WO2021213193A1 - Intelligent robot weak box - Google Patents

Intelligent robot weak box Download PDF

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Publication number
WO2021213193A1
WO2021213193A1 PCT/CN2021/086352 CN2021086352W WO2021213193A1 WO 2021213193 A1 WO2021213193 A1 WO 2021213193A1 CN 2021086352 W CN2021086352 W CN 2021086352W WO 2021213193 A1 WO2021213193 A1 WO 2021213193A1
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WO
WIPO (PCT)
Prior art keywords
interface
module
cover
wiring
equipment
Prior art date
Application number
PCT/CN2021/086352
Other languages
French (fr)
Chinese (zh)
Inventor
李修球
Original Assignee
Li Xiuqiu
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Li Xiuqiu filed Critical Li Xiuqiu
Publication of WO2021213193A1 publication Critical patent/WO2021213193A1/en

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    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/26—Casings; Parts thereof or accessories therefor
    • H02B1/46—Boxes; Parts thereof or accessories therefor
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V33/00—Structural combinations of lighting devices with other articles, not otherwise provided for
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
    • F21V33/00—Structural combinations of lighting devices with other articles, not otherwise provided for
    • F21V33/0004—Personal or domestic articles
    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B15/00—Systems controlled by a computer
    • G05B15/02—Systems controlled by a computer electric
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
    • G16H10/60—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
    • G16H20/10—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to drugs or medications, e.g. for ensuring correct administration to patients
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
    • G16H40/60—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices
    • G16H40/67—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices for remote operation
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16Y—INFORMATION AND COMMUNICATION TECHNOLOGY SPECIALLY ADAPTED FOR THE INTERNET OF THINGS [IoT]
    • G16Y10/00—Economic sectors
    • G16Y10/80—Homes; Buildings
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16Y—INFORMATION AND COMMUNICATION TECHNOLOGY SPECIALLY ADAPTED FOR THE INTERNET OF THINGS [IoT]
    • G16Y20/00—Information sensed or collected by the things
    • G16Y20/40—Information sensed or collected by the things relating to personal data, e.g. biometric data, records or preferences
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16Y—INFORMATION AND COMMUNICATION TECHNOLOGY SPECIALLY ADAPTED FOR THE INTERNET OF THINGS [IoT]
    • G16Y40/00—IoT characterised by the purpose of the information processing
    • G16Y40/10—Detection; Monitoring
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/015—Boards, panels, desks; Parts thereof or accessories therefor
    • H02B1/04—Mounting thereon of switches or of other devices in general, the switch or device having, or being without, casing
    • H02B1/056—Mounting on plugboards
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/20—Bus-bar or other wiring layouts, e.g. in cubicles, in switchyards
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/24—Circuit arrangements for boards or switchyards
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/26—Casings; Parts thereof or accessories therefor
    • H02B1/40—Wall-mounted casings; Parts thereof or accessories therefor
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/26—Casings; Parts thereof or accessories therefor
    • H02B1/40—Wall-mounted casings; Parts thereof or accessories therefor
    • H02B1/42—Mounting of devices therein
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/26—Casings; Parts thereof or accessories therefor
    • H02B1/46—Boxes; Parts thereof or accessories therefor
    • H02B1/48—Mounting of devices therein
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/56—Cooling; Ventilation
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B1/00—Frameworks, boards, panels, desks, casings; Details of substations or switching arrangements
    • H02B1/56—Cooling; Ventilation
    • H02B1/565—Cooling; Ventilation for cabinets
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
    • H02B15/00—Supervisory desks or panels for centralised control or display
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
    • H02J13/00001—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by the display of information or by user interaction, e.g. supervisory control and data acquisition systems [SCADA] or graphical user interfaces [GUI]
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
    • H02J13/00006—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by information or instructions transport means between the monitoring, controlling or managing units and monitored, controlled or operated power network element or electrical equipment
    • H02J13/00019—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by information or instructions transport means between the monitoring, controlling or managing units and monitored, controlled or operated power network element or electrical equipment using optical means
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
    • H02J13/00006—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by information or instructions transport means between the monitoring, controlling or managing units and monitored, controlled or operated power network element or electrical equipment
    • H02J13/00022—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by information or instructions transport means between the monitoring, controlling or managing units and monitored, controlled or operated power network element or electrical equipment using wireless data transmission
    • H02J13/00024—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by information or instructions transport means between the monitoring, controlling or managing units and monitored, controlled or operated power network element or electrical equipment using wireless data transmission by means of mobile telephony
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J13/00—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network
    • H02J13/00006—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by information or instructions transport means between the monitoring, controlling or managing units and monitored, controlled or operated power network element or electrical equipment
    • H02J13/00022—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by information or instructions transport means between the monitoring, controlling or managing units and monitored, controlled or operated power network element or electrical equipment using wireless data transmission
    • H02J13/00026—Circuit arrangements for providing remote indication of network conditions, e.g. an instantaneous record of the open or closed condition of each circuitbreaker in the network; Circuit arrangements for providing remote control of switching means in a power distribution network, e.g. switching in and out of current consumers by using a pulse code signal carried by the network characterised by information or instructions transport means between the monitoring, controlling or managing units and monitored, controlled or operated power network element or electrical equipment using wireless data transmission involving a local wireless network, e.g. Wi-Fi, ZigBee or Bluetooth
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21W—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO USES OR APPLICATIONS OF LIGHTING DEVICES OR SYSTEMS
    • F21W2131/00—Use or application of lighting devices or systems not provided for in codes F21W2102/00-F21W2121/00
    • F21W2131/30—Lighting for domestic or personal use
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO THE FORM OR THE KIND OF THE LIGHT SOURCES OR OF THE COLOUR OF THE LIGHT EMITTED
    • F21Y2103/00—Elongate light sources, e.g. fluorescent tubes
    • F21Y2103/10—Elongate light sources, e.g. fluorescent tubes comprising a linear array of point-like light-generating elements
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F21—LIGHTING
    • F21Y—INDEXING SCHEME ASSOCIATED WITH SUBCLASSES F21K, F21L, F21S and F21V, RELATING TO THE FORM OR THE KIND OF THE LIGHT SOURCES OR OF THE COLOUR OF THE LIGHT EMITTED
    • F21Y2115/00—Light-generating elements of semiconductor light sources
    • F21Y2115/10—Light-emitting diodes [LED]
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02B90/20—Smart grids as enabling technology in buildings sector
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y04—INFORMATION OR COMMUNICATION TECHNOLOGIES HAVING AN IMPACT ON OTHER TECHNOLOGY AREAS
    • Y04S—SYSTEMS INTEGRATING TECHNOLOGIES RELATED TO POWER NETWORK OPERATION, COMMUNICATION OR INFORMATION TECHNOLOGIES FOR IMPROVING THE ELECTRICAL POWER GENERATION, TRANSMISSION, DISTRIBUTION, MANAGEMENT OR USAGE, i.e. SMART GRIDS
    • Y04S40/00—Systems for electrical power generation, transmission, distribution or end-user application management characterised by the use of communication or information technologies, or communication or information technology specific aspects supporting them
    • Y04S40/12—Systems for electrical power generation, transmission, distribution or end-user application management characterised by the use of communication or information technologies, or communication or information technology specific aspects supporting them characterised by data transport means between the monitoring, controlling or managing units and monitored, controlled or operated electrical equipment
    • Y04S40/126—Systems for electrical power generation, transmission, distribution or end-user application management characterised by the use of communication or information technologies, or communication or information technology specific aspects supporting them characterised by data transport means between the monitoring, controlling or managing units and monitored, controlled or operated electrical equipment using wireless data transmission

Definitions

  • the invention relates to the field of smart homes, and more specifically, to a robot intelligent weak current box.
  • the weak current box is mainly used for the unified management and distribution of weak current signals such as network, telephone, TV, security, etc., to avoid the interference of weak current signals by strong current, and to improve the level of family intelligence and the quality of life.
  • the traditional weak current box is just a simple metal or plastic box.
  • the main function is to use the built-in network, telephone and TV switching modules in the box to manage the unified wiring of the household weak current signal lines.
  • the traditional weak current box management and wiring function can no longer meet people's needs, and even hinder the application of new technologies (such as Wifi technology).
  • High-rise residential buildings are generally only suitable for installation on load-bearing walls, household walls and external walls, and the installation location is limited; the general standard area of weak current boxes is 320MM *240mm and above, so in order not to affect the beauty of the interior, it is generally rarely installed on the main indoor landscape wall; the amount of installation of the embedded wall is huge, and the traditional weak current box is generally matched with a lot of input and output pipelines that need to be embedded, so , It is necessary to do a lot of pre-embedded pipeline work in advance; in 2007, most houses before the popularization of weak current boxes did not have weak current boxes, and the probability of re-rectification and installation was very low.
  • Fiber-to-the-home and wireless equipment installation problems Fiber-to-the-home and wireless Wifi are user needs generated in the last 10 years, and the development trend of light-in and copper-out is the development trend.
  • the product planning when the weak current box began to be popularized in 2007 was basically not Taking into account the development status of future technology.
  • the structural feature of the traditional weak current box is to solve the network, telephone and TV needs of different rooms in the family through the built-in network, telephone and TV switching modules in the box, but with 5G, wireless signal, smart TV or network HD TV, smart phone
  • the popularization of fiber optic access to the home is an inevitable trend, and there are a large number of new and old buildings that require fiber optic access to the home.
  • the equipment required for fiber to the home includes at least wireless routers, optical modems, optical fiber boxes, Internet TV set-top boxes, power adapters, power strips, and other rooms
  • the wired network and other smart devices that may be expanded, such as many devices, many devices, cables, power supplies, installation requirements, and interconnections, resulting in the accumulation of fiber-to-the-home and wireless Wifi equipment installation points, and cables chaotically , which is not beautiful or safe, accidentally touching which line or equipment will affect the normal communication and operation of the system.
  • the traditional weak current box embedded in the wall has a large amount of construction and a fixed location, and a lot of embedded pipeline work must be done in advance.
  • the installation height of the wireless router is at least 1M or more. Due to objective conditions, it is neither realistic nor solve the problem to install a weak current box near the TV in the living room, and it also affects the beauty of the living room.
  • the wireless signal attenuation is serious:
  • the installation height of the Wifi wireless router is preferably above 1M, and preferably in the middle of the home, while the traditional weak current box is generally installed at a height of 30CM, and the height of the box is also about 50CM.
  • the equipment must be externally installed to meet the basic needs of users, and the function of the traditional weak current box is degraded into a wire box; wireless routers, optical modems and other equipment with fiber-in-the-home are the entrance of household informationization. To access the Internet, the information must be transmitted through these devices, and these devices cannot be installed in weak current boxes, nor are they installed in fixed locations, and there is no special box to install these devices, so this is for other smart devices.
  • the application brings challenges, such as what equipment to buy, where to buy the equipment, where to install the equipment, what signal communication, what cable to lay, how far away from the equipment, how to supply power, how to allocate router ports, and how to analyze dynamic IP , Who will centrally analyze and manage the data will cause a series of problems, so the function of the traditional weak current box is degraded to the wire box, and the original wiring management advantages are all left to the users to play freely, because ordinary users are not familiar with intelligent systems , So the general user will choose not to consume if they don’t understand it to restrict the development of smart home.
  • the traditional weak current box is also called the multimedia weak current box, which is mainly connected through the built-in network switching module, telephone network switching module, TV coaxial distributor, power supply module and various line pipes. Mainly based on wired signal transmission, the wiring management of the traditional weak current box can basically meet the wiring management requirements of the user's home wired network.
  • the wiring management of the traditional weak current box can basically meet the wiring management requirements of the user's home wired network.
  • wireless, optical fiber, network HDTV, IOT, 5G, smart home and other technologies people have more and more demands for smart homes, and there are more and more smart devices corresponding to them.
  • the box is mainly a weak current box, so there are more and more equipment for the weak current box installation and possible installation, such as wireless routers, optical modems, optical fiber boxes, power strips, gateways, linkage modules, transceivers, alarm modules, smart home modules, protocols Converters, information pushers, monitoring hosts, POE switches, camera power supplies, equipment power adapters, etc., as well as a variety of cable inputs, such as coaxial TV lines, operator network lines or optical fiber lines, telephone lines, community LAN lines, various The room’s network cable, telephone cable, TV cable, video intercom cable, alarm cable, control cable, bus, power cable, etc. At this time, the traditional weak current box is still far from enough to manage the network, telephone, and TV modules.
  • the traditional weak current box is also called the multimedia information box, which is the place where the multimedia line is connected and shunted.
  • the weak current box is generally built-in standard network switching module, telephone network switching module, TV coaxial distributor, power supply module and pre-embedded pipelines connecting various information points in each room.
  • the weak current box was a simple stacking integration of the users' most important three systems: network, telephone, and TV.
  • the pure box of the weak current box was not intelligent, it could still solve the basic needs of people's daily information, but With the rapid development of wireless, smart phones, optical fiber, network HDTV, IOT, 5G, smart home and other technologies, the original irrelevant relationship between the network, telephone, and TV has also changed.
  • a single optical fiber solves the network, Telephone and TV signal transmission; the original wired network is more replaced by wireless network; traditional telephone and TV are more replaced by VoIP and network/smart HD TV, and more and more user needs, such as: smart phones, Home appliance control, smart speakers, smart home appliances, smart lighting, home security, screen sharing, video and audio interaction, environment detection, health management, etc., so the traditional weak current box that occupies the entrance of the family just needs to simply stack the three systems is no longer possible Meet the needs of users.
  • the technical problem to be solved by the present invention is to provide an innovative robot intelligent weak current box in view of the above-mentioned defects of the prior art.
  • the technical solution adopted by the present invention to solve its technical problems is: constructing a robot intelligent weak current box, including a main box body, the main box body including an upper part of the equipment area and a lower part of the wiring management area;
  • the main box body is in the shape of a three-dimensional dish, the back of the dish-shaped in-line cuboid base of the main box body is flat, and the front surface of the base protrudes to form the equipment area;
  • the equipment area includes a system operation area, a built-in equipment area, and an equipment warehouse for external equipment installation.
  • the equipment warehouse includes a first wire hole that connects the equipment warehouse with the outside world, and is arranged on the inner side of the equipment warehouse.
  • the wiring management area includes a wiring warehouse, and the cover is arranged in the wiring warehouse The upper cover plate, the second wiring hole that connects the wiring warehouse with the outside, the second power interface and the second information interface provided on the inner side of the wiring warehouse;
  • the main box further includes a first wire trough arranged in the equipment warehouse, a second wire trough connecting the equipment warehouse and the wiring warehouse, and a third power supply arranged on the outside of the main box Interface, third information interface and LED lights;
  • the intelligent system of the main cabinet includes an AI core processor and a storage unit, an input unit, an output unit, a communication unit, an exchange unit, and a power supply unit.
  • the first wiring groove is longitudinally penetratingly arranged in the middle of the substrate; the first wiring groove is arranged above the second wiring groove and is connected to the second wiring groove.
  • the wire groove is connected; the back of the substrate is also recessed with a reserved wiring groove for lighting, and the reserved wiring groove for lighting is arranged above the first wiring groove and connected to the first wiring groove Pass;
  • the mounting seat includes a plurality of rows of equipment fixing holes and a plurality of rows of horizontally movable adjustment mounting grooves arranged on the base; the equipment compartment also includes four box fixing holes and a horizontal span provided on the base.
  • the four box body fixing holes are respectively located at the four corners of the equipment compartment.
  • the compartment cover includes a multi-component segment cover that is detachably installed on the substrate along the longitudinal direction, and a multi-component segment cover that is disposed above the multi-component segment cover and can be detachably installed on the substrate.
  • Interface protection cover
  • At least one antenna mounting hole and a hole cover detachably covering the antenna mounting hole are further provided on the left side and/or the right side of at least one group of section covers in the multi-component section cover;
  • the upper side and/or the lower side of the at least one group of segmented covers in the multi-component segmented cover are also provided with partition walls; Multiple cooling holes are provided;
  • the multi-component segment cover includes several groups of fixed-width segmental covers and/or several groups of adjustable-width segmental covers; each group of the adjustable-width segmental covers includes left and right sliding which can be inserted and slid relative to each other.
  • a segmented cover and a right sliding segmented cover; the left sliding segmented cover and the right sliding segmented cover are respectively provided with a number of inserts, and a slot is formed between every two adjacent inserts ,
  • the left sliding section cover and the right sliding section cover are cross-connected by the plurality of insert bars and slots;
  • the left side wall back of the left sliding segmented cover and the right side wall back of the right sliding segmented cover respectively extend inwardly to form at least one latch, and the left side and the right side of the base respectively correspond to
  • the plug is formed with a socket, and the left sliding section cover and the right sliding section cover are respectively inserted into the corresponding sockets through respective plugs.
  • each group of the segmented covers are provided with a buckle structure that cooperates with each other in convex and concave;
  • the contact surface is respectively provided with a sliding groove slide rail structure with convex and concave sliding cooperation with each other;
  • a plurality of left locking grooves and a plurality of right locking grooves with openings facing each other are formed along the sliding direction of at least one sliding contact surface of the left sliding segmented cover and the right sliding segmented cover.
  • the locking groove and the right locking groove are spliced with each other to form a locking hole, and each group of the adjustable width segmented cover further includes a locking hole arranged in the locking hole to lock the left sliding segmented cover and the The lock pin of the relative position of the right sliding segment cover is described.
  • the groups of fixed-width segmented covers include several groups of overall large-segment covers and/or several groups of left and right fixed segmented covers that cooperate with each other on the left and right sides;
  • the integral large-segment cover is detachably fixed to the base by means of buckling and/or screwing. At least one buckle that is buckled by the jack; or, the integral large-segment cover is connected to the base by a single-opening door;
  • the left fixed section cover and the right fixed section cover are connected by buckling and/or screw connection, and the left fixed section cover and the right fixed section cover are respectively buckled and/or screwed. Or, it can be detachably fixed on the base in a screw connection; or, the left fixed section cover and the right fixed section cover are connected to the base through a double-opening door.
  • the first wire-passing hole is arranged through the left and right sides of the bottom of the equipment compartment, and the first power interface and the first information interface are both arranged at the top of the equipment compartment;
  • the top side of the equipment compartment is provided with a terminal block, the first power interface includes a plurality of 9VDC interfaces and a plurality of 12VDC interfaces arranged on the terminal block, and the first information interface includes a terminal block arranged on the terminal block.
  • the interface row includes several first network interfaces, several first telephone interfaces and several memory card interfaces;
  • the interface protection cover is arranged outside the first power interface and the first information interface, the interface protection cover includes a partition, and the partition is provided with a passage for the fixed RF infrared emitting lamp to pass through Perforations and a plurality of third wire holes for routing, a plurality of hoisting rings are also provided on the lower side of the partition; the upper and lower sides of the interface protection cover are also provided with clamping strips or strip-shaped cards groove.
  • the built-in device area includes an upper built-in device area and a lower built-in device area, and the system operation area, the upper built-in device area, the device warehouse, and the lower built-in device area are arranged in order from top to bottom;
  • the LED lamp includes an upper inclined light strip arranged at the bottom of the upper inclined surface, a lower inclined light strip arranged on the lower inclined surface, and respectively arranged on the left and right sides of the base Side light strips on the upper part of the face.
  • a sound box is built in the lower built-in device area; a plurality of sound boxes are provided on the front plane of the lower built-in device area, and the top inner side of the left and right inclined surfaces of the lower built-in device area A ventilation slot connecting the sound box and the equipment compartment is provided; the third power interface includes at least one two-hole/three-hole smart socket respectively provided on the left and right slopes of the lower built-in equipment area;
  • a wireless module is built in the upper built-in device area, and the wireless module includes at least one of RF, Wifi, Bluetooth, Zigbee, NB-IoT, and 4G/5G communication modules; multiple heat sinks are distributed on the upper built-in device area Hole, the bottom of the front plane of the upper built-in equipment area is also provided with a 2# camera module;
  • 1# camera/body temperature/illuminance sensor module, touch screen, microphone array, and smart keys are arranged on the upper slope of the system operating area from top to bottom.
  • the left and right sides of the smart keys are also provided with A distance sensor, at least one of blood pressure, blood oxygen, heart rate, and respiratory rate detection sensors are also provided on the left and right sides of the upper inclined light belt.
  • a second cable management beam is horizontally straddled in the wiring warehouse, and the wiring warehouse is divided into an upper warehouse located at the upper part and a lower warehouse located at the lower part;
  • a plurality of cable fixing rings for fixing cables are arranged on the second cable management beam, and one side of the upper warehouse is provided with an inclined interface row;
  • the second information interface includes a second network interface and a second telephone interface arranged on the left and right sides of the lower warehouse, a multiple input and output information interface arranged on the inclined interface row, and a multiple input and output information interface arranged on the top of the upper warehouse.
  • the second power interface includes a device power input interface and a TV power output interface arranged on the other side of the upper compartment, and a 9VDC interface, a 12VDC interface and an external extension light strip interface arranged on the inclined interface row;
  • the second cable passing hole includes an external power cable passing hole and an optical fiber cable passing hole
  • the third information interface includes a second HDMI output interface, a TV network interface, an audio interface, a USB interface, a third network interface, and a third telephone interface that are arranged on the left and right sides of the lower part of the base.
  • the wiring compartment is installed through the wiring management area, and the wiring management area further includes a cover plate detachably slidably covering the wiring compartment;
  • a strip-shaped sliding rail, and two sides of the front surface of the base are respectively recessed and formed with sliding grooves for the sliding rail to be slidably installed;
  • a fixing plate is protrudingly formed on both sides of the bottom back of the cover plate, and two sides of the bottom of the base are respectively recessed and formed with mounting grooves for accommodating the fixing plate, and the fixing plate and the mounting groove are respectively correspondingly opened There are longitudinally extending screw holes.
  • the intelligent system operation control of the system operation area includes contact operation control and non-contact operation control;
  • the contact operation control includes touch screen operation control and smart key operation control, and the non-contact operation control
  • Contact operation control includes camera module video and body temperature recognition operation control, microphone array voice recognition operation control, distance sensor positioning operation control, gesture and gesture recognition operation control, RF infrared operation control, linkage operation control, wireless communication operation control, APP Software operation control;
  • the wireless communication module includes at least one of built-in Wifi, Bluetooth, Zigbee, NB-IoT, and 4G/5G communication modules.
  • the input unit includes a microphone, at least one set of 180-degree detection distance sensors, a camera, a health sensor module, an environmental sensor module, a touch display, a multi-channel smart button, a DI/AI input module, Anti-dismantling alarm switch, vibration sensor;
  • the output unit includes a touch display, a power amplifier module, a speaker, a DO output module, multiple HDMI interfaces, multiple USB interfaces, multiple smart sockets, multiple LED strips, and a low-voltage power output module;
  • the communication unit includes a router module, Bluetooth, Wifi, Zigbee, RF, NB-IoT module, 4G/5G communication module, bus module, an upper power supply and communication interface on the top and a lower power supply and communication interface on the bottom;
  • the switching unit includes a network switching module, a telephone network switching module, and a TV network switching module;
  • the power supply unit includes an energy storage module, a power supply module, an energy monitoring module, and a control module;
  • the health sensor module includes at least one of blood pressure, blood oxygen, heart rate, respiratory rate, and body temperature detection sensors.
  • the environmental sensor module includes a CO2 sensor, a temperature and humidity sensor, an illuminance sensor, a VOC sensor, a CO sensor, and air pressure. At least one of the sensors;
  • the tamper-proof alarm switch includes a first tamper-proof switch arranged on the back of the base, a second tamper-proof switch arranged on the bottom of the front surface of the wiring compartment, and a third tamper-proof switch arranged on the upper and lower sides of the base switch;
  • the DI input module includes a tamper-evident alarm switch, a privacy switch arranged on the left side and/or top of the right side of the base, and a multi-channel interface set on the inclined interface row on the left or right side of the wiring compartment.
  • Alarm input interface
  • the DO output module includes a light control switch, a light strip control switch, and a power control switch of an intelligent module arranged on a terminal block on the top of the equipment compartment.
  • the robot intelligent weak current box further includes an upper replaceable module detachably arranged on the top of the main box body and a lower replaceable module detachably arranged on the bottom of the main box body.
  • the upper replaceable module and the lower replaceable module are respectively provided with an upper power supply and communication interface, a lower power supply and communication interface for communicating with the main cabinet;
  • the top and bottom of the base are each provided with a pair of fixing seats, and the upper replaceable module and the lower replaceable module are respectively formed with a pair of fixing grooves that are inserted into the pair of fixing seats.
