Implementation method of future screen man-machine interaction equipment

Abstract

The invention relates to the technical field of man-machine interaction equipment, in particular to an implementation method of future screen man-machine interaction equipment, which comprises the following steps: S1, constructing a ubiquitous virtual network; s2, providing'whole-course and whole-network interconnection and intercommunication '; s3, constructing a ubiquitous basic network; s4, a ubiquitous network gateway entity device; s5, using the ubiquitous gateway equipment to realize the ubiquitous virtual network; s6, processing is carried out through the ubiquitous gateway equipment; s7, a virtual'human / machine interaction network 'is constructed; s8, the equipment of the future screen realizes various screen displays; according to the invention, the demand of the intelligent service is realized based on the Internet of Things, after the service demand of a certain user is sensed through the Internet of Things equipment, the interaction information related to the intelligent service is pushed to the human / machine interaction equipment which is identified to be used by the user through the network equipment, and the user can interact with the intelligent service through different interaction modes such as typing, voice, gesture, handwriting and expression. And the required service can be accurately selected and determined.

Description

Technical Field

[0001] The present invention relates to the technical field of human-computer interaction equipment, and in particular to a method for implementing a future screen human-computer interaction equipment. Background Art

[0002] Entering the new century, electronic and electrical equipment that were once useful, effective, meaningful, beneficial and interesting have developed rapidly. APPs that were once considered "great" have also brought more convenience and endless joy to people for using various electronic and electrical equipment and online shopping, social networking and gaming services. With the development of technology and applications, the massive amount of APPs that occupy a large amount of storage space on smart devices have also brought people confusion, such as nowhere to find, no choice, confusion and inability to adapt. They have become people's spiritual nightmare, an obstacle at work and a hindrance in life.

[0003] Display screens are important channels, methods, interfaces and windows for human-computer interaction in the physical world. People obtain various information from machines and the Internet from the content displayed on the screen, but this information is limited by their own equipment and may be untimely, incomplete, inaccurate and imprecise. The information pushed by the "Future Screen" is realistic, real-time, dynamic, self-organizing, adaptive, and self-operable, and has nothing to do with specific technologies. This is a simpler and more efficient application of existing display technology and projection technology, and it is the only and feasible best scenario for the application of any high-speed broadband wireless mobile communication technology.

[0004] Therefore, in order to address the problem that the above information is limited by the equipment itself and is not timely, comprehensive, accurate and precise, a method for implementing future screen human-computer interaction equipment can be designed. Summary of the invention

[0005] In order to overcome the problems of information being limited by its own equipment, such as being untimely, incomplete, inaccurate and imprecise.

[0006] The technical solution of the present invention is: a method for realizing a future screen human-computer interaction device, comprising the following steps:

[0007] S1: Adopting "ubiquitous network" numbering, building a unified "ubiquitous virtual network" based on the physical telecommunications network, radio and television network, Internet and Internet of Things;

[0008] S2: Based on the management mode of "ubiquitous virtual network" numbering, through the "centerless" or "user-centric" converged communication mode, it provides "full-network interconnection and interoperability" of the current global telecommunications network, radio and television network, Internet and Internet of Things;

[0009] S3: The numbering management of the "ubiquitous virtual network" further provides the construction of a virtual "ubiquitous basic network" for service generation, distribution, and search. Ubiquitous user devices can form a virtual "ubiquitous human / machine interaction network" to simulate and emulate humans through the fuzzy "joint detection and joint control" of the "Internet of Things Network" to perceive the real physical world, thereby achieving the "perception service needs" of the Internet of Things, the best "selection service needs" of users, and then providing "precise service needs" searched from various service platforms in the entire Internet;

[0010] S4: The "ubiquitous network gateway" is a key interface physical device that combines the "physical network" of communication and the Internet of Things with the "ubiquitous virtual network". It is also a device for the generation, residence, operation and processing of ubiquitous personal service software. The "ubiquitous virtual network" based on ubiquitous network number management uses the "ubiquitous gateway devices" of massive distributed users to provide storage of massive personal data of users, secure storage of personal data of users, massive big data storage of user groups, and data storage of multi-user blockchains;

