WO2019080452A1

WO2019080452A1 - Photo distribution method and system

Info

Publication number: WO2019080452A1
Application number: PCT/CN2018/081231
Authority: WO
Inventors: 战鹏州
Original assignee: 北京春鸿科技有限公司
Priority date: 2017-10-23
Filing date: 2018-03-30
Publication date: 2019-05-02
Also published as: CN107995157A; CN107995157B

Abstract

Disclosed in the present invention are a photo distribution method and system. The method comprises the following steps: S1, acquiring all photos of a participant, and categorizing the same; S2, a private cloud determining whether the participant has a storage apparatus bound with a client terminal account (such as a mobile phone number provided by the participant upon registration); and S3, if so, then sending the photos of the participant to the storage apparatus thereof (e.g., when the storage apparatus of the participant uses an external network to access a server of the private cloud via a private cloud platform), wherein the private cloud platform is running on the storage apparatus. By using the private cloud to determine whether a participant has a storage apparatus bound with an account, the present invention enables photos of the participant to be sent to the storage apparatus if the participant has a storage apparatus. The storage apparatus has the private cloud platform running thereon, thus realizing an automatic, secure, and accurate distribution of photos, effectively protecting privacy of the participant, and eliminating the need for a user to personally check whether his/her photo is taken. The present invention is low-cost and provides convenience and efficiency.

Description

Photo distribution method and system

Technical field

The invention relates to a photo distribution method and system, and belongs to the technical field of data distribution.

Background technique

In the marathon, in order to enhance the participation of athletes, some photographers are often arranged to take pictures. However, after taking the photo, a big problem encountered was that there was no way to distribute it. On the one hand, due to the large number of participants, it was impossible to automatically sort the photos; on the other hand, the photos could not be sent to the players one by one. Either the player himself comes over and copies the photo with the U disk, or sends all the photos to the cloud, and the player chooses to download the photos. However, these two methods have the following problems: 1. The player himself came over and copied the photos with the U disk, which was time-consuming and laborious, and the number of participants was high. The player did not know whether he had been photographed or not, and he might come over and run a white trip; 2, send all the photos to the cloud, the players choose to download the photos, then everyone can see the photos of other people, can not effectively protect the privacy of the participants.

The patent application with the application number 201210366179.3 discloses a method and a device for automatically distributing a media file, which automatically matches a face in a media file with a face template in a friend library according to a matching result and a user instruction. Send it to a friend's email address, Weibo, WeChat, SNS community website or send it to a friend's mobile phone via mobile phone MMS. However, this technology is not suitable for marathon games (there are no face templates for friends and there are many photographers), and there are still file leaks when sending files to email, Weibo, WeChat, SNS community websites. The risk of loss, the file is sent to the phone via mobile phone MMS, the cost is very high. Therefore, improvements are still needed.

Summary of the invention

It is an object of the present invention to provide a photo distribution method and system which can realize automatic distribution of photos, effectively protect the privacy of participants, and is low in cost.

In order to solve the above technical problem, the present invention adopts the following technical solution: a photo distribution method, comprising the following steps:

S1, obtain photos of all contestants and classify them;

S2, the private cloud determines whether the contestant has a storage device bound to the client account (which may be the mobile phone number provided when the contestant registers);

S3, if yes, if the storage device of the contestant uses the external network to access the private cloud server through the private cloud platform, the photo of the contestant is sent to the storage device; the storage device runs a private cloud platform .

Preferably, in step S1, when the photos of all the contestants are acquired, the photos are packaged into a streaming medium for transmission using the RTSP protocol, thereby making the transmission efficient and stable.

Preferably, step S1 comprises the following steps:

S11, the designated device (the designated device may be an application system server or a designated storage device, where the registration system server or the specified storage device may have a WIFI module, a network module, an RJ45 interface, a USB interface, and an SD card slot. One or several) directly obtain or obtain a photo taken by each photographer through a private cloud; the specified device runs a private cloud platform;

S12, classifying the obtained photos according to the names and photos provided by the contestants when registering (either by specifying the device to classify or by specifying the device to send the photos to the private cloud, and the private cloud to classify).