  • each of the fixing bases includes a first plug-in board and a second plug-in board that are perpendicular to each other, and the first plug-in board is formed by extending upward or downward from the left and right side walls of the base.
  • the second plug-in board is formed by extending upward or downward from the back of the base, the first plug-in board may also be provided with a first screw hole through it, and the upper replaceable module and the lower replaceable module The left and right sides of the module are respectively provided with second screw holes corresponding to the first screw holes.
  • the upper replaceable module has a circular shape
  • the lower replaceable module has a horizontal trapezoidal shape
  • the front of the upper replaceable module is provided with a circular mirror or an LED screen or a mirror built-in LED screen , With hanging holes on the back;
  • the LED light includes a front ring light strip arranged on the front of the upper replaceable module and surrounding the circular mirror or LED screen or the mirror built-in LED screen, and a side ring light arranged on the side of the upper replaceable module Strip, an integrated LED light strip arranged on the front and trapezoidal slope of the lower replaceable module.
  • the robot smart weak current box of the present invention can solve the problems of fiber-to-home related equipment installation, visual intercom upgrade, TV smart upgrade, and traditional weak current box position fixation, installation difficulty and functional degradation;
  • the main box body has a three-dimensional shape of a dish.
  • the back of the dish-shaped base is a flat surface, which is convenient for vertical and vertical wall mounting.
  • the front of the main box body is a raised equipment area, so that the equipment area can accommodate There are many smart devices; the wiring management area at the lower part is thinner, and users can place any furniture below the height of the raised equipment area on the wall to keep the interior beautiful and coordinated; the main box has built-in first, second, and third Three power supply and information interface, and the wiring management area covers the indoor general 30CM standard strong and weak electrical outlets to take power and wiring management, which is convenient for the operator to operate the 86 bottom box or cable installation in the wiring box and solve the wiring management of the home wired communication system Function.
  • the main cabinet integrates multiple LED lights and expandable LED lights, which is convenient for users to experience multi-scenario intelligent lighting; the main cabinet integrates a 180-degree detection distance sensor, which eliminates the need to install other smart devices to achieve a comprehensive stereoscopic space perception function, which is convenient for users to quickly Realize home security alarm system and long-distance human-computer interaction experience; the system operation area of the equipment area has a variety of contact and non-contact operation control methods, which greatly enhances the user's intelligent experience.
  • Figure 1 is a front perspective view of a robot smart weak current box in some embodiments of the present invention.
  • Fig. 2 is a right side view of the intelligent weak current box of the robot shown in Fig. 1;
  • Figure 3 is a rear perspective view of the robot smart weak current box shown in Figure 1 when the cover is separated;
  • Fig. 4 is a schematic diagram of an exploded structure of the robot smart weak current box shown in Fig. 1;
  • Figure 5 is a front view of the main box of the robot smart weak current box shown in Figure 1;
  • Fig. 6 is a schematic diagram of the three-dimensional structure of the interface protection cover of the intelligent weak current box of the robot shown in Fig. 1;
  • Figure 7 is a schematic diagram of an exploded structure of a group of adjustable width segmented covers in Figure 1;
  • FIG. 8 is a schematic diagram of a three-dimensional structure of an integral large-segment cover in other embodiments of the present invention.
  • Fig. 9 is a three-dimensional schematic diagram of the upper replaceable module, lower replaceable module and cover of the robot smart weak current box shown in Fig. 1 when the cover is separated.
  • FIGS 1-3 show the robot intelligent weak current box in some embodiments of the present invention.
  • the robot intelligent weak current box is in the shape of a dish with two thin ends and a thick middle.
  • the upper replaceable module 1 is groundly arranged on the top of the main box 2 and the lower replaceable module 3 is detachably and replaceably arranged on the bottom of the main box 2.
  • the back of the dish-shaped rectangular parallelepiped base 20 (the side facing the installation wall) is a flat surface, which is convenient for vertical and vertical wall mounting and rapid installation, and can occupy the smallest indoor space, and can be installed in any narrow space in the family. It is difficult to choose the installation location for fiber-in-the-home installation of old buildings and farmhouses. Users can choose any location according to their own needs without destroying the decoration.
  • the back of the main box body 2 is connected to the wiring troughs 207, 201, 228 of the wiring warehouse 220, and the height is about 1M.
  • the left and right sides of the wiring warehouse 220 are connected to the outside wiring holes. 2207, 2208 and equipment are generally installed at a height of 0.3M, so the main cabinet 2 installation position is suitable for fast installation on any bottom box with strong and weak current or line box or blank wall below 1.4M, so the robot intelligent weak current box is suitable for any New and old buildings do not need to be destroyed and quickly installed indoors, which has the natural advantage of retrofitting and installing the old ones.
  • the intelligent system of the robot intelligent weak current box is integrated with an AI core processor and a storage unit, and an input unit, an output unit, a communication unit, a switching unit and an intelligent power supply unit that are communicatively connected with the core processor and the storage unit.
  • the storage unit may include a built-in internal storage device and multiple external storage expansion interfaces.
  • the input unit may include a microphone, a camera, a health sensor module, an environmental sensor module, a touch display, a multi-channel smart button, a DI/AI input module, a tamper-evident alarm switch, and a vibration sensor.
  • the health sensor module may include blood pressure , Blood oxygen, heart rate, respiratory rate, body temperature detection sensor at least one, the environmental sensor module can include at least one of CO2 sensor, temperature and humidity sensor, illuminance sensor, VOC sensor, CO sensor, air pressure sensor, convenient system Provide users with health management and comfortable indoor air environment services.
  • the output unit may include a touch display, a power amplifier module, a speaker, multiple HDMI interfaces, DO output modules, multiple USB interfaces, multiple smart sockets, multiple LED strips, and low-voltage power output modules.
  • the communication unit may include a router module, Bluetooth, Wifi, Zigbee, RF, NB-IoT module, 4G/5G communication module, bus module, power supply and communication interface for replaceable top and bottom modules.
  • the switching unit may include a network switching module, a telephone network switching module, and a TV network switching module.
  • the power supply unit may include an energy storage module, a power supply module, an energy monitoring module, and a control module.
  • the input power supply and all output power supplies of the robot intelligent weak current box can be equipped with energy monitoring modules and control modules.
  • the system can automatically cut off the power, and local alarm to remind the user or remote alarm to the property management center or the operator of the robot smart weak current box to early warn the equipment failure and protect the safety of the equipment.
  • the smart system can provide users with video intercom, large-screen TV sharing control, home safety, health management, home appliance control, smart speakers, smart lighting, smart control, audio-visual interaction, environmental detection, human positioning, leisure and entertainment, and education Training, accompany the elderly, intelligent assistant, intelligent translation, machine diagnosis, remote diagnosis, energy management, emotion and image analysis, 3D fitting, shopping, social networking, community service and other functions.
  • Intelligent system operations include contact and non-contact operations.
  • the contact operation control includes touch screen operation and smart button operation;
  • the non-contact operation control includes camera module video and body temperature recognition operation, microphone array voice recognition operation, Distance sensor positioning, gesture and gesture recognition operation, RF infrared control operation, linkage operation control, wireless communication control operation, APP software operation control;
  • the built-in wireless communication module includes Wifi, Bluetooth, Zigbee, NB-IoT, 4G/5G communication At least one of the modules.
  • the main box 2 may include an upper device area 21 and a wiring management area 22 lower in some embodiments.
  • the equipment area 21 may include a system operation area 21a, a built-in equipment area, and an equipment warehouse 21c for external equipment installation
  • the wiring management area 22 may include a wiring warehouse 220 installed throughout.
  • the inner side of the equipment compartment 21c, the inner side of the wiring compartment 220, and the outer side of the main box body 2 are respectively provided with a first power interface and a first information interface, a second power interface and a second information interface, a third power interface and a second information interface.
  • Three-information interface which can solve the wiring management, communication and control problems of indoor embedded or exposed wired intelligent equipment.
  • the outer side of the main cabinet 2 can also be provided with a plurality of LED light strips, which are equipped with lighting functions such as illuminating lights, ambient lights, functional auxiliary lights, and night lights, and can also be combined to achieve more intelligent lighting Lighting effect.
  • the four sides of the flat-shaped rectangular parallelepiped base 20 in the shape of a dish are perpendicular to its back, which can prevent the user from directing the ambient light on the user’s eyes when the user is in the front position, which affects the user experience, and also prevents the user from seeing the power and information set on the side when the user is in the front position.
  • the interface affects the appearance of the interior.
  • the front surface of the substrate 20 protrudes outward to form the equipment area 21, so that the thickness of the equipment area 21 in the middle is greater than the thickness of the upper replaceable module 1, the wiring management area 22, and the lower replaceable module 3 at the upper and lower ends, so that the equipment area 21 can accommodate more smart devices.
  • the equipment area 21 is surrounded by inclined surfaces, forming an upper inclined surface 211, a lower inclined surface 214, a left inclined surface 212, and a right inclined surface 213. It is not only beautiful but also avoids the sharp vertical right angle from hurting the user. It is also convenient for the user to perform the intelligent system on the inclined surface. Operate to increase the illumination range of the light strip on the slope, so that the internal sensor can more contact the indoor air for environmental detection.
  • the wiring management area 22 has an ultra-thin design, covering the general indoor 30CM standard strong and weak current bottom box or wiring box installation, which is convenient for users to conceal the bottom box, wiring, power supply and home wiring management.
  • the thickness of the wiring management area 22 can be less than 1.8CM, which is almost the same as the thickness of the corner line of general home decoration.
  • the installation elevation of the bottom of the wiring warehouse is generally 30CM, plus the height of the ultra-thin wiring management area, which is equivalent to the height from the ground to the raised area.
  • the equipment area 21 has a height of about 50cm, and users can place any furniture below this height on the wall to keep the interior beautiful and coordinated.
  • the built-in device area may include an upper built-in device area 21b and a lower built-in device area 21d.
  • the intelligent system operation area 21a, the upper built-in equipment area 21b, the equipment warehouse 21c, and the lower built-in equipment area 21d are arranged sequentially from top to bottom.
  • the upper built-in device area 21b can be integrated with multiple wireless communication modules such as RF, Wifi, Bluetooth, Zigbee, NB-IoT, 4G/5G, etc., which can solve the communication and control problems of indoor wireless smart devices; integrated router modules, The user does not need to install an external wireless router to realize the routing function, so that the equipment warehouse 21c has more space to install other smart devices.
  • the user's mobile terminal can also access the robot's intelligent weak current box through a variety of wireless communication methods, and can remotely open various application software of the system. It can also facilitate the system management of users' freely expanded networked wireless/wired smart devices, providing users with the personalized needs. Smart service.
  • a plurality of heat dissipation holes 21b1 may be distributed on the front plane, left and right inclined surfaces of the upper built-in device area 21b, and a 2# camera module 21b2 may be provided at the bottom of the front plane.
  • the lower built-in equipment area 21d can be built with high-power full-range speakers, which solves the problem of low sound, poor quality, and the need for short-distance intercom in traditional intercom extensions.
  • the front plane, left and right slopes of the lower built-in device area 21d can be distributed with multiple speaker sound holes 21d1.
  • the front wide sound hole design can effectively improve the sound volume, tone and tone and other issues, satisfying users' entertainment, leisure, Sound output needs for learning, interaction, voice guidance and care for the disabled.
  • the top inner side of the left and right slopes of the lower built-in equipment area 21d can also be provided with a ventilation groove 21d2 connecting the speaker and the equipment compartment 21c.
  • the ventilation groove 21d2 can be used for the air intake of the sound box, and can also promote the communication between the equipment compartment 21c and the sound box. Air flow facilitates heat dissipation of the equipment.
  • the smart system operation control of the smart system operation area 21a includes contact type operation control and non-contact type operation control.
  • the contact type operation control may include touch screen operation control and smart key operation control.
  • Non-contact operation control can include camera module video and body temperature recognition operation control, microphone array voice recognition operation control, distance sensor positioning operation control, gesture and gesture recognition operation control, RF infrared operation control, linkage operation control, wireless communication control operation , APP software operation control, through contact and non-contact operation control methods to provide users with a smarter, faster, more comfortable and more wonderful user experience.
  • the smart system operating area 21a can be built with 1# camera/body temperature/illuminance sensor module 21a1, touch screen 21a2, microphone array 21a3, multiple smart buttons 21a5, and distance sensor 21a4. Among them, 1# camera/body temperature/illuminance sensor module 21a1, touch screen 21a2, microphone array 21a3, multiple smart buttons 21a5, and distance sensor 21a4 are sequentially arranged on the upper slope 211 from top to bottom.
  • Camera module (1# camera and 2# camera) video recognition, microphone array 21a3 and distance sensor 21a4 can facilitate the system to obtain the user's long-distance sound and human body positioning and posture information, so that the main box can talk remotely or actively sense the human body Interaction and the establishment of a full-space three-dimensional perception home security alarm system to solve the traditional home security multi-sensor, multi-device, multi-cable, installation difficulty, high false alarm rate and other issues; also solve the traditional intercom must be installed in the entrance of the problem, so The main cabinet can also realize the real-time intercom function while opening and closing the door in a non-porch location (such as the living room).
  • the microphone array 21a3 can be used to realize the voice recognition operation control of the smart system.
  • the user can instruct the system to execute instructions to switch the system screen to display on the TV through remote voice instructions or instruct the system to execute instructions to control the set-top box and adjust the output related content of the set-top box, such as: "Small box, watch TV", the system automatically turns on the TV, turns on the set-top box, and switches the TV input signal to the set-top box signal input, and the user can watch the TV content output by the set-top box; or, "small box, watch the big screen", then The system automatically turns on the TV and switches the TV input signal to the output signal of the smart system.
  • the user can experience the display content of the smart device's touch screen in real time through the TV synchronized high-definition, full screen, and real-time.
  • the 1# camera/body temperature/illuminance sensor module 21a1 is located on the top of the upper inclined surface 211, and can be arranged in a horizontal row.
  • the body temperature sensor may be an infrared body temperature sensor, which can facilitate the system to obtain the user's healthy body temperature information and provide the user with related health services.
  • 1#camera and 2#camera are both stereo cameras
  • 1#camera is mainly used for video surveillance, general video intercom and video interaction functions
  • 1#camera and 2#camera combination mainly meets the user's high-definition stereo intercom, interaction, remote diagnosis , Image design, 3D fitting, three-dimensional games and other functions, allowing the interactive partner to immersively interact and communicate with users in high-definition three-dimensional images through VR and other devices, and also allow users to experience their own three-dimensional images through the large HD TV screen.
  • Various software applications are used for video surveillance, general video intercom and video interaction functions
  • 1#camera and 2#camera combination mainly meets the user's high-definition stereo intercom, interaction, remote diagnosis , Image design, 3D fitting, three-dimensional games and other functions, allowing the interactive partner to immersively interact and communicate with users in high-definition three-dimensional images through VR and other devices, and also allow users to experience their own three-dimensional images through the large HD TV screen.
  • the distance sensors 21a4 are respectively arranged on the left and right sides of the smart button 21a5, and can be respectively arranged at the junction of the upper inclined surface 211, the left inclined surface 212, and the right inclined surface 213.
  • the distance sensor 21a4 can be used to realize the positioning operation control, gesture and gesture recognition operation control of the smart system.
  • the distance sensor 21a4 is tilted at a certain angle to ensure the maximum angle detection of objects in and below the height of the indoor sensor, and the combination of dual distance sensors can detect objects in a 180-degree range. This design can realize the full three-dimensional perception of the space where the robot's intelligent weak current box is located.
  • Detection function combined with software system algorithm and/or built-in camera, can eliminate the installation of traditional indoor door sensor, window magnet, infrared detector, infrared detector and other security equipment and connection cables, and quickly realize a home security alarm system with comprehensive three-dimensional space perception
  • the long-distance human-computer interaction function also eliminates the problems of traditional video intercoms with fixed positions, fixed pipelines, and short-distance passive interaction; when the user moves in space, the system can know the user's position, and when the user moves, it stays in a position Sit down, the system automatically judges that the user has stayed here for a long time according to the position of the last stationary point.
  • the system can also remind the user with voice care, or provide the user with wisdom based on time, user identity, physical condition, environmental conditions, etc.
  • Experience service For example, (1) After eating/being used to entertainment/the elderly at home/resting on weekends, etc., when the system senses that the user walks to the sofa opposite to the TV and sits down on the custom time, the system automatically reminds the user whether to turn on the TV or not, if the user leaves the box Over 5 meters, the voice cannot give control commands, and the user can tell the system to turn on the TV by raising his hand quickly and swinging left and right.
  • the system regards the user as temporarily not wanting to watch TV; (2) The user gets up in the morning and enters In the living room, the system perceives that the user has gotten up and enters the living room, then the system automatically turns on the TV and the set-top box, and keeps the TV input signal as the output signal of the set-top box, and starts to broadcast TV related news; After the time is defined, the system starts the sleep mode by default, turns off the TV and set-top box, the system opens the indoor space, and the touch screen enters the dormant state; (4) During the morning work hours, the system senses that the user leaves the custom time from the entrance door, and the system By default, the away from home mode is activated, the TV and set-top box are turned off, the indoor space is armed, and the touch screen enters the dormant state.
  • the touch screen 21a2 may be a high-definition LCD touch screen displayed in a vertical or horizontal screen.
  • the user can instruct the system to switch the device or the TV set-top box or other intelligent hardware screens and control the content to the large screen of the TV in multiple ways. Display related content.
  • the user can use the smart buttons 21a5 to realize the smart button shortcut operation control of the smart system, which is convenient for the elderly, children, visually impaired, hearing impaired, All people, including special people with low education level, quickly operate the intelligent systems.
  • the smart key 21a5 may include smart key, number key, confirmation key, arrow key, cancel key, and switch key.
  • the arrow keys can include up, down, left, and right keys, and the number keys can include the number 0- 9 keys, smart keys can include health key, TV key, air conditioner key, entertainment key, video key, voice key, education key, environment key, property key, scene key, assistant key, smart key, lighting key, arm or disarm key .
  • the smart system can automatically execute related commands by pressing custom short-press, long-press or short-press two or more combination keys (for example, smart key + confirm key, smart key + number key + confirm key).
  • the user chooses to press the up key to increase, the down key to decrease, the left key to execute the previous command, and the right key to execute the next command; if the user wants to switch the screen to the TV during the operation of the software , You can press the TV key + confirm key to switch the current system to the large screen display on the TV. If the user wants to switch to watching TV again, long press the TV key; each step of the key can have a screen display and/or voice And/or the flashing light reminds the user what instruction has been executed. If the user misuses or exits the software operation, just press the cancel button.
  • health key + confirm key means running the health report program of the health system
  • health key + 2 + confirm key means running the temperature measurement program of the health system, and remind the user to start measuring body temperature
  • healthy Key+3+confirm key means to run the heart rate measurement program of the health system and remind the user to start measuring the heart rate, please press the finger on the detection sensor
  • the health key +5+confirm key means to run the machine diagnostic program of the health system, and start to ask Where the user is uncomfortable
  • the health key + 8 + the confirmation key means running the health system scanning hospital diagnosis program, reminding the user to place the hospital diagnosis sheet in the designated area in front of the camera, the distance and the holding time
  • the health key + 9 + the confirmation key means running
  • the OCR recognition program of the electronic hospital diagnosis document of the health system reminds the user to load the scanned or photographed electronic hospital diagnosis document for identification
  • the user presses the health key + 0 + the confirm key and the system automatically starts the health report program and displays/ The voice asks which user to report the health report
  • the system will automatically switch the video interactive content to the large screen display on the TV and play the interactive sound (interaction through the microphone array and the camera) Enter); the user presses the video key + 0 + confirm key, the system automatically starts the video monitoring program, and the screen splits real-time display of all the monitoring pictures of the device and the networked cameras, if the user presses the TV key + confirm key again, the system will automatically monitor The interface is switched to the large-screen display on the TV; (5) "Audio" smart key : The user presses the audio key + 1 + the confirmation key, the system automatically starts the audio interactive program, and dials the corresponding relative; (6) "Education” smart key: the user presses the education key + 5 + the confirmation key, the system automatically starts Educational listening software, and play the e-books that have not been heard last time by default.
  • the switch status of all smart devices in the family For example, the on state is red, the off state is gray, and the flashing state is device failure. If there is a failure, a voice/flashing light/screen display will remind the failure.
  • the bottom of the upper inclined surface 211 can also be provided with an upper inclined light strip 21a6 transversely, which is beneficial to increase the irradiation range of the light strip.
  • the upper inclined light strip 21a6 is arranged near the bottom of the smart button 21a5, and can provide lighting for the smart button 21a5.
  • the upper inclined surface 211 on the left and right sides of the upper inclined surface lamp belt 21a6 can also be equipped with blood pressure/blood oxygen/heart rate/respiratory frequency detection sensors 21a7, the right inclined surface 213 can also be equipped with a fingerprint sensor 21a9, and the right top of the base 20 has privacy
  • the installation height of the switch 209 and the system operation area 21a is about 1.4 meters, which is basically the same as the installation height of the traditional intercom extension, which is both beautiful and convenient for users to operate.
  • the privacy switch 209 can manually turn off the camera, microphone array, proximity sensor and other sensors related to user privacy when the user has privacy needs to protect user privacy; it can also be protected by intelligently turning off the power of the privacy sensor through software/touch screen, etc.
  • User privacy is safe, users can freely choose the closing method according to their own privacy requirements and habits; it can also be judged by the communication monitoring system in the state of non-local commands or remote unauthorized commands, through the rapid increase in network traffic or running programs to determine whether there is illegality Network intrusion, if it is judged as an intrusion, the system will automatically turn off the power of the privacy sensor, and remind users to pay attention to privacy protection in multiple ways.
  • CO2 sensors, temperature and humidity sensors, VOC sensors, and CO sensors can also be built on the upper slope 211 of the system operating area 21a, combined with built-in cameras, distance sensors, microphone arrays, touch screens, smart buttons, and AI processing cores.
  • robot smart weak current boxes, optical fiber entry, set-top boxes and other related equipment installation and home wiring management just need to be pre-emptive features, allowing users to experience environmental monitoring functions for free or at low cost, which is conducive to maintaining a healthy air environment in the family and allowing home users to be able to do it at low cost Eat a safe, smart, comfortable, low-carbon and convenient personalized smart life.
  • the installation position of the CO2 sensor is about 1.1M away from the landmark, which meets the required installation height, and the raised box is also conducive to the sensor's contact with more air.
  • the positions corresponding to the health sensor module and the environment sensor module on the left inclined surface 212 and the right inclined surface 213 may also be provided with vent holes 21a8 used as sensor detection holes or heat dissipation holes.
  • the system is equipped with multiple network communication modules as standard, such as Wifi module, wireless router, Bluetooth, infrared, etc., which can be used to realize the operation control of the mobile terminal APP software in the intelligent system operating area 21a.
  • the user's mobile terminal can access the robot's intelligent weak current box through multiple wireless communication methods, and can remotely open various application software of the system.
  • the system program When the system program is running, such as when the system senses that the user is on a sofa or a perceptible room opposite the TV, the system automatically Turn on the TV and switch the TV input signal to the system output signal.
  • the user can watch the contents of the touch screen of the robot's smart weak current box in real time through the TV in high-definition, full-screen, and real-time, while operating the corresponding program switches and daily operations through the APP software .
  • the robot smart weak current box is usually equipped with a Bluetooth/infrared wireless remote control as standard, which can be used to realize the voice mouse remote control operation of the intelligent system operating area 21a.
  • a Bluetooth/infrared wireless remote control as standard, which can be used to realize the voice mouse remote control operation of the intelligent system operating area 21a.
  • TV and robot smart weak current box icon (box label) buttons on the remote control are buttons on the remote control.
  • the system When the user presses the TV button, the system turns on the TV and set-top box; if the user presses the box label button, the system automatically switches the TV input signal to the system output signal, synchronous, High-definition, real-time display of the content of the touch screen; the user can also voice tell the remote control "small box, watch TV", the system will automatically turn on the TV, find the boot-top box, and switch the TV input signal to the set-top box signal input, and the user can Watch the TV content output by the set-top box; if the user voice tells the remote control "small box, watch the big screen", the system will automatically turn on the TV and switch the TV input signal to the system output signal, and the user can synchronize the high-definition, full-screen, Watch the contents of the touch screen of the robot's smart weak current box in real time, and at the same time specify the corresponding program switches and daily operations by clicking the mouse, and can also voice tell the system to switch a program and program content operations.