[0011] S5: The "ubiquitous gateway device" has built-in interfaces for multiple communication modules. According to application requirements, different communication modules can be flexibly selected and different communication protocol software can be loaded to support different communication application requirements such as wired and wireless, long-range and near-field, electromagnetic and optoelectronic, broadband and narrowband, satellite and positioning, video and voice, message and data, and provide any communication application requirements such as relay, bridging, roaming and hotspot to realize the "ubiquitous virtual network" of "interconnection of the entire process and the entire network";

[0012] S6: Any display / control interface used to provide user service software can be processed by the "ubiquitous gateway device" and push the screen display information that matches the screen display parameters to the user's screen display device according to the screen display parameters provided by the user's screen display device during registration, that is, the "future screen" device. By utilizing the super processing power of the "ubiquitous gateway device" and having sufficient power supply capacity, it can not only provide the screen display applications required by any tool, but also process ordinary screen display information, and can also process high-energy, high-speed, high-computing power high-quality video and high-speed screen display changing screen game interface, while the processing speed, storage capacity, and device energy consumption of the terminal screen display device will be greatly reduced;

[0013] S7: A virtual "human / machine interaction network" is constructed through personalized "ubiquitous gateway devices" and "future screen" devices managed by ubiquitous network numbers. It can also be considered as a virtual "human / machine interaction device". The "future screen" device is usually loaded with video data receiving tools, such as H5 web browsers. The device is temporarily owned. When it is in use, through the identification of user identities, its ownership can only belong to each user who can be identified to undertake, use, manage and pay for it;

[0014] S8: The "Future Screen" device can be owned by any user, borrowed by any user, or publicly owned. As long as any device can identify the identity of any specific user, it can provide the user with the "Future Screen" ubiquitous service of "I can use the device at my disposal, the information follows me, and the service follows me". The "Future Screen" device can realize portable screen display, shared screen display, and projected screen display.

[0015] As a preference, the multiple communication module interfaces built into the "ubiquitous gateway device" include the following:

[0016] (a) Built-in 1XHPLC power wired broadband communication module interface, providing wired broadband communication functions and services;

[0017] (b) Built-in functions and services of 1XWAN wide-area wired broadband interface and 2XLAN local-area wired broadband interface;

[0018] (c) Built-in 2XM2 interface, providing functions and services of high-speed mobile communication module and massive storage expansion application;

[0019] (d) Built-in 2XUSB external standard device interface, providing external device interface functions and services;

[0020] (e) Built-in replaceable 1XUWB wireless ultra-wideband communication module interface, providing wireless ultra-wideband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0021] (f) Built-in replaceable 1XnG wireless mobile broadband communication module interface, providing wireless mobile broadband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0022] (g) Built-in 1XWIFI wireless dual-band broadband communication module, providing WIFI wireless dual-band broadband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0023] (h) Built-in 1XBT Bluetooth wireless broadband / narrowband communication module interface, providing BT Bluetooth wireless broadband / narrowband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0024] (i) Built-in replaceable 1XBD satellite wireless narrowband communication module interface, providing satellite wireless narrowband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0025] (j) Built-in replaceable 1XNBIOT / LoRa wireless mobile narrowband communication module interface, providing wireless mobile narrowband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0026] (k) Built-in replaceable 1X315 / 433 / 470MHz wireless data transmission narrowband / intercom communication module interface, providing wireless data transmission narrowband / intercom communication, as well as networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0027] (l) Built-in replaceable 1X programmable wireless infrared transceiver module interface, providing wireless infrared high-speed data transmission and infrared remote control, as well as networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0028] (m) Built-in replaceable 1XBD / GPS satellite positioning module interface, providing satellite positioning functions and services.

[0029] As a preferred option, the "Future Screen" portable screen display: any screen display device at any time recognizes the identity of any user, and transfers the user information previously displayed to the screen display device used by the current user.

[0030] As a preferred option, the shared display of the "Future Screen" is as follows: any two display devices at any time can simultaneously recognize the identity of any user, and the user information previously displayed will be displayed and controlled on the two display devices at the same time. If necessary, more display devices can be extended by analogy.

