3 discloses a method and apparatus for automatically distributing media files, which matches the face in the media files with the face template in the friends library, and automatically sends the files to the electronic mail box, the microblog, the WeChat, the SNS community website of the friends or the mobile phone of the friends through the multimedia message of the mobile phone according to the matching result and the user instruction. However, the technology is not suitable for marathon competitions (there are no face templates in a friend library, and there are many photographers), and the risk of file leakage and loss still exists when the file is sent to the email, the microblog, the WeChat and the SNS community websites, and the cost is very high when the file is sent to the mobile phone in a mobile phone multimedia message mode. Therefore, improvements are still needed.
Disclosure of Invention
The invention aims to provide a photo distribution method and a photo distribution system, which can realize automatic photo distribution, effectively protect the privacy of participants and have low cost.
In order to solve the technical problems, the invention adopts the following technical scheme: a photo distribution method, comprising the steps of:
s1, acquiring photos of all contestants and classifying the photos;
s2, the private cloud judges whether the contestant has a storage device bound with the client account (which may be a mobile phone number provided by the contestant during registration);
s3, if yes, sending the photo of the contestant to the storage device (if the storage device of the contestant accesses the private cloud server through the private cloud platform by using the external network); and a private cloud platform runs in the storage equipment.
Preferably, in step S1, when the photos of all contestants are obtained, the photos are packaged into streaming media by using the RTSP protocol for transmission, so that the transmission is efficient and stable.
Preferably, step S1 includes the steps of:
s11, directly obtaining photos shot by each photographer or obtaining photos shot by each photographer through private cloud by using appointed equipment (the appointed equipment can be an entry system server or appointed storage equipment, and the entry system server or the appointed storage equipment can be provided with one or more of a WIFI module, a network module, an RJ45 interface, a USB interface and an SD card slot); a private cloud platform runs in the designated equipment;
s12, classifying the photos according to the names and photos provided by the contestants when entering the names (the photos may be classified by the specific device or sent to the private cloud by the specific device, and the private cloud is classified).
By the method, the photos of the contestants can be sent to the appointed equipment in a short distance or a long distance, and the appointed equipment can perform centralized processing.
More preferably, in step S11, when the designated device directly obtains the photos taken by each photographer, the designated device stores protocols of cameras of different models; the universal connection with cameras of different models through a C/S mode or a P2P mode is realized by identifying the models of the cameras, so that the interface of the storage device has universality and can be connected with the cameras of any model.
In the foregoing photo distribution method, when the client of the photographer is in the same lan as the specified device, step S11 includes connecting the client of the photographer with the specified device, accessing the specified device according to the IP address of the specified device, and sending the shot photo to the specified device; and a private cloud platform runs in the client of the photographer.
In the foregoing photograph distribution method, when the client of the photographer is in a different network from the specified device, step S11 includes:
s111, a client of a photographer logs in a private cloud platform through a user account and sends a photo data storage request to a private cloud server through the private cloud platform; the designated equipment accesses the private cloud server through the private cloud platform by using an external network and sends the domain name of the designated equipment to the private cloud server through the private cloud platform; a private cloud platform runs in the client of the photographer;
s112, the private cloud server feeds the domain name of the specified equipment back to the client of the photographer according to the corresponding binding relationship between the user account of the client of the photographer and the ID of the specified equipment;
and S113, the client of the photographer accesses the specified equipment according to the domain name of the specified equipment and remotely stores the photos.
By the method, the remote data can be safely stored, and data leakage is prevented.
Preferably, step S112 includes: and establishing a plurality of independent account numbers by using an LDAP technology, and respectively binding the independent account numbers with the ID of the specified equipment (meanwhile, independent storage spaces corresponding to the independent account numbers can be distributed in the specified equipment), wherein the independent account numbers are respectively used as client user account numbers of the photographers.
In the above-described photo distribution method, in step S2, the client account of the contestant is bound to its storage device ID in the following manner: the client sends out a broadcast, the storage equipment in the same local area network feeds back the ID information of the client, and the client binds the ID of the storage equipment with the account number of the client according to the ID information; the client side is provided with a WIFI module. Compared with a UPNP mode and the like, the method can search by setting certain fields, has high searching efficiency and less interference, and improves the binding efficiency.
Or when the client contacts with the storage device, the ID of the storage device is transmitted to the client through an NFC module in the storage device, and the client binds the ID of the storage device with the account number of the client after receiving the ID; therefore, the client and the storage device can be bound simply and quickly.
