CN115086322A - Intelligent visual home system based on cloud service - Google Patents
Intelligent visual home system based on cloud service Download PDFInfo
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- H—ELECTRICITY
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- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Abstract
The invention discloses an intelligent visual home system based on cloud service, and relates to the technical field of intelligent visual home. The intelligent visual home system based on the cloud service comprises an intelligent visual product, a cloud platform and a personal terminal, wherein the intelligent visual product is used for independently acquiring and coding information, transmitting acquired audio and video streams to a cloud end through communication means such as Wi-Fi (wireless fidelity), the cloud platform processes, judges and decides the information according to an image algorithm, and a processing result is fed back to local equipment and the personal terminal of a user in real time, so that all-weather management of indoor and outdoor spaces, people, objects, pets and the environment is realized. According to the intelligent visual home system based on the cloud service, disclosed by the invention, various intelligent visual home products are connected to the cloud platform, various applications and components integrated in the cloud platform are combined, and account services are provided for final customers, so that an intelligent solution of a specific scene or industry can be realized.
Description
Technical Field
The invention relates to the technical field of intelligent visual home furnishing, in particular to an intelligent visual home furnishing system based on cloud service.
Background
The intelligent visual household product is derived from an indoor and outdoor security monitoring system taking a monitoring camera as a core. The security monitoring system is from analog monitoring to digital and networked monitoring, and the intelligent stage is entered along with the continuous development of artificial intelligence, big data and internet of things technology in recent years. Along with the rise and the continuous development of the intelligent household concept in recent years, the intelligent household concept is fused on the basis of the traditional security, and intelligent visual household products are produced at the same time. In the internet of things era of everything interconnection, vision products are deeply integrated with the intelligent home, so that the intelligent vision home products are further expanded on the basis of simple camera functions and meeting the requirements of home security, multi-hardware carrying and multi-scene extension are realized, and the whole user experience of the intelligent home is improved by visual ability. Although the processing capacity and efficiency of cloud-edge cooperative computing are greatly improved compared with cloud computing, and meanwhile, the cloud-edge cooperative computing is relatively attached to an intelligent household scene, the infrastructure of edge computing is still incomplete, so that most of intelligent visual household products in the existing market are locally acquired by equipment, and cloud processing is fed back to an equipment terminal or a personal user terminal as a main work flow. Under the workflow, no relevant research is available on how to realize intelligent solutions of specific scenes and industries.
Disclosure of Invention
The invention aims to provide an intelligent visual home system based on cloud service, which can realize an intelligent solution of a specific scene or industry by accessing various intelligent visual home products into a cloud platform, combining various applications and components integrated in the cloud platform and providing account services for final customers; the intelligent visual home product acquires depth image information by combining a camera module with a visual technology, captures 3D data of an object, enables a household intelligent terminal to detect and identify, and greatly improves the home intelligent level; the cloud platform provides various application components and API components with UIs, helps an application developer to rapidly develop various application components based on intelligent hardware equipment and cloud service infrastructure in a capacity integrated mode so as to provide various business solutions, directly provides managed application programs and applications for terminal users, and develops different client programs for different services to realize interaction between users and products and presentation of feedback results after information processing; different clients log in by adopting different client applications, different services and information feedback are obtained according to different specific application scenes, and the intelligent home system can be not limited to be used independently in a single scene, and can also be linked with other intelligent home systems to solve the problems in the background art.
In order to achieve the purpose, the invention provides the following technical scheme: an intelligent visual home system based on cloud service comprises an intelligent visual product, a cloud platform and a personal terminal, wherein the intelligent visual product is used for autonomously acquiring and coding information, transmitting acquired audio and video streams to a cloud end through Wi-Fi and other communication means, the cloud platform processes, judges and decides the information according to an image algorithm, and feeds back a processing result to local equipment and the personal terminal of a user in real time, so that all-weather management of indoor and outdoor spaces, people, objects, pets and the environment is realized, and various application scene solutions such as security and protection early warning, danger alarm, leisure and entertainment are completed;
the cloud platform is used for providing basic resources of computing, storage and network service, an application developer completes development, management and deployment of software, the cloud platform provides various application components and API components with UIs, the cloud platform helps the application developer to rapidly develop various application components based on intelligent hardware equipment and cloud service infrastructure in a capacity integrated mode so as to provide various business solutions, hosted application programs and applications are directly provided for terminal users, and different client programs are developed for different services to realize interaction between the users and products and presentation of feedback results after information processing;
the personal terminal is used for acquiring various application programs or application components as required and receiving account services provided by the cloud platform.