[0031] As a preference, the screen projection of the "Future Screen" is as follows: at any time, long press the screen display of any device, enter the "ubiquitous network number" of any screen display device in the input box of the screen display, or scan the QR code of the current screen display of the screen display device, and the screen display content of the current screen display device can be projected to the screen display device specified by the "ubiquitous network number" or QR code.

[0032] As a preference, the "ubiquitous gateway device" has built-in "operating system" software, including the following:

[0033] (a) Built-in HMOS device operating system, supporting general processor management, memory management, process management, file management and peripheral management of IoT terminal components in gateway devices, as well as programmable applications;

[0034] (b) Built-in O.Joubini Internet of Things network operating system, supporting programmable applications of "joint detection and joint control" of multiple sensors and multiple controllers in the Internet of Things network system;

[0035] (c) It is equipped with O.Maya Internet of Things network operating system, which supports programmable applications of “joint detection and joint control” of multiple devices in the Internet of Things network system.

[0036] As a preference, the "ubiquitous gateway device" has built-in "system application" software, including the following:

[0037] (a) Engineering installation of built-in gateway devices and system application software for gateway registration, providing support for sensing ubiquitous service needs;

[0038] (b) Engineering installation and registration system application software for built-in gateway device IoT networks and devices, providing support for sensing ubiquitous service needs;

[0039] (c) A system application database of the IoT network and device functions of the built-in gateway device, providing management, programming, maintenance, and upgrades of the IoT network and devices;

[0040] (d) System application software and user data database with built-in standard human / machine user information registration;

[0041] (e) System application software and device parameter database for built-in standard human / machine interaction device registration;

[0042] (f) System application software and database with built-in H5 standard interactive web page push communication, supporting the "Future Screen" non-APP interactive information push operation mode;

[0043] (g) Built-in integrated system application software and database (such as address book) that integrates various data, messages (SMS, various IM instant messaging, email), voice, and video communication software to support ubiquitous integrated communications that are interconnected throughout the entire network.

[0044] As a preferred option, the "ubiquitous gateway device" has built-in "application system" software, including the following:

[0045] (a) Applications with built-in 1,200+ automatic controls and 60 basic smart services for home, security, fire protection, health care, and wellness, smart services, and smart life on-demand Internet service functions and programmable service functions;

[0046] (b) Load any application APP required for Internet services and establish a database of Internet tail link services;

[0047] (c) Software, tools and learning databases with built-in manual Internet search services, web crawler search services and software programming search services, providing real-time Internet tail link services;

[0048] (d) Programmable applications that provide development, customization, updates, upgrades, and iterations of personalized functions, systems, software, and services free of charge and / or for a fee.

[0049] The beneficial effects of the present invention are as follows: the needs of intelligent services are realized based on the Internet of Things. After the service needs of a certain user are perceived by the Internet of Things device, the interaction information related to the intelligent service is pushed to the human / machine interaction device that has been identified as being used by the user through the network device. The user can accurately select and determine the required service and the subsequent tail-chain service associated with the current service through different interaction methods such as typing, voice, gestures, handwriting, and expressions until all the required services are completed. DETAILED DESCRIPTION

[0050] The present invention will be further described below in conjunction with the embodiments.

[0051] The present invention provides an embodiment: a method for implementing a future screen human-computer interaction device, comprising the following steps:

[0052] S1: Adopting "ubiquitous network" numbering, building a unified "ubiquitous virtual network" based on the physical telecommunications network, radio and television network, Internet and Internet of Things;

[0053] S2: Based on the management mode of "ubiquitous virtual network" numbering, through the "centerless" or "user-centric" converged communication mode, it provides "full-network interconnection and interoperability" of the current global telecommunications network, radio and television network, Internet and Internet of Things;

[0054] S3: The numbering management of the "ubiquitous virtual network" further provides the construction of a virtual "ubiquitous basic network" for service generation, distribution, and search. Ubiquitous user devices can form a virtual "ubiquitous human / machine interaction network" to simulate and emulate humans through the fuzzy "joint detection and joint control" of the "Internet of Things Network" to perceive the real physical world, thereby achieving the "perception service needs" of the Internet of Things, the best "selection service needs" of users, and then providing "precise service needs" searched from various service platforms in the entire Internet;