Or establishing a plurality of independent account numbers by using an LDAP technology, respectively binding the independent account numbers with the ID of the storage device, and simultaneously allocating independent storage space corresponding to each independent account number in the storage device; therefore, the same storage device can be shared by multiple persons equally.
Or respectively establishing the binding relationship between the primary account number and the storage device ID and the binding relationship between the secondary account number and the storage device ID by setting the primary account number and the secondary account number. Therefore, a plurality of persons with different authorities can share the same storage device.
The method also comprises the steps that when the contestants read the photos in the storage devices of the contestants, if the client and the storage devices are in different networks, the client accounts are used for logging in the private cloud platform, and the private cloud platform is used for sending data access requests to the private cloud server; the storage equipment sends the domain name to a private cloud server through a private cloud platform by using an external network; the private cloud server feeds back the domain name of the corresponding storage device to the client according to the corresponding binding relationship between the user account and the ID information of the storage device; the client accesses the storage equipment through the private cloud platform according to the domain name of the storage equipment to read remote data; and a private cloud platform runs in the client. By the method, the participators can read photo data remotely through the client, and the method is convenient and quick; and simultaneously, the safety of data access is ensured.
In the above-described photograph distribution method, step S2 further includes: when a client sends a binding request of a user account and a storage device ID through a private cloud platform, the private cloud platform of the storage device judges whether the storage device ID is bound, and if the storage device ID is bound, the binding request is rejected; if not, agreeing to the binding request; after the user account and the storage device ID are bound, the client and the storage device store the binding relationship, and the private cloud server updates a corresponding binding relationship list of the user account and the storage device ID. Therefore, the data of the storage device of the contestant is prevented from being illegally accessed, and the safety of the data is ensured.
A photograph distribution system comprising:
the photo obtaining and classifying module is used for obtaining photos of all contestants and classifying the photos;
the judging module is used for judging whether the contestants have the storage equipment bound with the account number (which can be a mobile phone number provided by the contestants during registration) or not by the private cloud;
the device comprises a sending module, a storage module and a processing module, wherein the sending module is used for sending the photo of the contestant to the storage device of the contestant (for example, when the storage device of the contestant accesses a private cloud server through a private cloud platform by using an external network) if the contestant has the storage device bound with the account; and a private cloud platform runs in the storage equipment.
Preferably, the photo obtaining and classifying module further includes:
and the photo packaging module is used for packaging the photos into streaming media by utilizing an RTSP (real time streaming protocol) to transmit when the photos of all contestants are acquired, so that the transmission is efficient and stable.
Preferably, the photo obtaining and classifying module further includes:
the protocol storage module is used for storing protocols of cameras of different types in the appointed equipment when the appointed equipment directly obtains the photos shot by each photographer;
and the model identification and connection module is used for realizing universal connection with cameras of different models through a C/S mode or a P2P mode by identifying the models of the cameras.
In the foregoing photo distribution system, the photo obtaining and classifying module further includes:
the connection module is used for connecting the client side of the photographer with the specified equipment when the client side of the photographer and the specified equipment are in the same local area network;
the access and data sending module is used for accessing the specified equipment by the client of the photographer according to the IP address of the specified equipment and sending the shot picture to the specified equipment; and a private cloud platform runs in the client of the photographer.
In the foregoing photo distribution system, the photo obtaining and classifying module further includes:
the data storage request sending module is used for logging in the private cloud platform through a user account and sending a photo data storage request to the private cloud server through the private cloud platform when the client of the photographer and the designated equipment are in different networks; a private cloud platform runs in the client of the photographer;
the designated equipment access module is used for the designated equipment to access the private cloud server through the private cloud platform by using an external network and sending the domain name of the designated equipment to the private cloud server through the private cloud platform;
the domain name feedback module is used for feeding the domain name of the specified equipment back to the client of the photographer by the private cloud server according to the corresponding binding relationship between the user account of the client of the photographer and the ID of the specified equipment;
and the remote storage module is used for accessing the specified equipment by the client of the photographer according to the domain name of the specified equipment and remotely storing the photos.
Preferably, the domain name feedback module further includes:
and the binding relationship establishing module is used for establishing a plurality of independent account numbers by using an LDAP technology and respectively binding the independent account numbers with the ID of the specified equipment (meanwhile, independent storage spaces corresponding to the independent account numbers can be distributed in the specified equipment), wherein the independent account numbers are respectively used as client user account numbers of the photographers.