Through the above method, it is possible to transmit the photos of the contestants to the designated device in close proximity or remotely, and perform centralized processing by the designated device.

More preferably, in step S11, when the designated device directly acquires the photos taken by the respective photographers, the protocol of the cameras of different models is stored in the designated device; by recognizing the model of the camera, the cameras with different models are passed through the C/S. Mode or P2P mode for universal connection, making the interface of the storage device universal, and can connect any type of camera.

In the foregoing photo distribution method, when the client of the photographer is in the same local area network as the designated device, step S11 includes: the photographer's client connects with the designated device, and accesses the designated device according to the IP address of the designated device and shoots the image. The photo is sent to the designated device; the photographer's client runs a private cloud platform.

In the foregoing photo distribution method, when the client of the photographer is in a different network from the designated device, step S11 includes:

S111, the photographer's client logs in the private cloud platform through the user account and sends a photo data storage request to the private cloud server through the private cloud platform; the designated device accesses the private cloud server through the private cloud platform by using the external network, and passes the domain name through the private cloud. The platform is sent to the private cloud server; the photographer's client runs a private cloud platform;

S112. The private cloud server feeds back the domain name of the specified device to the client of the photographer according to the corresponding binding relationship between the client user account of the photographer and the specified device ID.

S113. The client of the photographer accesses the designated device according to the domain name of the specified device, and performs remote storage of the photo.

Through the above methods, it is possible to securely store remote data and prevent data leakage.

Preferably, the step S112 includes: establishing a plurality of independent accounts by using the LDAP technology and respectively binding the IDs of the specified devices (while assigning independent storage spaces corresponding to the respective independent accounts in the designated device), the multiple Separate accounts are used as client user accounts for each photographer.

In the above photo distribution method, in step S2, the client account of the contestant is bound to the storage device ID by the following method: the client sends a broadcast, and the storage device in the same local area network feeds back its own ID information, and the client The ID information is used to bind the ID of the storage device to the client account; the client has a WIFI module. (Compared to UPNP, etc.) It is possible to search by setting certain fields, the search efficiency is very high, and the interference is less, which improves the binding efficiency.

Or, when the client contacts the storage device, the ID of the storage device is transmitted to the client through the NFC module in the storage device, and the client binds the ID of the storage device to the client account after receiving the ID; Enables simple and fast binding between the client and the storage device.

Or use the LDAP technology to establish a plurality of independent accounts and respectively bind to the ID of the storage device, and at the same time, allocate independent storage spaces corresponding to the individual accounts in the storage device; thereby achieving equal sharing of the same storage device by multiple people.

Or, by setting a primary account and a sub-account, respectively establishing a binding relationship between the primary account and the sub-account and the storage device ID. Thereby, multiple people with different permissions are shared by the same storage device.

The invention also includes that when the contestant reads the photos in the storage device, if the client and the storage device are in different networks, the client account is used to log in to the private cloud platform, and the private cloud platform is used to privately The cloud server sends a data access request; the storage device uses the external network to send the domain name to the private cloud server through the private cloud platform; the private cloud server associates the corresponding storage device according to the corresponding binding relationship between the user account and the ID information of the storage device. The domain name is fed back to the client; the client accesses the storage device through the private cloud platform according to the domain name of the storage device, and performs remote data reading; wherein the client runs a private cloud platform. Through the above methods, it is convenient and quick to realize the remote reading of photo data by the contestant through the client; and at the same time, the security of data access is ensured.

In the above photo distribution method, the step S2 further includes: when the client sends a binding request of the user account and the storage device ID through the private cloud platform, the private cloud platform of the storage device determines whether the storage device ID is bound. If the binding has been bound, the binding request is rejected; if it is not bound, the binding request is agreed; after the user account is bound to the storage device ID, the client and the storage device save the binding relationship. The private cloud server updates the corresponding binding relationship list of the user account and the storage device ID. Thereby, the illegal access to the data of the competitor's storage device is avoided, and the security of the data is ensured.