Preferably, the cloud platform includes an IOA platform and a service platform, wherein,
the IOA platform comprises an infrastructure construction layer and a basic service deployment layer, wherein the infrastructure construction layer is used for deploying and setting the intelligent visual products, and the basic service deployment layer is used for providing basic resources of calculation, storage and network service;
the business platform comprises an ecological application development partner, an enterprise-level SaaS development service background and a consumption-level SaaS development service background, wherein,
the ecological application development partners are used for completing the development, management and deployment of software, and service objects of the ecological application development partners are divided into two categories: to B, namely facing to organization, enterprise SaaS service, mainly facing to B-class users; to C, namely facing to individual consumers and intelligent home service, mainly facing to C-class users;
the enterprise-level SaaS development service background is used for providing integration and integrated capability for SaaS ecological application developers, co-building ecology, facing B-class users and forming a scene solution scheme;
the consumption-level SaaS development service background is used for providing the capability of integrating Internet of things equipment for family users and smart home product manufacturers, forming a smart family ecosystem, facing C-class users and forming a scene solution.
Preferably, the enterprise-level SaaS development service background and the consumption-level SaaS development service background mainly have two architecture design schemes, namely an integrated architecture scheme and an integrated architecture scheme, wherein,
the integration architecture scheme is characterized in that various ecological applications and capacities are integrated on a cloud platform of a final service provider, and a client and an account system of the final service provider are used for providing services for a terminal user, and comprises application integration and component API integration, wherein the application integration aims at a business level; the component API integration is used for opening data and services to other partners in an API form through an API gateway, and the application integration and the component API integration are developed by a final service provider or developed by a third-party ecological partner and continuously integrated so as to construct an application market and a component market of the final service provider and meet the requirements of different users;
the integrated architecture scheme is used for developing clients belonging to the user based on various components in a SaaS development service background, and the user own account service system is used for providing services for final clients.
Preferably, the intelligent visual household products are divided into the following categories according to product forms:
smart cameras: the method comprises the following steps of taking a monitoring camera as a prototype, and extending various cameras according to different scenes and requirements;
intelligent household class: the product relies on a visual module and an image processing technology, and the product takes home security as a core function;
intelligent AI robot: the product is based on a visual module, is matched with advanced image processing and deep learning algorithms, and is an extension on the traditional household appliance;
active and passive interaction fusion class: the products mainly integrate visual interaction functions on the basis of voice or touch interaction, so that the products have the capability of active and passive interaction.
Preferably, the main types of the personal terminal include the following types, respectively: the system comprises an IOS end, an Android end, a Windows end, a MacOS end, a Web end and a WeChat applet end.
Preferably, the workflow of the intelligent visual home system includes the following steps:
s1: setting a specific scene, matching with corresponding intelligent visual products and supporting facilities, and arranging a network to cover the whole scene area;
s2: binding the intelligent visual products and supporting facilities with the final user account through equipment management application or an IOT equipment component, calling corresponding docking interfaces at the moment, and transmitting data into a database of the cloud platform;
s3: based on applications or components integrated in an enterprise-level SaaS development service background or a consumption-level SaaS development service background, a user can subscribe the applications or call the components at a client to realize the intelligent function of an intelligent visual product.