Preferably, the method further comprises the following steps: a binding module;
the binding module comprises:
the broadcast sending module is used for sending out a broadcast by the client;
the ID information feedback module is used for feeding back the ID information of the storage equipment in the same local area network;
the binding module is used for binding the ID of the storage equipment with the client account by the client according to the ID information; or the binding module comprises:
and the binding module is used for transmitting the ID of the storage device to the client through the NFC module in the storage device when the client contacts with the storage device, and binding the ID of the storage device with the account number of the client after the client receives the ID.
Or the binding module comprises:
the multi-account binding module is used for establishing a plurality of independent accounts by utilizing an LDAP technology and respectively binding the independent accounts with the ID of the storage equipment;
the storage space allocation module is used for allocating independent storage spaces corresponding to the independent account numbers by the storage equipment;
or the binding module comprises:
and the primary account and sub-account binding module is used for establishing the binding relationship between the primary account and the sub-account and the ID of the storage equipment.
Preferably, the method further comprises the following steps: a photo reading module;
the photo reading module comprises:
the client remote access module is used for logging in a private cloud platform by using an account and sending a data access request to a private cloud server by using the private cloud platform if the client and the storage device are in different networks;
the storage equipment access module is used for sending the domain name of the storage equipment to the private cloud server through the private cloud platform by utilizing an external network;
the domain name feedback module is used for feeding the domain name of the corresponding storage equipment back to the client by the private cloud server according to the corresponding binding relationship between the user account and the ID information of the storage equipment;
and the remote photo reading module is used for accessing the storage equipment through the private cloud platform by the client according to the domain name of the storage equipment to read the remote photo.
The above-mentioned photo distribution system further includes:
the system comprises a judging module, a private cloud platform and a storage device, wherein the judging module is used for judging whether the ID of the storage device is bound or not when a client sends a binding request of a user account and the ID of the storage device through the private cloud platform; if the binding request is bound, rejecting the binding request; if not, agreeing to the binding request;
the binding relation storage module is used for storing the binding relation after the user account and the storage equipment ID are bound;
and the binding relationship list updating module is used for updating the corresponding binding relationship list of the user account and the storage equipment ID by the private cloud server after the user account and the storage equipment ID are bound.
Compared with the prior art, the invention has the following advantages:
1. judging whether the contestants have a storage device bound with the account number by utilizing the private cloud; if yes, sending the picture of the player to the storage device; the private cloud platform runs in the storage device, so that automatic, safe and accurate distribution of the photos is realized, the privacy of the contestants is effectively protected, and the user does not need to personally confirm whether the user has the photos of the user; the cost is low, and the operation is convenient and quick;
2. when the appointed equipment directly obtains the photos shot by each photographer, protocols of cameras of different types are stored in the appointed equipment; the universal connection with cameras of different models through a C/S mode or a P2P mode is realized by identifying the models of the cameras, so that an interface of a designated device has universality and can be connected with cameras of any model;
3. when the appointed equipment acquires the photos of all contestants, the photos are packaged into streaming media for transmission by utilizing an RTSP (real time streaming protocol), so that the data transmission is efficient and stable;
4. by utilizing the private cloud server and the corresponding binding relationship between the client user account of the photographer and the ID of the specified equipment, the photographer can store the photo data into the specified equipment remotely and safely, and the data leakage is prevented; particularly, a plurality of independent account numbers are established by using the LDAP technology and are respectively bound with the IDs of the specified devices (meanwhile, independent storage spaces corresponding to the independent account numbers can be allocated in the specified devices), and the independent account numbers are respectively used as client user account numbers of the photographers. Therefore, the safety of data access can be further ensured;
5. by utilizing the private cloud server and the binding relationship between the client accounts of the contestants and the IDs of the storage devices of the client accounts, the contestants can remotely read photo data through the client, and the operation is convenient and fast; and simultaneously, the safety of data access is ensured;
6. by utilizing the corresponding binding relationship between the private cloud storage user account and the ID information of the storage device, the data of the storage device of the contestant is further prevented from being illegally accessed, and the safety of the data is ensured.
Drawings
FIG. 1 is a work flow diagram of one embodiment of the present invention.
The invention is further described with reference to the following figures and detailed description.