A photo distribution system comprising:

Photo acquisition and classification module for taking photos and classifying all contestants;

a judging module, configured for the private cloud to determine whether the contestant has a storage device bound to an account number (which may be a mobile phone number provided when the contestant registers);

a sending module, configured to send the photo of the contestant to the storage device if the contestant has a storage device bound to the account (if the storage device of the contestant uses the external network to access the private cloud server through the private cloud platform) The storage device runs a private cloud platform.

Preferably, the photo acquisition and classification module further comprises:

The photo packaging module is used to collect photos of all contestants and package the photos into streaming media for transmission using the RTSP protocol, thereby making the transmission efficient and stable.

Preferably, the photo acquisition and classification module further comprises:

a protocol storage module, configured to: when the specified device directly obtains photos taken by each photographer, specify a protocol in which a camera of a different model is stored in the device;

The model identification and connection module is used to realize universal connection with different models of cameras through C/S mode or P2P mode by recognizing the camera model.

In the foregoing photo distribution system, the photo acquisition and classification module further includes:

a connection module, configured to connect the photographer's client with the designated device when the photographer's client is on the same local area network as the designated device;

The access and data sending module, the client for the photographer accesses the specified device according to the IP address of the specified device and sends the taken photo to the designated device; the photographer's client runs a private cloud platform.

The data storage request sending module is configured to: when the photographer's client and the designated device are in different networks, the photographer's client logs into the private cloud platform through the user account and sends a photo data storage request to the private cloud server through the private cloud platform. The photographer's client runs a private cloud platform;

The device access module is configured to specify that the device accesses the private cloud server through the private cloud platform by using the external network, and sends the domain name to the private cloud server through the private cloud platform;

The domain name feedback module is used by the private cloud server to feed back the domain name of the specified device to the client of the photographer according to the corresponding binding relationship between the photographer's client user account and the specified device ID;

The remote storage module, the client for the photographer accesses the designated device according to the domain name of the specified device, and performs remote storage of the photo.

Preferably, the domain name feedback module further includes:

The binding relationship establishing module is configured to establish multiple independent accounts by using the LDAP technology and bind the IDs of the specified devices respectively (at the same time, the designated devices may be allocated independent storage spaces corresponding to the respective independent accounts), the multiple Separate accounts are used as client user accounts for each photographer.

Preferably, the method further includes: a binding module;

The binding module includes:

a broadcast sending module, configured to send a broadcast by the client;

An ID information feedback module, configured to return back to the ID information of the storage device in the same local area network;

The A binding module is configured to bind, by the client, the ID of the storage device to the client account according to the ID information;

Or the binding module includes:

The B binding module is configured to transmit the ID of the storage device to the client through the NFC module in the storage device when the client contacts the storage device, and the client stores the ID of the device and the client account after receiving the ID. Bind.

Or the binding module includes:

The multi-account binding module is configured to establish multiple independent accounts by using the LDAP technology and bind the IDs of the storage devices respectively;

a storage space allocation module, configured to store, by the device, an independent storage space corresponding to each independent account;

Or the binding module includes:

The primary account and the sub-account binding module are used to establish a binding relationship between the primary account and the sub-account and the storage device ID.

Preferably, the method further includes: a photo reading module;

The photo reading module includes:

a client remote access module, configured to: when the client and the storage device are in different networks, the client uses the account to log in to the private cloud platform, and uses the private cloud platform to send a data access request to the private cloud server;

a storage device access module, configured to use the external network to send the domain name to the private cloud server through the private cloud platform;

The domain name feedback module is configured to feed back the domain name of the corresponding storage device to the client according to the binding relationship between the user account and the ID information of the storage device;

The remote photo reading module is configured to perform remote photo reading by the client accessing the storage device through the private cloud platform according to the domain name of the storage device.

The above photo distribution system further includes:

a judging module, configured to: when the client sends a binding request of the user account and the storage device ID through the private cloud platform, the private cloud platform of the storage device determines whether the storage device ID is bound; if it has been bound Rejecting the binding request; if not bound, agreeing to the binding request;

The binding relationship storage module is configured to: after the user account is bound to the storage device ID, the client and the storage device save the binding relationship;

The binding relationship list update module is configured to: after the user account is bound to the storage device ID, the private cloud server updates the corresponding binding relationship list of the user account and the storage device ID.