Preferably, the S2 includes the following steps:
s21: the personal terminal registers an account number of a final user on the equipment management application;
s22: the gateway equipment generates a communication password, positions a physical address of the gateway equipment and generates positioning information of the gateway equipment, and determines a networking range according to a set positioning area and the positioning information of the gateway equipment;
s23: the intelligent visual product positions the physical address of the intelligent visual product to generate positioning information of the intelligent visual product, and the intelligent visual product carries the positioning information to send a networking request to the gateway equipment;
s24: the gateway equipment receives the networking request sent by the intelligent visual product, and judges whether the positioning information of the intelligent visual product is located in a networking range according to the positioning information of the intelligent visual product, if so, the gateway equipment returns a networking instruction to the intelligent visual product, and the networking instruction carries a communication password;
s25: the intelligent visual product receives the networking instruction, generates a networking confirmation request according to the networking instruction, the networking confirmation request carries the communication password and the equipment identification code of the intelligent home equipment, and sends the networking confirmation request to the gateway equipment;
s26: the gateway equipment receives a networking confirmation request of the intelligent visual product, extracts a communication password and an equipment identification code from the networking confirmation request, verifies the communication password, and allows the intelligent visual product corresponding to the equipment identification code to be networked under the condition that the communication password is verified;
s27: when the equipment management application detects that connection with the intelligent visual product is established, the final user account and the intelligent visual product are bound firstly, then the corresponding docking interface is called for authority management, and binding information of the final user account and the intelligent visual product is uploaded to a corresponding database.
Preferably, the database comprises a local server database and a cloud platform database.
Preferably, the end user account includes a full function user account and a limited user account, and the authority of the full function user account is higher than that of the limited user account.
Preferably, the S3 includes the following steps:
s31: logging in a corresponding application/component center integrated in an enterprise-level SaaS development service background or a corresponding application/component center integrated in a consumption-level SaaS development service background by using a final user account;
s32: firstly, determining the type of target equipment of an intelligent visual product, subscribing application or calling a component according to the target application corresponding to the determined type of the target equipment when determining the target application corresponding to the type of the target equipment;
s33: acquiring target authority configuration corresponding to the type of target equipment in a preset mapping relation between the type of the equipment and the application authority configuration, and setting the authority of the target application according to the target authority configuration;
s34: and the intelligent visual products are controlled by the application subscribed by the personal terminal or the called component to realize the intelligent function.
Compared with the prior art, the invention has the beneficial effects that:
1. according to the intelligent visual home system based on the cloud service, disclosed by the invention, various intelligent visual home products are connected to the cloud platform, various applications and components integrated in the cloud platform are combined, and account services are provided for final customers, so that an intelligent solution of a specific scene or industry can be realized;
2. according to the intelligent visual home system based on the cloud service, disclosed by the invention, an intelligent visual home product acquires depth image information by combining a camera module with a visual technology, captures 3D data of an object, enables a household intelligent terminal to detect and recognize, and greatly improves the home intelligent level;
3. according to the intelligent visual home system based on the cloud service, the cloud platform provides various application components with UIs and API components, helps an application developer to rapidly develop various application components based on intelligent hardware equipment and cloud service infrastructure in a capacity integrated mode so as to provide various business solutions, directly provides managed application programs and applications for terminal users, and develops different client programs facing different services to achieve interaction between users and products and presentation of feedback results after information processing;
4. according to the intelligent visual home system based on the cloud service, different clients log in by adopting different client applications, different services and information feedback are obtained according to different specific application scenes, and the intelligent visual home system can be not limited to be used independently in a single scene and can also be linked with other intelligent home systems.
Drawings
FIG. 1 is a diagram of a business framework architecture of the present invention;
FIG. 2 is a flow chart of the operation of the present invention;
FIG. 3 is a flow chart of account binding according to the present invention;
fig. 4 is a flow chart of the intelligent function implementation of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, an intelligent visual home system based on cloud services comprises an intelligent visual product, a cloud platform and a personal terminal, wherein the intelligent visual product is used for autonomously acquiring and coding information, transmitting acquired audio and video streams to a cloud end through Wi-Fi and other communication means, the cloud platform processes, judges and decides the information according to an image algorithm, and feeds back a processing result to local equipment and a user personal terminal in real time, so that all-weather management of indoor and outdoor spaces, people, objects, pets and the environment is realized, and various application scene solutions such as security and protection early warning, danger warning, leisure and entertainment are completed;
the intelligent visual household products are divided into the following types according to product forms:
intelligent cameras: the monitoring camera is taken as a prototype, cameras in various forms are extended according to different scenes and requirements, the product can be subdivided into an indoor camera and an outdoor camera according to the use environment, and on the basis of the subdivision, the product is divided into a wired camera and a wireless camera according to an access mode, and finally, the product can be further subdivided according to the specific functions of image quality, visual angle range, day and night full color, night vision, voice interaction, illumination, AI algorithm and the like according to the use requirement;
intelligent household class: the product is based on a visual module and an image processing technology, mainly takes an intelligent door lock, an intelligent cat eye and a visual doorbell as main product forms, takes home security as a core function, and is mainly used for solving a series of home pain points such as protecting the property safety of home personnel, losing express delivery, and timely answering when visitors arrive at a home;
intelligent AI robot: the product is based on a vision module, is matched with advanced image processing and deep learning algorithms, is an extension on the traditional household appliance, and mainly takes a vision sweeping robot, an intelligent pet feeding machine, an infant accompanying robot and the like as main product forms;
active and passive interaction fusion class: the products mainly integrate visual interaction functions on the basis of voice or touch interaction, so that the products have the capability of active and passive interaction.