[0055] S4: The "ubiquitous network gateway" is a key interface physical device that combines the "physical network" of communication and the Internet of Things with the "ubiquitous virtual network". It is also a device for the generation, residence, operation and processing of ubiquitous personal service software. The "ubiquitous virtual network" based on ubiquitous network number management uses the "ubiquitous gateway devices" of massive distributed users to provide storage of massive personal data of users, secure storage of personal data of users, massive big data storage of user groups, and data storage of multi-user blockchains;

[0056] S5: The "ubiquitous gateway device" has built-in interfaces for multiple communication modules. According to application requirements, different communication modules can be flexibly selected and different communication protocol software can be loaded to support different communication application requirements such as wired and wireless, long-range and near-field, electromagnetic and optoelectronic, broadband and narrowband, satellite and positioning, video and voice, message and data, and provide any communication application requirements such as relay, bridging, roaming and hotspot to realize the "ubiquitous virtual network" of "interconnection of the entire process and the entire network";

[0057] S6: Any display / control interface used to provide user service software can be processed by the "ubiquitous gateway device" and push the screen display information that matches the screen display parameters to the user's screen display device according to the screen display parameters provided by the user's screen display device during registration, that is, the "future screen" device. By utilizing the super processing power of the "ubiquitous gateway device" and having sufficient power supply capacity, it can not only provide the screen display applications required by any tool, but also process ordinary screen display information, and can also process high-energy, high-speed, high-computing power high-quality video and high-speed screen display changing screen game interface, while the processing speed, storage capacity, and device energy consumption of the terminal screen display device will be greatly reduced;

[0058] S7: A virtual "human / machine interaction network" is constructed through personalized "ubiquitous gateway devices" and "future screen" devices managed by ubiquitous network numbers. It can also be considered as a virtual "human / machine interaction device". The "future screen" device is usually loaded with video data receiving tools, such as H5 web browsers. The device is temporarily owned. When it is in use, through the identification of user identities, its ownership can only belong to each user who can be identified to undertake, use, manage and pay for it;

[0059] S8: The "Future Screen" device can be owned by any user, borrowed by any user, or publicly owned. As long as any device can identify the identity of any specific user, it can provide the user with the "Future Screen" ubiquitous service of "I can use the device at my disposal, the information follows me, and the service follows me". The "Future Screen" device can realize portable screen display, shared screen display, and projected screen display.

[0060] As a preference, the multiple communication module interfaces built into the "ubiquitous gateway device" include the following:

[0061] (a) Built-in 1XHPLC power wired broadband communication module interface, providing wired broadband communication functions and services;

[0062] (b) Built-in functions and services of 1XWAN wide-area wired broadband interface and 2XLAN local-area wired broadband interface;

[0063] (c) Built-in 2XM2 interface, providing functions and services of high-speed mobile communication module and massive storage expansion application;

[0064] (d) Built-in 2XUSB external standard device interface, providing external device interface functions and services;

[0065] (e) Built-in replaceable 1XUWB wireless ultra-wideband communication module interface, providing wireless ultra-wideband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0066] (f) Built-in replaceable 1XnG wireless mobile broadband communication module interface, providing wireless mobile broadband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0067] (g) Built-in 1XWIFI wireless dual-band broadband communication module, providing WIFI wireless dual-band broadband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0068] (h) Built-in 1XBT Bluetooth wireless broadband / narrowband communication module interface, providing BT Bluetooth wireless broadband / narrowband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0069] (i) Built-in replaceable 1XBD satellite wireless narrowband communication module interface, providing satellite wireless narrowband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0070] (j) Built-in replaceable 1XNBIOT / LoRa wireless mobile narrowband communication module interface, providing wireless mobile narrowband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0071] (k) Built-in replaceable 1X315 / 433 / 470MHz wireless data transmission narrowband / intercom communication module interface, providing wireless data transmission narrowband / intercom communication, as well as networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0072] (l) Built-in replaceable 1X programmable wireless infrared transceiver module interface, providing wireless infrared high-speed data transmission and infrared remote control, as well as networking, communication, routing, bridging, relaying, hotspot and positioning functions and services;

[0073] (m) Built-in replaceable 1XBD / GPS satellite positioning module interface, providing satellite positioning functions and services.