Compared with the prior art, the present invention has the following advantages:

1. Using the private cloud to determine whether the contestant has a storage device bound to the account; if so, the player's photo is sent to its storage device; the storage device runs a private cloud platform, thereby implementing Automatic, safe and accurate distribution of photos, effectively protecting the privacy of contestants, without the need for users to personally confirm whether they have their own photos; low cost, convenient and fast;

2. When the specified device directly obtains the photos taken by each photographer, the protocol of the camera of different models is stored in the designated device; by identifying the model of the camera, the universal connection with the camera of different models is performed through C/S mode or P2P mode. Thereby making the interface of the designated device universal, and it is possible to connect any type of camera;

3. When the designated device obtains photos of all the contestants, the photos are packaged into streaming media for transmission using the RTSP protocol, thereby making the data transmission efficient and stable;

4. By using the private cloud server and the corresponding binding relationship between the client user account of the photographer and the specified device ID, the photographer can remotely and securely store the photo data into the designated device to prevent data leakage; in particular, by utilizing The LDAP technology establishes a plurality of independent accounts and respectively binds to the IDs of the specified devices (at the same time, the designated devices can be allocated independent storage spaces corresponding to the respective independent accounts), and the plurality of independent accounts are respectively used as the photographers. Client user account. Therefore, the security of data access can be further ensured;

5. By using the binding relationship between the private cloud server and the client account of the contestant and the ID of the storage device, the contestant can remotely read the photo data through the client, which is convenient and fast; and at the same time, the data access is secured. Sex

6. By using the private cloud to store the corresponding binding relationship between the user account and the ID information of the storage device, thereby further avoiding illegal access to the data of the participating player's storage device, and ensuring data security.

DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a flow chart showing the operation of an embodiment of the present invention.

The invention will now be further described with reference to the drawings and specific embodiments.

Detailed ways

Embodiment of the present invention: A photo distribution method, as shown in FIG. 1, includes the following steps:

S1, obtain photos of all contestants and classify them;

In a specific implementation, the operation may be performed by using a client running on a private cloud platform, a storage device, or an application system server integrated with a private cloud platform, or one or more of the private cloud servers. In the step S1, in the step S1, a client, a storage device, an application 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 may be used. Get photos of all contestants and categorize them.

In order to improve the speed and stability of the data transmission, in step S1, when the photos of all the contestants are obtained, the photos can be packaged into streaming media for transmission by using the RTSP protocol.

In order to quickly obtain the photos of the contestants and perform accurate classification, step S1 may include the following steps:

S11, the designated device (the specified device may be an application system server, a client, or a designated storage device or a private cloud server, where the registration system server, the client, or the designated storage device or the private cloud server may have a WIFI module. , one of the network module, the RJ45 interface, the USB interface, and the SD card slot) directly acquires or obtains a photo taken by each photographer through a private cloud; the specified device runs a private cloud platform;

In step S11, when the designated device directly obtains photos taken by each photographer, the protocol of the camera of different models is stored in the designated device; the camera of different models can be realized by recognizing the model of the camera (for example, a motion camera, a panorama) Camera, surveillance camera, beauty camera, professional camera, etc.)) Universal connection through C/S mode or P2P mode. The specified device may include one or more of a WIFI module, a network module, an RJ45 interface, a USB interface, and an SD card slot.

In order to realize secure and fast transmission of data when the client of the photographer is on the same local area network as the designated device, step S11 may include that the photographer's client connects to the designated device and accesses the specified device according to the IP address of the specified device and The photographed photos are sent to a designated device; the photographer's client runs a private cloud platform.

When the client of the photographer is in a different network from the designated device, in order to realize remote and secure transmission of data, step S11 may include:

In order to further improve the security of the data access, the step S112 may include: establishing multiple independent accounts by using the LDAP technology and respectively binding with the IDs of the specified devices (while allowing the designated devices to allocate independent storage spaces corresponding to the respective independent accounts. The plurality of independent accounts are respectively used as client user accounts of the respective photographers.