The cloud platform is used for providing basic resources of computing, storage and network service, an application developer completes development, management and deployment of software, the cloud platform provides various application components and API components with UIs, the cloud platform helps the application developer to rapidly develop various application components based on intelligent hardware equipment and cloud service infrastructure in a capacity integrated mode so as to provide various business solutions, hosted application programs and applications are directly provided for terminal users, and different client programs are developed for different services to realize interaction between the users and products and presentation of feedback results after information processing;
the cloud platform comprises an IOA platform and a service platform, wherein,
the IOA platform comprises an infrastructure construction layer and a basic service deployment layer, wherein the infrastructure construction layer is used for deploying and setting the intelligent visual products, and the basic service deployment layer is used for providing basic resources of calculation, storage and network service;
the business platform comprises an ecological application development partner, an enterprise-level SaaS development service background and a consumption-level SaaS development service background, wherein,
the ecological application development partners are used for completing development, management and deployment of software, and service objects of the ecological application development partners are divided into two categories: to B, namely facing to organization, enterprise SaaS service, mainly facing to B-class users; to C, namely facing to individual consumers and intelligent home service, mainly facing to C-class users;
the enterprise-level SaaS development service background is used for providing integration and integrated capability for SaaS ecological application developers, co-building ecology, facing B-class users and forming a scene solution scheme;
the consumption-level SaaS development service background is used for providing the capability of integrating Internet of things equipment for family users and smart home product manufacturers, forming a smart family ecosystem, facing C-class users and forming a scene solution.
The enterprise-level SaaS development service background and the consumption-level SaaS development service background mainly have two architecture design schemes, namely an integrated architecture scheme and an integrated architecture scheme, wherein,
the integrated architecture scheme is characterized in that various ecological applications and capabilities are integrated on a cloud platform of a final service provider, and a client and an account system of the final service provider are used for providing services for a terminal user, and the integrated architecture scheme comprises application integration and component API integration, wherein the application integration aims at a business level, such as in an intelligent visual home scene, applications such as device grouping, device binding, access control management and the like can be developed according to device management business; the component API integration is used for opening data and services to other cooperative partners in an API form through an API gateway, for example, in an intelligent visual home scene, the data and services can be divided into a user account service component, an IOT device component, a device authority component, an audio/video capability component, an AI capability component and a message component, the application integration and the component API integration are integrated into a final service provider to be researched and developed by the user, or are researched and developed by a third-party ecological partner, and the continuous integration is carried out, so that an application market and a component market of the final service provider are constructed to meet the requirements of different users;
the integrated architecture scheme is that a user develops a client belonging to the user based on various components in a SaaS development service background, an account service system of the user is used for providing services for a final client, for example, in an intelligent visual home scene, an enterprise only provides audio and video capacity components for the user, the user integrates the components on the development background of the user, real-time conference service application is developed and deployed on a cloud service platform of the user, and a scene or industry solution is provided for the final client.
The personal terminal is used for acquiring various application programs or application components as required and receiving account services provided by the cloud platform, and the mainstream types of the personal terminal include the following types: the system comprises an IOS end, an Android end, a Windows end, a MacOS end, a Web end and a WeChat applet end.