[0074] As a preferred option, the "Future Screen" portable screen display: any screen display device at any time recognizes the identity of any user, and transfers the user information previously displayed to the screen display device used by the current user.

[0075] As a preferred option, the shared display of the "Future Screen" is as follows: any two display devices at any time can simultaneously recognize the identity of any user, and the user information previously displayed will be displayed and controlled on the two display devices at the same time. If necessary, more display devices can be extended by analogy.

[0076] As a preference, the screen projection of the "Future Screen" is as follows: at any time, long press the screen display of any device, enter the "ubiquitous network number" of any screen display device in the input box of the screen display, or scan the QR code of the current screen display of the screen display device, and the screen display content of the current screen display device can be projected to the screen display device specified by the "ubiquitous network number" or QR code.

[0077] As a preference, the "ubiquitous gateway device" has built-in "operating system" software, including the following:

[0078] (a) Built-in HMOS device operating system, supporting general processor management, memory management, process management, file management and peripheral management of IoT terminal components in gateway devices, as well as programmable applications;

[0079] (b) Built-in O.Joubini Internet of Things network operating system, supporting programmable applications of "joint detection and joint control" of multiple sensors and multiple controllers in the Internet of Things network system;

[0080] (c) It is equipped with O.Maya Internet of Things network operating system, which supports programmable applications of “joint detection and joint control” of multiple devices in the Internet of Things network system.

[0081] As a preference, the "ubiquitous gateway device" has built-in "system application" software, including the following:

[0082] (a) Engineering installation of built-in gateway devices and system application software for gateway registration, providing support for sensing ubiquitous service needs;

[0083] (b) Engineering installation and registration system application software for built-in gateway device IoT networks and devices, providing support for sensing ubiquitous service needs;

[0084] (c) A system application database of the IoT network and device functions of the built-in gateway device, providing management, programming, maintenance, and upgrades of the IoT network and devices;

[0085] (d) System application software and user data database with built-in standard human / machine user information registration;

[0086] (e) System application software and device parameter database for built-in standard human / machine interaction device registration;

[0087] (f) System application software and database with built-in H5 standard interactive web page push communication, supporting the "Future Screen" non-APP interactive information push operation mode;

[0088] (g) Built-in integrated system application software and database (such as address book) that integrates various data, messages (SMS, various IM instant messaging, email), voice, and video communication software to support ubiquitous integrated communications that are interconnected throughout the entire network.

[0089] As a preferred option, the "ubiquitous gateway device" has built-in "application system" software, including the following:

[0090] (a) Applications with built-in 1,200+ automatic controls and 60 basic smart services for home, security, fire protection, health care, and wellness, smart services, and smart life on-demand Internet service functions and programmable service functions;

[0091] (b) Load any application APP required for Internet services and establish a database of Internet tail link services;

[0092] (c) Software, tools and learning databases with built-in manual Internet search services, web crawler search services and software programming search services, providing real-time Internet tail link services;

[0093] (d) Programmable applications that provide development, customization, updates, upgrades, and iterations of personalized functions, systems, software, and services free of charge and / or for a fee.

[0094] Through the above steps, the needs of intelligent business are realized based on the Internet of Things. After the service needs of a user are perceived by the Internet of Things device, the interactive information related to the intelligent business is pushed to the human / machine interaction device that has been identified as the user being used through the network device. The user can accurately select and determine the required service and the subsequent tail-chain service associated with the current service through different interaction methods such as typing, voice, gestures, handwriting, and expressions until all the required services are completed, so as to solve the problem that the information is limited by the device itself, and is not timely, comprehensive, accurate, and precise.

[0095] The embodiments of the present invention are described in detail above, but the present invention is not limited to the above embodiments, and various changes can be made within the knowledge scope of those skilled in the art without departing from the spirit of the present invention.