Detailed Description
The embodiment of the invention comprises the following steps: a photo distribution method, as shown in fig. 1, comprising the steps of:
s1, acquiring photos of all contestants and classifying the photos;
s2, the private cloud judges whether the contestant has a storage device bound with the client account (which may be a mobile phone number provided by the contestant during registration);
s3, if yes, sending the photo of the contestant to the storage device (if the storage device of the contestant accesses the private cloud server through the private cloud platform by using the external network); and a private cloud platform runs in the storage equipment.
In specific implementation, the operations may be performed by one or more of a client running a private cloud platform, a storage device, or an entry system server integrated with the private cloud platform, or a private cloud server. When the photos are obtained in a short distance, in step S1, the photos of all the contestants may also be obtained and classified by using a client, a storage device, an entry system, or a server having one or more of a WIFI module, a network module, an RJ45 interface, a USB interface, and an SD card slot.
In order to improve the speed and stability of data transmission, in step S1, when photos of all contestants are acquired, the photos may be packaged into streaming media using the RTSP protocol for transmission.
In order to quickly acquire the photos of the contestants and accurately classify them, step S1 may include the steps of:
s11, directly obtaining photos taken by each photographer or obtaining photos taken by each photographer through a private cloud by using a designated device (the designated device may be an entry system server, a client, or a designated storage device or a private cloud server, and the entry system server, the client, or the designated storage device or the private cloud server may have one or more of a WIFI module, a network module, an RJ45 interface, a USB interface, and an SD card slot); a private cloud platform runs in the designated equipment;
s12, classifying the photos according to the names and photos provided by the contestants when entering the names (the photos may be classified by the specific device or sent to the private cloud by the specific device, and the private cloud is classified).
In step S11, when the designated device directly obtains the photos taken by each photographer, the designated device stores protocols of cameras of different models; the universal connection with different models of cameras (such as a motion camera, a panoramic camera, a monitoring camera, a beauty camera, a professional camera and the like) through a C/S mode or a P2P mode can be realized by identifying the models of the cameras. The appointed equipment can include one or more of a WIFI module, a network module, an RJ45 interface, a USB interface and an SD card slot).
When the client of the photographer is in the same lan as the designated device, in order to implement secure and fast transmission of data, step S11 may include the client of the photographer connecting with the designated device, accessing the designated device according to the IP address of the designated device and sending the shot picture to the designated device; and a private cloud platform runs in the client of the photographer.
In order to implement remote, secure transmission of data when the client of the photographer is in a different network from the specified device, step S11 may include:
s111, a client of a photographer logs in a private cloud platform through a user account and sends a photo data storage request to a private cloud server through the private cloud platform; the designated equipment accesses the private cloud server through the private cloud platform by using an external network and sends the domain name of the designated equipment to the private cloud server through the private cloud platform; a private cloud platform runs in the client of the photographer;
s112, the private cloud server feeds the domain name of the specified equipment back to the client of the photographer according to the corresponding binding relationship between the user account of the client of the photographer and the ID of the specified equipment;
and S113, the client of the photographer accesses the specified equipment according to the domain name of the specified equipment and remotely stores the photos.
To further improve the security of data access, step S112 may include: and establishing a plurality of independent account numbers by using an LDAP technology, and respectively binding the independent account numbers with the ID of the specified equipment (meanwhile, independent storage spaces corresponding to the independent account numbers can be distributed in the specified equipment), wherein the independent account numbers are respectively used as client user account numbers of the photographers.
In order to realize accurate acquisition of photo pushing by contestants during the contest, in step S2, the client account may be bound to the storage device ID by: the client sends out a broadcast, the storage equipment in the same local area network feeds back the ID information of the client, and the client binds the ID of the storage equipment with the account number of the client according to the ID information; or when the client contacts with the storage device, the ID of the storage device is transmitted to the client through an NFC module in the storage device, and the client binds the ID of the storage device with the account number of the client after receiving the ID; or establishing a plurality of independent account numbers by using an LDAP technology, respectively binding the independent account numbers with the ID of the storage device, and simultaneously allocating independent storage space corresponding to each independent account number in the storage device; or respectively establishing the binding relationship between the primary account number and the storage device ID and the binding relationship between the secondary account number and the storage device ID by setting the primary account number and the secondary account number.
The client account number may be a mobile phone number of the user.
