CN106557512B

CN106557512B - Image sharing method, device and system

Info

Publication number: CN106557512B
Application number: CN201510632286.XA
Authority: CN
Inventors: 张磊
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2015-09-29
Filing date: 2015-09-29
Publication date: 2020-10-30
Anticipated expiration: 2035-09-29
Also published as: CN106557512A

Abstract

The invention relates to an image sharing method, device and system, wherein the method comprises the following steps: receiving an image sharing request carrying a scene image and sent by a mobile terminal through an image sharing application after the scene image is collected; extracting the scene image from the image sharing request, and identifying scene features from the scene image; and sending the scene image and the scene characteristics to an image reproduction device specified by the image sharing request so as to enable the image reproduction device to display the scene image and simulate a scene in a user-perceivable mode according to the scene characteristics. According to the image sharing method, device and system provided by the invention, the image reproduction equipment can simulate the corresponding scene in a user-perceptible mode according to the scene characteristics when displaying the scene image. The user can also experience the scene of the scene image while watching the scene image, so that the shared information amount is not limited to the information amount contained in the image, and the transmitted information amount is increased.

Description

Image sharing method, device and system

Technical Field

The invention relates to the technical field of terminal data sharing, in particular to an image sharing method, device and system.

Background

With the popularization of mobile terminals with photographing functions, people can acquire images at any time and any place by using the mobile terminals, so that precious moments are recorded. The mobile terminal can also be provided with an image sharing application, and a user can share the acquired image to a specific or all social friends through the image sharing application, so that the image acquired by one person can be shared by multiple persons, and the information transmission is facilitated.

However, although the shared image can achieve the effect of transmitting information to a certain extent, the image is only two-dimensional visual data, and the amount of transmitted information is limited.

Disclosure of Invention

Therefore, it is necessary to provide an image sharing method, apparatus and system for solving the problem that the amount of information transmitted by the image sharing is limited at present.

An image sharing method, the method comprising:

receiving an image sharing request carrying a scene image and sent by a mobile terminal through an image sharing application after the scene image is collected;

extracting the scene image from the image sharing request, and identifying scene features from the scene image;

and sending the scene image and the scene characteristics to an image reproduction device specified by the image sharing request so as to enable the image reproduction device to display the scene image and simulate a scene in a user-perceivable mode according to the scene characteristics.

An image sharing apparatus, the apparatus comprising:

the image sharing request receiving module is used for receiving an image sharing request carrying a scene image, which is sent by a mobile terminal through an image sharing application after the scene image is collected;

the scene feature identification module is used for extracting the scene image from the image sharing request and identifying scene features from the scene image;

and the sending module is used for sending the scene image and the scene characteristic to the image reproduction equipment specified by the image sharing request so as to enable the image reproduction equipment to display the scene image and simulate a scene in a user-perceivable mode according to the scene characteristic.

An image sharing system, the system comprising:

the mobile terminal is used for acquiring a scene image and sending an image sharing request carrying the scene image to a server through an image sharing application;

the server is used for extracting the scene image from the image sharing request and identifying scene features from the scene image; transmitting the scene image and the scene feature to an image reproduction apparatus specified by the image sharing request;

and the image reproducing device is used for showing the scene image and simulating the scene in a user-perceptible mode according to the scene characteristics.

According to the image sharing method, device and system, after the mobile terminal collects scene images on the spot in a certain scene through the image sharing application, the image sharing request sent by the mobile terminal through the image sharing application is received. And responding to the image sharing request to identify scene characteristics from the scene image, so as to send the scene image and the scene characteristics to the shared image reproduction device. The image rendering device can thus simulate the corresponding scene in a user-perceptible manner on the basis of the scene features when presenting the scene image. The user can also experience the scene of the scene image while watching the scene image, so that the shared information amount is not limited to the information amount contained in the image, and the transmitted information amount is increased.

An image sharing method, the method comprising:

receiving an image sharing request which is sent by a mobile terminal through an image sharing application and carries a scene image and scene environment data after the scene image and the scene environment data are collected by the mobile terminal;

extracting the scene image and the scene environment data from the image sharing request, and determining scene characteristics corresponding to the scene image according to the scene environment data;

An image sharing apparatus, the apparatus comprising:

the image sharing request receiving module is used for receiving an image sharing request which is sent by a mobile terminal through an image sharing application and carries a scene image and scene environment data after the scene image and the scene environment data are collected by the mobile terminal;

the scene characteristic determining module is used for extracting the scene image and the scene environment data from the image sharing request and determining scene characteristics corresponding to the scene image according to the scene environment data;

According to the image sharing method, device and system, after the mobile terminal collects scene images on the spot in a certain scene through the image sharing application, the image sharing request sent by the mobile terminal through the image sharing application is received. And responding to the image sharing request, determining scene characteristics according to the scene environment data, and sending the scene image and the scene characteristics to the shared image reproduction device. The image rendering device can thus simulate the corresponding scene in a user-perceptible manner on the basis of the scene features when presenting the scene image. The user can also experience the scene of the scene image while watching the scene image, so that the shared information amount is not limited to the information amount contained in the image, and the transmitted information amount is increased.

Drawings

FIG. 1 is a diagram of an environment in which an image sharing system may be implemented;

FIG. 2 is a block diagram of a mobile terminal in one embodiment;

FIG. 3 is a block diagram of a server in one embodiment;

FIG. 4 is a flowchart illustrating an image sharing method according to an embodiment;

FIG. 5 is a flowchart illustrating an image sharing method according to another embodiment;

FIG. 6 is a block diagram illustrating an exemplary image sharing apparatus;

FIG. 7 is a block diagram of an image sharing apparatus according to another embodiment;

FIG. 8 is a schematic diagram of an image sharing system according to another embodiment;

fig. 9 is a schematic diagram illustrating the components of an image sharing system according to still another embodiment.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

As shown in fig. 1, in one embodiment, an image sharing system 100 is provided that includes a mobile terminal 102, a server 104, an image rendering device 106, an internet of things gateway device 108, and a scene simulation device 110. Wherein the mobile terminal 102 may be connected to the server 104 via a network, and the server 104 may be connected to the image rendering device 106 or the internet of things gateway device 108 via a network. The internet of things gateway device 108 may be connected to the image reproduction device 106 and the scene simulation device 110 via a local area network, thereby performing unified control and management of the image reproduction device 106 and the scene simulation device 110.