Claims

1. A method for implementing a future screen human-computer interaction device, characterized in that: The steps include: S1: Adopting "ubiquitous network" numbering, building a unified "ubiquitous virtual network" based on the physical telecommunications network, radio and television network, Internet and Internet of Things; S2: Based on the management mode of "ubiquitous virtual network" numbering, through the "centerless" or "user-centric" converged communication mode, it provides "full-network interconnection and interoperability" of the current global telecommunications network, radio and television network, Internet and Internet of Things; S3: The numbering management of the "ubiquitous virtual network" further provides the construction of a virtual "ubiquitous basic network" for service generation, distribution, and search. Ubiquitous user devices can form a virtual "ubiquitous human / machine interaction network" to simulate and emulate humans through the fuzzy "joint detection and joint control" of the "Internet of Things Network" to perceive the real physical world, thereby achieving the "perception service needs" of the Internet of Things, the best "selection service needs" of users, and then providing "precise service needs" searched from various service platforms in the entire Internet; S4: "Ubiquitous network gateway" is the key interface physical device that combines the "physical network" of communication and Internet of Things with the "ubiquitous virtual network". It is also the device for generating, residing, running and processing ubiquitous personal service software. The "ubiquitous virtual network" based on ubiquitous network number management uses the "ubiquitous gateway devices" of massive distributed users to provide storage of massive personal data of users, secure storage of personal data of users, massive big data storage of user groups, and data storage of multi-user blockchains; S5: "Ubiquitous gateway equipment" has built-in interfaces for multiple communication modules. According to application requirements, different communication modules can be flexibly selected and different communication protocol software can be loaded to support different communication application requirements such as wired and wireless, long-range and near-field, electromagnetic and optoelectronic, broadband and narrowband, satellite and positioning, video and voice, message and data, and provide any communication application requirements such as relay, bridging, roaming and hotspot to realize the "ubiquitous virtual network" of "interconnection of the entire process and the entire network"; S6: Any display / control interface used to provide user service software can be processed by the "ubiquitous gateway device" and push the screen display information that matches the screen display parameters to the user's screen display device according to the screen display parameters provided by the user's screen display device during registration, that is, the "future screen" device. By utilizing the super processing power of the "ubiquitous gateway device" and having sufficient power supply capacity, it can not only provide the screen display applications required by any tool, but also process ordinary screen display information, and can also process high-energy, high-speed, high-computing power high-quality video and high-speed screen display changing screen game interface, while the processing speed, storage capacity, and device energy consumption of the terminal screen display device will be greatly reduced; S7: A virtual "human / machine interaction network" is constructed through personalized "ubiquitous gateway devices" and "future screen" devices managed by ubiquitous network numbers. It can also be considered as a virtual "human / machine interaction device". The "future screen" device is usually loaded with video data receiving tools, such as H5 web browsers. The device is temporarily owned. When it is in use, through the identification of user identities, its ownership can only belong to each user who can be identified to undertake, use, manage and pay for it; S8: The "Future Screen" device can be owned by any user, borrowed by any user, or publicly owned. As long as any device can identify the identity of any specific user, it can provide the user with the "Future Screen" ubiquitous service of "I can use the device at my disposal, the information follows me, and the service follows me". The "Future Screen" device can realize portable screen display, shared screen display, and projected screen display.

2. The method for implementing the future screen human-computer interaction device according to claim 1, characterized in that: The multiple communication module interfaces built into the "ubiquitous gateway device" include the following: (a) Built-in 1XHPLC power wired broadband communication module interface, providing wired broadband communication functions and services; (b) Built-in functions and services of 1XWAN wide-area wired broadband interface and 2XLAN local-area wired broadband interface; (c) Built-in 2XM2 interface, providing functions and services of high-speed mobile communication module and massive storage expansion application; (d) Built-in 2XUSB external standard device interface, providing external device interface functions and services; (e) Built-in replaceable 1XUWB wireless ultra-wideband communication module interface, providing wireless ultra-wideband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services; (f) Built-in replaceable 1XnG wireless mobile broadband communication module interface, providing wireless mobile broadband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services; (g) Built-in 1XWIFI wireless dual-band broadband communication module, providing WIFI wireless dual-band broadband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services; (h) Built-in 1XBT Bluetooth wireless broadband / narrowband communication module interface, providing BT Bluetooth wireless broadband / narrowband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services; (i) Built-in replaceable 1XBD satellite wireless narrowband communication module interface, providing satellite wireless narrowband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services; (j) Built-in replaceable 1XNBIOT / LoRa wireless mobile narrowband communication module interface, providing wireless mobile narrowband networking, communication, routing, bridging, relaying, hotspot and positioning functions and services; (k) Built-in replaceable 1X315 / 433 / 470MHz wireless data transmission narrowband / intercom communication module interface, providing wireless data transmission narrowband / intercom communication, as well as networking, communication, routing, bridging, relaying, hotspot and positioning functions and services; (l) Built-in replaceable 1X programmable wireless infrared transceiver module interface, providing wireless infrared high-speed data transmission and infrared remote control, as well as networking, communication, routing, bridging, relaying, hotspot and positioning functions and services; (m) Built-in replaceable 1XBD / GPS satellite positioning module interface, providing satellite positioning functions and services.