After the photos are pushed to the storage devices of the contestants, the contestants read the photos in the storage devices, if the client and the storage devices are in different networks, in order to realize remote, safe and accurate data reading, the client account can be used for logging in a private cloud platform, and the private cloud platform is used for sending a data access request to a private cloud server; the storage equipment sends the domain name to a private cloud server through a private cloud platform by using an external network; the private cloud server feeds back the domain name of the corresponding storage device to the client according to the corresponding binding relationship between the user account and the ID information of the storage device; the client accesses the storage equipment through the private cloud platform according to the domain name of the storage equipment to read remote data; and a private cloud platform runs in the client.
In order to avoid illegal access to the data of the storage device of the contestant, further improve the security of data access, and implement the privatization of the user storage device, step S2 may further include: when a client sends a binding request of a user account and a storage device ID through a private cloud platform, the private cloud platform of the storage device judges whether the storage device ID is bound, and if the storage device ID is bound, the binding request is rejected; if not, agreeing to the binding request; after the user account and the storage device ID are bound, the client and the storage device store the binding relationship, and the private cloud server updates a corresponding binding relationship list of the user account and the storage device ID.
A photograph distribution system comprising:
the photo obtaining and classifying module is used for obtaining photos of all contestants and classifying the photos;
the judging module is used for judging whether the contestants have the storage equipment bound with the account number (which can be a mobile phone number provided by the contestants during registration) or not by the private cloud;
the device comprises a sending module, a storage module and a processing module, wherein the sending module is used for sending the photo of the contestant to the storage device of the contestant (for example, when the storage device of the contestant accesses a private cloud server through a private cloud platform by using an external network) if the contestant has the storage device bound with the account; and a private cloud platform runs in the storage equipment.
The photo obtaining and classifying module further comprises:
and the photo packing module is used for packing the photos into streaming media by utilizing the RTSP protocol for transmission when the photos of all contestants are acquired.
The photo obtaining and classifying module further comprises:
the protocol storage module is used for storing protocols of cameras of different types in the appointed equipment when the appointed equipment directly obtains the photos shot by each photographer;
and the model identification and connection module is used for realizing universal connection with cameras of different models through a C/S mode or a P2P mode by identifying the models of the cameras.
The photo obtaining and classifying module further comprises:
the connection module is used for connecting the client side of the photographer with the specified equipment when the client side of the photographer and the specified equipment are in the same local area network;
the access and data sending module is used for accessing the specified equipment by the client of the photographer according to the IP address of the specified equipment and sending the shot picture to the specified equipment; and a private cloud platform runs in the client of the photographer.
The photo obtaining and classifying module further comprises:
the data storage request sending module is used for logging in the private cloud platform through a user account and sending a photo data storage request to the private cloud server through the private cloud platform when the client of the photographer and the designated equipment are in different networks; a private cloud platform runs in the client of the photographer;
the designated equipment access module is used for the designated equipment to access the private cloud server through the private cloud platform by using an external network and sending the domain name of the designated equipment to the private cloud server through the private cloud platform;
the domain name feedback module is used for feeding the domain name of the specified equipment back to the client of the photographer by the private cloud server according to the corresponding binding relationship between the user account of the client of the photographer and the ID of the specified equipment;
and the remote storage module is used for accessing the specified equipment by the client of the photographer according to the domain name of the specified equipment and remotely storing the photos.
The domain name feedback module further comprises:
and the binding relationship establishing module is used for establishing a plurality of independent account numbers by using an LDAP technology and respectively binding the independent account numbers with the ID of the specified equipment (meanwhile, independent storage spaces corresponding to the independent account numbers can be distributed in the specified equipment), wherein the independent account numbers are respectively used as client user account numbers of the photographers.
Further comprising: a binding module;
the binding module comprises:
the broadcast sending module is used for sending out a broadcast by the client;
the ID information feedback module is used for feeding back the ID information of the storage equipment in the same local area network;
the binding module is used for binding the ID of the storage equipment with the client account by the client according to the ID information; or the binding module comprises:
and the binding module is used for transmitting the ID of the storage device to the client through the NFC module in the storage device when the client contacts with the storage device, and binding the ID of the storage device with the account number of the client after the client receives the ID.
Or the binding module comprises:
the multi-account binding module is used for establishing a plurality of independent accounts by utilizing an LDAP technology and respectively binding the independent accounts with the ID of the storage equipment;
the storage space allocation module is used for allocating independent storage spaces corresponding to the independent account numbers by the storage equipment;
or the binding module comprises:
and the primary account and sub-account binding module is used for establishing the binding relationship between the primary account and the sub-account and the ID of the storage equipment.