In order to enable the contestant to accurately obtain the photo push at the time of the entry, in step S2, the client account and the storage device ID can be bound in the following manner: the client sends a broadcast, and the storage device in the same local area network feeds back its own ID information. The client binds the ID of the storage device to the client account according to the ID information, or transmits the ID of the storage device to the client through the NFC module in the storage device when the client contacts the storage device. After receiving the ID, the terminal binds the ID of the storage device to the client account; or uses the LDAP technology to establish multiple independent accounts and respectively binds to the ID of the storage device, and at the same time, allocates the storage device to each independent account. Corresponding independent storage space; or by setting a primary account and a sub-account, respectively establishing a binding relationship between the primary account and the sub-account and the storage device ID.

The client account number may be the user's mobile phone number.

When the photo is pushed to the participating player's storage device, if the contestant reads the photo in the storage device, if the client and the storage device are in different networks, in order to realize remote security and accurate data reading, Logging in to the private cloud platform by using the client account, using the private cloud platform to send a data access request to the private cloud server; the storage device uses the external network to send the domain name to the private cloud server through the private cloud platform; the private cloud server is based on the user account Corresponding binding relationship with the ID information of the storage device, the domain name of the corresponding storage device is fed back to the client; the client accesses the storage device through the private cloud platform according to the domain name of the storage device, and performs remote data reading; The client runs a private cloud platform.

In order to avoid unauthorized access to the data of the competitor's storage device, and further improve the security of the data access and privatize the user storage device, the step S2 may further include: when the client sends the binding of the user account and the storage device ID through the private cloud platform. When requested, the private cloud platform of the storage device determines whether the storage device ID is bound, and if it has been bound, rejects the binding request; if not, the binding request is agreed; After the user account is bound to the storage device ID, the client and the storage device save the binding relationship, and the private cloud server updates the corresponding binding relationship list between the user account and the storage device ID.

A photo distribution system comprising:

The photo acquisition and classification module further includes:

The photo packaging module is used to collect photos of all contestants and package the photos into streaming media for transmission using the RTSP protocol.

The photo acquisition and classification module further includes:

The domain name feedback module further includes:

Also included: a binding module;

The binding module includes:

a broadcast sending module, configured to send a broadcast by the client;

Or the binding module includes:

The invention also includes: a photo reading module;

The photo reading module includes:

The invention also includes:

The working principle of an embodiment of the invention:

For example, 30 photographers arranged photos for the marathon. These photographers carry a variety of cameras, including sports cameras, panoramic cameras, surveillance cameras, beauty cameras, professional cameras and so on. After the photographer takes a photo, the photo can be sent to a specified device (for example, a marathon registration system running a private cloud platform, a storage device running a private cloud platform, or a private cloud server, etc.). In the case of short-distance transmission, since 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, a protocol of a camera of a different model is also stored, thereby adapting to various types. Model camera; recognizes the camera model and enables universal connection with different models of camera through C/S mode or P2P mode, and then obtains the photos of the contestants in the camera; or when the photographer's client is in the same LAN as the specified device When the photographer's client connects with the specified device, and accesses the specified device according to the IP address of the specified device and sends the taken photo to the designated device; the photographer's client runs a private cloud platform. If the photographer is unable to send photos to the specified device at close range, they can send them remotely. Specifically, first, the LDAP technology can be used to establish multiple independent accounts and be respectively bound with the IDs of the specified devices (at the same time, the designated devices can be allocated independent storage spaces corresponding to the respective independent accounts), the multiple Separate accounts are used as client user accounts for each photographer. Then, the photographer's client logs in the private cloud platform through the user account and sends a photo data storage request to the private cloud server through the private cloud platform; the designated device accesses the private cloud server through the private cloud platform by using the external network, and passes the domain name through the private cloud platform. Sending to the private cloud server; the photographer's client runs a private cloud platform; the private cloud server feeds back the domain name of the specified device to the camera according to the corresponding binding relationship between the photographer's client user account and the specified device ID. The client's client; the photographer's client accesses the specified device according to the domain name of the specified device, and performs remote storage of photos.