As shown in fig. 2, in one embodiment, a mobile terminal 102 is provided that includes a processor, a non-volatile storage medium, an internal memory, a network interface, a display screen, and an image sensor connected via a system bus, and may further include at least one of a geographic location sensor, a sound sensor, a temperature sensor, a humidity sensor, and a light sensor. Wherein the processor has a computing function and a function of controlling the operation of the mobile terminal 102, and is configured to perform an image sharing method. The non-volatile storage medium includes at least one of a magnetic storage medium, an optical storage medium, and a flash memory storage medium, and the non-volatile storage medium stores an operating system and an image sharing application. The network interface is for connecting to a network for communication with the server 104. The display screen comprises at least one of a liquid crystal display screen, a flexible display screen and an electronic ink display screen. The image sensor is used for acquiring images. The mobile terminal 102 may be at least one of a cell phone, a smart watch, a tablet computer, and a PDA (personal digital assistant).

As shown in FIG. 3, in one embodiment, a server 104 is provided that includes a processor, a non-volatile storage medium, an internal memory, and a network interface connected by a system bus. Where the processor has computing functionality and functionality to control the operation of the server 104. The non-volatile storage medium stores an operating system and an image sharing apparatus for implementing an image sharing method. The network interface is for connecting to a network for communication with the mobile terminal 102, the image rendering device 106, or the internet of things gateway device 108.

As shown in fig. 4, in an embodiment, an image sharing method is provided, and this embodiment is illustrated by applying the method to the server 104 in fig. 1 and fig. 3. The method specifically comprises the following steps:

step 402, receiving an image sharing request carrying a scene image, which is sent by a mobile terminal through an image sharing application after the scene image is collected.

The image sharing application may be a social application having an image sharing function, or may be an application dedicated to sharing images. The social application refers to an application having a function of user interaction according to a social relationship chain, including an instant messaging application. The scenes comprise natural scenes and artificial scenes, the natural scenes comprise at least one of seasides, mountain stones, deserts, forests, snow scenes and rain scenes, and the artificial scenes comprise at least one of meeting places, buildings, amusement parks and the like. The captured image may be a single or a series of photographs, or may be a video.

The mobile terminal can call the image sensor to acquire the scene image through the image sharing application, and triggers an image sharing request carrying the acquired scene image to be sent to the server through the image sharing application. The mobile terminal can also call the image sensor to collect the scene image through the system photographing application, and then the image sharing application triggers an image sharing request carrying the collected scene image to be sent to the server.

The mobile terminal can log in an application server of the image sharing application by using the user account, so that a friend list or an equipment list is obtained from the application server. The application server may be the same as or different from server 104 described above. The friend list includes a user account having a social relationship with the currently logged-in user account, and the device list includes a device identifier of the image reproduction device having a binding relationship with the currently logged-in user account. The mobile terminal receives a user instruction, so that a user account is selected from the friend list according to the received user instruction, or an equipment identifier is selected from the equipment list, and the selected user account or the selected equipment identifier is used as information of an image receiver to be added into the image sharing request.

In step 404, a scene image is extracted from the image sharing request, and scene features are identified from the scene image.

Specifically, the server may extract the scene image from the image sharing request, so as to identify the scene feature from the scene image by using the trained image identification model. The image recognition model may employ an SVM (Support vector machine) or an artificial neural network. The training may utilize positive sample images with known single scene features and negative sample images with known no scene features to train the image recognition model.

The scene features refer to elements constituting a scene, and the scene features may include scene geographic location features, scene environment features, scene weather features, scene color features, and the like. Wherein scene geo-location features such as seaside, desert, forest, or meeting place; scene environment features such as noise, tranquility, heat, cold, humidity, or drought; scene meteorological features such as snow, rain, ice, whether there is sun, whether there is wind or wind strength, etc.; scene color characteristics such as overall warm color, overall cool color, color complexity, or color singleness, etc.

In particular, scene features may be identified based on shape characteristics, motion characteristics, and/or color characteristics. For the scene geographical position characteristics, the scene geographical position characteristics at sea can be identified through the color difference between sea water and sand beach in the scene image and the ripple characteristics of the water surface; the scene geographic position characteristics of the desert can be identified through the sand color in the scene image and the shape of the desert; the scene geographical position characteristics of the forest can be identified through the color of leaves in a scene image and the complicated edge characteristics of the leaves; the scene geographical position characteristics of the meeting place can be identified through the characteristics of the desks and the chairs which are regularly arranged in the scene image.

As for the scene environment characteristics, the loud and quiet scene environment characteristics can be determined by the number of noise sources such as people and/or vehicles in the scene image; the hot or cold scene environment characteristics can be determined by whether the sun and/or the average aspect ratio of the people exist in the scene image, wherein the average aspect ratio of the people can approximately determine the dressing thickness, and therefore the hot or cold scene environment characteristics can be used as a basis for judging.