The invention also includes: a photo reading module;
the photo reading module comprises:
the client remote access module is used for logging in a private cloud platform by using an account and sending a data access request to a private cloud server by using the private cloud platform if the client and the storage device are in different networks;
the storage equipment access module is used for sending the domain name of the storage equipment to the private cloud server through the private cloud platform by utilizing an external network;
the domain name feedback module is used for feeding the domain name of the corresponding storage equipment back to the client by the private cloud server according to the corresponding binding relationship between the user account and the ID information of the storage equipment;
and the remote photo reading module is used for accessing the storage equipment through the private cloud platform by the client according to the domain name of the storage equipment to read the remote photo.
The invention also includes:
the system comprises a judging module, a private cloud platform and a storage device, wherein the judging module is used for judging whether the ID of the storage device is bound or not when a client sends a binding request of a user account and the ID of the storage device through the private cloud platform; if the binding request is bound, rejecting the binding request; if not, agreeing to the binding request;
the binding relation storage module is used for storing the binding relation after the user account and the storage equipment ID are bound;
and the binding relationship list updating module is used for updating the corresponding binding relationship list of the user account and the storage equipment ID by the private cloud server after the user account and the storage equipment ID are bound.
The working principle of one embodiment of the invention is as follows:
for example, 30 photographers are arranged on a marathon competition scene to take pictures, and the types of cameras carried by the photographers are different, including a motion camera, a panoramic camera, a monitoring camera, a beauty camera, a professional camera and the like. After a photographer takes a picture, the photographer can send the picture to a designated device (for example, a marathon registration system running a private cloud platform, or a storage device running the private cloud platform, or a private cloud server, etc.) in a close range or a remote range, specifically, during close range transmission, the designated device has one or more of a WIFI module, a network module, an RJ45 interface, a USB interface and an SD card slot, and also stores protocols of cameras of different models, so that the photographer adapts to cameras of various models; identifying the model of the camera, realizing universal connection with cameras of different models through a C/S mode or a P2P mode, and then acquiring photos of contestants in the camera; or when the client of the photographer and the specified equipment are in the same local area network, the client of the photographer is connected with the specified equipment, accesses the specified equipment according to the IP address of the specified equipment and sends the shot picture to the specified equipment; and a private cloud platform runs in the client of the photographer. If the photographer cannot send photos to a designated device in close proximity, then the photos can be sent remotely. Specifically, firstly, a plurality of independent account numbers are established by using the LDAP technology and are respectively bound with IDs of designated devices (meanwhile, independent storage spaces corresponding to the independent account numbers can be allocated in the designated devices), and the independent account numbers are respectively used as client user account numbers of the photographers. Then a client of a photographer logs in a private cloud platform through a user account and sends a photo data storage request to a private cloud server through the private cloud platform; the designated equipment accesses the private cloud server through the private cloud platform by using an external network and sends the domain name of the designated equipment to the private cloud server through the private cloud platform; a private cloud platform runs in the client of the photographer; the private cloud server feeds the domain name of the specified equipment back to the client of the photographer according to the corresponding binding relationship between the user account of the client of the photographer and the ID of the specified equipment; and the client of the photographer accesses the specified equipment according to the domain name of the specified equipment and remotely stores the photos.
After the photos are obtained, the obtained photos are classified and labeled with names according to the names and photos provided by contestants during registration, and after the photos are classified, the private cloud judges whether the contestants have a storage device (such as a mobile phone number provided during registration) bound with a client account (such as a mobile phone number) or not, wherein the client account (such as the mobile phone number) and the storage device ID can be bound in advance by the following method for the contestants to automatically obtain the photos, namely, a client sends out a broadcast and feeds back self ID information to the storage device in the same local area network, and the client binds the ID of the storage device and the client account according to the ID information, or when the client contacts the storage device, the client transmits the ID of the storage device to the client through an NFC module in the storage device and binds the ID of the storage device with the client account after receiving the ID, or a plurality of independent accounts are established by utilizing an LDAP technology and are respectively bound with the ID of the storage device, meanwhile, independent storage spaces corresponding to the independent account numbers are distributed in the storage equipment; or respectively establishing binding relations between the primary account and the sub-account and the ID of the storage device by setting the primary account and the sub-account; if yes, sending the picture of the player to the storage device; and a private cloud platform runs in the storage equipment.