After obtaining the photo, according to the name and photo provided by the contestant when registering, the obtained photos are classified and the name is marked. After classification, the private cloud judges whether the contestant has a binding with the client account (such as the mobile phone number provided at the time of registration). The storage device (in order to automatically obtain photos, the contestant can bind the client account (such as mobile phone number) with the storage device ID in advance by the following method: the client sends a broadcast, and the storage device in the same local area network feeds back its own ID. The information, the client binds the ID of the storage device to the client account according to the ID information, or transmits the ID of the storage device to the client through the NFC module in the storage device when the client contacts the storage device. After receiving the ID, the client binds the ID of the storage device to the client account, or establishes multiple independent accounts by using the LDAP technology, and respectively binds to the ID of the storage device, and simultaneously allocates and stores the storage device. Separate storage space corresponding to the independent account; or establish the main account and sub-account respectively, respectively An account number and a binding relationship with the sub-storage apparatus ID); if so, it is sent to the storage device of the photo player; storage device in the private cloud running internet.

When the photo is pushed to the participating player's storage device, if the contestant reads the photo in the storage device, if the client and the storage device are in different networks, in order to realize remote security and accurate data reading, Logging in to the private cloud platform by using the client account, using the private cloud platform to send a data access request to the private cloud server; the storage device uses the external network to send the domain name to the private cloud server through the private cloud platform; the private cloud server is based on the user account Corresponding binding relationship with the ID information of the storage device, the domain name of the corresponding storage device is fed back to the client; the client accesses the storage device through the private cloud platform according to the domain name of the storage device, and performs remote data reading; The client runs a private cloud platform. If the client and the storage device are on 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 unauthorized access to the data of the competitor's storage device, the security of the data access is further improved, and the user storage device is privatized. When the client sends a binding request of the user account and the storage device ID through the private cloud platform, the storage device The private cloud platform determines whether the storage device ID is bound, and if it has been bound, rejects the binding request; if not, the binding request is agreed; the user account and the storage device ID After the binding is performed, the client and the storage device save the binding relationship, and the private cloud server updates the corresponding binding relationship list between the user account and the storage device ID (in this case, the storage device sharing is excluded).

Claims

A photo distribution method, comprising the steps of:

S1, obtain photos of all contestants and classify them;

S2, the private cloud determines whether the contestant has a storage device bound to the client account;

S3, if any, sends the photo of the contestant to its storage device; the storage device runs a private cloud platform.
The photo distribution method according to claim 1, wherein in step S1, when the photos of all the contestants are acquired, the photos are packaged into streaming media for transmission using the RTSP protocol.
The photo distribution method according to claim 1, wherein the step S1 comprises the following steps:

S11, the specified device directly obtains or obtains a photo taken by each photographer through a private cloud; the specified device runs a private cloud platform; preferably, when the specified device directly obtains photos taken by each photographer, the designated device is A protocol for storing cameras of different models; by universally identifying the camera model, it is possible to connect with different models of cameras through C/S mode or P2P mode;

S12, classify the acquired photos according to the names and photos provided by the contestants when they register.
The photo distribution method according to claim 1, wherein when the client of the photographer is in the same local area network as the designated device, step S11 includes: connecting the client of the photographer to the designated device, and according to the IP of the designated device The address accesses the designated device and sends the taken photo to the designated device; the photographer's client runs a private cloud platform; when the photographer's client is in a different network from the designated device, step S11 includes:

S111, the photographer's client logs in the private cloud platform through the user account and sends a photo data storage request to the private cloud server through the private cloud platform; the designated device accesses the private cloud server through the private cloud platform by using the external network, and passes the domain name through the private cloud. The platform is sent to the private cloud server; the photographer's client runs a private cloud platform;