For scene weather features, snow or rain scene weather features can be identified through motion characteristics in a series of scene images, or through motion characteristics between adjacent video frames in the scene images of the video; the meteorological features of the frozen scene can be identified by the color of ice, the color of ice reflection and the regional shape features of the ice pieces; whether the weather characteristics of the sun are determined by the shape and the position of an area formed by the pixels with the highest brightness in the scene image relative to the scene image; whether the wind exists and the scene meteorological features of the wind strength can be identified through the motion characteristics of the markers, such as the motion characteristics of leaves, sand or clouds, wherein the motion characteristics comprise the motion direction and the motion amplitude.

Step 406, sending the scene image and the scene characteristics to the image rendering device specified by the image sharing request, so that the image rendering device displays the scene image, and simulates the scene in a user-perceivable manner according to the scene characteristics.

Specifically, the image sharing request carries information of the image receiving party, for example, a user account of the receiving party or an equipment identifier of the receiving party, so that the server can extract the user account or the equipment identifier from the image sharing request, and send the scene image and the scene feature to the image reproducing equipment corresponding to the extracted user account or equipment identifier.

The image reproduction device is a device capable of displaying a scene image, and includes a mobile phone, a tablet computer, a television, a projector, a three-dimensional holographic projector, or the like. The image reproduction apparatus runs an image playback application through which a scene image is presented. The image reproducing apparatus may play a series of scene images in sequence to show the scene images, or may play out the scene images of the video to show the scene images.

The user perceptible manner refers to a manner that can be perceived by a user, and includes a visual manner, an auditory manner, a tactile manner, an olfactory manner, and the like. The simulation scene is that all or part of the scene in the acquired scene image is reproduced by using a technical means, so that a user can experience the scene of the mobile terminal when the scene image is acquired. And simulating a corresponding scene according to the scene characteristics identified by the server.

According to the image sharing method, after the mobile terminal collects scene images in a certain scene on the spot through the image sharing application, the image sharing request sent by the mobile terminal through the image sharing application is received. And responding to the image sharing request to identify scene characteristics from the scene image, so as to send the scene image and the scene characteristics to the shared image reproduction device. The image rendering device can thus simulate the corresponding scene in a user-perceptible manner on the basis of the scene features when presenting the scene image. The user can also experience the scene of the scene image while watching the scene image, so that the shared information amount is not limited to the information amount contained in the image, and the transmitted information amount is increased.

In one embodiment, step 402 includes: receiving an image sharing request carrying scene images and scene environment data, which is sent by a mobile terminal through an image sharing application after the scene images and the scene environment data are collected; the scene environment data includes at least one of geographical location data, ambient sound, ambient temperature, and ambient humidity; and step 404 includes: and extracting a scene image and scene environment data from the image sharing request, carrying out image recognition on the scene image and combining the scene environment data to obtain scene characteristics.

Specifically, in this embodiment, the mobile terminal may acquire corresponding scene environment data through various sensors when acquiring a scene image. Wherein the scene environment data comprises at least one of geographical location data, ambient sound, ambient temperature and ambient humidity. The geographic location data may be obtained through LBS (location based services), and may specifically be obtained through a radio communication network (e.g. GSM network, CDMA network) of a telecommunication mobile operator or an external positioning method (e.g. GPS, Global positioning system). The environment sound accessible sound sensor acquires, and ambient temperature accessible temperature sensor acquires, and ambient humidity accessible humidity transducer acquires.

The mobile terminal generates an image sharing request comprising a scene image and scene environment data and sends the image sharing request to the server. The server extracts the scene image and the scene environment data from the image sharing request after receiving the image sharing request, the scene environment data can be used for assisting image identification of the scene image so as to improve identification precision, and specifically, an image identification result of the scene image can be verified according to the scene environment data.

For example, the geographic position data in the scene environment data can accurately obtain the position of the mobile terminal when the scene image is collected, so that the geographic environment of the position can be obtained, and if the scene features identified from the scene image are inconsistent with the geographic environment of the position, the corresponding scene features can be filtered. The server may also verify hot or cold scene environment characteristics based on the ambient temperature in the scene environment data.

In the embodiment, the scene characteristics are obtained by carrying out image recognition on the scene image and combining the scene environment data, so that the obtained scene characteristics are more accurate, the characteristics of the scene can be more accurately reflected, the simulated scene is closer to the real condition, and the accurate transmission of information is ensured.

In one embodiment, step 406 includes: and sending the scene image and the scene characteristics to the image reproduction device specified by the image sharing request so as to enable the image reproduction device to show the scene image, and controlling a scene simulation device connected with the Internet of things gateway device to simulate the scene according to the scene characteristics in a user-perceptible mode through the Internet of things gateway device connected with the image reproduction device.

Specifically, the image reproduction device is connected with the Internet of things gateway device, and the Internet of things gateway device is further connected with one or more scene simulation devices. The gateway equipment of the internet of things is equipment with network connection and signaling transfer functions, and can connect a plurality of pieces of equipment for unified control. The internet of things gateway device may be a wireless router. A scene simulation device is a device that implements actions that simulate a scene. Wireless connection modes can be adopted between the image reproduction device and the Internet of things gateway device and between the Internet of things gateway device and the scene simulation device.

In this embodiment, the scene simulation device is controlled in a unified manner by the internet of things gateway device connected to the image reproduction device to realize scene simulation, and scene features of various types can be coordinately controlled, so that the method is suitable for scene simulation in a room such as a living room of a user.

In one embodiment, simulating a scene in a user-perceptible manner according to scene features includes: and controlling the lighting equipment to illuminate in a lighting mode matched with the scene characteristics.

Specifically, the image playing application on the image reproduction device may configure a corresponding relationship between the scene characteristics and the lighting modes in advance, so that after receiving the scene characteristics sent by the server, the lighting modes matched with the scene characteristics are determined according to the corresponding relationship between the scene characteristics and the lighting modes, and the lighting devices are controlled to perform lighting in the determined lighting modes through the internet of things gateway device. The lighting device is now a scene simulation device.