  • the linkage operation control of the intelligent system operation area 21a can be realized by the following methods: touch screen operation control, smart button operation control, microphone array voice recognition operation control, distance sensor positioning operation control, gesture and gesture recognition operation control, mobile APP
  • touch screen operation control smart button operation control
  • microphone array voice recognition operation control voice recognition operation control
  • distance sensor positioning operation control gesture and gesture recognition operation control
  • mobile APP mobile APP
  • the robot intelligent weak current box uses its own multi-intelligence input characteristics, through a variety of simple and quick control methods, to create a fast, intelligent, efficient, real-time sharing, interaction and control user for users through the large-screen TV display.
  • the robot intelligent weak current box uses its own multi-intelligence input characteristics, through a variety of simple and quick control methods, to create a fast, intelligent, efficient, real-time sharing, interaction and control user for users through the large-screen TV display.
  • reduce the performance requirements of smart homes on TV so that traditional TVs can also provide users with a smart experience, so that ordinary families can enjoy a smart, safe, healthy, comfortable, convenient, low-carbon and caring family living environment.
  • the function of the equipment warehouse 21c is mainly to install FTTH-related intelligent equipment in the warehouse, and protect it from loosening, the safety of equipment interfaces, and the functions of concealed wiring.
  • the equipment compartment 21c may include a mounting seat for installing and fixing external intelligent equipment, a compartment cover detachably installed on the base 20, a first wire-passing hole 21c6 that connects the equipment compartment with the outside world, and four through holes provided on the base 20.
  • the first wiring trough 201 allows the connection between equipment to not occupy the thickness space of the equipment warehouse, and improves the space utilization rate in the warehouse and the effect of wiring management.
  • the first cable-passing holes 21c6 can be respectively penetratingly provided on the left and right sides of the bottom of the equipment compartment 21c.
  • the first cable-passing holes 21c6 can be HDMI output cable-passing holes for the HDMI cable to pass through.
  • the four box fixing holes 205 can be respectively located at the four corners of the equipment compartment 21c, and are used to tightly fix the base 20 of the main box 2 to the installation wall through the four box fixing holes 205.
  • first stick the box size paper to the installation wall mark the installation points and make the screw holes, and then fix the box on the wall through the corresponding box fixing holes 205 and screw holes.
  • the box fixing hole 205 is installed concealed under the cover to protect the beautiful appearance of the box.
  • the two box fixing holes 205 located below are located near the top of the speaker, which can also prevent the vibration of the sound output from the speaker from affecting the stability and safety of the entire system.
  • the mounting base may include multiple rows of equipment fixing holes 204 and multiple rows of horizontally movable adjusting mounting grooves 203 provided on the base 20, which can solve the problem that different equipment types have different mounting base specifications and cannot install equipment according to a certain standard fixed base.
  • the multiple rows of horizontally movable adjusting and mounting grooves 203 may be arranged on the right side of the base 20, and the multiple rows of device fixing holes 204 may include multiple left rows of fixing holes arranged on the left side of the base 20, arranged in the middle of the base 20, and arranged in the first wiring.
  • the middle multi-row fixed holes can be used for installation and fixation.
  • the multiple rows of fixing holes can also play a role in fixing cables.
  • the first power interface and the first information interface can be arranged on the top of the equipment compartment 21c6.
  • the top left side of the equipment compartment 21c is provided with a terminal row 21c1
  • the top right side is provided with an interface row 21c2.
  • the first power interface may include a plurality of first low-voltage power output interfaces arranged on the terminal block 21c1, and the plurality of first low-voltage power output interfaces may include several 9VDC interfaces and several 12VDC interfaces.
  • the first information interface may include an interface row 21c2, a light control bus and a light hole switch arranged on the terminal row 21c1, and an RF infrared emitting lamp interface, and a fixed RF infrared emitting lamp 21c5 arranged between the interface row 21c2 and the terminal row 21c1.
  • the interface row 21c2 may include several first network interfaces, several first telephone interfaces, several first TV interfaces, and several memory card interfaces, for example, router module WAN interface, LAN1/LAN2 switching network interface, TV network Switch input interface (TV-LAN IN), telephone network exchange input interface (TEL IN), dual memory card interface, etc.
  • the first low-voltage power output interface can supply power to the equipment installed in the equipment warehouse.
  • the light control bus and light hole switch interface can solve the problem of using an external light control module or loop when the back of the robot’s intelligent weak current box covers the room lighting control panel.
  • the loop is controlled intelligently; the dual memory card interface can facilitate users to expand the storage capacity of the robot's intelligent weak current box, and the large-capacity record files for video surveillance and interaction or software download can be separately set up with separate memory cards for storage to avoid taking up system storage space.
  • RF infrared emitting lamp interface 21c4 and fixed RF infrared emitting lamp 21c5 are mainly external infrared remote control lights, which can be installed close to infrared remote control devices such as set-top boxes (such as smart device infrared If the receiving end is facing upwards, only use the fixed RF infrared transmitter lamp 21c5 to control), so that the system can perform infrared learning control on it, so as to avoid the problem that infrared remote control devices cannot interface infrared remote control commands when they are installed parallel to the back of the equipment compartment.
  • the router module WAN interface and LAN1/LAN2 switching network interface of the equipment compartment 21c are the WAN input interfaces of the built-in router module.
  • the LAN1/LAN2 switching network interface and the LAN3 to LAN10 interfaces in the lower part of the main cabinet form a built-in network switching module.
  • TV-LAN in equipment compartment 21c The IN interface can be directly connected to the optical modem iTV output interface, and forms a built-in TV network switching module with the TV-LAN1 to TV-LAN4 interfaces at the lower part of the main cabinet.
  • the TEL IN interface can be directly connected to the telephone interface of the optical modem, and forms a built-in telephone network switching module with the TEL1 to TEL4 interfaces in the lower part of the main box.
  • the bin cover may include an interface protection cover 27 and a multi-component section cover 28 arranged longitudinally below the interface protection cover 27 in sequence.
  • the interface protection cover 27 is arranged outside the first power interface and the first information interface, which can protect the safety of the interface and conceal the wiring, so that it can also be used in case a special device has an unusual appearance and cannot cover the segmented cover 28. Keep the wiring in the equipment compartment hidden and beautiful.
  • the interface protection cover 27 may include a partition 277 arranged perpendicular to the base 20. Between the bottom of the upper built-in device area 21b and the partition 277, an interface protection compartment for accommodating the terminal row 21c1, the interface row 21c2, etc. is defined.
  • the partition 277 is also provided with a perforation 276 through which the fixed RF infrared emitting lamp 21c5 passes and a plurality of third wiring holes 273 for wiring.
  • a plurality of hoisting rings 271 may also be provided on the lower side of the partition 277.
  • the arrangement of multiple rows of equipment fixing holes 204, multiple rows of horizontally movable adjusting installation grooves 203, and multiple top lifting rings 271 can solve the problem that different equipment types have different mounting seat specifications and cannot install equipment according to a certain standard fixed seat; Some equipment does not have a fixed seat or is originally hoisted.
  • the equipment can be fixed by the hoisting ring 271 to avoid the problem of unfixed equipment and scattered stacking, and improve the effect of wiring management in the box.
  • the interface protection cover 27 can be respectively snap-fitted between the upper built-in equipment area 21b located at the upper part and the segment cover located at the lower part thereof.
  • the upper side of the interface protection cover 27 is provided with a square clip 275 that is mutually snap-fitted with the bottom of the upper built-in device area 21b, and the lower side of the interface protection cover 27 is provided with the top of the segment cover 28.
  • the left and right sides of the interface protection cover 27 can also be provided with longitudinally penetrating screw holes 272.
  • the interface protection cover 27 can be screwed and fixed to the bottom of the upper built-in device area 21b through the screw holes 272.
  • the front of the box can also be secured.
  • the screw holes 272 are not visible, and the appearance of the protection box is beautiful.
  • the multi-component segment cover 28 includes several groups of fixed-width segmental covers and/or several groups of adjustable-width segmental covers, and the front plane, left and right slopes of each component segment cover 28 can be distributed with multiple heat sinks. ⁇ 280.
  • the design of the segmented cover allows the equipment to be installed independently of each other, avoiding equipment exposure and mutual crosstalk, so as to improve the safety and stability of equipment operation, protect the safety of equipment and users, and improve the effect of wiring management to keep the outside of the box clean and beautiful. If the shape of individual smart device is abnormal, the device can also be installed in the form of wall hanging through the top hoisting ring 271. After the device is fixed, the sectional cover is not required to ensure that the device will not be installed with additional cables due to failure to install it.
  • the height of the equipment warehouse exceeds 1M, which can meet the basic requirements for the installation height of 1M and above for the built-in or installed wireless router in the warehouse, avoiding the separate installation of fiber-to-the-home related equipment and affecting the appearance of the room.
  • the upper or lower side of at least one group of segment covers in the multi-component segment cover can also be provided with an isolation wall 287 and a plurality of heat dissipation holes distributed on the isolation wall 287.
  • the isolation wall 21 can strengthen the mutual communication between devices. isolation.
  • the upper and lower sides of each group segment cover 28 are provided with a buckle structure that can be mutually convex and concave.
  • each group segment cover 28 are respectively provided with mutually convex and concave triangular grooves. 288 and the triangular convex strip 289, the adjacent two sets of segmented covers 28 are snap-fitted with each other through the triangular groove 288 and the triangular convex strip 289, and the connection is more stable.
  • the top wall of the lower built-in device area 21d may also be formed with a buckle part that is buckled with the triangular groove 288 or the triangular convex strip 289, so that the lower built-in device area 21d is buckled with the segmented cover.
  • Each group of adjustable width segmented covers may include a left sliding segmented cover 28a and a right sliding segmented cover 28b that are inserted into each other on the left and right and can slide relatively.
  • the back of the left side wall of the left sliding segment cover 28a and the back of the right side wall of the right sliding segment cover 28b respectively extend inward horizontally to form two spaced apart pins 284, the left side and the right side of the base 20
  • a socket 202 is formed corresponding to the pins 284, and the left sliding segment cover 28a and the right sliding segment cover 28b can be inserted into the corresponding sockets 202 through the respective pins 284, respectively.
  • the left sliding segment cover 28a and the right sliding segment cover 28b are respectively provided with a plurality of insert bars 281 (in this embodiment, the left sliding segment cover 28a is correspondingly provided with four insert bars 281, and the right sliding segment cover 28b is provided with three insert strips 281) correspondingly, and a slot 282 is formed between every two adjacent insert strips 281.
  • the left sliding segment cover 28a and the right sliding segment cover 28b are cross-connected by a plurality of insert bars 281 and slots 282, and can be slid in the left and right directions to adjust the width of the segment cover to meet the requirements of installing different sizes in the segment cover , Different types of smart devices.
  • the cross-connection of multiple insert bars 281 and slots 282 can also ensure that the left and right sliding segment covers are connected stably and firmly after adjusting the width of the segment cover.
  • At least one sliding contact surface of the left sliding segment cover 28a and the right sliding segment cover 28b is provided with a sliding groove slide rail structure that cooperates with each other with convex and concave grooves, so as to improve the stability of the insertion and relative sliding of the left and right covers. sex.
  • the upper and lower sides of each insert 281 of the left sliding segment cover 28a and the right sliding segment cover 28b are respectively formed with a concave triangular sliding groove and a convex triangular sliding rail.
  • At least one mating sliding contact surface of the left sliding segment cover 28a and the right sliding segment cover 28b may also be respectively formed with a plurality of left locking grooves 285 and a plurality of right locking grooves 286 with openings facing each other along the sliding direction.
  • the left locking groove 285 and the right locking groove 286 are spliced with each other to form a locking hole. After the left and right sliding section covers 28a and 28b slide left and right to adjust the width, the locking pin can be used to pass through the locking hole. Hole to lock the left sliding segment cover 28a and the right sliding segment cover 28b to each other.
  • the left locking groove 285 and the right locking groove 286 are both in the shape of a semi-circular arc, which form a circular locking hole after being spliced with each other; the right locking groove 286 is formed in the upper part of the right sliding segment cover 28b
  • the upper side of a cutting strip 281 can reduce the processing complexity.
  • the left inclined surface of the left sliding segment cover 28a and the right inclined surface of the right sliding segment cover 28b are respectively provided with an antenna mounting hole 283 and a hole cover 28c covering the antenna mounting hole 283.
  • the antenna mounting hole 283 is a large hole with a larger aperture, which is convenient for special equipment when the antenna needs to be deployed and installed.
  • the antenna can be extended and installed through the antenna mounting hole 283 without affecting the appearance of the cabinet.
  • the adjustable width segment cover can be divided into a transparent cover (with the antenna installation hole 283) and a partition cover (with the isolation wall 287).
  • the transparent cover and the partition cover can be freely combined and adjusted, plus the left and right cross connection design with adjustable width, which can satisfy the installation of different sizes and types of smart devices in the equipment warehouse.
  • the width of the fixed-width segmental cover is fixed, it can be an integrally manufactured large-segment cover 28d, or it can be made up of left and right fixed segmented covers that cooperate with each other on the left and right by buckling, screwing, etc. It is assembled in a disassembled or non-detachable way.
  • the integral large-segment cover 28d can be detachably fixed to the base 20 by means of buckling, screwing, etc.
  • the left and right side walls of the integral large-segment cover 28d respectively extend inwardly to form
  • the two buckles 28d1 engaged with the socket 202, the cross section of the buckle 28d1 is arc-shaped, it can also be square, trapezoidal, triangular, etc., the fixed width segment cover can be fastened by the buckle 28d1 On the base 20.
  • the integral large-segment cover 28d can also be connected to the base 20 by a single door, and the left fixed segmented cover and the right fixed segmented cover can also be connected to the base 20 by a double door.
  • the fixed-width segmental cover can also be divided into a transparent cover and a partition cover according to whether the antenna mounting hole 283 and the isolation wall 287 are provided.
  • the transparent cover, partition cover, fixed-width segmented cover, and adjustable-width segmented cover can be freely combined and adjusted or replaced to meet the various installation needs of users.
  • the wiring management area 22 is located at the lower part of the main box body 2, and it may include a wiring warehouse 220 that penetrates, a cover plate 221 that is detachably covered on the wiring warehouse 220, and a second wiring hole that connects the wiring warehouse 220 to the outside world. , The second power interface and the second information interface arranged on the inner side of the wiring warehouse 220.
  • a second cable management beam 222 is horizontally straddled in the wiring warehouse 220, and the wiring warehouse 220 is divided into an upper warehouse 220a at the upper part and a lower warehouse 220b at the lower part.
  • the right side of the upper warehouse 220a is provided with an inclined interface row 224, which is convenient for the operator to hold the wire with the left hand and fix the installation operation with the right hand in the limited wiring warehouse space.
  • the bottom wall of the lower bin 220b, the left side wall of the upper bin 220a, and the front surface of the second cable management beam 222 may all be provided with a plurality of cable fixing rings 226.
  • the second cable management beam 222 and the cable fixing ring 226 can assume the function of a horizontal cable organizer in the warehouse, and are used for fixing and sorting cables and keeping the warehouse neat and organized.
  • the lower slope 214 can also be horizontally provided with a lower slope light strip 21e.
  • the lower slope light strip 21e is located near the upper part of the wiring warehouse 220. When the robot is installed near the intelligent weak current box due to insufficient light, the lower slope light strip 21e can be intelligently turned on and provided Lighting, convenient for users to install and maintain the equipment.
  • the second cable hole may include the external power cable hole 2207 and the optical fiber cable cable hole 2208 provided at the lower part of the left and right sides of the lower warehouse 220b.
  • the second power interface may include a 220VAC device power input interface 2201 and a TV power output interface 2202 arranged on the left side of the upper warehouse 220a, a second low-voltage power output interface arranged on the inclined interface row 224, and an external extension light strip interface.
  • the second low-voltage power output interface may include a 9VDC interface and a 12VDC interface, and the strong and weak electrical interfaces are separated by a second wiring slot 228 in the middle.
  • the power interface can solve the problem of covering sockets to take power and the installation of sockets without coverage.
  • the external power cable is used to take power through the external power cable hole 2207, and the charging and storage modules are built in the box. If the external power line is connected to unstable or power failure The normal operation of the system is not affected, and the failure rate of the power supply system is greatly reduced, so as to provide users with more flexible equipment installation positions without worrying about the problem of equipment access.
  • the intelligent power supply of strong and weak power is integrated in the intelligent weak power box of the robot, which can reduce the power adapter and cables of the equipment installed in the warehouse, improve the wiring and management effect, and can also remotely power on the intelligent equipment installed in the warehouse without adding equipment And energy management.
  • the external extension light strip interface is convenient for users to install the extension light strip horizontally outside the optical fiber cable through hole 2208 (the elevation is the same as the 30CM socket elevation), and the optical fiber and the light strip are led to the bottom box or cable box of the home fiber access. In this way, it can not only increase the user experience of the light strip scene, but also conceal the optical fiber routing in the open, and keep the indoor environment beautiful. It is suitable for any old buildings or homes where the optical fiber cannot be threaded near the back box or the optical fiber must go through the open wire.
  • the second information interface may include a plurality of second network interfaces 225a and a second telephone interface 226a arranged on the left and right sides of the lower compartment 220b, and a multiple input and output information interface (including multiple wired alarm inputs) arranged on the inclined interface row 224.
  • Interface, RF infrared emission interface, bus communication interface) the first HDMI output interface 2203 and the community PON network optical interface 2204 arranged on the top of the upper warehouse 220a.
  • the community PON network optical interface 2204 can facilitate the community LAN to use PON passive optical fiber network communication, and facilitate the community’s home fiber optic cable from the wiring bottom box or the cable box or the optical fiber cable cable hole 2208 on the left and right sides into the wiring warehouse for direct installation. Eliminates the problem of traditional multi-line pipe laying and multiple equipment installation, greatly simplifies the transmission link structure and system structure, greatly reduces the number of faulty nodes, and quickly realizes the intelligent network upgrade between the new and old building communities and families.
  • the upper side of the wiring warehouse 220 is also provided with a second wiring groove 228 extending upward, and the wiring warehouse 220 is connected with the equipment warehouse 21c to facilitate the entry of the optical fiber cable through the wiring bottom box or the left and right sides of the optical fiber cable.
  • Hole 2208 is routed to the equipment compartment through the inside of the box, and it is also convenient for the optical modem HDMI output line to be introduced into the wiring warehouse through the second cable trough 228 to avoid the exposure of indoor vertical cables, and it is also convenient for the optical modem HDMI output + TV power supply + equipment
  • the HDMI output signal + TV network interface cable is pre-buried to the TV through the concealed wiring through the bottom box or the cable box, and the TV power supply + the HDMI output signal of the device + the TV network interface in the concealed wiring method are centrally set in the wiring warehouse Inside, it is convenient for the wiring management in the wiring warehouse. At the same time, these cables are concealed and pre-buried to the TV, which solves the fast and intelligent control, interaction and sharing of the system to the TV, and can also maintain the indoor beauty.
  • the second wiring groove 228 is connected to the first wiring groove 201, and the width of the second wiring groove 228 may be greater than or equal to the width of the first wiring groove 201.
  • the back surface of the base 20 may also be recessed with a reserved wiring groove 207 for lighting.
  • the reserved wiring groove 207 for lighting is disposed on the upper portion of the first wiring groove 201 and communicates with the first wiring groove 201.
  • the outer side of the main device 2 may also be provided with a third power interface and a third information interface.
  • the third information interface may include multiple two-hole/three-hole smart sockets 21d3 arranged on the left and right inclined surfaces of the lower built-in device area 21d, and the third information interface may include sequentially arranged on the left and right sides of the base 20 from top to bottom.
  • TV network interface 21d6, 3.5 audio interface 21d7, USB interface 21d8 third network interface 225b and third telephone interface 226b.
  • the third information interface outside the device and the third power interface are centrally arranged in the same area (the bottom of the lower built-in device area 21d and the wiring management area 22 below), which is convenient for these cables to be connected quickly and quickly through the concealed and exposed cables of the extended light belt.
  • To TVs and other smart devices avoid multi-cable mesh or random flying wire connections, which will affect the appearance of the room and improve the effect of wiring management.
  • the connection of these wired cables also facilitates the system to quickly and intelligently control, interact and share the TV.
  • the second network interface 225a and the second telephone interface 226a are arranged symmetrically with the third network interface 225b and the third telephone interface 226b, respectively, which can facilitate the pre-embedded laying of the original or future wiring in the wiring warehouse (wiring bottom box or wiring box) The cable connection installation and wiring management operation.
  • the top interface of the robot intelligent weak current box equipment warehouse 21c, the interface on the inner side of the wiring warehouse 220, and the strong and weak current and information interfaces on both sides of the box body can greatly reduce the connection and wiring between systems, and superimpose the traditional weak current box to superimpose the wiring management
  • the interface is set according to the communication characteristics of the internal and external smart devices, it can also effectively reduce and shorten the power adapter and related cables of the smart devices installed in the equipment warehouse, which facilitates and simplifies the system installation, and can control the equipment without adding control equipment.
  • Warehouse-installed equipment and external equipment perform remote power-on and energy management to enhance the user's intelligent experience.
  • the centralized setting of multiple types of interfaces of the same device (such as HDMI, cable hole, power supply, network, RF infrared interface, etc.) to connect to the TV can avoid the random string of multiple types of cables, affecting the appearance of the room, and improving the effect of home wiring management. Optimize the wiring and interface settings of the traditional weak current box.
  • the main cabinet 2 is integrated with the equipment warehouse 21c, the wiring warehouse 220, the wiring trough connecting the equipment warehouse 21c and the wiring warehouse 220, the wiring holes on both sides of the wiring warehouse 220 that connect to the outside world, and the built-in community PON optical port.
  • the extended light strip combination with concealed wiring can solve the problem of installing double-entry optical fiber cables for data communication and community communication networks or concealed and exposed to the robot's smart weak current box; it also solves the problem of double optical fiber access for data communication and community communication networks.
  • the installation and maintenance of related smart devices such as fiber optic boxes, optical modems, routers, TV set-top boxes, etc.
  • the fiber to the home of the operator is generally 2-core fiber Covered cable, and optical modem communication generally only needs 1 core fiber, and the other 1 core fiber is spare, so the community communication network can use the 1 core spare fiber of the operator’s home fiber for networking communication, or directly in the box.
  • the internal cable is connected to the operator’s optical fiber communication equipment, and the VPN encrypted communication method is used to establish a community communication network, so that a stable, high-speed, and safe community communication network can be established between the family and the property center and the unit door to solve the upgrade of the community video intercom system and the community Internet of Things system Issues such as upgrades and community service system upgrades have greatly reduced the difficulty and cost of construction of the transmission link of the new community system, greatly reduced the difficulty and cost of the transformation of the transmission link of the old community system, and greatly reduced the system failure rate and improved the system. Stability, so that the robot intelligent weak current box provides users with stable, efficient, rich and intelligent intelligent system services, and creates a safe, intelligent, comfortable, low-carbon, and convenient personalized intelligent life experience and environment for users.
  • the cover plate 221 can be detachably installed on the base 20 by means of snap connection, screw connection, etc., which is convenient for installation and maintenance.
  • the left and right sides of the back of the cover plate 221 are respectively protrudingly formed with strip-shaped sliding rails 2211, and the front two sides of the base 20 are respectively recessed and formed with sliding grooves 223 for the sliding rail 2211 to be slidably mounted.
  • the bottom and back sides of the cover plate 221 are respectively protrudingly formed with fixing plates 2213, and the bottom two sides of the base 20 are respectively recessed and formed with mounting grooves 253 for accommodating the fixing plates 2213.
  • the fixing plates 2213 and the mounting grooves 253 are respectively provided with longitudinal Extended screw holes.
  • the cover plate 221 can be first slidably installed in the sliding groove 223 through the sliding rail 2211, and then screws are passed through the screw holes on the fixing plate 2213 and the mounting groove 253, and the cover plate 221 is screwed and fixed to the base 20. Because the screw is installed at the bottom of the box, it can ensure that the screw cannot be seen on the front of the box, which protects the safety and appearance of the equipment; the sliding installation method can also save the opening space of the cover.
  • the upper replaceable module 1 and the lower replaceable module 3 are detachably mounted on the top and bottom of the base 20, respectively.
  • the upper and lower ends of the base 20 are respectively provided with a pair of fixing seats 25, and the pair of fixing seats 25 are respectively located on the left and right sides of the base 20.
  • the upper replaceable module 1 and the lower replaceable module 3 are respectively formed with a fixing groove 26 corresponding to the fixing seat 25, and the upper replaceable module 1 and the lower replaceable module 3 are inserted into the main box body 2 through the fixing groove 26 and the fixing seat 25 , That is, the disassembly and assembly of the upper replaceable module 1 and the lower replaceable module 3 does not affect the fixation and safety of the main box 2, which is convenient for users to replace different modules according to their needs to meet different user needs, simple and convenient installation and maintenance, and expanded functions Also convenient.
