CN110445980A - A kind of mobile phone remote image capture method and system - Google Patents

Abstract

The invention discloses a mobile phone remote camera method and system. The method comprises: the cloud is respectively connected to a camera and a mobile phone for communication, the mobile phone associates the camera through account binding, and the mobile phone controls the camera to take pictures or take pictures. The system includes a mobile phone, a cloud and a camera, the mobile phone communicates with the cloud, and the cloud communicates with the camera. The present invention combines the mobile phone, the cloud and the depth of the camera, and the mobile phone remotely controls the camera to take pictures and take pictures through the cloud. Smart experience. As a mobile phone remote camera method and system, the invention is widely applicable to the technical field of intelligent camera.

Description

A mobile phone remote camera method and system

technical field

The invention relates to the technical field of intelligent camera, in particular to a method and system for remote camera of a mobile phone.

Background technique

Existing camera equipment mainly includes mobile phones, cameras and network cameras, wherein the cameras generally do not have the function of communicating with the Internet. Most mobile phones include one or two cameras, including a front camera and a rear camera, and the front and rear cameras can be switched on the camera interface of the mobile phone. The rear camera mainly satisfies the user's needs for medium and long-range shots; the front camera mainly meets the user's needs for close-up shots and selfies. This method can satisfy people's shooting of close-range scenery around them.

Network camera is a new generation of camera produced by combining traditional cameras and network technology. It can transmit images to the other side of the earth through the network. The remote user installs an independent application software on the client to realize remote video viewing, photography, Video etc.

The current mobile phone camera system can only realize the shooting and video recording of the user's short-range scenery, which cannot satisfy the user's viewing of remote events and fail to broaden the field of vision. However, the existing network cameras cannot achieve deep association with mobile phones, and cannot make good use of the remaining resources of mobile phones, resulting in unreasonable and waste of resources.

Contents of the invention

The present invention aims to solve one of the technical problems in the related art at least to a certain extent. Therefore, an object of the present invention is to provide a mobile phone remote camera method that effectively and reasonably utilizes the idle resources of the mobile phone and enhances the user's visual and intelligent experience.

For this reason, the second object of the present invention is to provide a mobile phone remote camera system that effectively and rationally utilizes the idle resources of the mobile phone and enhances the user's visual and intelligent experience.

The technical scheme adopted in the present invention is:

In a first aspect, the present invention provides a mobile phone remote camera method, comprising:

The cloud is respectively connected and communicated with the camera and the mobile phone, and the mobile phone is associated with the camera through account binding,

The mobile phone communicates with the camera, and the mobile phone can control the camera to take pictures or take pictures in the communication interface.

Further, it also includes that the mobile phone obtains authorization information through the cloud, and the mobile phone establishes a connection with the camera through the authorization information.

Further, the mobile phone controlling the camera to take pictures or take pictures specifically includes: the mobile phone calls the camera control interface through the camera page, and controls the camera to take pictures or take pictures through the control interface.

Further, it also includes that the camera transmits the video or picture file to the cloud after taking pictures or taking pictures, and the cloud forwards the video or picture file to the mobile phone, and the mobile phone displays the video or picture file through a negative layer. the picture.

Further, it includes: the mobile phone analyzes and processes the video image file and performs identification marking, when a specific person or event is identified, it is used as a trigger event, combined with the linkage rule to execute the linkage scene, and the identification result and key information are synchronized to the The cloud.

Further, the method includes: the mobile phone calls a camera mall interface through the camera page, and purchases a camera through the camera mall.

On the other hand, the present invention also provides a mobile phone remote camera system, which is characterized in that it includes: a mobile phone, a cloud and a camera, the mobile phone communicates with the cloud, the cloud communicates with the camera,

The mobile phone is used to receive data from the cloud and send control instructions to the camera;

The camera is used to receive control instructions, take pictures or take pictures, and transmit video and picture data to the cloud,

The cloud is used to store video and text data, and is used to bind the mobile phone with the camera.

Further, the camera control interface of the mobile phone is provided with a control interface of the camera and a camera mall interface.

Further, the mobile phone is also used to analyze and process the video picture files and carry out identification marks. When a specific person or event is identified, it is used as a trigger event, combined with the linkage rules to execute the linkage scene, and the recognition result and key information are synchronized. to the cloud.

Further, the mobile phone is also used to call a camera mall interface through the camera page, and purchase cameras through the camera mall.

The beneficial effects of the present invention are:

The present invention combines the mobile phone, the cloud and the depth of the camera, and the mobile phone remotely controls the camera to take pictures and take pictures through the cloud. The remote camera can use the powerful computing power of the mobile phone, and combine the cloud to organize and utilize effective resources to improve the overall ability and enhance the user's vision and Smart experience.

Description of drawings

Fig. 1 is the system structural diagram of mobile phone remote camera among the present invention;

Fig. 2 is the interface of mobile phone album among the present invention;

Fig. 3 is the negative layer display video interface of the mobile phone in the present invention;

Fig. 4 is the interface of mobile phone and video camera conversation among the present invention;

Fig. 5 is the interface of calling the video when the mobile phone talks with the camera in the present invention.