In one embodiment, the illumination mode includes at least one of a light source brightness, a light source color, a light source flicker property, and a light source color temperature. Wherein the light source brightness represents the light intensity when the lighting device is illuminated; the light source color represents the light color generated when the lighting device is illuminated; the light source flicker attribute comprises whether the light source flickers or not and can also comprise the light source flicker frequency; the light source color temperature is a measure representing the light color of the light source.

For example, when the captured scene image is a desert scene image, the scene features identified by the server include a desert scene geographic location feature, so that the image rendering device can control the lighting device to emit warm color light for lighting. If the scene characteristics include color-transformed scene color characteristics, the lighting device may be controlled to illuminate in a dynamically transformed lighting manner.

In one embodiment, simulating a scene in a user-perceptible manner according to scene features includes: and controlling the sound equipment to play audio matched with the scene characteristics.

Wherein, the sound equipment is scene simulation equipment. For example, if the scene characteristics include the scene geographical location characteristics at the seaside, the sound device may be controlled to play the audio of the sound of the ocean waves. If the scene characteristics comprise the scene geographical position characteristics of the forest and the scene meteorological characteristics of the wind, the sound equipment can be controlled to play the audio of the leaf sound of the wind blowing, and the audio of the leaf sound of the wind blowing with different volumes can be respectively played according to the wind power. And if the scene characteristics comprise rainy scene meteorological characteristics, controlling the sound equipment to play the audio of the rain sound.

In one embodiment, simulating a scene in a user-perceptible manner according to scene features includes: and controlling the wind source equipment to generate wind according to a wind power control mode matched with the scene characteristics.

The wind source device is a scene simulation device, and the wind source device is a device having a function of generating wind, such as an electric fan. For example, if the scene characteristics include a wind scene meteorological characteristic, the wind source device may be controlled to generate wind with a default wind power magnitude. If the scene characteristics comprise wind and have wind power, the wind source equipment can be controlled to generate wind with corresponding wind power.

In one embodiment, simulating a scene in a user-perceptible manner according to scene features includes: and controlling the temperature control device to adjust the ambient temperature to a temperature matched with the scene characteristics.

The temperature control device is a scene simulation device, and the temperature control device is a device having a function of controlling temperature, such as an air conditioner (air conditioner for short). For example, if the scene characteristics include hot or cold scene environment characteristics, the temperature control device may be controlled to adjust the ambient temperature to a corresponding temperature.

In one embodiment, simulating a scene in a user-perceptible manner according to scene features includes: and controlling the humidity control equipment to adjust the environment humidity to the humidity matched with the scene characteristics.

The humidity control device is a scene simulation device, and the humidity control device is a device having a function of controlling humidity, such as an air conditioner or a humidifier. For example, if the scene characteristics include wet or dry scene environment characteristics, the humidity control device may be controlled to adjust the ambient humidity to a corresponding humidity.

The above embodiments provide various specific ways of simulating scenes by controlling various scene simulation devices, and are suitable for simulating various scenes. The ways of simulating a scene by controlling various scene simulation apparatuses of the above-described respective embodiments can be freely combined.

The principle of the image sharing method is described below with a specific application scenario. When a user A travels in a desert, the user A collects scene images of the user A traveling in the desert by using a mobile phone, and the mobile phone can simultaneously collect scene environment data such as geographic position data and environmental temperature. The user operates the instant messaging application operated by the mobile phone, after selecting the receiver user B and confirming sharing, the mobile phone sends an image sharing request carrying the scene image and the scene environment data to an intelligent home control center (namely a server), and the intelligent home control center analyzes the shared scene image and the scene environment data by using an image identification intelligent program to identify the scene characteristics in the scene image. And the intelligent home control center sends the scene image and the scene characteristic I to the image reproduction equipment of the receiver.

And an image reproducing device in the intelligent home living room of the user B plays the scene image sent by the intelligent home control center, and controls the scene simulation device through the Internet of things gateway device to simulate the scene according to the scene characteristics, for example, controls the lighting device to simulate the light effect of warm tones in desert. Therefore, the user B looks like being personally on the scene when watching the scene image, and has strong substitution feeling, and the user B can feel the emotion conveyed by the user A.

As shown in fig. 5, in an embodiment, another image sharing method is provided, and this embodiment is illustrated by applying the method to the server 104 in fig. 1 and fig. 3. The method specifically comprises the following steps:

step 502, receiving an image sharing request carrying a scene image and scene environment data, which is sent by a mobile terminal through an image sharing application after the scene image and the scene environment data are collected.

The image sharing application may be a social application having an image sharing function, or may be an application dedicated to sharing images. The scenes comprise natural scenes and artificial scenes, the natural scenes comprise at least one of seasides, mountain stones, deserts, forests, snow scenes and rain scenes, and the artificial scenes comprise at least one of meeting places, buildings, amusement parks and the like. The captured image may be a single or a series of photographs, or may be a video.

The mobile terminal can acquire corresponding scene environment data through various sensors when acquiring scene images. Wherein the scene environment data comprises at least one of geographical location data, ambient sound, ambient temperature and ambient humidity.

The mobile terminal can log in an application server of the image sharing application by using the user account, so that a friend list or an equipment list is obtained from the application server. The friend list includes a user account having a social relationship with the currently logged-in user account, and the device list includes a device identifier of the image reproduction device having a binding relationship with the currently logged-in user account. The mobile terminal receives a user instruction, so that a user account is selected from the friend list according to the received user instruction, or an equipment identifier is selected from the equipment list, and the selected user account or the selected equipment identifier is used as information of an image receiver to be added into the image sharing request.

Step 504, scene images and scene environment data are extracted from the image sharing request, and scene features corresponding to the scene images are determined according to the scene environment data.