Referring to fig. 2-4, the work flow of the smart visual home system includes the following steps:
s1: setting a specific scene, matching with corresponding intelligent visual products and supporting facilities, and arranging a network to cover the whole scene area, wherein the supporting facilities comprise sensor products such as a human body infrared sensor, a gas detector, a water immersion detector, a smoke detector, an emergency button and the like;
s2: the method specifically comprises the following steps that the intelligent visual products and supporting facilities are bound with an end user account through equipment management application or an IOT equipment component, at the moment, a corresponding docking interface needs to be called, and data are transmitted into a database of a cloud platform:
s21: the personal terminal registers an account number of a final user on the equipment management application;
s22: the gateway equipment generates a communication password, positions a physical address of the gateway equipment and generates positioning information of the gateway equipment, and determines a networking range according to a set positioning area and the positioning information of the gateway equipment;
s23: the intelligent visual product positions the physical address of the intelligent visual product to generate positioning information of the intelligent visual product, and the intelligent visual product carries the positioning information to send a networking request to the gateway equipment;
s24: the gateway equipment receives the networking request sent by the intelligent visual product, and judges whether the positioning information of the intelligent visual product is located in a networking range according to the positioning information of the intelligent visual product, if so, the gateway equipment returns a networking instruction to the intelligent visual product, and the networking instruction carries a communication password;
s25: the intelligent visual product receives the networking instruction, generates a networking confirmation request according to the networking instruction, the networking confirmation request carries the communication password and the equipment identification code of the intelligent home equipment, and sends the networking confirmation request to the gateway equipment;
s26: the gateway equipment receives a networking confirmation request of the intelligent visual products, extracts a communication password and an equipment identification code from the networking confirmation request, verifies the communication password, and allows the intelligent visual products corresponding to the equipment identification code to be networked under the condition that the communication password is verified;
s27: when the device management application detects that connection with the intelligent visual product is established, the final user account is bound with the intelligent visual product, then a corresponding docking interface is called for authority management, binding information of the final user account and the intelligent visual product is uploaded to a corresponding database, and the database comprises a local server database and a cloud platform database.
S3: based on an application or a component integrated in an enterprise-level SaaS development service background or a consumption-level SaaS development service background, a user can realize an intelligent function of an intelligent visual product by subscribing the application or calling the component at a client, and the method specifically comprises the following steps:
s31: logging in a corresponding application/component center integrated in an enterprise-level SaaS development service background or a corresponding application/component center integrated in a consumption-level SaaS development service background by using a final user account, wherein the final user account comprises a full-function user account and a limited user account, the authority of the full-function user account is higher than that of the limited user account, and the number of the full-function user account and the limited user account can be multiple;
s32: firstly, determining the type of target equipment of an intelligent visual product, subscribing application or calling a component according to the target application corresponding to the determined type of the target equipment when determining the target application corresponding to the type of the target equipment;
s33: acquiring target authority configuration corresponding to the type of target equipment in a preset mapping relation between the type of the equipment and the application authority configuration, and setting the authority of the target application according to the target authority configuration;
s34: and the intelligent visual products are controlled by the application subscribed by the personal terminal or the called component to realize the intelligent function.
The first embodiment is as follows:
the scene of family care is created, intelligent camera products and intelligent home products are mainly needed, sensor products such as a human body infrared sensor, a gas detector, a water immersion detector, a smoke detector and an emergency button are matched, and the intelligent home products are needed to have the functions of face recognition and wandering detection so as to ensure the safety of family entry; the intelligent camera product is bound with an account of an end user through a device management application or an IOT (input/output) device assembly, a corresponding docking interface is called at the moment, data are transmitted to a database of a cloud platform, then an application or an assembly integrated in a background of a service is developed based on a consumption-level SaaS (software as a service), the end user can realize the intelligent function of a camera by subscribing the application or calling the assembly at a client, in the process, a message assembly and an equipment supporting tube assembly are required to provide services, the equipment supporting tube function is required to be started to support equipment to a cloud platform service provider sometimes, so that the intelligent camera product can automatically detect the condition of the old people at the background, and the abnormal condition is fed back to other people or community property in a family through the client in time, other people in the home or the cell property may be full function user accounts or restricted user accounts.
The family care scene is mainly characterized in that local real-time information is transmitted to a cloud platform through a sensor and a camera which are deployed in a family, the abnormal condition of an old person is detected by matching a specific AI algorithm component, and meanwhile, a found alarm message needs to be fed back to the old person at home and family or community property, so that the care duty service is provided.