S112. The private cloud server feeds back the domain name of the specified device to the client of the photographer according to the corresponding binding relationship between the client user account of the photographer and the specified device ID. Preferably, the LDAP technology is used to establish multiple independent accounts and respectively Binding the ID of the specified device, and the plurality of independent accounts are respectively used as client user accounts of the respective photographers;

S113. The client of the photographer accesses the designated device according to the domain name of the specified device, and performs remote storage of the photo.
The photo distribution method according to claim 1, wherein in step S2, the client account is bound to the storage device ID in the following manner: the client sends a broadcast, and the storage device in the same local area network feeds back its own ID. The information, the client binds the ID of the storage device to the client account according to the ID information, or transmits the ID of the storage device to the client through the NFC module in the storage device when the client contacts the storage device. After receiving the ID, the client binds the ID of the storage device to the client account, or establishes multiple independent accounts by using the LDAP technology, and respectively binds to the ID of the storage device, and simultaneously allocates and stores the storage device. The independent storage space corresponding to the independent account; or by setting the primary account and the sub-account, respectively establishing the binding relationship between the primary account and the sub-account and the storage device ID.
A photo distribution system, comprising:

Photo acquisition and classification module for taking photos and classifying all contestants;

a judging module, configured for the private cloud to determine whether the contestant has a storage device bound to the account;

The sending module is configured to: if the contestant has a storage device bound to the account, send the photo of the contestant to the storage device; the storage device runs a private cloud platform.
The photo distribution system according to claim 6, wherein the photo acquisition and classification module further comprises:

The photo packaging module is used to collect photos of all contestants and package the photos into streaming media for transmission using the RTSP protocol.
The photo distribution system according to claim 6, wherein the photo acquisition and classification module further comprises:

a protocol storage module, configured to: when the specified device directly obtains photos taken by each photographer, specify a protocol in which a camera of a different model is stored in the device;

The model identification and connection module is used to realize universal connection with different models of cameras through C/S mode or P2P mode by recognizing the camera model.
The photo distribution system according to claim 6, wherein the photo acquisition and classification module further comprises:

a connection module, configured to connect the photographer's client with the designated device when the photographer's client is on the same local area network as the designated device;

An access and data sending module, the client for the photographer accesses the specified device according to the IP address of the specified device and sends the taken photo to the designated device; the photographer's client runs a private cloud platform;

Or the photo acquisition and classification module further includes:

The data storage request sending module is configured to: when the photographer's client and the designated device are in different networks, the photographer's client logs into the private cloud platform through the user account and sends a photo data storage request to the private cloud server through the private cloud platform. The photographer's client runs a private cloud platform;

The device access module is configured to specify that the device accesses the private cloud server through the private cloud platform by using the external network, and sends the domain name to the private cloud server through the private cloud platform;

The domain name feedback module is configured to: the private cloud server feeds back the domain name of the specified device to the client of the photographer according to the corresponding binding relationship between the client user account of the photographer and the specified device ID;

a remote storage module, wherein the client for the photographer accesses the designated device according to the domain name of the specified device, and performs remote storage of the photo;

Preferably,

The domain name feedback module further includes:

The binding relationship establishing module is configured to establish multiple independent accounts by using the LDAP technology and respectively bind with the IDs of the specified devices, and the plurality of independent accounts respectively serve as client user accounts of the respective photographers.
The photo distribution system according to claim 6, further comprising: a binding module;

The binding module includes:

a broadcast sending module, configured to send a broadcast by the client;

An ID information feedback module, configured to return back to the ID information of the storage device in the same local area network;

The A binding module is configured to bind the ID of the storage device to the client account according to the ID information, or the binding module includes:

The B binding module is configured to transmit the ID of the storage device to the client through the NFC module in the storage device when the client contacts the storage device, and the client stores the ID of the device and the client account after receiving the ID. Bind.

Or the binding module includes:

The multi-account binding module is configured to establish multiple independent accounts by using the LDAP technology and bind the IDs of the storage devices respectively;

a storage space allocation module, configured to store, by the device, an independent storage space corresponding to each independent account;

Or the binding module includes:

The primary account and the sub-account binding module are used to establish a binding relationship between the primary account and the sub-account and the storage device ID.