3. The method for implementing the future screen human-computer interaction device according to claim 1, characterized in that: The portable display of "Future Screen": any display device at any time can recognize the identity of any user and transfer the user information previously displayed to the display device used by the current user.

4. The method for implementing the future screen human-computer interaction device according to claim 1, characterized in that: Shared display of "Future Screen": Any two display devices at any time can recognize the identity of any user at the same time, and the user information previously displayed will be displayed and controlled on the two display devices at the same time. If necessary, more display devices can be extended by analogy.

5. The method for implementing the future screen human-computer interaction device according to claim 1, characterized in that: "Future Screen" screen projection: At any time, long press the screen display of any device, enter the "ubiquitous network number" of any screen display device in the input box of the screen display, or scan the QR code of the current screen display of the screen display device, and the screen display content of the current screen display device can be projected to the screen display device specified by the "ubiquitous network number" or QR code.

6. The method for implementing the future screen human-computer interaction device according to claim 1, characterized in that: The "Ubiquitous Gateway Device" has built-in "Operating System" software, including the following: (a) Built-in HMOS device operating system, supporting general processor management, memory management, process management, file management and peripheral management of IoT terminal components in gateway devices, as well as programmable applications; (b) It has an internal O.Joubini IoT network operating system, which supports programmable applications of "joint detection and joint control" of multiple sensors and multiple controllers in IoT network systems; (c) It is equipped with O.Maya Internet of Things network operating system, which supports programmable applications of "joint detection and joint control" of multiple devices in the Internet of Things network system.

7. The method for implementing the future screen human-computer interaction device according to claim 1, characterized in that: The "Ubiquitous Gateway Device" has built-in "System Application" software, including the following: (a) Engineering installation of built-in gateway devices and system application software for gateway registration, providing support for sensing ubiquitous service needs; (b) Engineering installation and registration system application software for built-in gateway device IoT networks and devices, providing support for sensing ubiquitous service needs; (c) A system application database of the IoT network and device functions of the built-in gateway device, providing management, programming, maintenance, and upgrades of the IoT network and devices; (d) System application software and user data database with built-in standard human / machine user information registration; (e) A database of system application software and device parameters for built-in standard human / machine interaction device registration; (f) System application software and database with built-in H5 standard interactive web page push communication, supporting the "Future Screen" non-APP interactive information push operation mode; (g) Built-in integrated system application software and database (such as address book) that integrates various data, messages (SMS, various IM instant messaging, email), voice, and video communication software to support ubiquitous integrated communications that are interconnected throughout the entire network.

8. The method for implementing the future screen human-computer interaction device according to claim 1, characterized in that: The "ubiquitous gateway device" has built-in "application system" software, including the following: (a) Applications with built-in 1,200+ automatic controls and 60 basic smart services for home, security, fire protection, health care, and wellness, smart services, and smart life on-demand Internet service functions and programmable service functions; (b) Load any application APP required for Internet services and establish a database of Internet tail link services; (c) Software, tools and learning databases with built-in manual Internet search services, web crawler search services and software programming search services, providing real-time Internet tail link services; (d) Programmable applications that provide development, customization, updates, upgrades, and iterations of personalized functions, systems, software, and services free of charge and / or for a fee.