Example two:
the scene of hotel type apartment is created, which mainly provides service for apartment managers, needs intelligent household products, intelligent camera products and main and passive interactive fusion products, needs intelligent access control equipment with a face recognition function, needs the intelligent camera products with a loitering detection function and a video monitoring function, needs the intelligent control panel with intelligent control, intelligent voice and other functions to meet the business requirements of apartment entrance and exit personnel management, safety monitoring and intelligent center control in rooms, and needs network coverage of a whole scene, firstly, the equipment such as the intelligent access control equipment, the intelligent camera equipment, the intelligent control panel in the main and passive interactive fusion products needs to be bound with the account number of an apartment management enterprise through equipment management application or IOT equipment components, and the apartment managers are given the authority to check equipment data through an equipment grouping authority management interface, and secondly, the data can be transmitted into a server deployed in a local privatization mode or directly transmitted into a cloud service provider platform for storing, processing and transmitting the data, so that apartment managers can check the apartment conditions in the client side and timely process abnormal conditions.
According to the hotel type apartment scene, local real-time information is transmitted to a local server or a cloud platform for processing and analysis mainly through an access control, a camera and a control panel which are deployed in an apartment, management of personnel entering and exiting the apartment and monitoring of safety conditions in the apartment are achieved by apartment managers, and control of indoor lighting, heating ventilation and shading by apartment residents is achieved.
In summary, the following steps: according to the intelligent visual home system based on the cloud service, various intelligent visual home products are connected to the cloud platform, various applications and components integrated in the cloud platform are combined, account services are provided for final customers, and then an intelligent solution of a specific scene or industry can be achieved; the intelligent visual home product acquires depth image information by combining a camera module with a visual technology, captures 3D data of an object, enables a household intelligent terminal to detect and identify, and greatly improves the home intelligent level; the cloud platform provides various application components and API components with UIs, helps an application developer to rapidly develop various application components based on intelligent hardware equipment and cloud service infrastructure in a capacity integrated mode so as to provide various business solutions, directly provides managed application programs and applications for terminal users, and develops different client programs for different services to realize interaction between users and products and presentation of feedback results after information processing; different clients log in by adopting different client applications, different services and information feedback are obtained according to different specific application scenes, and the intelligent home system can be not limited to be used independently in a single scene and can also be linked with other intelligent home systems.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be able to cover the technical solutions and the inventive concepts of the present invention within the technical scope of the present invention.
Claims (9)
1. The utility model provides an intelligent vision home systems based on cloud, includes intelligent vision class product, cloud platform and individual terminal, its characterized in that: the intelligent visual product is used for autonomously acquiring and coding information, transmitting acquired audio and video streams to the cloud end through communication means such as Wi-Fi (wireless fidelity), processing, judging and deciding the information by the cloud platform according to an image algorithm, and feeding back a processing result to local equipment and a user personal terminal in real time;
the cloud platform is used for providing basic resources of computing, storage and network service, an application developer completes development, management and deployment of software, and the cloud platform provides various application components with UIs and API components;
the personal terminal is used for acquiring various application programs or application components as required and receiving account services provided by the cloud platform.
2. The cloud service-based smart visual home system of claim 1, wherein: the cloud platform comprises an IOA platform and a service platform, wherein,
the IOA platform comprises an infrastructure construction layer and a basic service deployment layer, wherein the infrastructure construction layer is used for deploying and setting the intelligent visual products, and the basic service deployment layer is used for providing basic resources of calculation, storage and network service;
the business platform comprises an ecological application development partner, an enterprise-level SaaS development service background and a consumption-level SaaS development service background, wherein,
the ecological application development partners are used for completing development, management and deployment of software, and service objects of the ecological application development partners are divided into two categories: the method is organization-oriented, enterprise SaaS service and B-type user-oriented; facing to individual consumers, intelligent home service and class C users;
the enterprise-level SaaS development service background is used for providing integration and integrated capability for SaaS ecological application developers, co-building ecology, facing B-class users and forming a scene solution scheme;
the consumption-level SaaS development service background is used for providing the capability of integrating Internet of things equipment for family users and smart home product manufacturers, forming a smart family ecosystem, facing C-class users and forming a scene solution.