Specifically, the scene characteristics refer to the elements of the scene, and the scene characteristics can include scene geographic position characteristics, scene environment characteristics, scene weather characteristics, scene color characteristics and the like. Wherein scene geo-location features such as seaside, desert, forest, or meeting place; scene environment features such as noise, tranquility, heat, cold, humidity, or drought; scene meteorological features such as snow, rain, ice, whether there is sun, whether there is wind or wind strength, etc.; scene color characteristics such as overall warm color, overall cool color, color complexity, or color singleness, etc.

Wherein the geolocation data in the scene environment data may be used to determine scene geolocation characteristics, scene environment characteristics, scene weather characteristics, and scene color characteristics. Specifically, the geographic position data can uniquely determine the position of the mobile terminal when the scene image is acquired, so that the geographic position characteristics of the scene at the position can be inquired. In addition, the time information of the collected scene image can be combined to inquire the scene environment characteristic, the scene weather characteristic, the scene color characteristic and the like of the position represented by the geographic position data when the scene image is collected. Moreover, the environmental sound, the environmental temperature and the environmental humidity in the scene environment data can be directly used as the scene characteristics.

Step 506, sending the scene image and the scene characteristics to the image rendering device specified by the image sharing request, so that the image rendering device displays the scene image, and simulates the scene in a user-perceivable manner according to the scene characteristics.

According to the image sharing method, after the mobile terminal collects scene images in a certain scene on the spot through the image sharing application, the image sharing request sent by the mobile terminal through the image sharing application is received. And responding to the image sharing request, determining scene characteristics according to the scene environment data, and sending the scene image and the scene characteristics to the shared image reproduction device. The image rendering device can thus simulate the corresponding scene in a user-perceptible manner on the basis of the scene features when presenting the scene image. The user can also experience the scene of the scene image while watching the scene image, so that the shared information amount is not limited to the information amount contained in the image, and the transmitted information amount is increased.

In one embodiment, step 506 includes: and sending the scene image and the scene characteristics to the image reproduction device specified by the image sharing request so as to enable the image reproduction device to show the scene image, and controlling a scene simulation device connected with the Internet of things gateway device to simulate the scene according to the scene characteristics in a user-perceptible mode through the Internet of things gateway device connected with the image reproduction device.

In one embodiment, the illumination mode includes at least one of a light source brightness, a light source color, a light source flicker property, and a light source color temperature.

As shown in fig. 6, in an embodiment, an image sharing apparatus 600 is provided and includes an image sharing request receiving module 601, a scene feature identifying module 602, and a sending module 603.

The image sharing request receiving module 601 is configured to receive an image sharing request carrying a scene image, which is sent by the mobile terminal through an image sharing application after the scene image is collected.

The scene feature identification module 602 is configured to extract a scene image from the image sharing request, and identify a scene feature from the scene image.

A sending module 603, configured to send the scene image and the scene feature to the image rendering device specified by the image sharing request, so that the image rendering device displays the scene image, and simulates a scene in a user-perceivable manner according to the scene feature.

In an embodiment, the image sharing request receiving module 601 is further configured to receive an image sharing request carrying a scene image and scene environment data, which is sent by the mobile terminal through an image sharing application after the mobile terminal collects the scene image and the scene environment data; the scene environment data includes at least one of geographical location data, ambient sound, ambient temperature, and ambient humidity.

The scene feature identification module 602 is further configured to extract a scene image and scene environment data from the image sharing request, perform image identification on the scene image, and obtain a scene feature by combining the scene environment data.

In one embodiment, the sending module 603 is further configured to send the scene image and the scene feature to the image rendering device specified by the image sharing request, so that the image rendering device presents the scene image, and control, through the internet of things gateway device connected to the image rendering device, the scene simulation device connected to the internet of things gateway device to simulate the scene in a user-perceivable manner according to the scene feature.

In one embodiment, the sending module 603 is further configured to control the lighting device to illuminate in an illumination manner matching with the scene characteristics.

In one embodiment, the sending module 603 is further configured to control the audio device to play audio matched with the scene characteristics.

In one embodiment, the sending module 603 is further configured to control the wind source device to generate wind in a wind control manner matching the scene characteristics.

In one embodiment, the sending module 603 is further configured to control the temperature control device to adjust the ambient temperature to a temperature matching the scene characteristic.

In one embodiment, the sending module 603 is further configured to control the humidity control device to adjust the ambient humidity to a humidity matching the scene characteristic.

According to the image sharing device 600, after the mobile terminal collects scene images in a certain scene on the spot through the image sharing application, the image sharing request sent by the mobile terminal through the image sharing application is received. And responding to the image sharing request to identify scene characteristics from the scene image, so as to send the scene image and the scene characteristics to the shared image reproduction device. The image rendering device can thus simulate the corresponding scene in a user-perceptible manner on the basis of the scene features when presenting the scene image. The user can also experience the scene of the scene image while watching the scene image, so that the shared information amount is not limited to the information amount contained in the image, and the transmitted information amount is increased.

As shown in fig. 7, in one embodiment, an image sharing apparatus 700 is provided, including: an image sharing request receiving module 701, a scene characteristic determining module 702 and a sending module 703.

The image sharing request receiving module 701 is configured to receive an image sharing request carrying a scene image and scene environment data, which is sent by a mobile terminal through an image sharing application after the mobile terminal collects the scene image and the scene environment data.

A scene characteristic determining module 702, configured to extract a scene image and scene environment data from the image sharing request, and determine a scene characteristic corresponding to the scene image according to the scene environment data.

A sending module 703, configured to send the scene image and the scene feature to the image rendering device specified by the image sharing request, so that the image rendering device displays the scene image, and simulates a scene in a user-perceivable manner according to the scene feature.

In one embodiment, the scene environment data includes at least one of geographic location data, ambient sound, ambient temperature, and ambient humidity.