Detailed ways

It should be noted that, in the case of no conflict, the embodiments in the present application and the features in the embodiments can be combined with each other.

A mobile phone remote camera method, which includes: the cloud is respectively connected and communicated with a camera and a mobile phone, the mobile phone is associated with the camera through an account binding, the mobile phone communicates with the camera, and the mobile phone can control the camera to take pictures or take pictures on the call interface. Through the combination of mobile phone, cloud and camera depth, the mobile phone can remotely control and control the camera to shoot and take pictures through the cloud. The remote camera can use the powerful computing power of the mobile phone, combined with the cloud to organize and utilize effective resources to improve the overall ability and enhance the user's visual and intelligent experience. .

Referring to Figure 2, the mobile phone invokes the camera control interface through the camera page, and controls the camera to record or take pictures through the control interface. Add the entrance of the network camera in the camera interface of the mobile phone, and you can directly watch videos, take photos, and record videos (bind the mobile phone account, associate the remote camera, if not added, guide to enter the mall to buy).

Referring to Fig. 3, after the video camera takes pictures or takes pictures, the video or picture file is transmitted to the cloud, and the cloud forwards the video or picture file to the mobile phone, and the mobile phone displays the video or picture through the negative layer.

After the camera shoots or takes pictures, the video or picture files are transmitted to the cloud, and the cloud forwards the video or picture files to the mobile phone. Associated with the mobile phone album, the contents of the captured files are directly entered into the mobile phone album, and associated with the mobile phone cloud album. The contents of the above files include photos, videos, and audio files generated by the network camera. Preferably, when the mobile phone is idle, the content related to the network camera saved in the cloud is synchronized to the mobile phone. And upload the key local information of mobile phones and cameras to the cloud. The content stored in the above cloud includes cloud video storage, collection of wonderful content recorded in the cloud, camera equipment information and user information stored in the cloud. The key information mentioned above refers to important data related to user safety, exciting content, and the ability to create smart scenes. . The above-mentioned idle time of the mobile phone includes when the mobile phone is in the locked screen state, in the dormant state when charging, and when the mobile phone is normally turned on and runs with low power consumption. When the mobile phone is connected to the cloud, the intelligent push service is deeply combined with the mobile phone system interface, and the main interface is customized to push content services. The displayed forms are divided into message text, pictures, animations, and videos. The main content involves abnormal situations, exciting content, key events, and scene linkage.

The mobile phone analyzes and processes the video image files and carries out identification marks. When a specific person or event is recognized, it is used as a trigger event, involving recognition of faces, objects, human body shapes, and gestures. Combine the linkage rules to execute linkage scenarios, and synchronize the recognition results and key information to the cloud. For the linkage of the above scenarios, users can configure linkage rules through mobile phone applications or voice, and the rules will be saved in the cloud. The cloud will link some rules related to cameras and mobile phones to the mobile phone.

When the mobile phone and the camera are in the same local area network and offline, the mobile phone can pass the cloud authentication method to associate and watch the camera. The user authentication mechanism of the above method is that when the mobile phone and the camera are connected to the cloud for the first time, the cloud will Perform authentication, assign the corresponding secret key to both ends, and authenticate through secret key matching in the same LAN under offline conditions.

Example 1

When the user needs to use the mobile phone for remote shooting, use the mobile phone to communicate with the remote camera.

To realize the call between the mobile phone and the remote camera, the specific steps are as follows:

Step 1: Trigger the camera call operation, and the camera sends an active call command.

Step 2: The camera makes a voice call request and waits for the mobile phone to connect.

Step 3: After the mobile phone receives the call command, the mobile phone calls up the call interface (refer to Figure 4).

Step 3a. When answering is selected, the device establishes a call with the mobile phone (refer to Figure 5).

Step 3b. When the phone hangs up, the device and the phone disconnect the call.

Step 4. The voice call ends and a call record is generated.

In the above step 1, there are two ways to trigger the call, button triggering and voice interaction. Bring up the device to make an active call with wake word and command word.

In the above step 1, after the camera initiates a call, the mobile phone pulls the video stream, performs face recognition, matches the user's face database, and marks the name of the caller. When the face is not matched, display the camera name (refer to Figure 4).

In the above step 3a, on the answering interface of the mobile phone, the camera video screen can be directly called up through the Danale icon on the interface. Make a video call (refer to Figure 5);

Steps 1, 2, and 3 above, when the mobile phone is connected to wifi, the incoming call can directly adjust the video screen of the camera.

The present invention deeply combines the mobile phone and the remote camera, does not require the user to separately install an independent APP to realize the interaction between the mobile phone and the camera, and the entrance of the remote camera is built into the mobile phone system camera. Users can switch the mobile phone camera and remote camera in the mobile phone album to increase the interactive experience. The method of the present invention deeply combines the characteristics of the mobile phone and the remote camera at the technical level. The remote camera can use the powerful computing power of the mobile phone and combine the cloud to organize and utilize effective resources to improve the overall service capability.