After the photos are pushed to the storage devices of the contestants, the contestants read the photos in the storage devices, if the client and the storage devices are in different networks, in order to realize remote, safe and accurate data reading, the client account can be used for logging in a private cloud platform, and the private cloud platform is used for sending a data access request to a private cloud server; the storage equipment sends the domain name to a private cloud server through a private cloud platform by using an external network; the private cloud server feeds back the domain name of the corresponding storage device to the client according to the corresponding binding relationship between the user account and the ID information of the storage device; the client accesses the storage equipment through the private cloud platform according to the domain name of the storage equipment to read remote data; and a private cloud platform runs in the client. If the client and the storage device are in the same local area network, the contestant directly accesses the photos in the storage device through the IP address of the storage device.
In order to avoid illegal access to data of the storage equipment of the contestant, the security of data access is further improved, privatization of the user storage equipment is realized, when a client sends a binding request of a user account and the storage equipment ID through a private cloud platform, the private cloud platform of the storage equipment judges whether the storage equipment ID is bound, and if the storage equipment ID is bound, the binding request is rejected; if not, agreeing to the binding request; after the user account and the storage device ID are bound, the client and the storage device store the binding relationship, and the private cloud server updates a corresponding binding relationship list of the user account and the storage device ID (at this time, the storage device sharing condition is excluded).
Claims (6)
1. A method of distributing photos, comprising the steps of:
s1, acquiring photos of all contestants and classifying the photos; the method specifically comprises the following steps:
s11, the appointed equipment directly obtains or obtains the photos taken by each photographer through a private cloud; a private cloud platform runs in the designated equipment; when the designated equipment directly obtains the pictures shot by each photographer, protocols of cameras of different models are stored in the designated equipment; the universal connection with cameras of different models through a C/S mode or a P2P mode is realized by identifying the models of the cameras; when the client of the photographer and the designated device are in the same local area network, step S11 includes connecting the client of the photographer and the designated device, accessing the designated device according to the IP address of the designated device, and sending the shot picture to the designated device; a private cloud platform runs in the client of the photographer; when the client of the photographer and the specified device are in different networks, the method specifically comprises the following steps:
s111, a client of a photographer logs in a private cloud platform through a user account and sends a photo data storage request to a private cloud server through the private cloud platform; the designated equipment accesses the private cloud server through the private cloud platform by using an external network and sends the domain name of the designated equipment to the private cloud server through the private cloud platform; a private cloud platform runs in the client of the photographer;
s112, the private cloud server feeds the domain name of the specified equipment back to the client of the photographer according to the corresponding binding relationship between the user account of the client of the photographer and the ID of the specified equipment; establishing a plurality of independent account numbers by using an LDAP technology and respectively binding the independent account numbers with the ID of the specified equipment, wherein the independent account numbers are respectively used as client user account numbers of all photographers;
s113, the client of the photographer accesses the specified equipment according to the domain name of the specified equipment and remotely stores the photos;
s12, classifying the obtained photos according to the names and photos provided by the contestants during registration;
s2, the private cloud judges whether the contestant has a storage device bound with the client account;
s3, if yes, sending the photo of the contestant to the storage device; and a private cloud platform runs in the storage equipment.
2. The photo distribution method of claim 1, wherein in step S1, when photos of all contestants are obtained, the photos are packaged into streaming media for transmission using RTSP protocol.
3. The photo distribution method according to claim 1, wherein in step S2, the client accounts of the contestants are bound to their storage device IDs by: the client sends out a broadcast, the storage equipment in the same local area network feeds back the ID information of the client, and the client binds the ID of the storage equipment with the account number of the client according to the ID information; or when the client contacts with the storage device, the ID of the storage device is transmitted to the client through an NFC module in the storage device, and the client binds the ID of the storage device with the account number of the client after receiving the ID; or establishing a plurality of independent account numbers by using an LDAP technology, respectively binding the independent account numbers with the ID of the storage device, and simultaneously allocating independent storage space corresponding to each independent account number in the storage device; or respectively establishing binding relations between the primary account and the storage device ID and between the secondary account and the storage device ID by setting the primary account and the secondary account; and a private cloud platform runs in the client of the contestant.