3. The cloud service-based smart visual home system of claim 2, wherein: the enterprise-level SaaS development service background and the consumption-level SaaS development service background have two architecture design schemes, namely an integrated architecture scheme and an integrated architecture scheme, wherein,
the integration architecture scheme is characterized in that various ecological applications and capabilities are integrated on a cloud platform of a final service provider, and a client and an account system of the final service provider are used for providing services for a terminal user, and the integration architecture scheme comprises application integration and component API integration, wherein the application integration aims at a business level; the component API integration is used for opening data and services to other partners in an API form through the API gateway;
the integrated architecture scheme is used for developing clients belonging to the user based on various components in a SaaS development service background, and the user own account service system is used for providing services for final clients.
4. The intelligent vision home system based on cloud service of claim 1, wherein: the mainstream types of the personal terminal include: the system comprises an IOS end, an Android end, a Windows end, a MacOS end, a Web end and a WeChat applet end.
5. The cloud service-based smart visual home system of claim 1, wherein: the working process of the intelligent visual home system comprises the following steps:
s1: setting a specific scene, matching with corresponding intelligent visual products and supporting facilities, and arranging a network to cover the whole scene area;
s2: binding the intelligent visual products and supporting facilities with the final user account through equipment management application or an IOT equipment component, calling corresponding docking interfaces at the moment, and transmitting data into a database of the cloud platform;
s3: based on applications or components integrated in an enterprise-level SaaS development service background or a consumption-level SaaS development service background, a user subscribes to the applications or calls the components at a client to realize the intelligent function of an intelligent visual product.
6. The cloud service-based smart visual home system of claim 5, wherein: the S2 includes the steps of:
s21: the personal terminal registers an account number of a final user on the equipment management application;
s22: the gateway equipment generates a communication password, positions a physical address of the gateway equipment and generates positioning information of the gateway equipment, and determines a networking range according to a set positioning area and the positioning information of the gateway equipment;
s23: the intelligent visual product positions the physical address of the intelligent visual product to generate positioning information of the intelligent visual product, and the intelligent visual product carries the positioning information and sends a networking request to the gateway equipment;
s24: the gateway equipment receives the networking request sent by the intelligent visual products and judges whether the positioning information of the intelligent visual products is located in the networking range or not according to the positioning information of the intelligent visual products;
s25: the intelligent visual product receives the networking instruction, generates a networking confirmation request according to the networking instruction, the networking confirmation request carries the communication password and the equipment identification code of the intelligent home equipment, and sends the networking confirmation request to the gateway equipment;
s26: the gateway equipment receives a networking confirmation request of the intelligent visual products, extracts a communication password and an equipment identification code from the networking confirmation request, verifies the communication password, and allows the intelligent visual products corresponding to the equipment identification code to be networked under the condition that the communication password is verified;
s27: when the equipment management application detects that connection with the intelligent visual product is established, the final user account and the intelligent visual product are bound firstly, then the corresponding docking interface is called for authority management, and binding information of the final user account and the intelligent visual product is uploaded to a corresponding database.
7. The cloud service-based smart visual home system of claim 6, wherein: the database comprises a local server database and a cloud platform database.
8. The intelligent vision home system based on cloud service of claim 1, wherein: the end user account comprises a full-function user account and a limited user account, and the authority of the full-function user account is higher than that of the limited user account.
9. The cloud service-based smart visual home system of claim 5, wherein: the S3 includes the steps of:
s31: logging in a corresponding application/component center integrated in an enterprise-level SaaS development service background or a corresponding application/component center integrated in a consumption-level SaaS development service background by using a final user account;
s32: firstly, determining the type of target equipment of an intelligent visual product, subscribing application or calling a component according to the target application corresponding to the determined type of the target equipment when determining the target application corresponding to the type of the target equipment;
s33: acquiring target authority configuration corresponding to the type of target equipment in a preset mapping relation between the type of the equipment and the application authority configuration, and setting the authority of the target application according to the target authority configuration;
s34: and the intelligent visual products are controlled by the application subscribed by the personal terminal or the called component to realize the intelligent function.
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