In one embodiment, the sending module is further configured to send the scene image and the scene feature to an image rendering device specified by the image sharing request, so that the image rendering device presents the scene image, and control, through an internet-of-things gateway device connected with the image rendering device, a scene simulation device connected with the internet-of-things gateway device to simulate the scene in a user-perceivable manner according to the scene feature.

In one embodiment, the sending module 703 is further configured to control the lighting device to illuminate in an illumination manner matching with the scene characteristics.

In one embodiment, the sending module 703 is further configured to control the audio device to play audio matched with the scene characteristics.

In one embodiment, the sending module 703 is further configured to control the wind source device to generate wind in a wind control manner matched with the scene characteristics.

In one embodiment, the sending module 703 is further configured to control the temperature control device to adjust the ambient temperature to a temperature matching the scene characteristic.

In one embodiment, the sending module 703 is further configured to control the humidity control device to adjust the ambient humidity to a humidity matching the scene characteristic.

The image sharing apparatus 700 receives an image sharing request sent by the mobile terminal through the image sharing application after the mobile terminal collects scene images in a certain scene on the spot through the image sharing application. And responding to the image sharing request, determining scene characteristics according to the scene environment data, and sending the scene image and the scene characteristics to the shared image reproduction device. The image rendering device can thus simulate the corresponding scene in a user-perceptible manner on the basis of the scene features when presenting the scene image. The user can also experience the scene of the scene image while watching the scene image, so that the shared information amount is not limited to the information amount contained in the image, and the transmitted information amount is increased.

Referring to fig. 8, in one embodiment, an image sharing system 800 includes: a mobile terminal 802, a server 804, and an image rendering device 806.

The mobile terminal 802 is configured to collect a scene image and send an image sharing request carrying the scene image to the server 804 through the image sharing application.

The server 804 is configured to extract a scene image from the image sharing request, and identify scene features from the scene image; the scene image and scene characteristics are sent to the image rendering device 806 specified by the image sharing request.

An image rendering device 806 for presenting an image of the scene and simulating the scene in a user-perceptible manner in dependence on the scene characteristics.

In an embodiment, the mobile terminal 802 is further configured to collect a scene image and scene environment data, and send an image sharing request carrying the collected scene image and the scene environment data to the server 804. The scene environment data includes at least one of geographical location data, ambient sound, ambient temperature, and ambient humidity.

The server 804 is further configured to extract the scene image and the scene environment data from the image sharing request, perform image recognition on the scene image, and obtain scene characteristics by combining the scene environment data.

In one embodiment, the image rendering device 806 is further configured to control, via an internet-of-things gateway device 808 connected to the image rendering device 806, a scene simulation device 810 connected to the internet-of-things gateway device 808 to simulate a scene in a user-perceptible manner in accordance with scene characteristics.

In one embodiment, the image rendering device 806 is further configured to control the illumination device to illuminate with an illumination pattern that matches the scene characteristics.

In one embodiment, the image rendering device 806 is also used to control the audio device to play audio that matches the scene characteristics.

In one embodiment, the image rendering device 806 is also used to control the wind source device to generate wind in a wind controlled manner that matches the scene characteristics.

In one embodiment, the image rendering device 806 is also used to control a temperature control device to adjust the ambient temperature to a temperature that matches the scene characteristics.

In one embodiment, the image rendering device 806 is also used to control a humidity control device to adjust the ambient humidity to a humidity that matches the scene characteristics.

The image sharing system 800 receives an image sharing request sent by the mobile terminal through the image sharing application after the mobile terminal collects scene images in a certain scene on the spot through the image sharing application. And responding to the image sharing request to identify scene characteristics from the scene image, so as to send the scene image and the scene characteristics to the shared image reproduction device. The image rendering device can thus simulate the corresponding scene in a user-perceptible manner on the basis of the scene features when presenting the scene image. The user can also experience the scene of the scene image while watching the scene image, so that the shared information amount is not limited to the information amount contained in the image, and the transmitted information amount is increased.

Referring to fig. 9, in one embodiment, an image sharing system 900 includes: a mobile terminal 902, a server 904 and an image rendering device 906.

The mobile terminal 902 is configured to collect a scene image and scene environment data, and send an image sharing request carrying the scene image and the scene environment data to the server 904 through the image sharing application.

The server 904 is configured to extract a scene image and scene environment data from the image sharing request, and determine a scene feature corresponding to the scene image according to the scene environment data; the scene image and scene characteristics are sent to the image rendering device 906 specified by the image sharing request.

An image rendering device 906 for presenting an image of a scene and simulating the scene in a user-perceptible manner in dependence on the scene characteristics.

In one embodiment, the image rendering device 906 is further configured to control a scene simulation device 910 connected to the internet of things gateway device 908, via the internet of things gateway device 908 connected to the image rendering device 906, to simulate a scene in a user-perceptible manner in accordance with scene characteristics.

In one embodiment, the image rendering device 906 is further configured to control the illumination device to illuminate with an illumination pattern that matches the scene characteristics.

In one embodiment, the image reproduction device 906 is also used to control the audio device to play audio that matches the scene characteristics.

In one embodiment, the image rendering device 906 is further configured to control the wind source device to generate wind in a wind controlled manner that matches the scene characteristics.

In one embodiment, the image rendering device 906 is further configured to control a temperature control device to adjust the ambient temperature to a temperature that matches the scene characteristics.

In one embodiment, the image rendering device 906 is further configured to control a humidity control device to adjust the ambient humidity to a humidity that matches the scene characteristics.