  • the upper replaceable module 1 and the lower replaceable module 3 can completely cover the fixing base 25 after installation, ensuring the beautiful appearance of the equipment.
  • the fixing base 25 may include a first plug board 251 and a second plug board 252 perpendicular to each other in some embodiments.
  • the first plug-in board 251 may be formed by extending the left and right side walls of the base 20 upward or downward
  • the second plug-in board 252 may be formed by extending the back surface of the base 20 upward or downward.
  • the fixing groove 26 may include a first insertion groove 261 that is inserted and matched with the first insertion plate 251 and a second insertion groove 262 that is inserted and matched with the second insertion plate 252.
  • the first plug-in board 251 may further be provided with a first screw hole, and the left and right sides of the upper replaceable module 1 and the lower replaceable module 3 respectively correspond to the first screw holes and are provided with a first plug groove 261
  • the connected second screw hole, the upper replaceable module 1 and the lower replaceable module 3 can be screwed and fixed on the base 20 through the first screw hole and the second screw hole. Since the second screw holes are arranged on the left and right sides of the upper replaceable module 1 and the lower replaceable module 3, it can be ensured that no screws can be seen on the front of the box body, which protects the safety and appearance of the equipment. In addition, after the installation is completed, the fixed plate 2213 is also covered by the lower replaceable module 3, which is both beautiful and safe.
  • the upper replaceable module 1 and the lower replaceable module 3 can be replaced with modules of different shapes and functions as required.
  • the upper replaceable module 1 is designed to be circular, like a human brain, and together with the main box 2 is like a standing humanoid robot in overall appearance.
  • the front face of the upper replaceable module 1 may also be provided with a circular mirror or LED screen or a mirror built-in LED screen 11 and an adjustable brightness front ring light belt 12 surrounding the circular mirror or LED screen or the mirror built-in LED screen 11. It can be used for indoor lighting and users to look at their face when looking in the mirror, such as image design and other experiences, allowing users to adjust their image according to themselves in the mirror, which is both beautiful and practical, and allows users to enjoy more intelligent experiences.
  • the side surface of the upper replaceable module 1 can also be provided with a side ring light strip 13 that changes color or section changes color, and the surrounding illumination can create a variety of atmosphere and environmental effects on the entire wall.
  • the lower replaceable module 3 is a column with a right-angled trapezoid in cross section, and a color-changing integrated LED light strip 33 can be provided on the front and the lower trapezoidal slope.
  • these light strips can be equipped with independent functional positioning, such as lighting, Atmosphere lights, functional auxiliary lights, night lights, etc., can also be combined to achieve more lighting effects, such as: lighting and atmosphere effects in home mode, illuminating users in the mirror during image design, light intensity during human-computer interaction, The installation and maintenance lighting of the wiring compartment when the light is not good, the coded flashing light effect can solve the warning function in emergency situations or the communication function with the hearing impaired, the night light effect of the wake-up mode at night, the atmosphere effect of the festive atmosphere, etc.
  • the back of the upper replaceable module 1 may also be provided with a hanging hole 15 so that the upper replaceable module 1 can be hung on an installation wall.
  • the bottom of the upper replaceable module 1 and the top of the main box 2, the top of the lower replaceable module 3 and the bottom of the main box 2 can also be respectively provided with an upper power supply and communication interface 16, which is used to communicate with the main box 2, respectively. Down power supply and communication interface 34.
  • the upper side and the lower side of the base 20 may also be respectively provided with a third tamper switch 229. When someone removes the upper replaceable module 1 and the lower replaceable module 3, the third tamper switch 229 will be triggered.
  • the back of the base 20 is also provided with at least one first tamper switch 208
  • the bottom of the front of the base 20 is provided with a second tamper switch 227 corresponding to the cover 221
  • the inclined interface row 224 is also provided on other removable modules.
  • a tamper switch can be set.
  • Vibration sensors can be built into the cabinet. The anti-dismantling switch and vibration sensor can be powered by independent power supplies. If the weak current box is illegally disassembled or knocked by the user, the system will automatically alarm the user locally and upload the alarm information to the weak current box operation Business and user mobile terminals to protect equipment safety.
  • the main device 2 can also be used alone, the upper replaceable module 1, the lower replaceable module 3, and the third tamper switch 229 can also be customized to cancel the setting.
  • the main device 2 can be fixed through the four cabinet fixing holes 205 in the equipment compartment.
  • the second plug-in board 252 of the fixing base 25 may also be reserved with perforations for connecting with the wall.
  • the main functions that the robot intelligent weak current box can realize are as follows:
  • Video intercom function The traditional video intercom system that has gone through several development stages of analog-semi-digital-digital-network system is generally complex in structure, high in failure rate, high in installation and maintenance costs, and operating costs High, fixed installation location, simple functions, poor experience, difficult upgrades, etc.
  • the video intercom system is the only communication channel for wired LAN communication between the family, the property and the community. It cannot be cancelled, nor can it be simply moved by the family wirelessly. Replaced by the terminal.
  • the robot intelligent weak current box is not simply pieced together, nor does it completely abandon the transmission mode, structure and function of the traditional intercom system, but through the built-in AI intelligent system of the robot intelligent weak current box, contact and non-contact intelligent system operation methods, and unique Box structure design, fiber-to-the-home and other related equipment are installed in the equipment warehouse, and the installation position is not limited, and the wall-to-wall quick installation method that does not damage the decoration, the touch screen and the large-screen TV intelligent display mode, and other innovative integrated design, completely solve the traditional Video intercom systems generally have many problems such as complex structure, high failure rate, high installation and maintenance costs, high operating costs, fixed installation locations, simple functions and poor experience, difficult upgrades and transformations, etc., allowing users to experience more advanced and more convenient and fast experience.
  • Stable and smarter video intercom functions and smart system functions with more potential requirements have greatly improved the user's smart experience and can also greatly expand the application scope of the video intercom system. For example, build a free video intercom system between family members in different regions through the operator's network; build a free video intercom system between families in rural natural villages and towns or with village and town government service units.
  • the smart system can realize the following scenes of visual intercom interaction: (1) When the user goes home: When the distance sensor senses that the user opens the door, it actively customizes the voice greetings to the user, and actively confirms the user's identity through video, if it is confirmed as illegal The user will take the initiative to customize the local voice alarm and remotely customize the push video + audio + information method to the weak current box operator/property center/user mobile terminal; if the user cannot be confirmed by video, the system will actively voice and flash the light to remind the user to confirm the identity Disarm, if the timeout does not confirm or turn off the robot's smart weak current box related sensors or perceive damage, etc., the system will actively customize the local voice alarm and remotely customize the push of video + audio + information to the weak current box operator/property center/user mobile terminal ; If it is confirmed that the user’s identity is legal, it will actively customize the voice to care for the user according to the user’s different identities, as well as the subsequent human-computer interaction communication; (2) When the user leaves home:
  • the room When the user is perceived to close the door and leave home for more than a custom time, the room will automatically start to arm, and the smart device or household appliance connected to the system will be turned off; (3)
  • the user's active intercom interaction the user uses voice, smart buttons , Touch screen, mobile terminal calls the property/relatives/neighbors to initiate intercom interaction, after the other party confirms, they can interact with them visually; (4)
  • User passive intercom interaction when the property/relatives/neighbors talk to the user When initiating an intercom interaction, the user responds through voice, behavior, gesture, smart keys, touch screen, and mobile terminal, that is, establishing visual interactive interaction.
  • the human body entering the detection range such as the door, living room balcony, window, other door, etc.
  • the software algorithm can determine whether an alarm has occurred; if an alarm occurs, the system will actively voice and flashing to remind the user to confirm the identity and disarm; If the video review confirms the alarm or does not confirm the alarm over time, or turn off the robot's intelligent weak current box related sensors or perceive damage, etc., the system will actively customize the voice alarm locally and remotely customize the video + audio + information method to the weak current box operator/property center /User’s mobile terminal, and the scene will also alarm according to different alarm conditions on-site voice/music and flashing lights to remind the user that the alarm is successful; if it is a false alarm, the user can cancel it within a custom time to avoid false alarms affecting the property/robot
  • the fingerprint sensor 21a9 can also have the function of classified fingerprint alarm.
  • Robot The intelligent weak current box wiring warehouse also integrates bus modules, DIAI input modules, POE network ports, etc., and supports wired switch alarm signals, bus alarm signals, and video monitoring signals.
  • the embedded pipeline is connected through the 86 bottom box or the wire box; also supports Bluetooth, Wifi, Zigbee, NB-IoT and other wireless alarm or monitoring equipment access, users can freely expand the alarm or monitoring equipment according to their needs without wiring, to meet the different security needs of users; at the same time, it also independently sets up monitoring and storage interfaces to Specially store surveillance video data, which is safe and avoids big data occupying system space and affecting system operation speed; (4)
  • the robot smart weak current box also integrates community PON optical network interface, power amplifier and high-power speakers, light strips, touch screen, Modules such as environmental sensors.
  • the system automatically pushes alarm information to the building or unit where the user is seeking help or the robot smart weak current box of the nearby household user, and voice/ Flashing lights/user mobile terminal/linked output/screen display/TV display reminds users to ensure that all groups of household users (including the visually impaired and hearing impaired) know the alarm information, remind users to evacuate or help rescue; when there is an emergency in the community
  • the property management center can directly push alarm information to all households in the community through the operating platform, and use voice/flashing lights/user mobile terminals/linkage output/screen display/TV display, etc. Remind the user to ensure that all people in the user's family (including the visually impaired and hearing impaired) know the alarm information.
  • Health management function Physical health is a problem that everyone and every family must pay attention to.
  • family health management mainly includes users who do not understand medicine, health data is scattered, hospital diagnosis data cannot be accessed by users, health testing equipment is expensive, and it is difficult to see a doctor.
  • Expensive, chronic diseases require long-term tracking management, limited medical resources, etc., and the establishment of a family health management system is a huge system project, which has costs, information resources, cognition, perception technology, product form, text recognition, video recognition, and communication technology. , Chip technology, artificial intelligence technology, business model and many other constraints, basically still in the imaginary stage.
  • the robot smart weak current box is installed in the equipment warehouse through the built-in AI smart system, built-in multiple basic health and environmental sensors, contact and non-contact smart system operation modes, unique box structure design, fiber-optic home access and other related equipment.
  • the installation position is not limited and the decoration is not damaged.
  • the fast installation method of the wall the software algorithms such as the comprehensive identification analysis system and the medical diagnosis system, the comprehensive innovative design such as the touch screen and the large-screen TV intelligent display mode, combined with the B-side rigid demand of the robot intelligent weak current box Features, one-time low-cost solution to varying degrees of family health management users who do not understand medicine, health data is scattered, hospital diagnostic data users cannot access, health testing equipment is expensive, medical treatment is difficult, medical treatment is expensive, chronic diseases require long-term follow-up management, and medical resources are limited It also establishes two-way active interaction between smart devices and people, allowing home users to experience basic health information detection, family medical record file establishment, machine diagnosis, remote diagnosis, active tracking management of chronic diseases, and correction of defects at a low cost, conveniently and quickly.
  • Voice broadcast or large-screen TV display for users to understand; when the system senses the user’s body temperature and fever, and the machine diagnoses the need to go to the hospital, it will automatically make an appointment to the specific hospital according to the characteristics of the disease (ask the user or the user actively inform), and notify the result of the registration Users; when users have emergency health needs, they can quickly send emergency alarms to the operation service center or user mobile terminal or hospitals through the emergency button or software operation or the system's different levels of alarm sensors, and local multi-mode alarms to remind users that the alarm is successful, such as mistakes The alarm can be cancelled within a specific time.
  • TV control function TV is generally the only large-screen display in the family, it is irreplaceable and difficult to cancel, but traditional TVs are generally cumbersome to operate, cost and function conflicts, simple functions, lack of content/applications, user-purchased and expensive, and unsatisfactory experience
  • the robot intelligent weak current box is installed in the equipment warehouse through the built-in AI intelligent system, the contact and non-contact intelligent system operation mode, the unique box structure design, and the installation of related equipment such as fiber to the home, the home wiring management function, and the Comprehensive innovative designs such as the fast installation method of pasting the wall without destroying the decoration of the limited installation position, combined with the B-side rigid demand characteristics of the robot smart weak current box, one-time low-cost integration to solve the cumbersome operation of home TV, cost and function conflicts, simple functions, and content/
  • the lack of applications, the high price of user purchases, and the unsatisfactory experience realize the rapid control and output of the robot smart weak current box to the set-top box and TV, so that all system contents of the robot smart weak current
  • the complementary relationship between the screen and the intelligence of the robot's intelligent weak current box greatly reduces the requirements of the intelligent experience system for TV hardware, which is suitable for the rapid upgrade and transformation of new and old TVs, and greatly enhances the user's intelligent experience.
  • the robot intelligent weak current box is an independent intelligent device. To control the TV, it needs to establish an effective control connection with the TV conveniently and quickly.
  • the specific control connection is as follows: (1) Installation and wiring management in the set-top box: 1Install the set-top box embedded pipeline connection in the equipment warehouse TV: The operator’s optical modem and TV set-top box are installed and fixed in the equipment compartment, and the equipment warehouse is fixed with the RF infrared transmitter lamp 21c5 installed close to the infrared receiver of the set-top box.
  • the optical modem iTV interface communication cable is directly connected to the set-top box through the first cable trough 201 of the equipment warehouse.
  • the power port cable on the top of the equipment compartment is connected to the set-top box through the first wiring trough 201, and the HDMI cable output from the set-top box is passed from the equipment compartment to the wiring compartment and the HDMI output wiring hole through the second wiring trough 228 (first wiring hole 21c6 ) Connect to the wall bottom box or the cable box, and then with the TV power output cable on the left side of the upper warehouse 220a and the HDMI cable output from the top box to the TV through the embedded pipe to complete the equipment installation and cable Connect TV wiring management; 2.
  • Install set-top box in the equipment warehouse to connect the TV: the operator’s optical modem is installed and fixed in the equipment warehouse of the TV set-top box, the infrared transmitter lamp 21c5 of the equipment warehouse is installed close to the infrared receiver of the set-top box, and the optical modem iTV interface communicates
  • the cable is directly connected to the set-top box through the first cable trough 201, and the power port cable at the top of the equipment compartment is connected to the set-top box through the first cable trough 201.
  • the HDMI cable from the set-top box is led through the HDMI output cable holes on the left and right sides at the bottom of the equipment compartment.
  • Infrared learning control built-in 360-degree infrared emitting lights in the upper and lower built-in equipment areas of the equipment warehouse can perform infrared learning control on the TV and set-top box in the room, and if the TV and the set-top box cannot be received or blocked by foreign objects in special circumstances Infrared receiving, there are multiple infrared output ports in the box, which can directly lead the remote control infrared lamp to the infrared receiving end of the TV or set-top box for infrared learning and remote control.
  • the embedded pipeline outside the set-top box is connected to the TV: the operator's optical modem and the optical modem output TV iTV interface are fixedly installed in the equipment warehouse and connected to the TV network switch input interface on the top of the equipment warehouse, upper warehouse 220a
  • the right infrared extension interface output cable (if the box infrared emitting light can be controlled wirelessly, this output cable can be omitted), the left TV power output cable, the HDMI output cable of the top box output, and the lower compartment 220b
  • Pipeline connection to TV fixed installation operator's optical modem and optical modem output TV iTV interface in the equipment warehouse connected to the TV network switch input interface on the top of the equipment warehouse, the power cord on the left or right side of the weak current box, and the left or right box
  • the output HDMI cable, the left or right TV interface output cable are connected to the TV through the open line pipe, which completes the installation of internal and external equipment and the wiring management of the cable open line connection to the TV; 3.
  • Infrared learning control the upper part of the equipment warehouse and The built-in device area at the lower part has a built-in 360-degree infrared emitting light to control the room’s TV and set-top box for infrared learning, and if the TV and set-top box cannot be received under special circumstances or the infrared is blocked by foreign objects, there are multiple infrared output interfaces in the box, which can be directly connected
  • the remote control infrared lamp is led to the infrared receiving end of the TV or set-top box, so that it can be remotely controlled by infrared learning.
  • the system quickly controls the TV for sharing, interaction and control: the robot smart weak current box is generally installed near the TV in the living room.
  • control methods can include: contact operation Control and non-contact operation control.
  • the contact operation control includes touch screen operation and smart button operation;
  • the non-contact operation control includes camera analysis and recognition operation, remote voice recognition operation, remote positioning, gesture and gesture recognition Operation, RF infrared control operation, linkage operation control, wireless communication operation control, mobile APP software operation control.
  • Home appliances are just-needed devices in the home, such as TVs and air conditioners.
  • the intelligent control of home appliances has always been an important part of a smart home.
  • the current common approach for smart control is to install a universal remote control or the home appliance itself supports Wifi wireless communication.
  • Control through the mobile phone APP but this kind of operating experience is not ideal, and there are also common problems such as user purchase, cumbersome operation, unsatisfactory experience, need to integrate other devices to be smarter, and unable to control autonomously.
  • the robot smart weak current box is installed in the equipment warehouse through the built-in AI smart system, the contact and non-contact smart system operation mode, the unique box structure design, the 180-degree infrared learning control on the wall, and the fiber to the home.
  • the integrated innovative design such as the fast installation method on the wall and the fast installation method, which is limited to the installation position and does not damage the decoration, combined with the B-side rigid demand characteristics of the robot intelligent weak current box, one-time low-cost integration to solve the cumbersome control operation of home appliances, the unsatisfactory experience, and the need to integrate other equipment. Problems such as being smarter and unable to control autonomously.
  • the user-operated household appliance control methods can include contact operation control and non-contact operation control.
  • the contact operation control includes touch screen operation and smart button operation.
  • the non-contact operation control includes camera analysis and recognition operation and remote voice recognition.
  • Intelligent lighting function lighting is always a rigid demand market, because where there are people, lights are needed. The higher the household income, the greater the demand for indoor lighting products, but the house decoration is in place at one time. If users want to experience richer lighting content, there is Replace control switches or bulbs or add intelligent lighting circuits, single live wire circuits, single smart devices lack perception and intelligent judgment, cumbersome operation methods (such as APP software operation), users are not willing to upgrade, users are afraid of trouble and do not understand integration, frequency of use There are many problems such as not high, inability to actively illuminate, self-purchasing by users, and poor experience.
  • the robot smart weak current box is installed in the equipment warehouse through the built-in AI smart system, the contact and non-contact smart system operation mode, the unique box structure design, the built-in multiple sets of LED lights, fiber-optic home access and other related equipment, and the installation is not limited.
  • the location does not damage the decoration of the wall and the fast installation method and other comprehensive innovative designs, combined with the B-side rigid demand characteristics of the robot smart weak current box, it is a one-time low-cost solution to the existence of intelligent lighting in the home living room.
  • control switch or bulb must be replaced or the intelligent lighting circuit or single Firewire loops, single smart devices lack perception and intelligent judgment, cumbersome operation methods (such as APP software operation), users are not willing to upgrade, users are afraid of trouble and do not understand integration, use frequency is not high, cannot active lighting, users buy themselves, and experience Poor and other issues.
  • the built-in LED lights have lighting functions such as illuminating lights, ambient lights, functional auxiliary lights, night lights, etc., and can also be combined to achieve more lighting effects; for example: when the system perceives the user to go home at night (or insufficient indoor light during the day), The system automatically turns on all the built-in LED lights of the device or the main lighting LED lights on the replaceable module to achieve the maximum indoor lighting effect; when the system senses that the user is away from home, the system automatically turns off all the built-in LED lights of the device; when the night senses that the user is up at night When the system automatically turns on the lower bevel light strip of the device, the system automatically turns off the lower bevel light strip when it senses that the user re-enters the bedroom from the living room to exceed the custom time; when the system senses that the user is watching TV, the system automatically turns on the left or right side of the device (The TV is on the side of the device) and the light strips on the side of the replaceable module to create a theater atmosphere scene; when the festival night,
  • the robot intelligent weak current box also reserves a wiring slot 207, which is convenient for intelligent control of the lighting circuit of the lighting panel through the system's own intelligent switch or extended lighting intelligent module when the equipment installation position covers the indoor conventional light switch panel.
  • the system also has built-in wireless and bus communication modules such as Bluetooth, Wifi, Zigbee, RF, and NB-IoT. Users can freely expand and upgrade external smart lighting equipment and upgrade traditional lighting circuits to smart lighting circuits, combined with the AI smart functions of the robot smart weak current box and A variety of intelligent operation methods create a smart, comfortable and beautiful lighting environment and user experience for users throughout the house.
  • the robot smart weak current box generally takes electricity from the indoor elevation 30CM socket, and the internal cable standard of the 30CM socket is 2.5 square copper wire, and the three wires of the live wire, the neutral wire and the ground wire are complete. It can support a power of about 3000W, which can meet Box equipment and smart sockets on both sides have basic power output requirements and grounding safety. At the same time, the box has a built-in energy consumption analysis module. When the socket is overloaded, the system will automatically provide users with voice, sound and light, screen display, large TV screen display, and mobile terminal. The information pushes multiple ways to alert the user, and can directly turn off the power output of the box socket.
  • the robot smart weak current box can also be used for the installation of related equipment such as optical fiber to the home, set-top box and home wiring management.
  • Intelligent control such as TVs, set-top boxes, DVDs and other devices, allows users to enjoy smart sockets and energy management experience for free or at low cost, creating a safe, smart, comfortable, low-carbon, and convenient personalized smart life for users.
  • the robot smart weak current box has a built-in full-range speaker, combined with the AI smart system built in the robot smart weak current box, contact and non-contact smart system operation methods, unique box structure design, fiber optic home access and other related equipment.
  • Comprehensive innovative designs such as installation in the equipment warehouse, home wiring management functions, and fast wall-to-wall installation that does not limit the installation location and does not damage the decoration, not only solve the problem of loudspeaker output with high volume and high pitch, but also promote the equipment warehouse due to the design of the ventilation groove of the equipment warehouse speaker
  • Air flow is conducive to the heat dissipation of smart devices, and it also solves the problem of high-quality audio and video output to the TV at the same time. The most important solution is to solve the multiple experience operation problems of smart speakers.
  • the volume output is automatically adjusted to keep the user always hearing the same volume; when the user is perceived to go home, the system automatically turns on the background music; The system automatically turns off the music when the user is aware that the user leaves home; at night, when the user leaves the living room and enters the bedroom ultra-customized time, the system automatically turns off the music; wakes up in the morning, when the user enters the living room from the bedroom, the system automatically voices greetings or Turn on the user's favorite background music.
  • the system has built-in CO2, temperature, humidity, illuminance, VOC, CO, air pressure and other sensors, combined with the AI smart system built in the robot smart weak current box, contact and non-contact smart system operation methods, and unique box structure Design, fiber-to-the-home and other related equipment are installed in the equipment warehouse, home wiring management functions, and fast installation methods such as wall-mounted fast installation methods that do not limit the installation location and do not damage the decoration, allowing users to experience environmental monitoring functions for free or at low cost, which is beneficial
  • the family maintains a healthy air environment, allowing users to enjoy a safe, smart, comfortable, low-carbon, and convenient personalized smart life.
  • AI smart system built into the robot smart weak current box, contact and non-contact smart system operation mode, unique box structure design, fiber-to-home and other related equipment installation in the equipment warehouse, TV
  • the large-screen synchronous display the fast installation method of pasting to the wall that does not limit the installation location and does not damage the decoration, etc.
  • users can also download and expand the application software through the application market of the system to install the application by themselves.
  • Application software programs are combined with system wisdom perception and multiple smart system operation methods, allowing users to enjoy a richer, smarter and faster smart system experience, such as: entertainment software, game software, music software, conference software, farmland management software, Simulation test software, reading software, radio and broadcasting software, education software, companion communication software, intelligent assistant software, translation software, energy management software, audio-visual interactive software, emotion analysis software, image design software, 3D fitting software, shopping Software, ticket booking software, office software, stock software, social software, community service software, community O2O software, etc.

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Abstract

An intelligent robot weak box, comprising a main box body (2). The main box body (2) is in the shape of the Chinese character "皿" and comprises an upper device area (21) and a lower wiring management area (22); the back surface of the base of the main box body is flat, and a raised device area (21) is formed at the front surface of the base; the device area (21) comprises a system operation area (21a), a built-in device area, and a device cavity (21c); the device cavity (21c) comprises a cavity cover, first wire threading holes (21c6), first power interfaces, first information interfaces, and a mounting seat; the wiring management area (22) comprises a wiring cavity (220), a cover plate (221), second wire threading holes, second power interfaces, and second information interfaces; the main box body (2) also comprises first wiring slots (201), a second wiring slot (228), third power interfaces, third information interfaces, and LED lights; an intelligent system of the main box body (2) comprises an AI core processor as well as a storage unit, an input unit, an output unit, a communication unit, an exchange unit, and a power supply unit. The intelligent robot weak box can solve the problems of difficulties in fiber-to-home related device installation, video intercom upgrade, intelligent TV upgrade, and traditional weak box position fixation and installation as well as functional degradation.