4. A photograph distribution system, comprising:
the photo obtaining and classifying module is used for obtaining photos of all contestants and classifying the photos;
the judging module is used for judging whether the contestants have the storage equipment bound with the account number or not by the private cloud;
the transmission module is used for transmitting the photos of the contestants to the storage equipment if the contestants have the storage equipment bound with the account; a private cloud platform runs in the storage equipment;
the photo obtaining and classifying module further comprises:
the protocol storage module is used for storing the protocols of cameras of different models in the appointed equipment when the appointed equipment directly obtains the photos shot by each photographer; wherein, a private cloud platform runs in the designated equipment; the appointed equipment directly obtains or obtains the photos shot by each photographer through a private cloud;
the model identification and connection module is used for realizing universal connection with cameras of different models through a C/S mode or a P2P mode by identifying the models of the cameras;
the photo obtaining and classifying module further comprises:
the connection module is used for connecting the client side of the photographer with the specified equipment when the client side of the photographer and the specified equipment are in the same local area network;
the access and data sending module is used for accessing the specified equipment by the client of the photographer according to the IP address of the specified equipment and sending the shot picture to the specified equipment; a private cloud platform runs in the client of the photographer;
or the photo obtaining and classifying module further comprises:
the data storage request sending module is used for logging in the private cloud platform through a user account and sending a photo data storage request to the private cloud server through the private cloud platform when the client of the photographer and the designated equipment are in different networks; a private cloud platform runs in the client of the photographer;
the designated equipment access module is used for the designated equipment to access the private cloud server through the private cloud platform by using an external network and sending the domain name of the designated equipment to the private cloud server through the private cloud platform;
the domain name feedback module is used for feeding the domain name of the specified equipment back to the client of the photographer by the private cloud server according to the corresponding binding relationship between the user account of the client of the photographer and the ID of the specified equipment;
the remote storage module is used for the client side of the photographer to access the specified equipment according to the domain name of the specified equipment and remotely store the photos;
wherein the content of the first and second substances,
the domain name feedback module further comprises:
and the binding relationship establishing module is used for establishing a plurality of independent account numbers by utilizing an LDAP technology and respectively binding the independent account numbers with the ID of the specified equipment, wherein the independent account numbers are respectively used as client user account numbers of all photographers.
5. The system for distributing photographs as claimed in claim 4, wherein the photograph acquisition and classification module further comprises:
and the photo packing module is used for packing the photos into streaming media by utilizing the RTSP protocol for transmission when the photos of all contestants are acquired.
6. The photograph distribution system according to claim 4, further comprising: a binding module;
the binding module comprises:
the broadcast sending module is used for sending out a broadcast by the client;
the ID information feedback module is used for feeding back the ID information of the storage equipment in the same local area network;
the binding module is used for binding the ID of the storage equipment with the client account by the client according to the ID information;
or the binding module comprises:
the binding module is used for transmitting the ID of the storage device to the client through an NFC module in the storage device when the client contacts the storage device, and the client binds the ID of the storage device with the account number of the client after receiving the ID;
or the binding module comprises:
the multi-account binding module is used for establishing a plurality of independent accounts by utilizing an LDAP technology and respectively binding the independent accounts with the ID of the storage equipment;
the storage space allocation module is used for allocating independent storage spaces corresponding to the independent account numbers by the storage equipment;
or the binding module comprises:
and the primary account and sub-account binding module is used for establishing the binding relationship between the primary account and the sub-account and the ID of the storage equipment.
Priority Applications (2)
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| CN201710992247.XA CN107995157B (en) | 2017-10-23 | 2017-10-23 | Photo distribution method and system |
| PCT/CN2018/081231 WO2019080452A1 (en) | 2017-10-23 | 2018-03-30 | Photo distribution method and system |
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| CN201710992247.XA CN107995157B (en) | 2017-10-23 | 2017-10-23 | Photo distribution method and system |
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| CN107995157B true CN107995157B (en) | 2020-11-03 |
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| CN109472230B (en) * | 2018-10-30 | 2022-04-22 | 华南理工大学 | Automatic athlete shooting recommendation system and method based on pedestrian detection and Internet |
| CN110264298A (en) * | 2019-04-26 | 2019-09-20 | 广东虎彩影像有限公司 | A kind of photography service system |
| CN111885175B (en) * | 2020-07-27 | 2023-04-07 | 陈军 | Method and system for downloading network disk directory file |
| CN113157373B (en) * | 2021-04-27 | 2023-04-18 | 上海全云互联网科技有限公司 | Content labeling system and method based on cloud desktop |
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| CN107995157A (en) | 2018-05-04 |
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