The image sharing system 900 receives an image sharing request sent by the mobile terminal through the image sharing application after the mobile terminal collects scene images in a certain scene on the spot through the image sharing application. And responding to the image sharing request, determining scene characteristics according to the scene environment data, and sending the scene image and the scene characteristics to the shared image reproduction device. The image rendering device can thus simulate the corresponding scene in a user-perceptible manner on the basis of the scene features when presenting the scene image. The user can also experience the scene of the scene image while watching the scene image, so that the shared information amount is not limited to the information amount contained in the image, and the transmitted information amount is increased.

It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by a computer program, which can be stored in a computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. The storage medium may be a non-volatile storage medium such as a magnetic disk, an optical disk, a Read-Only Memory (ROM), or a Random Access Memory (RAM).

The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.

The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims

1. An image sharing method, the method comprising:

extracting the scene image from the image sharing request, and identifying scene features from the scene image; the scene features are obtained by identification according to at least one of shape characteristics, motion characteristics and color characteristics of scene objects contained in the scene image; the scene characteristics are verified through scene environment data corresponding to the scene images;

sending the scene image and the scene feature to an image rendering device specified by the image sharing request, so that the image rendering device displays the scene image and simulates a scene in a user-perceivable manner according to the scene feature, including: and sending the scene image and the scene characteristics to an image reproduction device specified by the image sharing request so as to enable the image reproduction device to show the scene image, and controlling a scene simulation device connected with the Internet of things gateway device to simulate a scene in a user-perceivable manner according to the scene characteristics through the Internet of things gateway device connected with the image reproduction device.

2. The method according to claim 1, wherein the receiving of the image sharing request carrying the scene image, which is sent by the mobile terminal through an image sharing application after the scene image is collected, comprises:

receiving an image sharing request which is sent by a mobile terminal through an image sharing application and carries a scene image and scene environment data after the scene image and the scene environment data are collected by the mobile terminal; the scene environment data comprises at least one of geographical location data, ambient sound, ambient temperature and ambient humidity;

the extracting the scene image from the image sharing request and identifying scene features from the scene image include:

and extracting the scene image and the scene environment data from the image sharing request, carrying out image recognition on the scene image and combining the scene environment data to obtain scene characteristics.

3. The method according to claim 1, wherein the image sharing request carries a user account or an equipment identifier of a recipient.

4. The method of claim 1, wherein said simulating a scene in a user-perceptible manner based on said scene features comprises:

controlling the lighting equipment to illuminate in a lighting mode matched with the scene characteristics; and/or the presence of a gas in the gas,

controlling sound equipment to play audio matched with the scene characteristics; and/or the presence of a gas in the gas,

controlling wind source equipment to generate wind according to a wind power control mode matched with the scene characteristics; and/or the presence of a gas in the gas,

controlling a temperature control device to adjust the ambient temperature to a temperature matched with the scene characteristics; and/or the presence of a gas in the gas,

and controlling a humidity control device to adjust the environment humidity to the humidity matched with the scene characteristics.

5. The method of claim 4, wherein the illumination mode comprises at least one of light source brightness, light source color, light source flicker property, and light source color temperature.

6. The method according to claim 1, wherein the extracting the scene image from the image sharing request and identifying scene features from the scene image comprises:

and extracting the scene image from the image sharing request, and identifying the scene characteristics from the scene image by using an image identification model.

7. The method of claim 1, wherein the scene characteristics comprise scene geo-location characteristics, scene environment characteristics, scene weather characteristics, and scene color characteristics.

8. An image sharing method, the method comprising:

extracting the scene image and the scene environment data from the image sharing request, and determining scene characteristics corresponding to the scene image according to the scene environment data; the scene features are obtained by identification according to at least one of shape characteristics, motion characteristics and color characteristics of scene objects contained in the scene image; the scene characteristics are verified through the scene environment data corresponding to the scene images;

sending the scene image and the scene feature to an image rendering device specified by the image sharing request, so that the image rendering device displays the scene image and simulates a scene in a user-perceivable manner according to the scene feature, including: and sending the scene image and the scene characteristics to an image reproduction device specified by the image sharing request so as to enable the image reproduction device to display the scene image, and controlling a scene simulation device connected with the internet of things gateway device to simulate a scene in a user-perceivable manner according to the scene characteristics through an internet of things gateway device connected with the image reproduction device.

9. The method of claim 8, wherein said simulating a scene in a user-perceptible manner based on said scene features comprises:

10. The method of claim 9, wherein the illumination mode comprises at least one of light source brightness, light source color, light source flicker property, and light source color temperature.

11. The method of claim 8, wherein the scene environment data comprises at least one of geographic location data, ambient sound, ambient temperature, and ambient humidity.

12. The method according to claim 8, wherein the image sharing request carries a user account or a device identifier of a recipient.

13. The method of claim 8, wherein the scene characteristics comprise scene geo-location characteristics, scene environment characteristics, scene weather characteristics, and scene color characteristics.

14. An image sharing apparatus, the apparatus comprising:

the scene feature identification module is used for extracting the scene image from the image sharing request and identifying scene features from the scene image; the scene features are obtained by identification according to at least one of shape characteristics, motion characteristics and color characteristics of scene objects contained in the scene image; the scene characteristics are verified through scene environment data corresponding to the scene images;

a sending module, configured to send the scene image and the scene feature to an image rendering device specified by the image sharing request, so that the image rendering device displays the scene image, and simulates a scene in a user-perceivable manner according to the scene feature;

the sending module is further configured to send the scene image and the scene feature to an image rendering device specified by the image sharing request, so that the image rendering device displays the scene image, and control, by an internet of things gateway device connected to the image rendering device, a scene simulation device connected to the internet of things gateway device to simulate a scene in a user-perceivable manner according to the scene feature.