Description

机器人智能弱电箱Robot smart weak current box 技术领域Technical field
本发明涉及智慧家庭领域，更具体地说，涉及一种机器人智能弱电箱。The invention relates to the field of smart homes, and more specifically, to a robot intelligent weak current box.
背景技术Background technique
弱电箱主要用于对网络、电话、电视、安防等弱电信号进行统一管理分配布线，避免弱电信号受强电的干扰，提升家庭智能化水平及生活质量。The weak current box is mainly used for the unified management and distribution of weak current signals such as network, telephone, TV, security, etc., to avoid the interference of weak current signals by strong current, and to improve the level of family intelligence and the quality of life.
传统弱电箱只是一个简单的金属或塑胶箱体，主要功能是利用箱内置网络、电话及电视交换模块，对家庭弱电信号线统一布线管理。但随着无线、移动互联网、移动智能终端、芯片、光纤入户、智能或网络高清电视、IOT、5G、人工智能等技术与设备的快速发展以及人口老龄化的时代到来，人们的体验需求不断提升，对家庭智能化、健康、安全等的生活需求越来越强烈，传统弱电箱管理布线功能已经不能满足人们的需求，甚至还阻碍新技术（如Wifi技术）的应用。再加上2007年以前的建筑都没有弱电箱，所以新、旧建筑的光纤入户及智能化升级过程中问题多多。分析传统弱电箱存在的问题有如下几点：The traditional weak current box is just a simple metal or plastic box. The main function is to use the built-in network, telephone and TV switching modules in the box to manage the unified wiring of the household weak current signal lines. However, with the rapid development of wireless, mobile Internet, mobile smart terminals, chips, fiber to the home, smart or network HDTV, IOT, 5G, artificial intelligence and other technologies and equipment, as well as the arrival of the age of population, people’s experience needs continue With the improvement, the demand for home intelligence, health, safety, etc. is becoming stronger and stronger. The traditional weak current box management and wiring function can no longer meet people's needs, and even hinder the application of new technologies (such as Wifi technology). In addition, there are no weak current boxes in buildings before 2007, so there are many problems in the process of FTTH and intelligent upgrade of new and old buildings. Analyze the problems existing in the traditional weak current box as follows:
（ 1 ）位置固定、安装难、安装成本高：传统弱电箱一般标准是12CM深度，而我国现行粘土砖规格是240MM×115MM×53MM(长×宽×厚)，因此弱电箱预埋必须选在墙厚大于17CM的主墙体安装，并且一般要提前与其他管线一起预埋，高层住宅建筑一般只有承重墙、分户墙和外墙才适合安装，安装位置有限；弱电箱一般标准面积是320MM*240MM及以上，因此为不影响室内美观，一般很少安装在室内主景观墙面；嵌墙安装施工量巨大，传统弱电箱一般与之相配套的还有很多输入输出管线需要预埋，因此，还要提前做好大量预埋管线工作；2007年弱电箱普及以前的绝大部分房子没有弱电箱，重新整改安装的概率很低，除非房子重新装修且用户愿意对家庭智能化进行整改，否则用户也不知道到底需要做哪些管线预埋，所以传统弱电箱一般会选择在入户门附近安装，没有太多的可选择位置，且不管是预埋还是旧改安装，在墙体上留一个大洞，且还要提前预埋好所有管线都是一件很不容易的事，工程量巨大。 ( 1 ) Fixed location, difficult installation, and high installation cost: The general standard of the traditional weak current box is 12CM depth, while the current clay brick specification in China is 240MM×115MM×53MM (length×width×thickness), so the pre-embedded weak current box must be selected in The main wall with a wall thickness greater than 17CM is installed, and it is generally pre-buried together with other pipelines in advance. High-rise residential buildings are generally only suitable for installation on load-bearing walls, household walls and external walls, and the installation location is limited; the general standard area of weak current boxes is 320MM *240mm and above, so in order not to affect the beauty of the interior, it is generally rarely installed on the main indoor landscape wall; the amount of installation of the embedded wall is huge, and the traditional weak current box is generally matched with a lot of input and output pipelines that need to be embedded, so , It is necessary to do a lot of pre-embedded pipeline work in advance; in 2007, most houses before the popularization of weak current boxes did not have weak current boxes, and the probability of re-rectification and installation was very low. Unless the house was renovated and users were willing to rectify the smart home, Users do not know which pipelines need to be embedded, so traditional weak current boxes usually choose to install near the entrance door, there are not many options, and whether it is embedded or old modified installation, leave one on the wall It is not easy to pre-bury all pipelines with large holes, and the amount of work is huge.
（ 2 ）光纤入户及无线设备安装问题：光纤入户及无线Wifi是最近10年内产生的用户需求，光进铜退是发展趋势，然而，2007年弱电箱开始普及化时的产品规划基本没有考虑到未来技术的发展状况。传统弱电箱的结构特点是通过箱内置网络、电话与电视交换模块，有线解决家庭不同房间的网络、电话与电视的需求问题，但随着5G、无线信号、智能电视或网络高清电视、智能手机等的普及化，光纤入户已是必然趋势，并且有大量的新旧建筑需要光纤入户改造，但传统弱电箱让人无法接受的无线信号严重衰减、位置固定难安装、旧房或民舍改造难、光猫多线缆连接、无线路由器安装1M标高等问题，导致光纤入户及无线Wifi等相关设备不能安装在传统弱电箱内，必须外装，且一般家庭都安装在客厅电视机附近，基本与传统弱电箱脱离关系，而客厅又没有专门安装这些设备的箱体；光纤入户所需设备最少包括无线路由器、光猫、光纤盒、网络电视机顶盒、电源适合器、排插、与其他房间的有线网络及可能扩展的其他智能设备等众多设备，设备多、线缆多、电源多、安装要求多、相互连接多，导致光纤入户及无线Wifi设备安装点设备堆积成山、线缆乱串，即不美观也不安全，一不小心碰了哪条线或设备还会影响系统正常通讯与运行。此外，传统弱电箱嵌墙安装施工量大，位置固定，还要提前做好大量预埋管线工作，不适合改造升级，且天然严重衰减无线Wifi信号，以及无线路由器安装高度最少1M以上等多项客观条件，所以在客厅电视附近位置安装弱电箱既不不现实也不能解决问题，还影响客厅美观。 ( 2 ) Fiber-to-the-home and wireless equipment installation problems: Fiber-to-the-home and wireless Wifi are user needs generated in the last 10 years, and the development trend of light-in and copper-out is the development trend. However, the product planning when the weak current box began to be popularized in 2007 was basically not Taking into account the development status of future technology. The structural feature of the traditional weak current box is to solve the network, telephone and TV needs of different rooms in the family through the built-in network, telephone and TV switching modules in the box, but with 5G, wireless signal, smart TV or network HD TV, smart phone The popularization of fiber optic access to the home is an inevitable trend, and there are a large number of new and old buildings that require fiber optic access to the home. However, the unacceptable wireless signal of the traditional weak current box is severely attenuated, the location is fixed and it is difficult to install, and the old house or residential building is reconstructed. Difficulty, multi-cable connection of optical modems, and 1M elevation of wireless routers have caused fiber-to-the-home and wireless Wifi and other related equipment cannot be installed in the traditional weak current box. Disconnected from the traditional weak current box, and the living room does not have a box specially installed for these devices; the equipment required for fiber to the home includes at least wireless routers, optical modems, optical fiber boxes, Internet TV set-top boxes, power adapters, power strips, and other rooms The wired network and other smart devices that may be expanded, such as many devices, many devices, cables, power supplies, installation requirements, and interconnections, resulting in the accumulation of fiber-to-the-home and wireless Wifi equipment installation points, and cables chaotically , Which is not beautiful or safe, accidentally touching which line or equipment will affect the normal communication and operation of the system. In addition, the traditional weak current box embedded in the wall has a large amount of construction and a fixed location, and a lot of embedded pipeline work must be done in advance. It is not suitable for transformation and upgrading, and it naturally severely attenuates the wireless Wifi signal, and the installation height of the wireless router is at least 1M or more. Due to objective conditions, it is neither realistic nor solve the problem to install a weak current box near the TV in the living room, and it also affects the beauty of the living room.
（ 3 ）无线信号衰减严重：Wifi无线路由器的安装高度最好在1M以上，且最好在家庭的中间位置，而传统弱电箱一般安装高度为30CM，再加上箱体高也大约也就50CM，安装得越低，无线信号衰减越大，且安装位置一般比较偏僻，不能全面覆盖所有房间，最重要的弱电箱一般为内嵌主墙体安装，有的箱体采用铁质材料，具有天然严重衰减无线网络信号的特点，所以无线路由器一般都不在弱电箱内安装。 ( 3 ) The wireless signal attenuation is serious: The installation height of the Wifi wireless router is preferably above 1M, and preferably in the middle of the home, while the traditional weak current box is generally installed at a height of 30CM, and the height of the box is also about 50CM. , The lower the installation, the greater the wireless signal attenuation, and the installation location is generally remote, unable to fully cover all rooms, the most important weak current box is generally embedded in the main wall installation, and some boxes are made of iron materials, with natural Severely attenuate the characteristics of wireless network signals, so wireless routers are generally not installed in weak current boxes.
（ 4 ）功能退化制约家庭智能化发展：传统弱电箱是开发商刚需标配，无线路由器是家庭用户刚需标配，光猫与光纤盒是运营商刚需标配，网络电视机顶盒是电视运营商刚需标配，并且传统弱电箱开始普及化时还没有后面几大需求，再加上传统弱电箱天然的功能缺陷，光猫与无线路由器多输出接口的原因，导致无线路由器、光猫、电视机顶盒等设备必须外装，才能解决用户的基本需求，而传统弱电箱功能也就退化成过线盒了；光纤入户的无线路由器、光猫等设备是家庭信息化的入口，家庭智能化所有设备只要有接入互联网的需求，其信息必须要经过这些设备进行传输，而这些设备又不能弱电箱安装，也没有固定位置安装，且没有专门的箱体来安装这些设备，所以这就给其他智能设备的应用带来了挑战，要买什么设备、那里能买到设备、设备装什么位置、走什么信号通讯、敷设什么线缆、距离设备多远、怎么样供电、如何分配路由器端口、动态IP怎么做解析、由谁来集中分析与管理数据等会产生一系列问题，所以传统弱电箱功能退化为过线盒，原有的布线管理优势全部甩给用户自由发挥了，因为普通用户对智能化系统不熟悉，所以一般用户就会选择不懂就不消费来制约家庭智能化发展。 ( 4 ) Functional degradation restricts the development of smart homes: traditional weak current boxes are standard equipment that developers just need, wireless routers are standard equipment that home users just need, optical modems and fiber optic boxes are just standard equipment that operators just need, and network TV set-top boxes are just needed by TV operators. Standard configuration, and when the traditional weak current box began to be popularized, there were not the following major needs. Coupled with the natural functional defects of the traditional weak current box, the reason for the multiple output interfaces of the optical modem and the wireless router led to wireless routers, optical modems, TV set-top boxes, etc. The equipment must be externally installed to meet the basic needs of users, and the function of the traditional weak current box is degraded into a wire box; wireless routers, optical modems and other equipment with fiber-in-the-home are the entrance of household informationization. To access the Internet, the information must be transmitted through these devices, and these devices cannot be installed in weak current boxes, nor are they installed in fixed locations, and there is no special box to install these devices, so this is for other smart devices. The application brings challenges, such as what equipment to buy, where to buy the equipment, where to install the equipment, what signal communication, what cable to lay, how far away from the equipment, how to supply power, how to allocate router ports, and how to analyze dynamic IP , Who will centrally analyze and manage the data will cause a series of problems, so the function of the traditional weak current box is degraded to the wire box, and the original wiring management advantages are all left to the users to play freely, because ordinary users are not familiar with intelligent systems , So the general user will choose not to consume if they don’t understand it to restrict the development of smart home.
（ 5 ）落后的布线管理功能：传统弱电箱也称多媒体弱电箱，主要通过内置网络交换模块、电话网络交换模块、电视同轴分配器、电源模块及多种线管接入，因2009年前基本以有线信号传输为主，传统弱电箱的布线管理基本能满足用户家庭有线网络的布线管理要求。但随着无线、光纤、网络高清电视、IOT、5G、智能家居等技术的快速发展，人们对家庭智能化的需求越来越多，对应的智能化设备也越来越多，而家庭弱电安装箱体主要是弱电箱，所以弱电箱安装和可能安装的设备越来越多，如无线路由器、光猫、光纤盒、排插、网关、联动模块、收发器、报警模块、智能家居模块、协议转换器、信息推送器、监控主机、POE交换机、摄像机电源、设备电源适配器等，以及多种线缆输入，如同轴电视线、运营商网络线或光纤线、电话线、小区局域网线、各房间的网络线、电话线、电视线、可视对讲线、报警线、控制线、总线、电源线等。此时，传统弱电箱仍然只对网络、电话、电视模块进行布线管理是远远不够的，这些设备与线缆的安装、供电、走线、连线、信息访问、集成、散热等都是需要解决的问题。目前的主要做法就是放大箱体，户型大一点的家庭，有的弱电箱大小都超100CM*100CM以上，箱体越大安装位置越难选，安装难度、工程量与成本也就越大，这样又反过来影响用户消费欲望，也影响开发商投入积极性，所以传统弱电箱四大模块的布线管理功能已经远远落后了。 ( 5 ) Backward wiring management function: The traditional weak current box is also called the multimedia weak current box, which is mainly connected through the built-in network switching module, telephone network switching module, TV coaxial distributor, power supply module and various line pipes. Mainly based on wired signal transmission, the wiring management of the traditional weak current box can basically meet the wiring management requirements of the user's home wired network. However, with the rapid development of wireless, optical fiber, network HDTV, IOT, 5G, smart home and other technologies, people have more and more demands for smart homes, and there are more and more smart devices corresponding to them. The box is mainly a weak current box, so there are more and more equipment for the weak current box installation and possible installation, such as wireless routers, optical modems, optical fiber boxes, power strips, gateways, linkage modules, transceivers, alarm modules, smart home modules, protocols Converters, information pushers, monitoring hosts, POE switches, camera power supplies, equipment power adapters, etc., as well as a variety of cable inputs, such as coaxial TV lines, operator network lines or optical fiber lines, telephone lines, community LAN lines, various The room’s network cable, telephone cable, TV cable, video intercom cable, alarm cable, control cable, bus, power cable, etc. At this time, the traditional weak current box is still far from enough to manage the network, telephone, and TV modules. The installation of these equipment and cables, power supply, wiring, wiring, information access, integration, heat dissipation, etc. are all required solved problem. At present, the main method is to enlarge the cabinet. For larger households, some weak current cabinets are more than 100CM*100CM. The larger the cabinet, the more difficult it is to choose the installation location, and the greater the installation difficulty, engineering volume and cost. In turn, it affects users' desire to consume, and also affects developers' enthusiasm for investment. Therefore, the wiring management functions of the four modules of traditional weak current boxes have fallen far behind.
（ 6 ）多媒体但不智能：传统弱电箱也称多媒体信息箱，是多媒体线路接线、分流的地方。弱电箱一般内置标配网络交换模块、电话网络交换模块、电视同轴分配器、电源模块及连接各房间各信息点的管线预埋。智能手机普及化以前，弱电箱这种将用户最主要的网络、电话、电视三大系统简单堆叠式集成，虽然弱电箱纯箱体不智能，但还是能解决了人们日常信息的基本需求，但随着无线、智能手机、光纤、网络高清电视、IOT、5G、智能家居等技术的快速发展，原来网络、电话、电视之间不相关的关系也发生了变化，现在一条光纤就解决了网络、电话、电视信号传输；原来的有线网络更多的被无线网络取代；传统电话与电视更多的被网络电话与网络/智能高清电视取代，并且用户的需求越来越多，如：智能手机、家电控制、智能音箱、智能家电、智能照明、家居安全、投屏分享、视音频交互、环境探测、健康管理等，所以占据家庭刚需入口的传统弱电箱简单将三大系统堆叠安装的模式已经不能满足用户的需求了。 ( 6 ) Multimedia but not smart: The traditional weak current box is also called the multimedia information box, which is the place where the multimedia line is connected and shunted. The weak current box is generally built-in standard network switching module, telephone network switching module, TV coaxial distributor, power supply module and pre-embedded pipelines connecting various information points in each room. Before the popularization of smart phones, the weak current box was a simple stacking integration of the users' most important three systems: network, telephone, and TV. Although the pure box of the weak current box was not intelligent, it could still solve the basic needs of people's daily information, but With the rapid development of wireless, smart phones, optical fiber, network HDTV, IOT, 5G, smart home and other technologies, the original irrelevant relationship between the network, telephone, and TV has also changed. Now a single optical fiber solves the network, Telephone and TV signal transmission; the original wired network is more replaced by wireless network; traditional telephone and TV are more replaced by VoIP and network/smart HD TV, and more and more user needs, such as: smart phones, Home appliance control, smart speakers, smart home appliances, smart lighting, home security, screen sharing, video and audio interaction, environment detection, health management, etc., so the traditional weak current box that occupies the entrance of the family just needs to simply stack the three systems is no longer possible Meet the needs of users.
随着人们对智慧生活需求的提高，如何解决新旧建筑家庭新需求下的布线管理、光纤入户相关设备的安装布线及管理、家庭智能化升级、安装维护、安全美观以及更多新需求的智能设备安装等问题已经成为亟需解决的问题。As people's demand for smart life increases, how to solve the new needs of new and old buildings and families under the new requirements of wiring management, installation and wiring and management of optical fiber to the home related equipment, home intelligent upgrade, installation and maintenance, safety and beauty, and more new needs of intelligence Problems such as equipment installation have become problems that need to be solved urgently.
技术问题technical problem
本发明要解决的技术问题在于，针对现有技术的上述缺陷，提供一种创新的机器人智能弱电箱。The technical problem to be solved by the present invention is to provide an innovative robot intelligent weak current box in view of the above-mentioned defects of the prior art.
技术解决方案Technical solutions
本发明解决其技术问题所采用的技术方案是：构造一种机器人智能弱电箱，包括主箱体，所述主箱体包括位于上部的设备区以及位于下部的布线管理区；The technical solution adopted by the present invention to solve its technical problems is: constructing a robot intelligent weak current box, including a main box body, the main box body including an upper part of the equipment area and a lower part of the wiring management area;
所述主箱体呈立体皿字形，所述主箱体的皿字形的一字长方体形基底的背面为平面，所述基底的正面凸起形成所述设备区；The main box body is in the shape of a three-dimensional dish, the back of the dish-shaped in-line cuboid base of the main box body is flat, and the front surface of the base protrudes to form the equipment area;
所述设备区包括系统操作区、内置设备区以及用于外设备安装的设备仓，所述设备仓包括将所述设备仓与外界连通的第一过线孔、设置于所述设备仓内侧面的第一电源接口和第一信息接口、用于固定所述外设备的安装座以及可拆卸安装于所述基底上的仓盖；所述布线管理区包括布线仓、盖设于所述布线仓上的盖板、将所述布线仓与外界连通的第二过线孔、设置于所述布线仓内侧面的第二电源接口和第二信息接口；The equipment area includes a system operation area, a built-in equipment area, and an equipment warehouse for external equipment installation. The equipment warehouse includes a first wire hole that connects the equipment warehouse with the outside world, and is arranged on the inner side of the equipment warehouse. The first power interface and the first information interface, a mounting seat for fixing the external device, and a warehouse cover detachably installed on the base; the wiring management area includes a wiring warehouse, and the cover is arranged in the wiring warehouse The upper cover plate, the second wiring hole that connects the wiring warehouse with the outside, the second power interface and the second information interface provided on the inner side of the wiring warehouse;
所述主箱体还包括设置于所述设备仓的第一走线槽、连通所述设备仓和所述布线仓的第二走线槽以及设置于所述主箱体的外侧的第三电源接口、第三信息接口和LED灯；The main box further includes a first wire trough arranged in the equipment warehouse, a second wire trough connecting the equipment warehouse and the wiring warehouse, and a third power supply arranged on the outside of the main box Interface, third information interface and LED lights;
所述主箱体的智能系统包括AI核心处理器及存储单元、输入单元、输出单元、通讯单元、交换单元、电源单元。The intelligent system of the main cabinet includes an AI core processor and a storage unit, an input unit, an output unit, a communication unit, an exchange unit, and a power supply unit.
在一些实施例中，所述第一走线槽沿纵向贯穿地设置于所述基底的中部；所述第一走线槽设置于所述第二走线槽的上方并与所述第二走线槽相连通；所述基底的背面还凹陷设置有照明预留走线槽，所述照明预留走线槽设置于所述第一走线槽的上方并与所述第一走线槽相连通；In some embodiments, the first wiring groove is longitudinally penetratingly arranged in the middle of the substrate; the first wiring groove is arranged above the second wiring groove and is connected to the second wiring groove. The wire groove is connected; the back of the substrate is also recessed with a reserved wiring groove for lighting, and the reserved wiring groove for lighting is arranged above the first wiring groove and connected to the first wiring groove Pass;
所述安装座包括设置于所述基底上的多行设备固定孔和多行水平活动调节安装槽；所述设备仓还包括贯穿地设置于所述基底上的四个箱体固定孔以及水平跨设于所述第一走线槽中的多个第一理线横梁，所述四个箱体固定孔分别位于所述设备仓的四角。The mounting seat includes a plurality of rows of equipment fixing holes and a plurality of rows of horizontally movable adjustment mounting grooves arranged on the base; the equipment compartment also includes four box fixing holes and a horizontal span provided on the base. For the plurality of first wire management beams arranged in the first wire routing groove, the four box body fixing holes are respectively located at the four corners of the equipment compartment.
在一些实施例中，所述仓盖包括依次沿纵向可拆卸安装于所述基底上的多组分段盖、设置于所述多组分段盖的上方并可拆卸安装于所述基底上的接口保护盖；In some embodiments, the compartment cover includes a multi-component segment cover that is detachably installed on the substrate along the longitudinal direction, and a multi-component segment cover that is disposed above the multi-component segment cover and can be detachably installed on the substrate. Interface protection cover;
所述多组分段盖中的至少一组分段盖的左侧面和/或右侧面还贯穿设置有至少一个天线安装孔及可拆卸地盖设于所述天线安装孔的孔盖；所述多组分段盖中的至少一组分段盖的上侧和/或下侧还设置有隔离壁；所述分段盖的正面、左侧面、右侧面及所述隔离壁上设置有多个散热孔；At least one antenna mounting hole and a hole cover detachably covering the antenna mounting hole are further provided on the left side and/or the right side of at least one group of section covers in the multi-component section cover; The upper side and/or the lower side of the at least one group of segmented covers in the multi-component segmented cover are also provided with partition walls; Multiple cooling holes are provided;
所述多组分段盖包括若干组固定宽度分段盖和/或若干组可调宽度分段盖；每组所述可调宽度分段盖均包括左右相互插接并可相对滑动的左滑动分段盖和右滑动分段盖；所述左滑动分段盖和所述右滑动分段盖上分别设置有若干个插条，每两个相邻的所述插条之间形成一个插槽，所述左滑动分段盖和所述右滑动分段盖之间通过所述若干个插条和插槽交叉连接；The multi-component segment cover includes several groups of fixed-width segmental covers and/or several groups of adjustable-width segmental covers; each group of the adjustable-width segmental covers includes left and right sliding which can be inserted and slid relative to each other. A segmented cover and a right sliding segmented cover; the left sliding segmented cover and the right sliding segmented cover are respectively provided with a number of inserts, and a slot is formed between every two adjacent inserts , The left sliding section cover and the right sliding section cover are cross-connected by the plurality of insert bars and slots;
所述左滑动分段盖的左侧壁背部、所述右滑动分段盖的右侧壁背部分别向内伸出形成有至少一个插销，所述基底的左侧面和右侧面上分别对应所述插销形成有插孔，所述左滑动分段盖、所述右滑动分段盖分别通过各自的插销插接于对应的插孔中。The left side wall back of the left sliding segmented cover and the right side wall back of the right sliding segmented cover respectively extend inwardly to form at least one latch, and the left side and the right side of the base respectively correspond to The plug is formed with a socket, and the left sliding section cover and the right sliding section cover are respectively inserted into the corresponding sockets through respective plugs.