A mobile phone remote camera device, comprising: a mobile phone, a cloud and a camera, the mobile phone is connected to the cloud for communication, the cloud communicates with the camera, and the mobile phone is used to receive data from the cloud and send camera control to the cloud Instructions; the camera is used to receive control instructions, take pictures or take photos, and transmit video image data to the cloud, and the cloud is used to store video and text data, and is used to bind the mobile phone to the camera.

Further, the camera control interface of the mobile phone is provided with the camera control interface.

Further, the mobile phone is also used to analyze and process the video and picture files and identify and mark them, and synchronize the identification results and key information to the cloud.

Further, the mobile phone is also used to analyze, process and identify the video image files. When a specific person or event is identified, it will be used as a trigger event, combined with the linkage rules to execute the linkage scene, and the recognition result and key information will be synchronized. to the cloud.

Example 2

The system consists of three parts, mobile phone, cloud, and camera. In this embodiment, the cloud is a cloud server, and the camera is a grid camera. The above is a specific description of the preferred implementation of the present invention for mobile phones, but the present invention is not limited to the use of mobile phones, and can also be smart mobile devices, such as tablet computer.

Can be divided into two modes:

The specific real-time steps in cloud mode are as follows:

The camera is connected to the cloud through a wireless module. Connect the mobile phone to the cloud, bind and associate the camera with the mobile phone account, and maintain the connection between the camera and the cloud.

The mobile phone remotely retrieves the camera screen through the camera page, and performs video or photo taking operations through different control commands.

After the operation is completed, the mobile phone will save the generated file content to the mobile phone album.

Combined with the AI chip of the mobile phone, the album analyzes and processes the video and image files and identifies them.

The mobile phone and the cloud synchronize the file content with each other, and the recognition results and key information are synchronized to the cloud.

In local area network mode, the specific steps are:

In the local area network mode, the interconnection between the mobile phone and the camera is realized through the previous authentication in the cloud.

The mobile phone calls the camera screen through the camera page, and realizes the operation of taking pictures and recording by triggering different control commands.

The camera directly caches the video content to the mobile phone when the mobile phone is in sleep state.

The camera transmits video to the mobile phone in real time, and the mobile phone performs real-time recognition. When special content is recognized, it can be linked with the scene.

In the local mode, linkage rules can be distributed to the mobile phone, and the mobile phone can be synchronized to the cloud.

In local mode, the linkage information collected by the mobile phone.

The above is a specific description of the preferred implementation of the present invention, but the invention is not limited to the described embodiments, those skilled in the art can also make various equivalent deformations or replacements without violating the spirit of the present invention , these equivalent modifications or replacements are all within the scope defined by the claims of the present application.

Claims (10)

1. A mobile phone remote camera method, characterized in that, comprising: The cloud is respectively connected and communicated with the camera and the mobile phone, and the mobile phone is associated with the camera through account binding, The mobile phone communicates with the camera, and the mobile phone can control the camera to take pictures or take pictures in the communication interface. 2 . The method for remote camera shooting with a mobile phone according to claim 1 , further comprising the mobile phone obtaining authorization information through the cloud, and the mobile phone establishing a connection with the camera through the authorization information. 3 . 3. A mobile phone remote camera method according to claim 1 or 2, characterized in that, the mobile phone controlling the camera to take pictures or take pictures specifically includes: the mobile phone calls the camera control interface through the camera page, and controls the camera control interface through the control interface. The camera records or takes pictures. 4. A kind of mobile phone remote camera method according to claim 3, it is characterized in that, it also comprises that video or picture file is transmitted to cloud after described camera takes pictures or photographs, and cloud forwards described video or described picture file To the mobile phone, the mobile phone displays the video or the picture through a negative layer. 5. A mobile phone remote camera method according to claim 4, characterized in that, comprising: the mobile phone analyzes and processes the video picture file and carries out identification marks, and when a specific person or event is identified, it is used as a trigger event , execute the linkage scenario in combination with linkage rules, and synchronize the recognition results and key information to the cloud. 6 . The method for remote camera with a mobile phone according to claim 3 , characterized in that it comprises: the mobile phone calls a camera mall interface through the camera page, and purchases a camera through the camera mall. 7 . 7. A mobile phone remote camera system, characterized in that, comprising: a mobile phone, a cloud and a video camera, the mobile phone communicates with the cloud, the cloud communicates with the video camera, The mobile phone is used to receive data from the cloud and send control instructions to the camera; The camera is used to receive control instructions, take pictures or take pictures, and transmit video and image data to the cloud, The cloud is used to store video and text data, and is used to bind the mobile phone with the camera. 8. The mobile phone remote camera system according to claim 7, wherein the camera control interface of the mobile phone is provided with a control interface of the camera and a camera mall interface. 9. The mobile phone remote camera system according to claim 7, characterized in that, the mobile phone is also used to analyze and process video image files and carry out identification marks, when specific people and events are identified, as a trigger event, Combined with linkage rules to execute linkage scenarios, and synchronize recognition results and key information to the cloud. 10. The mobile phone remote camera system according to claim 7, wherein the mobile phone is also used to call a camera mall interface through the camera page, and purchase cameras through the camera mall.