15. The apparatus according to claim 14, wherein the image sharing request receiving module is further configured to receive an image sharing request carrying the scene image and the scene environment data, which is sent by a mobile terminal through an image sharing application after the mobile terminal collects the scene image and the scene environment data; the scene environment data comprises at least one of geographical location data, ambient sound, ambient temperature and ambient humidity;

the scene feature identification module is further configured to extract the scene image and the scene environment data from the image sharing request, perform image identification on the scene image, and obtain the scene features by combining the scene environment data.

16. The apparatus according to claim 14, wherein the image sharing request carries a user account or a device identifier of a recipient.

17. The apparatus of claim 14, wherein the sending module is further configured to control an illumination device to illuminate in an illumination manner matching the scene feature; and/or the presence of a gas in the gas,

the sending module is also used for controlling sound equipment to play audio matched with the scene characteristics; and/or the presence of a gas in the gas,

the sending module is also used for controlling the wind source equipment to generate wind according to a wind power control mode matched with the scene characteristics; and/or the presence of a gas in the gas,

the sending module is further used for controlling the temperature control equipment to adjust the ambient temperature to a temperature matched with the scene characteristics; and/or the presence of a gas in the gas,

the sending module is further used for controlling the humidity control equipment to adjust the environment humidity to the humidity matched with the scene characteristics.

18. The apparatus of claim 17, wherein the illumination mode comprises at least one of a light source brightness, a light source color, a light source flicker property, and a light source color temperature.

19. An image sharing apparatus, the apparatus comprising:

the scene characteristic determining module is used for extracting the scene image and the scene environment data from the image sharing request and determining scene characteristics corresponding to the scene image according to the scene environment data; the scene features are obtained by identification according to at least one of shape characteristics, motion characteristics and color characteristics of scene objects contained in the scene image; the scene characteristics are verified through the scene environment data corresponding to the scene images;

the sending module is further configured to send the scene image and the scene feature to an image rendering device specified by the image sharing request, so that the image rendering device displays the scene image, and control, through an internet of things gateway device connected with the image rendering device, a scene simulation device connected with the internet of things gateway device to simulate a scene in a user-perceivable manner according to the scene feature.

20. The apparatus of claim 19, wherein the sending module is further configured to control an illumination device to illuminate in an illumination manner matching the scene characteristics; and/or the presence of a gas in the gas,

21. The apparatus of claim 20, wherein the illumination mode comprises at least one of a light source brightness, a light source color, a light source flicker property, and a light source color temperature.

22. The apparatus of claim 19, wherein the scene environment data comprises at least one of geographic location data, ambient sound, ambient temperature, and ambient humidity.

23. The apparatus according to claim 19, wherein the image sharing request carries a user account or a device identifier of a recipient.

24. An image sharing system, the system comprising:

the server is used for extracting the scene image from the image sharing request and identifying scene features from the scene image; transmitting the scene image and the scene feature to an image reproduction apparatus specified by the image sharing request; the scene features are obtained by identification according to at least one of shape characteristics, motion characteristics and color characteristics of scene objects contained in the scene image; the scene characteristics are verified through scene environment data corresponding to the scene images;

the image reproduction device is used for showing the scene image and simulating a scene in a user-perceptible mode according to the scene characteristics;

the image reproduction device is also used for controlling a scene simulation device connected with the Internet of things gateway device to simulate a scene in a user-perceptible mode according to the scene characteristics through the Internet of things gateway device connected with the image reproduction device.

25. The system of claim 24, wherein the mobile terminal is further configured to capture scene images and capture scene environment data; sending an image sharing request carrying the acquired scene image and the scene environment data to the server; the scene environment data comprises at least one of geographical location data, ambient sound, ambient temperature and ambient humidity;

the server is further configured to extract the scene image and the scene environment data from the image sharing request, perform image recognition on the scene image, and obtain scene characteristics by combining the scene environment data.

26. The system of claim 24, wherein the image sharing request carries a user account or device identifier of the recipient.

27. The system of claim 24, wherein the image rendering device is further configured to control an illumination device to illuminate with an illumination pattern matching the scene feature; and/or the presence of a gas in the gas,

the image reproduction device is also used for controlling the sound equipment to play audio matched with the scene characteristics; and/or the presence of a gas in the gas,

the image reproduction equipment is also used for controlling the wind source equipment to generate wind in a wind power control mode matched with the scene characteristics; and/or the presence of a gas in the gas,

the image reproduction device is further used for controlling the temperature control device to adjust the ambient temperature to the temperature matched with the scene characteristics; and/or the presence of a gas in the gas,

the image reproduction device is further used for controlling the humidity control device to adjust the ambient humidity to the humidity matched with the scene characteristics.

28. The system of claim 27, wherein the illumination mode comprises at least one of a light source brightness, a light source color, a light source flicker property, and a light source color temperature.

29. An image sharing system, the system comprising:

the mobile terminal is used for acquiring scene images and scene environment data and sending image sharing requests carrying the scene images and the scene environment data to a server through an image sharing application;

the server is used for extracting the scene image and the scene environment data from the image sharing request and determining scene characteristics corresponding to the scene image according to the scene environment data; transmitting the scene image and the scene feature to an image reproduction apparatus specified by the image sharing request; the scene features are obtained by identification according to at least one of shape characteristics, motion characteristics and color characteristics of scene objects contained in the scene image; the scene characteristics are verified through the scene environment data corresponding to the scene images;

30. The system of claim 29, wherein the image rendering device is further configured to control an illumination device to illuminate with an illumination pattern matching the scene feature; and/or the presence of a gas in the gas,

31. The system of claim 30, wherein the illumination mode comprises at least one of a light source brightness, a light source color, a light source flicker property, and a light source color temperature.

32. The system of claim 29, wherein the image sharing request carries a user account or device identifier of the recipient.

33. A computer-readable storage medium, storing a computer program which, when executed by a processor, causes the processor to perform the steps of the method of any one of claims 1 to 13.