在一些实施例中，每组所述分段盖的上侧和下侧均设有相互凸凹配合的卡扣结构；所述左滑动分段盖、右滑动分段盖的至少一个相互配合的滑动接触面上分别设有相互凸凹滑动配合的滑槽滑轨结构；In some embodiments, the upper side and the lower side of each group of the segmented covers are provided with a buckle structure that cooperates with each other in convex and concave; The contact surface is respectively provided with a sliding groove slide rail structure with convex and concave sliding cooperation with each other;
所述左滑动分段盖、右滑动分段盖的至少一个相互配合的滑动接触面上分别沿其滑动方向形成有开口相向的多个左锁止槽和多个右锁止槽，所述左锁止槽和所述右锁止槽相互拼接形成一个锁止孔，每组所述可调宽度分段盖还包括设置于所述锁止孔中以锁止所述左滑动分段盖和所述右滑动分段盖相对位置的锁梢。A plurality of left locking grooves and a plurality of right locking grooves with openings facing each other are formed along the sliding direction of at least one sliding contact surface of the left sliding segmented cover and the right sliding segmented cover. The locking groove and the right locking groove are spliced with each other to form a locking hole, and each group of the adjustable width segmented cover further includes a locking hole arranged in the locking hole to lock the left sliding segmented cover and the The lock pin of the relative position of the right sliding segment cover is described.
在一些实施例中，所述若干组固定宽度分段盖包括若干组整体大段盖和/或若干组左右相互配合的左固定分段盖和右固定分段盖；In some embodiments, the groups of fixed-width segmented covers include several groups of overall large-segment covers and/or several groups of left and right fixed segmented covers that cooperate with each other on the left and right sides;
所述整体大段盖通过扣合和/或螺接的方式可拆卸地固定于所述基底上，所述整体大段盖的左侧壁和右侧壁背部分别向内伸出形成有与所述插孔扣合的至少一个卡扣；或者，所述整体大段盖通过单开门的方式连接在所述基底上；The integral large-segment cover is detachably fixed to the base by means of buckling and/or screwing. At least one buckle that is buckled by the jack; or, the integral large-segment cover is connected to the base by a single-opening door;
所述左固定分段盖和所述右固定分段盖之间通过扣合和/或螺接的方式连接，所述左固定分段盖、所述右固定分段盖分别通过扣合和/或螺接的方式可拆卸地固定于所述基底上；或者，所述左固定分段盖和所述右固定分段盖通过双开门的方式连接在所述基底上。The left fixed section cover and the right fixed section cover are connected by buckling and/or screw connection, and the left fixed section cover and the right fixed section cover are respectively buckled and/or screwed. Or, it can be detachably fixed on the base in a screw connection; or, the left fixed section cover and the right fixed section cover are connected to the base through a double-opening door.
在一些实施例中，所述第一过线孔贯穿设置于所述设备仓的底部的左右两侧，所述第一电源接口和所述第一信息接口均设置于所述设备仓的顶部；所述设备仓的顶部一侧设有端子排，所述第一电源接口包括设置于所述端子排上的若干个9VDC接口和若干个12VDC 接口，所述第一信息接口包括设置于所述端子排上的灯控总线和RF红外发射灯接口、设置于所述设备仓的顶部另一侧的接口排、设置于所述接口排和所述端子排之间的固定RF红外发射灯，所述接口排包括若干个第一网络接口、若干个第一电话接口和若干个存储卡接口；In some embodiments, the first wire-passing hole is arranged through the left and right sides of the bottom of the equipment compartment, and the first power interface and the first information interface are both arranged at the top of the equipment compartment; The top side of the equipment compartment is provided with a terminal block, the first power interface includes a plurality of 9VDC interfaces and a plurality of 12VDC interfaces arranged on the terminal block, and the first information interface includes a terminal block arranged on the terminal block. The lamp control bus and the RF infrared emitting lamp interface on the row, the interface row arranged on the other side of the top of the equipment compartment, the fixed RF infrared emitting lamp arranged between the interface row and the terminal row, the The interface row includes several first network interfaces, several first telephone interfaces and several memory card interfaces;
所述接口保护盖盖设于所述第一电源接口和所述第一信息接口外，所述接口保护盖包括隔板，所述隔板上设有供所述固定RF红外发射灯穿过的穿孔以及多个供走线用的第三过线孔，所述隔板的下侧还设有多个吊装环；所述接口保护盖的上侧和下侧还设置有卡条或条形卡槽。The interface protection cover is arranged outside the first power interface and the first information interface, the interface protection cover includes a partition, and the partition is provided with a passage for the fixed RF infrared emitting lamp to pass through Perforations and a plurality of third wire holes for routing, a plurality of hoisting rings are also provided on the lower side of the partition; the upper and lower sides of the interface protection cover are also provided with clamping strips or strip-shaped cards groove.
在一些实施例中，所述内置设备区包括上内置设备区以及下内置设备区，所述系统操作区、上内置设备区、设备仓以及下内置设备区从上往下依次排布；In some embodiments, the built-in device area includes an upper built-in device area and a lower built-in device area, and the system operation area, the upper built-in device area, the device warehouse, and the lower built-in device area are arranged in order from top to bottom;
所述主箱体的皿字形的一字长方体形基底的四周侧面均垂直于其背面；所述设备区的正面四周为斜面，形成上斜面、下斜面、左斜面以及右斜面，所述上斜面为所述系统操作区，所述LED灯包括设置于所述上斜面底部的上斜面灯带、设置于所述下斜面上的下斜面灯带以及分别设置于所述基底左侧面和右侧面上部的侧灯带。The surrounding sides of the dish-shaped rectangular parallelepiped base of the main box body are all perpendicular to its back; the front of the equipment area is surrounded by slopes, forming an upper slope, a lower slope, a left slope, and a right slope. The upper slope For the operating area of the system, the LED lamp includes an upper inclined light strip arranged at the bottom of the upper inclined surface, a lower inclined light strip arranged on the lower inclined surface, and respectively arranged on the left and right sides of the base Side light strips on the upper part of the face.
在一些实施例中，所述下内置设备区内置有音箱；所述下内置设备区的正平面上设置有多个音箱出声孔，所述下内置设备区的左斜面和右斜面的顶部内侧设有连通所述音箱和所述设备仓的通气槽；所述第三电源接口包括分别设置于所述下内置设备区的左斜面和右斜面上的至少一个二孔/三孔智能插座；In some embodiments, a sound box is built in the lower built-in device area; a plurality of sound boxes are provided on the front plane of the lower built-in device area, and the top inner side of the left and right inclined surfaces of the lower built-in device area A ventilation slot connecting the sound box and the equipment compartment is provided; the third power interface includes at least one two-hole/three-hole smart socket respectively provided on the left and right slopes of the lower built-in equipment area;
所述上内置设备区内置有无线模块，所述无线模块包括RF、Wifi、蓝牙、Zigbee、NB-IoT、4G/5G通讯模块中的至少一个；所述上内置设备区上分布有多个散热孔，所述上内置设备区的正平面底部还设有2#摄像头模组；A wireless module is built in the upper built-in device area, and the wireless module includes at least one of RF, Wifi, Bluetooth, Zigbee, NB-IoT, and 4G/5G communication modules; multiple heat sinks are distributed on the upper built-in device area Hole, the bottom of the front plane of the upper built-in equipment area is also provided with a 2# camera module;
所述系统操作区的上斜面上从上往下依次设有1#摄像头/体温/照度传感器模组、触控显示屏、麦克风阵列 、智能按键，所述智能按键的左右两侧还分别设置有距离传感器，所述上斜面灯带的左右两侧还设有血压、血氧、心率、呼吸频率检测传感器中的至少一种。1# camera/body temperature/illuminance sensor module, touch screen, microphone array, and smart keys are arranged on the upper slope of the system operating area from top to bottom. The left and right sides of the smart keys are also provided with A distance sensor, at least one of blood pressure, blood oxygen, heart rate, and respiratory rate detection sensors are also provided on the left and right sides of the upper inclined light belt.
在一些实施例中，所述布线仓中水平跨设有第二理线横梁，而将所述布线仓分隔成位于上部的上仓以及位于下部的下仓；所述布线仓的内侧面及第二理线横梁上设置有多个固定线缆的线缆固定环，所述上仓的一侧设有倾斜式接口排；In some embodiments, a second cable management beam is horizontally straddled in the wiring warehouse, and the wiring warehouse is divided into an upper warehouse located at the upper part and a lower warehouse located at the lower part; A plurality of cable fixing rings for fixing cables are arranged on the second cable management beam, and one side of the upper warehouse is provided with an inclined interface row;
所述第二信息接口包括设置于所述下仓左右两侧的第二网络接口和第二电话接口、设置于所述倾斜式接口排上的多输入输出信息接口、设置于所述上仓顶部的第一HDMI输出接口和社区PON网光接口；The second information interface includes a second network interface and a second telephone interface arranged on the left and right sides of the lower warehouse, a multiple input and output information interface arranged on the inclined interface row, and a multiple input and output information interface arranged on the top of the upper warehouse. The first HDMI output interface and the community PON network optical interface;
所述第二电源接口包括设置于所述上仓另一侧的设备电源输入接口和电视电源输出接口以及设置于所述倾斜式接口排上的9VDC接口、12VDC接口和外扩展灯带接口；The second power interface includes a device power input interface and a TV power output interface arranged on the other side of the upper compartment, and a 9VDC interface, a 12VDC interface and an external extension light strip interface arranged on the inclined interface row;
所述第二过线孔包括外接电源过线孔以及光纤皮线过线孔；The second cable passing hole includes an external power cable passing hole and an optical fiber cable passing hole;
所述第三信息接口包括设置于所述基底下部左右两侧的第二HDMI输出接口、电视网络接口、音频接口、USB接口、第三网络接口、第三电话接口。The third information interface includes a second HDMI output interface, a TV network interface, an audio interface, a USB interface, a third network interface, and a third telephone interface that are arranged on the left and right sides of the lower part of the base.
在一些实施例中，所述布线仓贯穿设置，所述布线管理区还包括可拆卸地滑动盖设于所述布线仓上的盖板；所述盖板背面的左右两侧分别凸出形成有条形滑轨，所述基底的正面两侧分别凹陷形成有供所述滑轨可滑动安装的滑槽；In some embodiments, the wiring compartment is installed through the wiring management area, and the wiring management area further includes a cover plate detachably slidably covering the wiring compartment; A strip-shaped sliding rail, and two sides of the front surface of the base are respectively recessed and formed with sliding grooves for the sliding rail to be slidably installed;
所述盖板的底部背面两侧分别凸出形成有固定板，所述基底的底部两侧分别凹陷形成有用于容置所述固定板的安装槽，所述固定板、安装槽上分别对应开设有纵向延伸的螺孔。A fixing plate is protrudingly formed on both sides of the bottom back of the cover plate, and two sides of the bottom of the base are respectively recessed and formed with mounting grooves for accommodating the fixing plate, and the fixing plate and the mounting groove are respectively correspondingly opened There are longitudinally extending screw holes.
在一些实施例中，所述系统操作区的智能系统操作控制包括接触式操作控制和非接触式操作控制；所述接触式操作控制包括触控显示屏操作控制和智能按键操作控制，所述非接触式操作控制包括摄像模组视频及体温识别操作控制、麦克风阵列语音识别操作控制、距离传感器定位操作控制、姿态及手势识别操作控制、RF红外操作控制、联动操作控制、无线通讯操作控制、APP软件操作控制；所述无线通讯模块包括内置的Wifi、蓝牙、Zigbee、NB-IoT、4G/5G通讯模块中的至少一个。In some embodiments, the intelligent system operation control of the system operation area includes contact operation control and non-contact operation control; the contact operation control includes touch screen operation control and smart key operation control, and the non-contact operation control Contact operation control includes camera module video and body temperature recognition operation control, microphone array voice recognition operation control, distance sensor positioning operation control, gesture and gesture recognition operation control, RF infrared operation control, linkage operation control, wireless communication operation control, APP Software operation control; the wireless communication module includes at least one of built-in Wifi, Bluetooth, Zigbee, NB-IoT, and 4G/5G communication modules.
在一些实施例中，所述输入单元包括麦克风、至少一组180度探测的距离传感器、摄像头、健康传感器模组、环境传感器模组、触控显示器、多路智能按键、DI/AI输入模块、防拆报警开关、振动传感器；In some embodiments, the input unit includes a microphone, at least one set of 180-degree detection distance sensors, a camera, a health sensor module, an environmental sensor module, a touch display, a multi-channel smart button, a DI/AI input module, Anti-dismantling alarm switch, vibration sensor;
所述输出单元包括触控显示器、功放模块、音箱、DO输出模块、多HDMI接口、多USB接口、多智能插座、多路LED灯带、低压电源输出模块；The output unit includes a touch display, a power amplifier module, a speaker, a DO output module, multiple HDMI interfaces, multiple USB interfaces, multiple smart sockets, multiple LED strips, and a low-voltage power output module;
所述通讯单元包括路由器模块、蓝牙、Wifi、Zigbee、RF、NB-IoT模块、4G/5G通讯模块、总线模块、顶部的上供电及通讯接口以及底部的下供电及通讯接口；The communication unit includes a router module, Bluetooth, Wifi, Zigbee, RF, NB-IoT module, 4G/5G communication module, bus module, an upper power supply and communication interface on the top and a lower power supply and communication interface on the bottom;
所述交换单元包括网络交换模块、电话网络交换模块、电视网络交换模块；The switching unit includes a network switching module, a telephone network switching module, and a TV network switching module;
所述电源单元包括储能模块、供电模块、能源监测模块及控制模块；The power supply unit includes an energy storage module, a power supply module, an energy monitoring module, and a control module;
所述健康传感器模组包括血压、血氧、心率、呼吸频率、体温检测传感器中的至少一种，所述环境传感器模组包括CO2传感器、温湿度传感器、照度传感器、VOC传感器、CO传感器、气压传感器中的至少一种；The health sensor module includes at least one of blood pressure, blood oxygen, heart rate, respiratory rate, and body temperature detection sensors. The environmental sensor module includes a CO2 sensor, a temperature and humidity sensor, an illuminance sensor, a VOC sensor, a CO sensor, and air pressure. At least one of the sensors;
所述防拆报警开关包括设置于所述基底背面的第一防拆开关、设置于所述布线仓正面底部的第二防拆开关、设置于所述基底上侧面和下侧面的第三防拆开关；The tamper-proof alarm switch includes a first tamper-proof switch arranged on the back of the base, a second tamper-proof switch arranged on the bottom of the front surface of the wiring compartment, and a third tamper-proof switch arranged on the upper and lower sides of the base switch;
所述DI输入模块包括防拆报警开关、设置于所述基底左侧面和/或右侧面顶部的隐私开关以及设置于所述布线仓左侧或右侧的倾斜式接口排上的多路报警输入接口；The DI input module includes a tamper-evident alarm switch, a privacy switch arranged on the left side and/or top of the right side of the base, and a multi-channel interface set on the inclined interface row on the left or right side of the wiring compartment. Alarm input interface;
所述DO输出模块包括设置于所述设备仓顶部的端子排上的灯控开关、灯带控制开关、智能模块的电源控制开关。The DO output module includes a light control switch, a light strip control switch, and a power control switch of an intelligent module arranged on a terminal block on the top of the equipment compartment.
在一些实施例中，所述机器人智能弱电箱还包括可拆卸地设置于所述主箱体顶部的上可更换模块以及可拆卸地设置于所述主箱体底部的下可更换模块，所述上可更换模块、下可更换模块上分别设置有用于与所述主箱体通讯连接的上供电及通讯接口、下供电及通讯接口；In some embodiments, the robot intelligent weak current box further includes an upper replaceable module detachably arranged on the top of the main box body and a lower replaceable module detachably arranged on the bottom of the main box body. The upper replaceable module and the lower replaceable module are respectively provided with an upper power supply and communication interface, a lower power supply and communication interface for communicating with the main cabinet;
所述基底的顶部和底部各设置有一对固定座，所述上可更换模块、下可更换模块分别形成有与所述一对固定座相互插接的一对固定槽。The top and bottom of the base are each provided with a pair of fixing seats, and the upper replaceable module and the lower replaceable module are respectively formed with a pair of fixing grooves that are inserted into the pair of fixing seats.
在一些实施例中，每一所述固定座包括相互垂直的第一插接板和第二插接板，所述第一插接板由所述基底的左右两侧壁向上或向下延伸形成，所述第二插接板由所述基底的背面向上或向下延伸形成，所述第一插接板上还可贯穿设置有第一螺接孔，所述上可更换模块、下可更换模块的左右两侧分别对应所述第一螺接孔开设有第二螺接孔。In some embodiments, each of the fixing bases includes a first plug-in board and a second plug-in board that are perpendicular to each other, and the first plug-in board is formed by extending upward or downward from the left and right side walls of the base. , The second plug-in board is formed by extending upward or downward from the back of the base, the first plug-in board may also be provided with a first screw hole through it, and the upper replaceable module and the lower replaceable module The left and right sides of the module are respectively provided with second screw holes corresponding to the first screw holes.
在一些实施例中，所述上可更换模块呈圆形，所述下可更换模块呈水平设置的梯形状；所述上可更换模块的正面设有圆形镜子或LED屏或镜子内置LED屏，背面设有挂孔；In some embodiments, the upper replaceable module has a circular shape, and the lower replaceable module has a horizontal trapezoidal shape; the front of the upper replaceable module is provided with a circular mirror or an LED screen or a mirror built-in LED screen , With hanging holes on the back;
所述LED灯包括设置于所述上可更换模块的正面并环绕于所述圆形镜子或LED屏或镜子内置LED屏的正面环形灯带、设置于所述上可更换模块侧面的侧面环形灯带、设置于所述下可更换模块的正面与梯形斜面的一体LED灯带。The LED light includes a front ring light strip arranged on the front of the upper replaceable module and surrounding the circular mirror or LED screen or the mirror built-in LED screen, and a side ring light arranged on the side of the upper replaceable module Strip, an integrated LED light strip arranged on the front and trapezoidal slope of the lower replaceable module.
有益效果Beneficial effect
实施本发明至少具有以下有益效果：本发明的机器人智能弱电箱可解决光纤入户相关设备安装、可视对讲升级、电视智能升级，以及传统弱电箱位置固定、安装难和功能退化等问题；主箱体呈立体皿字外形，皿字形的一字基底背面为平面，方便沿纵向竖直贴墙快速明装；主箱体基底正面为凸起的设备区，以使设备区能容置较多的智能设备；位于下部的布线管理区厚度较薄，用户可贴墙摆放任何在凸起的设备区高度以下的家具，保持室内美观与协调；主箱体内置第一、第二、第三电源及信息接口，且布线管理区覆盖室内一般30CM标准强弱电插座取电及布线管理，方便操作人员操作86底盒或过线盒内的线缆安装及解决家庭有线通讯系统的布线管理功能。The implementation of the present invention has at least the following beneficial effects: the robot smart weak current box of the present invention can solve the problems of fiber-to-home related equipment installation, visual intercom upgrade, TV smart upgrade, and traditional weak current box position fixation, installation difficulty and functional degradation; The main box body has a three-dimensional shape of a dish. The back of the dish-shaped base is a flat surface, which is convenient for vertical and vertical wall mounting. The front of the main box body is a raised equipment area, so that the equipment area can accommodate There are many smart devices; the wiring management area at the lower part is thinner, and users can place any furniture below the height of the raised equipment area on the wall to keep the interior beautiful and coordinated; the main box has built-in first, second, and third Three power supply and information interface, and the wiring management area covers the indoor general 30CM standard strong and weak electrical outlets to take power and wiring management, which is convenient for the operator to operate the 86 bottom box or cable installation in the wiring box and solve the wiring management of the home wired communication system Function.
此外，主箱体集成多个LED灯和可扩展LED灯，方便用户体验多场景智能照明；主箱体集成180度探测的距离传感器，免安装其他智能设备实现全面立体空间感知功能，方便用户快速实现家庭安全报警系统及远距离人机交互体验；设备区的系统操作区具有接触式和非接触式多种操作控制方式，极大提升用户智能体验。In addition, the main cabinet integrates multiple LED lights and expandable LED lights, which is convenient for users to experience multi-scenario intelligent lighting; the main cabinet integrates a 180-degree detection distance sensor, which eliminates the need to install other smart devices to achieve a comprehensive stereoscopic space perception function, which is convenient for users to quickly Realize home security alarm system and long-distance human-computer interaction experience; the system operation area of the equipment area has a variety of contact and non-contact operation control methods, which greatly enhances the user's intelligent experience.
附图说明Description of the drawings
下面将结合附图及实施例对本发明作进一步说明，附图中：The present invention will be further described below in conjunction with the accompanying drawings and embodiments. In the accompanying drawings:
图1是本发明一些实施例中机器人智能弱电箱的正视立体图；Figure 1 is a front perspective view of a robot smart weak current box in some embodiments of the present invention;
图2是图1所示机器人智能弱电箱的右视图；Fig. 2 is a right side view of the intelligent weak current box of the robot shown in Fig. 1;
图3是图1所示机器人智能弱电箱盖板分离时的后视立体图；Figure 3 is a rear perspective view of the robot smart weak current box shown in Figure 1 when the cover is separated;
图4是图1所示机器人智能弱电箱的分解结构示意图；Fig. 4 is a schematic diagram of an exploded structure of the robot smart weak current box shown in Fig. 1;
图5是图1所示机器人智能弱电箱的主箱体的正视图；Figure 5 is a front view of the main box of the robot smart weak current box shown in Figure 1;
图6是图1所示机器人智能弱电箱的接口保护盖的立体结构示意图；Fig. 6 is a schematic diagram of the three-dimensional structure of the interface protection cover of the intelligent weak current box of the robot shown in Fig. 1;
图7是图1中一组可调宽度分段盖的分解结构示意图；Figure 7 is a schematic diagram of an exploded structure of a group of adjustable width segmented covers in Figure 1;
图8是本发明另一些实施例中整体大段盖的立体结构示意图；FIG. 8 is a schematic diagram of a three-dimensional structure of an integral large-segment cover in other embodiments of the present invention;
图9是图1所示机器人智能弱电箱上可更换模块、下可更换模块以及盖板分离时的立体结构示意图。Fig. 9 is a three-dimensional schematic diagram of the upper replaceable module, lower replaceable module and cover of the robot smart weak current box shown in Fig. 1 when the cover is separated.
本发明的实施方式Embodiments of the present invention
为了对本发明的技术特征、目的和效果有更加清楚的理解，现对照附图详细说明本发明的具体实施方式。In order to have a clearer understanding of the technical features, objectives and effects of the present invention, the specific embodiments of the present invention will now be described in detail with reference to the accompanying drawings.
图1-3所示为本发明一些实施例中的机器人智能弱电箱，该机器人智能弱电箱呈两头薄中间厚的皿字外形，其可包括窄长形的主箱体2、可拆卸可更换地设置于主箱体2顶部的上可更换模块1以及可拆卸可更换地设置于主箱体2底部的下可更换模块3。皿字形的一字长方体形基底20的背面（朝向安装墙的一面）为平面，方便沿纵向竖直贴墙快速明装，并能最小占用室内空间，可适应家庭任意狭窄空间安装，解决新、旧建筑及农舍等的光纤入户安装位置选择困难问题，用户可在不破坏装修的前提下根据自己的需求任意选择位置快速明装。因窄长形主箱体2的高度约1.3M左右，主箱体2背面连通布线仓220的走线槽207、201、228高度约1M左右，布线仓220左右两侧连通外界的过线孔2207、2208及设备一般安装高度为0.3M，所以主箱体2安装位置适合任何标高1.4M以下有强弱电底盒或过线盒或空白的墙面快速安装，故机器人智能弱电箱适合任何新、旧建筑物室内不需要破坏装修快速安装，具有旧改安装的天然优势。Figures 1-3 show the robot intelligent weak current box in some embodiments of the present invention. The robot intelligent weak current box is in the shape of a dish with two thin ends and a thick middle. The upper replaceable module 1 is groundly arranged on the top of the main box 2 and the lower replaceable module 3 is detachably and replaceably arranged on the bottom of the main box 2. The back of the dish-shaped rectangular parallelepiped base 20 (the side facing the installation wall) is a flat surface, which is convenient for vertical and vertical wall mounting and rapid installation, and can occupy the smallest indoor space, and can be installed in any narrow space in the family. It is difficult to choose the installation location for fiber-in-the-home installation of old buildings and farmhouses. Users can choose any location according to their own needs without destroying the decoration. Since the height of the long and narrow main box body 2 is about 1.3M, the back of the main box body 2 is connected to the wiring troughs 207, 201, 228 of the wiring warehouse 220, and the height is about 1M. The left and right sides of the wiring warehouse 220 are connected to the outside wiring holes. 2207, 2208 and equipment are generally installed at a height of 0.3M, so the main cabinet 2 installation position is suitable for fast installation on any bottom box with strong and weak current or line box or blank wall below 1.4M, so the robot intelligent weak current box is suitable for any New and old buildings do not need to be destroyed and quickly installed indoors, which has the natural advantage of retrofitting and installing the old ones.
该机器人智能弱电箱的智慧系统集成设置有AI核心处理器及存储单元以及与该核心处理器及存储单元通信连接的输入单元、输出单元、通讯单元、交换单元和智能电源单元。其中，存储单元可包括内置的内存储设备以及多个外存储扩展接口。输入单元可包括麦克风、摄像头、健康传感器模组、环境传感器模组、触控显示器、多路智能按键、DI/AI输入模块、防拆报警开关、振动传感器，其中，健康传感器模组可包括血压、血氧、心率、呼吸频率、体温检测传感器中的至少一种，环境传感器模组可包括CO2传感器、温湿度传感器、照度传感器、VOC传感器、CO传感器、气压传感器中的至少一种，方便系统为用户提供健康管理及舒适的室内空气环境服务。输出单元可包括触控显示器、功放模块、音箱、多HDMI接口、DO输出模块、多USB接口、多智能插座、多路LED灯带、低压电源输出模块。通讯单元可包括路由器模块、蓝牙、Wifi、Zigbee、RF、NB-IoT模块、4G/5G通讯模块、总线模块、顶部与底部可更换模块的供电及通讯接口。交换单元可包括网络交换模块、电话网络交换模块、电视网络交换模块。电源单元可包括储能模块、供电模块、能源监测模块及控制模块。机器人智能弱电箱输入电源及所有的输出电源都可设置有能源监测模块及控制模块，当某个箱内的安装设备、自身箱体设备、上下可更换模块或箱体外接设备的能源消耗不正常或设备检测到高温时，系统可自动切断电源，并本地报警提醒用户或远程报警至物业管理中心或和机器人智能弱电箱运营商，以提前预警设备故障及保护设备安全。该智慧系统可以为用户提供可视对讲、电视大屏分享控制、居家安全、健康管理、家电控制、智能音箱、智能照明、智能控制、视音频交互、环境探测、人体定位、休闲娱乐、教育培训、陪伴老人、智能助理、智能翻译、机器诊断、远程诊断、能源管理、情感及形象分析、3D试衣、购物、社交、社区服务等功能。智能系统操作包括接触式与非接触式操作，其中接触式操作控制包括触控显示屏操作及智能按键操作；其中非接触式操作控制包括摄像模组视频及体温识别操作、麦克风阵列语音识别操作、距离传感器定位、姿态及手势识别操作、RF红外控制操作、联动操作控制、无线通讯控制操作、APP软件操作控制；所述内置无线通讯模块包括Wifi、蓝牙、Zigbee、NB-IoT、4G/5G通讯模块中的至少一个。多种智能操作体验方式、多智能系统功能和快速安装部署的特点，新旧建筑物室内快速安装单机器人智能弱电箱设备，即可解决传统可视对讲系统功能简单、不主动、不智能、手动操作、小屏显示、声音小、近距离对讲、位置固定、运营成本高、故障率高、改造升级困难、安装维护困难等问题；还可解决传统电视系统功能简单、不主动、不智能、操作繁琐、体验差、智能升级需更换智能电视等问题；还可解决智慧家庭用户安全、健康、智慧等众多需求不明、智能设备太多、集成困难、用户投入大、体验差、协议标准化难、用户对智能系统不了解、安装维护困难等问题；让家庭用户低成本就能享受安全、智慧、舒适、低碳、便捷的个性化智慧生活。The intelligent system of the robot intelligent weak current box is integrated with an AI core processor and a storage unit, and an input unit, an output unit, a communication unit, a switching unit and an intelligent power supply unit that are communicatively connected with the core processor and the storage unit. The storage unit may include a built-in internal storage device and multiple external storage expansion interfaces. The input unit may include a microphone, a camera, a health sensor module, an environmental sensor module, a touch display, a multi-channel smart button, a DI/AI input module, a tamper-evident alarm switch, and a vibration sensor. The health sensor module may include blood pressure , Blood oxygen, heart rate, respiratory rate, body temperature detection sensor at least one, the environmental sensor module can include at least one of CO2 sensor, temperature and humidity sensor, illuminance sensor, VOC sensor, CO sensor, air pressure sensor, convenient system Provide users with health management and comfortable indoor air environment services. The output unit may include a touch display, a power amplifier module, a speaker, multiple HDMI interfaces, DO output modules, multiple USB interfaces, multiple smart sockets, multiple LED strips, and low-voltage power output modules. The communication unit may include a router module, Bluetooth, Wifi, Zigbee, RF, NB-IoT module, 4G/5G communication module, bus module, power supply and communication interface for replaceable top and bottom modules. The switching unit may include a network switching module, a telephone network switching module, and a TV network switching module. The power supply unit may include an energy storage module, a power supply module, an energy monitoring module, and a control module. The input power supply and all output power supplies of the robot intelligent weak current box can be equipped with energy monitoring modules and control modules. When the energy consumption of the installed equipment in a certain box, its own box equipment, upper and lower replaceable modules, or the external equipment of the box is abnormal Or when the equipment detects high temperature, the system can automatically cut off the power, and local alarm to remind the user or remote alarm to the property management center or the operator of the robot smart weak current box to early warn the equipment failure and protect the safety of the equipment. The smart system can provide users with video intercom, large-screen TV sharing control, home safety, health management, home appliance control, smart speakers, smart lighting, smart control, audio-visual interaction, environmental detection, human positioning, leisure and entertainment, and education Training, accompany the elderly, intelligent assistant, intelligent translation, machine diagnosis, remote diagnosis, energy management, emotion and image analysis, 3D fitting, shopping, social networking, community service and other functions. Intelligent system operations include contact and non-contact operations. The contact operation control includes touch screen operation and smart button operation; the non-contact operation control includes camera module video and body temperature recognition operation, microphone array voice recognition operation, Distance sensor positioning, gesture and gesture recognition operation, RF infrared control operation, linkage operation control, wireless communication control operation, APP software operation control; the built-in wireless communication module includes Wifi, Bluetooth, Zigbee, NB-IoT, 4G/5G communication At least one of the modules. Multiple intelligent operation experience methods, multiple intelligent system functions and rapid installation and deployment characteristics. The rapid installation of single robot intelligent weak current box equipment in new and old buildings can solve the traditional video intercom system. The functions are simple, inactive, unintelligent, and manual. Operation, small screen display, low voice, short-distance intercom, fixed location, high operating cost, high failure rate, difficulty in upgrading and installation, and difficulty in installation and maintenance; it can also solve the problems of traditional TV system with simple functions, inactive, unintelligent, The operation is cumbersome, the experience is poor, and the smart upgrade needs to be replaced with smart TVs; it can also solve the problems of smart home users’ safety, health, wisdom and other unclear needs, too many smart devices, integration difficulties, large user input, poor experience, difficult protocol standardization, Users do not understand the intelligent system, installation and maintenance are difficult, etc.; so that home users can enjoy a safe, intelligent, comfortable, low-carbon, and convenient personalized intelligent life at low cost.
结合图1-9所示，主箱体2在一些实施例中可包括位于上部的设备区21以及位于下部的布线管理区22。其中，设备区21可包括系统操作区21a、内置设备区以及用于外设备安装的设备仓21c，布线管理区22可包括贯穿设置的布线仓220。设备仓21c的内侧面、布线仓220的内侧面、主箱体2的外侧面分别设有第一电源接口和第一信息接口、第二电源接口和第二信息接口、第三电源接口和第三信息接口，可解决室内预埋或明敷有线智能设备布线管理、通讯与控制问题。主箱体2的外侧面还可设置有多个LED灯带，该多个LED灯带有照明灯、氛围灯、功能辅助灯、起夜灯等照明功能定位，也可组合照明实现更多智能照明效果。皿字形的一字长方体形基底20的四周侧面均与其背面垂直，可避免用户在正面位置时侧面氛围灯光直射用户眼睛，影响用户体验，还可避免用户在正面位置时看见侧面设置的电源和信息接口，影响室内美观。As shown in FIGS. 1-9, the main box 2 may include an upper device area 21 and a wiring management area 22 lower in some embodiments. The equipment area 21 may include a system operation area 21a, a built-in equipment area, and an equipment warehouse 21c for external equipment installation, and the wiring management area 22 may include a wiring warehouse 220 installed throughout. The inner side of the equipment compartment 21c, the inner side of the wiring compartment 220, and the outer side of the main box body 2 are respectively provided with a first power interface and a first information interface, a second power interface and a second information interface, a third power interface and a second information interface. Three-information interface, which can solve the wiring management, communication and control problems of indoor embedded or exposed wired intelligent equipment. The outer side of the main cabinet 2 can also be provided with a plurality of LED light strips, which are equipped with lighting functions such as illuminating lights, ambient lights, functional auxiliary lights, and night lights, and can also be combined to achieve more intelligent lighting Lighting effect. The four sides of the flat-shaped rectangular parallelepiped base 20 in the shape of a dish are perpendicular to its back, which can prevent the user from directing the ambient light on the user’s eyes when the user is in the front position, which affects the user experience, and also prevents the user from seeing the power and information set on the side when the user is in the front position. The interface affects the appearance of the interior.
基底20的正面向外凸起形成设备区21，使位于中部的设备区21的厚度大于位于上下两端的上可更换模块1和布线管理区22、下可更换模块3的厚度，以使设备区21能容置较多的智能设备。设备区21的四周为斜面设计，形成上斜面211、下斜面214、左斜面212以及右斜面213，既美观也可避免尖锐的垂直直角伤害到用户，还可方便用户对斜面上的智能系统进行操作，提升斜面上灯带的照射范围，便于内部传感器更多地接触室内空气进行环境检测。布线管理区22超薄设计，覆盖室内一般30CM标准强弱电底盒或过线盒安装，方便用户隐蔽底盒、接线、取电及家庭布线管理。通常，布线管理区22的厚度可小于1.8CM，与一般家庭装修踢角线厚度差不多，布线仓底部安装标高一般为30CM，加上超薄布线管理区的高度，相当于从地面到凸起的设备区21有50CM左右高度，用户可贴墙摆放任何此高度以下的家具，从而保持室内美观与协调。The front surface of the substrate 20 protrudes outward to form the equipment area 21, so that the thickness of the equipment area 21 in the middle is greater than the thickness of the upper replaceable module 1, the wiring management area 22, and the lower replaceable module 3 at the upper and lower ends, so that the equipment area 21 can accommodate more smart devices. The equipment area 21 is surrounded by inclined surfaces, forming an upper inclined surface 211, a lower inclined surface 214, a left inclined surface 212, and a right inclined surface 213. It is not only beautiful but also avoids the sharp vertical right angle from hurting the user. It is also convenient for the user to perform the intelligent system on the inclined surface. Operate to increase the illumination range of the light strip on the slope, so that the internal sensor can more contact the indoor air for environmental detection. The wiring management area 22 has an ultra-thin design, covering the general indoor 30CM standard strong and weak current bottom box or wiring box installation, which is convenient for users to conceal the bottom box, wiring, power supply and home wiring management. Generally, the thickness of the wiring management area 22 can be less than 1.8CM, which is almost the same as the thickness of the corner line of general home decoration. The installation elevation of the bottom of the wiring warehouse is generally 30CM, plus the height of the ultra-thin wiring management area, which is equivalent to the height from the ground to the raised area. The equipment area 21 has a height of about 50cm, and users can place any furniture below this height on the wall to keep the interior beautiful and coordinated.
内置设备区可包括上内置设备区21b以及下内置设备区21d。智能系统操作区21a、上内置设备区21b、设备仓21c以及下内置设备区21d从上往下依次排布。其中，上内置设备区21b可内部集成设置有RF、Wifi、蓝牙、Zigbee、NB-IoT、4G/5G等多个无线通讯模块，可解决室内无线智能设备的通讯与控制问题；集成路由器模块，用户不需要外装无线路由器即可实现路由功能，以便设备仓21c有更多空间安装其他智能设备。用户移动端也可通过多种无线通讯方式访问机器人智能弱电箱，并可远程开启系统各种应用软件，还可方便系统管理用户自由扩展的联网无线/有线智能设备，为用户提供需要的个性化智能服务。上内置设备区21b的正平面及左斜面、右斜面上可分布有多个散热孔21b1，正平面底部可设有2#摄像头模组21b2。The built-in device area may include an upper built-in device area 21b and a lower built-in device area 21d. The intelligent system operation area 21a, the upper built-in equipment area 21b, the equipment warehouse 21c, and the lower built-in equipment area 21d are arranged sequentially from top to bottom. Among them, the upper built-in device area 21b can be integrated with multiple wireless communication modules such as RF, Wifi, Bluetooth, Zigbee, NB-IoT, 4G/5G, etc., which can solve the communication and control problems of indoor wireless smart devices; integrated router modules, The user does not need to install an external wireless router to realize the routing function, so that the equipment warehouse 21c has more space to install other smart devices. The user's mobile terminal can also access the robot's intelligent weak current box through a variety of wireless communication methods, and can remotely open various application software of the system. It can also facilitate the system management of users' freely expanded networked wireless/wired smart devices, providing users with the personalized needs. Smart service. A plurality of heat dissipation holes 21b1 may be distributed on the front plane, left and right inclined surfaces of the upper built-in device area 21b, and a 2# camera module 21b2 may be provided at the bottom of the front plane.
下内置设备区21d可内置有大功率全频音箱，解决传统对讲分机声音小、质量差、必须近距离对讲的问题。下内置设备区21d的正平面及左斜面、右斜面上可分布有多个音箱出声孔21d1，正面宽大出声孔设计可有效改善声音音量、音调和音色等问题，满足用户娱乐、休闲、学习、交互、残障人士语音指引与关怀等声音输出需要。下内置设备区21d左斜面和右斜面的顶部内侧还可设有连通音箱和设备仓21c的通气槽21d2，通气槽21d2除了可用于音箱进气外，还可促进设备仓21c和音箱之间的空气流动，便于设备散热。The lower built-in equipment area 21d can be built with high-power full-range speakers, which solves the problem of low sound, poor quality, and the need for short-distance intercom in traditional intercom extensions. The front plane, left and right slopes of the lower built-in device area 21d can be distributed with multiple speaker sound holes 21d1. The front wide sound hole design can effectively improve the sound volume, tone and tone and other issues, satisfying users' entertainment, leisure, Sound output needs for learning, interaction, voice guidance and care for the disabled. The top inner side of the left and right slopes of the lower built-in equipment area 21d can also be provided with a ventilation groove 21d2 connecting the speaker and the equipment compartment 21c. The ventilation groove 21d2 can be used for the air intake of the sound box, and can also promote the communication between the equipment compartment 21c and the sound box. Air flow facilitates heat dissipation of the equipment.
智能系统操作区21a的智能系统操作控制包括接触式操作控制和非接触式操作控制。其中，接触式操作控制可包括触控显示屏操作控制和智能按键操作控制。非接触式操作控制可包括摄像模组视频及体温识别操作控制、麦克风阵列语音识别操作控制、距离传感器定位操作控制、姿态及手势识别操作控制、RF红外操作控制、联动操作控制、无线通讯控制操作、APP软件操作控制，通过接触和非接触式的操作控制方式为用户提供更智慧、更快捷、更舒适、更美妙的用户体验。The smart system operation control of the smart system operation area 21a includes contact type operation control and non-contact type operation control. Among them, the contact type operation control may include touch screen operation control and smart key operation control. Non-contact operation control can include camera module video and body temperature recognition operation control, microphone array voice recognition operation control, distance sensor positioning operation control, gesture and gesture recognition operation control, RF infrared operation control, linkage operation control, wireless communication control operation , APP software operation control, through contact and non-contact operation control methods to provide users with a smarter, faster, more comfortable and more wonderful user experience.
智能系统操作区21a可内置有1#摄像头/体温/照度传感器模组21a1、触控显示屏21a2、麦克风阵列 21a3、多路智能按键21a5、距离传感器21a4。其中，1#摄像头/体温/照度传感器模组21a1、触控显示屏21a2、麦克风阵列 21a3、多路智能按键21a5、距离传感器21a4从上往下依次设置于上斜面211上。摄像模组（1#摄像头及2#摄像头）视频识别、麦克风阵列 21a3和距离传感器21a4可方便系统获取用户远距离声音和人体定位及姿态信息，以便主箱体能远距离对讲或人体感知主动交互以及建立全空间立体感知的家庭安防报警系统，解决传统家庭安防多传感器、多设备、多线缆、安装困难、误报率高等问题；还解决传统对讲必须安装在玄关位置的问题，使得主箱体在非玄关位置（如客厅）也可以实现边开关门边实时对讲的功能。The smart system operating area 21a can be built with 1# camera/body temperature/illuminance sensor module 21a1, touch screen 21a2, microphone array 21a3, multiple smart buttons 21a5, and distance sensor 21a4. Among them, 1# camera/body temperature/illuminance sensor module 21a1, touch screen 21a2, microphone array 21a3, multiple smart buttons 21a5, and distance sensor 21a4 are sequentially arranged on the upper slope 211 from top to bottom. Camera module (1# camera and 2# camera) video recognition, microphone array 21a3 and distance sensor 21a4 can facilitate the system to obtain the user's long-distance sound and human body positioning and posture information, so that the main box can talk remotely or actively sense the human body Interaction and the establishment of a full-space three-dimensional perception home security alarm system to solve the traditional home security multi-sensor, multi-device, multi-cable, installation difficulty, high false alarm rate and other issues; also solve the traditional intercom must be installed in the entrance of the problem, so The main cabinet can also realize the real-time intercom function while opening and closing the door in a non-porch location (such as the living room).
麦克风阵列 21a3可用于实现智慧系统的语音识别操作控制，用户可通过远距离语音指令，指示系统执行指令去切换系统画面至电视机上显示或指示系统执行指令控制机顶盒及调整机顶盒输出相关内容，如：“小箱，看电视”，则系统自动打开电视、打开机顶盒，并将电视输入信号切换为机顶盒信号输入，用户即可观看机顶盒输出的电视内容；或者，“小箱，看大屏”，则系统自动打开电视，并将电视输入信号切换为智能系统输出信号，用户即可通过电视同步高清、满屏、实时地体验智能设备触控显示屏的显示内容。The microphone array 21a3 can be used to realize the voice recognition operation control of the smart system. The user can instruct the system to execute instructions to switch the system screen to display on the TV through remote voice instructions or instruct the system to execute instructions to control the set-top box and adjust the output related content of the set-top box, such as: "Small box, watch TV", the system automatically turns on the TV, turns on the set-top box, and switches the TV input signal to the set-top box signal input, and the user can watch the TV content output by the set-top box; or, "small box, watch the big screen", then The system automatically turns on the TV and switches the TV input signal to the output signal of the smart system. The user can experience the display content of the smart device's touch screen in real time through the TV synchronized high-definition, full screen, and real-time.
1#摄像头/体温/照度传感器模组21a1位于上斜面211的顶部，并可呈横向一排设置。体温传感器可以为红外体温传感器，可方便系统获取用户健康体温信息，为用户提供相关健康服务。1#摄像头及2#摄像头均为立体摄像头，1#摄像头主要用于视频监控、一般视频对讲与视频交互功能，1#摄像头及2#摄像头组合主要满足用户高清立体对讲、交互、远程诊断、形象设计、3D试衣、立体游戏等功能，可让交互对方通过VR等设备身临其境地与用户进行高清立体交互与交流，也可让用户自身通过高清电视大屏体验基于自己立体影像的各种软件应用。The 1# camera/body temperature/illuminance sensor module 21a1 is located on the top of the upper inclined surface 211, and can be arranged in a horizontal row. The body temperature sensor may be an infrared body temperature sensor, which can facilitate the system to obtain the user's healthy body temperature information and provide the user with related health services. 1#camera and 2#camera are both stereo cameras, 1#camera is mainly used for video surveillance, general video intercom and video interaction functions, 1#camera and 2#camera combination mainly meets the user's high-definition stereo intercom, interaction, remote diagnosis , Image design, 3D fitting, three-dimensional games and other functions, allowing the interactive partner to immersively interact and communicate with users in high-definition three-dimensional images through VR and other devices, and also allow users to experience their own three-dimensional images through the large HD TV screen. Various software applications.
距离传感器21a4分别设置于智能按键21a5的左右两侧，并可分别设置于上斜面211与左斜面212、右斜面213的交界处。距离传感器21a4可用于实现智慧系统的定位操作控制、姿态及手势识别操作控制。距离传感器21a4以一定角度倾斜设置，以保证最大角度探测室内传感器高度水平及以下空间的物体，以及双距离传感器组合实现180度范围探测物体，此设计可实现机器人智能弱电箱所在空间全面全立体感知探测功能，结合软件系统算法和/或内置摄像头，可免安装传统室内门磁、窗磁、红外探测器、红外对射等安防设备及连接线缆，快速实现全面立体空间感知的家庭安防报警系统和远距离人机交互功能，也免除传统可视对讲位置固定、固定敷设管线、近距离被动交互的问题；当用户在空间走动时系统即可知晓用户位置，当用户走动后在一个位置静止坐下来，系统自动根据最后静止点位置判断用户在此长时间停留，如超一定时间没有移动，还可语音关怀提醒用户，或结合时间、用户身份、身体状况、环境状况等为用户主动提供智慧体验服务。例如，（1）就餐后/习惯娱乐/老人在家/周末休息等时间，当系统感知用户走到电视对面沙发坐下自定义时间后，系统自动语音提醒用户是否需要开启电视，如果用户离箱体超过5米，语音无法下达控制指令，用户还可通过举起手左右快速摆动来告知系统开启电视，如果用户不响应或走开则系统视为用户暂时不想看电视；（2）早上起床用户进入客厅时，系统感知用户已起床进入客厅，则系统自动打开电视和机顶盒，并保持电视输入信号为机顶盒输出信号，开始播放电视有关新闻；（3）晚上睡觉时间，系统感知用户起身走进卧室自定义时间后，系统默认启动睡觉模式，关闭电视和机顶盒，系统开启室内空间布防，触控显示屏进入休眠状态；（4）早上上班时间，系统感知用户从入户门离开自定义时间后，系统默认启动离家模式，关闭电视和机顶盒，系统开启室内空间布防，触控显示屏进入休眠状态。The distance sensors 21a4 are respectively arranged on the left and right sides of the smart button 21a5, and can be respectively arranged at the junction of the upper inclined surface 211, the left inclined surface 212, and the right inclined surface 213. The distance sensor 21a4 can be used to realize the positioning operation control, gesture and gesture recognition operation control of the smart system. The distance sensor 21a4 is tilted at a certain angle to ensure the maximum angle detection of objects in and below the height of the indoor sensor, and the combination of dual distance sensors can detect objects in a 180-degree range. This design can realize the full three-dimensional perception of the space where the robot's intelligent weak current box is located. Detection function, combined with software system algorithm and/or built-in camera, can eliminate the installation of traditional indoor door sensor, window magnet, infrared detector, infrared detector and other security equipment and connection cables, and quickly realize a home security alarm system with comprehensive three-dimensional space perception The long-distance human-computer interaction function also eliminates the problems of traditional video intercoms with fixed positions, fixed pipelines, and short-distance passive interaction; when the user moves in space, the system can know the user's position, and when the user moves, it stays in a position Sit down, the system automatically judges that the user has stayed here for a long time according to the position of the last stationary point. If there is no movement for a certain period of time, it can also remind the user with voice care, or provide the user with wisdom based on time, user identity, physical condition, environmental conditions, etc. Experience service. For example, (1) After eating/being used to entertainment/the elderly at home/resting on weekends, etc., when the system senses that the user walks to the sofa opposite to the TV and sits down on the custom time, the system automatically reminds the user whether to turn on the TV or not, if the user leaves the box Over 5 meters, the voice cannot give control commands, and the user can tell the system to turn on the TV by raising his hand quickly and swinging left and right. If the user does not respond or walks away, the system regards the user as temporarily not wanting to watch TV; (2) The user gets up in the morning and enters In the living room, the system perceives that the user has gotten up and enters the living room, then the system automatically turns on the TV and the set-top box, and keeps the TV input signal as the output signal of the set-top box, and starts to broadcast TV related news; After the time is defined, the system starts the sleep mode by default, turns off the TV and set-top box, the system opens the indoor space, and the touch screen enters the dormant state; (4) During the morning work hours, the system senses that the user leaves the custom time from the entrance door, and the system By default, the away from home mode is activated, the TV and set-top box are turned off, the indoor space is armed, and the touch screen enters the dormant state.
触控显示屏21a2在一些实施例中可以为竖屏或横屏显示的高清液晶触控屏，用户可通过多方式指示系统切换设备或电视机顶盒或其它智能硬件画面及控制内容至电视机上大屏显示相关内容。智能按键21a5通常设置有多个，并可并行设置于触控显示屏21a2的下方，用户可通过智能按键21a5实现智慧系统的智能键快捷操作控制，方便包括老人、小孩、视障、听障、低文化水平等特殊人士在内的所有人群快捷操作各智慧系统。智能按键21a5可包括智能键、数字键、确认键、方向键、取消键、开关键，其中，方向键可包括向上键、向下键、向左键、向右键，数字键可包括数字0-9键，智能键可包括健康键、电视键、空调键、娱乐键、视频键、语音键、教育键、环境键、物业键、场景键、助理键、智慧键、照明键、布防或撤防键。智慧系统可按自定义短按、长按或短按两个及两个以上的组合键（例如，智能键+确认键，智能键+数字键+确认键）设定的指令功能，自动执行相关软件系统。例如，用户选择按向上键为调大，向下键为调小，向左键为执行前一个指令，向右键为执行下一个指令；如果操作软件过程中，用户想将画面切换到电视上显示，则可以按电视键+确认键将当前系统切换到电视上大屏显示，如果用户想重新切换到看电视，则长按电视键即可；按键每按一步都可有屏显和/或语音和/或闪灯提醒用户执行了何指令，如用户误操作或退出软件操作，直接按取消键即可。再例如，（1）“健康”智能键：健康键+确认键表示运行健康系统的健康报告程序；健康键+2+确认键表示运行健康系统的测量体温程序，并提醒用户开始测量体温；健康键+3+确认键表示运行健康系统的测量心率程序，并提醒用户开始测量心率，请用户将手指压住检测传感器；健康键+5+确认键表示运行健康系统的机器诊断程序，并开始询问用户哪里不舒服；健康键+8+确认键表示运行健康系统的扫描医院诊程序，提醒用户将医院诊单放置在摄像头前的指定区域与距离及保持时间；健康键+9+确认键表示运行健康系统的电子医院诊单文件OCR识别程序，提醒用户加载已扫描或拍照的电子医院诊单文件进行识别；用户按健康键+0+确认键，则系统自动开启健康报告程序，并屏显/语音询问报告哪位用户的健康报告，用户输入的用户编号系统自动根据已收集的该用户健康数据生成相关健康报告；（2）“空调”智能键：空调键+确认键表示运行空调程序并开启设备所在空间的空调，按一次向上键表示调高0.5度，按一次向下键表示调低0.5度；空调键+2+确认键表示运行空调程序并开启卧室的空调，按一次向上键表示调高0.5度，按一次向下键表示调低0.5度；（3）“娱乐”智能键：用户按娱乐键+确认键，娱乐系统自动默认播放音乐程序，并默认播放上次没有播放完的歌曲；用户按娱乐键+1+确认键，娱乐系统自动播放收音机，按向上键调大音量1个等级，按向下键调低音量1个等级，按向左键向前切换一个搜索频道，按向右键向后切换一个搜索频道；用户按娱乐键+2+确认键，系统自动开启电影播放程序战争片列，按向上键调大音量1个等级，按向下键调低音量1个等级，按向左键向前切换一个影片系列，按向右键向后切换一个影片系列，用户再按电视+确认键，系统自动将电影界面切换到电视上大屏显示；用户按娱乐键+10+确认键，系统自动开启跳跑游戏，用户再按电视+确认键，系统自动将软件界面切换到电视上大屏显示；（4）“视频”智能键：用户按视频键+1+确认键，系统自动开启视频互动程序，并拔号给对应的某个亲人，如果用户再按电视键+确认键，系统自动将视频互动内容切换到电视上大屏显示及播放互动声音（通过麦克风阵列和摄像头互动输入）；用户按视频键+0+确认键，系统自动开启视频监控程序，并画面分割实时显示本设备和已联网摄像头的所有监控画面，如果用户再按电视键+确认键，系统自动将监控界面切换到电视上大屏显示；（5）“音频”智能键：用户按音频键+1+确认键，系统自动开启音频互动程序，并拔号给对应的某个亲人；（6）“教育”智能键：用户按教育键+5+确认键，系统自动开启教育听书软件，并默认播放上次未听完的电子书本进行朗读，按向上键调大音量1个等级，按向下键调低音量1个等级，按向左键向前切换一章节，按向右键向后切换一章节，用户再按电视+确认键，系统自动将电子书界面切换到电视上大屏显示；用户按教育键+1+确认键，系统自动开启幼儿英语教学软件，并默认播放上次未学习完的教学内容，按向上键调大音量1个等级，按向下键调低音量1个等级，按向左键向前切换一章节，按向右键向后切换一章节，用户按电视键+确认键，系统将教学界面自动切换到电视上大屏显示；用户按教育按键+2+确认键，系统自动开启英语语音交互环境软件，并主动发起交互或上次未交互完的内容，用户按电视+确认键，系统将教学界面自动切换到电视上大屏显示；（7）“环境”智能键：用户按环境键+确认键，系统自动开启环境报告程序，并屏显/语音报告当前设备内置传感器和联网传感器获得环境数据，并提醒用户哪些空气或哪个时段空气质量有问题，建议用户怎么改善处理，按向上键调大音量1个等级，按向下键调低音量1个等级，按向左键向前切换一章节，按向右键向后切换一章节，用户按电视键+确认键，系统自动将环境数据界面切换到电视上大屏显示；用户按环境键+1+确认键，系统自动开启天气预报程序，并屏显/语音报告今天天气情况，并根据天气好坏提醒用户今天出门注意事项；（8）“物业”智能键：用户按物业键+0+确认键，系统自动开启设备故障报修程序，并屏显/语音提醒用户提交故障说明及相关图上依据，用户再按电视键+确认键，系统自动将故障报告程序界面切换到电视上大屏显示；用户按物业键+1+确认键，系统自动与物业服务中心视频交流程序，用户按电视键+确认键，系统自动将故障报告程序界面切换到电视上大屏显示；（9）“场景”智能键：用户按场景键+5+确认键，系统自动开启电视娱乐场景，系统自动关闭照明灯，开启氛围灯，切换到电视播放频道；用户按场景键+6+确认键，系统自动开启电影娱乐场景，系统自动关闭照明灯，开启氛围灯，切换到设备电影播放程序；用户按场景键+1+确认键，系统自动开启回家场景，自动开启照明灯、智能窗帘、空调、电视等，并报告室内环境状况；用户按场景键+2+确认键，系统自动开启离家场景，自动关闭照明灯、智能窗帘、空调、电视等，并报告今天天气情况及出门注意事项；（10）“助理”智能键：用户按助理键+1+确认键，系统自动开启翻译程序，并提醒用户输入翻译输出语言，用户按电视键+确认键，系统自动将翻译内容界面切换到电视上大屏显示；用户按助理键+0+确认键，系统自动开启男主人3D试衣程序，同时切换试衣程序界面到电视上大屏显示，并提醒用户输入相关特殊后站立在相应区域开始扫描人体立体图像；（11）“智慧”智能键：用户按智慧键+确认键或长按智慧键，系统自动以平面图的形式直观显示整个家庭所有智能设备的开关情况，如开启状态为红色，关闭状态为灰色，闪烁状态为设备故障，如有故障还会语音/闪灯/屏显提醒故障存在，用户按电视键+确认键，系统自动将软件界面切换到电视上大屏显示；用户按智慧键+1+确认键，系统自动开启女主人形象设计程序，并开启立体摄像头，系统自动告知用户那方面需要修饰，用户按电视键+确认键，系统自动将设计界面切换到电视上大屏显示；（12）“照明”智能键：用户长按照明键+确认键，系统自动以平面图的形式直观显示整个家庭所有灯光设备的开关情况，如开启状态为红色，关闭状态为灰色，闪烁状态为设备故障，如有故障还会语音/闪灯/屏显提醒故障存在，用户按电视键+确认键，系统自动将软件界面切换到电视上大屏显示；用户短按照明键或长按照明键+1+确认键，系统自动开启主照明灯，再短按照明键或长按照明键+1+取消键，系统自动关闭主照明灯；用户短按照明键2次或长按照明键+2+确认键，系统自动开启设备氛围灯，再短按照明键2次或长按照明键+2+取消键，系统自动关闭设备氛围灯；（13）“布防或撤防”智能键：用户长按布防键，系统自动开始布防，并语音提醒布防开始或布防成功；用户长按撤防键，系统自动屏显/语音提醒用户输入撤防密码确认身份。In some embodiments, the touch screen 21a2 may be a high-definition LCD touch screen displayed in a vertical or horizontal screen. The user can instruct the system to switch the device or the TV set-top box or other intelligent hardware screens and control the content to the large screen of the TV in multiple ways. Display related content. There are usually multiple smart buttons 21a5, which can be arranged in parallel under the touch screen 21a2. The user can use the smart buttons 21a5 to realize the smart button shortcut operation control of the smart system, which is convenient for the elderly, children, visually impaired, hearing impaired, All people, including special people with low education level, quickly operate the intelligent systems. The smart key 21a5 may include smart key, number key, confirmation key, arrow key, cancel key, and switch key. The arrow keys can include up, down, left, and right keys, and the number keys can include the number 0- 9 keys, smart keys can include health key, TV key, air conditioner key, entertainment key, video key, voice key, education key, environment key, property key, scene key, assistant key, smart key, lighting key, arm or disarm key . The smart system can automatically execute related commands by pressing custom short-press, long-press or short-press two or more combination keys (for example, smart key + confirm key, smart key + number key + confirm key). Software system. For example, the user chooses to press the up key to increase, the down key to decrease, the left key to execute the previous command, and the right key to execute the next command; if the user wants to switch the screen to the TV during the operation of the software , You can press the TV key + confirm key to switch the current system to the large screen display on the TV. If the user wants to switch to watching TV again, long press the TV key; each step of the key can have a screen display and/or voice And/or the flashing light reminds the user what instruction has been executed. If the user misuses or exits the software operation, just press the cancel button. For another example, (1) "Health" smart key: health key + confirm key means running the health report program of the health system; health key + 2 + confirm key means running the temperature measurement program of the health system, and remind the user to start measuring body temperature; healthy Key+3+confirm key means to run the heart rate measurement program of the health system and remind the user to start measuring the heart rate, please press the finger on the detection sensor; the health key +5+confirm key means to run the machine diagnostic program of the health system, and start to ask Where the user is uncomfortable; the health key + 8 + the confirmation key means running the health system scanning hospital diagnosis program, reminding the user to place the hospital diagnosis sheet in the designated area in front of the camera, the distance and the holding time; the health key + 9 + the confirmation key means running The OCR recognition program of the electronic hospital diagnosis document of the health system reminds the user to load the scanned or photographed electronic hospital diagnosis document for identification; the user presses the health key + 0 + the confirm key, and the system automatically starts the health report program and displays/ The voice asks which user to report the health report, the user number entered by the user, and the system automatically generates related health reports based on the collected health data of the user; (2) "Air conditioning" smart key: Air conditioning key + confirm key means to run the air conditioning program and turn it on For the air conditioner in the space where the equipment is located, press the up button once to increase by 0.5 degrees, and press the down button once to decrease by 0.5 degrees; the air-conditioning button + 2 + confirm button indicate to run the air conditioning program and turn on the air conditioning in the bedroom, press the up button once to increase High 0.5 degree, press the down button once to decrease 0.5 degree; (3) "Entertainment" smart key: the user presses the entertainment key + confirm key, the entertainment system automatically plays the music program by default, and the song that has not been played last time is played by default ; The user presses the entertainment key + 1 + the confirmation key, the entertainment system automatically plays the radio, press the up key to increase the volume by 1 level, press the down key to decrease the volume by 1 level, press the left key to switch forward a search channel, press The right key switches back to a search channel; the user presses the entertainment key + 2 + confirm key, the system automatically opens the movie playback program war film list, press the up key to increase the volume by 1 level, and press the down key to decrease the volume by 1 level. Press the left key to switch a movie series forward, press the right key to switch a movie series backward, and the user presses the TV + confirm key, the system automatically switches the movie interface to the large screen display on the TV; the user presses the entertainment key + 10 + confirm Button, the system automatically starts the jumping game, the user presses the TV + confirm button, the system automatically switches the software interface to the large-screen display on the TV; (4) "Video" smart key: the user presses the video button + 1 + confirm button, the system Automatically open the video interactive program, and dial the number to the corresponding relative. If the user presses the TV button + OK button again, the system will automatically switch the video interactive content to the large screen display on the TV and play the interactive sound (interaction through the microphone array and the camera) Enter); the user presses the video key + 0 + confirm key, the system automatically starts the video monitoring program, and the screen splits real-time display of all the monitoring pictures of the device and the networked cameras, if the user presses the TV key + confirm key again, the system will automatically monitor The interface is switched to the large-screen display on the TV; (5) "Audio" smart key : The user presses the audio key + 1 + the confirmation key, the system automatically starts the audio interactive program, and dials the corresponding relative; (6) "Education" smart key: the user presses the education key + 5 + the confirmation key, the system automatically starts Educational listening software, and play the e-books that have not been heard last time by default. Press the up key to increase the volume by 1 level, press the down key to decrease the volume by 1 level, and press the left key to switch forward one chapter , Press the right arrow key to switch back one chapter, the user presses the TV + confirm button, the system automatically switches the e-book interface to the large screen display on the TV; the user presses the education button + 1 + confirm button, the system automatically starts the English teaching software for children , And play the teaching content that was not completed last time by default, press the up key to increase the volume by 1 level, press the down key to decrease the volume by 1 level, press the left key to switch forward one chapter, and press the right key to go back To switch a chapter, the user presses the TV key + confirm key, the system automatically switches the teaching interface to the large screen display on the TV; the user presses the education key + 2 + confirm key, the system automatically starts the English voice interactive environment software, and actively initiates the interaction or For the content that has not been interacted last time, the user presses the TV + confirm key, and the system automatically switches the teaching interface to the large-screen display on the TV; (7) "Environment" smart key: the user presses the environment key + confirm key, and the system automatically opens the environmental report Program, and screen display/voice report The current device's built-in sensors and networked sensors obtain environmental data, and remind the user which air or during which time the air quality is problematic. It is recommended that the user improve the treatment, press the up key to increase the volume by 1 level, and press the direction Press the down button to lower the volume by 1 level, press the left button to switch one chapter forward, press the right button to switch one chapter backward, the user presses the TV button + the OK button, the system automatically switches the environment data interface to the large screen on the TV Display; the user presses the environment key + 1 + the confirmation key, the system automatically starts the weather forecast program, and displays the on-screen/voice report today's weather conditions, and reminds the user of the precautions for going out today according to the weather; (8) "Property" smart key: The user presses the property button + 0 + confirmation button, the system automatically starts the equipment fault report program, and the screen display/voice reminds the user to submit the fault description and the basis on the related diagram, the user presses the TV button + confirm button, the system automatically reports the fault to the program interface Switch to the large-screen display on the TV; the user presses the property key + 1 + the confirmation key, the system automatically communicates with the property service center video program, the user presses the TV key + the confirmation key, the system automatically switches the fault report program interface to the large-screen display on the TV (9) "Scene" smart key: the user presses the scene key + 5 + the confirmation key, the system automatically turns on the TV entertainment scene, the system automatically turns off the lighting lamp, turns on the ambient light, and switches to the TV broadcast channel; the user presses the scene key + 6+ Confirm button, the system automatically turns on the movie entertainment scene, the system automatically turns off the lighting, turns on the ambient light, and switches to the device movie playback program; the user presses the scene button + 1 + the confirm button, the system automatically turns on the home scene, automatically turns on the lighting, smart Curtains, air conditioners, TVs, etc., and report indoor environment conditions; the user presses the scene key + 2 + confirm key, the system automatically turns on the leaving home scene, and automatically turns off the lights, smart curtains, and air conditioners , TV, etc., and report today’s weather conditions and precautions for going out; (10) "Assistant" smart key: the user presses the assistant key + 1 + the confirmation key, the system automatically starts the translation program, and reminds the user to input the translation output language, and the user presses the TV Key + confirm key, the system automatically switches the translation content interface to the large screen display on the TV; the user presses the assistant key + 0 + confirm key, the system automatically starts the male host 3D fitting program, and at the same time switches the fitting program interface to the large screen on the TV Display and remind the user to input related special and then stand in the corresponding area and start scanning the human body stereoscopic image; (11) "Wisdom" smart key: the user presses the smart key + confirm key or long press the smart key, the system automatically displays the whole in the form of a plan view. The switch status of all smart devices in the family. For example, the on state is red, the off state is gray, and the flashing state is device failure. If there is a failure, a voice/flashing light/screen display will remind the failure. The user presses the TV button + confirm button, and the system The software interface is automatically switched to the large-screen display on the TV; the user presses the smart key + 1 + the confirmation key, the system automatically starts the hostess image design program, and turns on the stereo camera, the system automatically informs the user that it needs to be modified, the user presses the TV key + Confirm button, the system automatically switches the design interface to the large-screen display on the TV; (12) "Lighting" smart button: the user long presses the bright button + confirm button, the system automatically displays the switch status of all lighting equipment in the entire family in the form of a plan view , If the on state is red, the off state is gray, the flashing state is equipment failure, if there is a failure, a voice/flashing light/screen display will remind the failure to exist, the user presses the TV key + confirm key, the system automatically switches the software interface to the TV Display on the large screen; the user shortly presses the bright key or long presses the bright key + 1 + confirm key, the system automatically turns on the main lighting, and then shortly presses the bright key or long presses the bright key + 1 + cancel key, the system automatically turns off the main lighting ; The user presses the bright key twice or long presses the bright key + 2 + confirm key, the system automatically turns on the device's ambient light, and then presses the bright key twice or long presses the bright key + 2 + cancel key, the system automatically turns off the device's ambient light (13) "Arming or disarming" smart key: the user long presses the arm button, the system automatically starts to arm, and a voice reminder that the arming or arming is successful; the user long presses the disarm button, the system automatically displays/voices to remind the user to enter the disarm password confirmation identity.
上斜面211的底部还可横向设置有上斜面灯带21a6，利于增加灯带的照射范围。上斜面灯带21a6设置于智能按键21a5的下方附近，可为智能按键21a5提供灯光照明。上斜面灯带21a6的左右两侧的上斜面211上还可设有血压/血氧/心率/呼吸频率检测传感器21a7，右斜面213还可设有指纹传感器21a9，基底20右侧顶部设有隐私开关209，系统操作区21a安装高度约1.4米左右，与传统对讲分机安装高度基本一致，既美观也方便用户操作。隐私开关209可在用户有隐私需求时，可手动关闭摄像头、麦克风阵列、距离传感器等涉及用户隐私的传感器，保护用户隐私安全；也可通过软件/触控屏等智能关闭隐私传感器电源来实现保护用户隐私安全，用户根据自己的隐私要求与习惯可自由选择关闭方式；也可通过通讯监测系统判断在非本地指令或远程非授权指令状态下，通过网络流量剧增或运行程序来判断是否存在非法网络入侵，如判断为入侵则系统自动关闭隐私传感器电源，并多方式提醒用户注意隐私保护。The bottom of the upper inclined surface 211 can also be provided with an upper inclined light strip 21a6 transversely, which is beneficial to increase the irradiation range of the light strip. The upper inclined light strip 21a6 is arranged near the bottom of the smart button 21a5, and can provide lighting for the smart button 21a5. The upper inclined surface 211 on the left and right sides of the upper inclined surface lamp belt 21a6 can also be equipped with blood pressure/blood oxygen/heart rate/respiratory frequency detection sensors 21a7, the right inclined surface 213 can also be equipped with a fingerprint sensor 21a9, and the right top of the base 20 has privacy The installation height of the switch 209 and the system operation area 21a is about 1.4 meters, which is basically the same as the installation height of the traditional intercom extension, which is both beautiful and convenient for users to operate. The privacy switch 209 can manually turn off the camera, microphone array, proximity sensor and other sensors related to user privacy when the user has privacy needs to protect user privacy; it can also be protected by intelligently turning off the power of the privacy sensor through software/touch screen, etc. User privacy is safe, users can freely choose the closing method according to their own privacy requirements and habits; it can also be judged by the communication monitoring system in the state of non-local commands or remote unauthorized commands, through the rapid increase in network traffic or running programs to determine whether there is illegality Network intrusion, if it is judged as an intrusion, the system will automatically turn off the power of the privacy sensor, and remind users to pay attention to privacy protection in multiple ways.
此外，系统操作区21a的上斜面211上还可内置有CO2传感器、温湿度传感器、VOC传感器、CO传感器，结合内置摄像头、距离传感器、麦克风阵列、触控显示屏、智能按键以及AI处理核心，利用机器人智能弱电箱光纤入户、机顶盒等相关设备安装及家庭布线管理刚需先入为主的特性，让用户免费或低成本体验环境监测功能，有利于家庭保持健康的空气环境，让家庭用户低成本就能享受安全、智慧、舒适、低碳、便捷的个性化智慧生活。CO2传感器安装位置距地标高在1.1M左右，符合其要求的安装高度，并且凸起的箱体也有利于传感器接触更多的空气。左斜面212、右斜面213上与健康传感器模组、环境传感器模组相对应的位置还可设置有作为传感器探测孔或散热孔使用的通气孔21a8。In addition, CO2 sensors, temperature and humidity sensors, VOC sensors, and CO sensors can also be built on the upper slope 211 of the system operating area 21a, combined with built-in cameras, distance sensors, microphone arrays, touch screens, smart buttons, and AI processing cores. The use of robot smart weak current boxes, optical fiber entry, set-top boxes and other related equipment installation and home wiring management just need to be pre-emptive features, allowing users to experience environmental monitoring functions for free or at low cost, which is conducive to maintaining a healthy air environment in the family and allowing home users to be able to do it at low cost Enjoy a safe, smart, comfortable, low-carbon and convenient personalized smart life. The installation position of the CO2 sensor is about 1.1M away from the landmark, which meets the required installation height, and the raised box is also conducive to the sensor's contact with more air. The positions corresponding to the health sensor module and the environment sensor module on the left inclined surface 212 and the right inclined surface 213 may also be provided with vent holes 21a8 used as sensor detection holes or heat dissipation holes.
通常，系统标配有多个网络通讯模块，如Wifi模块、无线路由器、蓝牙、红外等，可用于实现智能系统操作区21a的移动端APP软件操作控制。用户移动端可通过多无线通讯方式访问机器人智能弱电箱，并可远程开启系统各种应用软件，当系统程序运行时，如系统同时感知用户在电视机对面沙发或可感知的室内时，系统自动打开电视，并将电视输入信号切换为系统输出信号，用户即可通过电视同步高清、满屏、实时地观看机器人智能弱电箱触控显示屏的内容，同时通过APP软件操作相应程序开关及日常操作。Generally, the system is equipped with multiple network communication modules as standard, such as Wifi module, wireless router, Bluetooth, infrared, etc., which can be used to realize the operation control of the mobile terminal APP software in the intelligent system operating area 21a. The user's mobile terminal can access the robot's intelligent weak current box through multiple wireless communication methods, and can remotely open various application software of the system. When the system program is running, such as when the system senses that the user is on a sofa or a perceptible room opposite the TV, the system automatically Turn on the TV and switch the TV input signal to the system output signal. The user can watch the contents of the touch screen of the robot's smart weak current box in real time through the TV in high-definition, full-screen, and real-time, while operating the corresponding program switches and daily operations through the APP software .
此外，机器人智能弱电箱通常标配有一个蓝牙/红外等无线方式遥控器，可用于实现智能系统操作区21a的语音鼠标遥控操作控制。遥控器上有电视与机器人智能弱电箱图标（箱标）按键，用户按电视键，即系统开启电视和机顶盒；如用户按箱标按键，则系统自动切换电视输入信号为系统输出信号，同步、高清、实时显示触控显示屏的内容；用户也可语音告知遥控器“小箱，看电视”，则系统自动打开电视、找开机顶盒，并将电视输入信号切换为机顶盒信号输入，用户即可观看机顶盒输出的电视内容；如用户语音告知遥控器“小箱，看大屏”，则系统自动打开电视，并将电视输入信号切换为系统输出信号，用户即可通过电视同步高清、满屏、实时地观看机器人智能弱电箱触控显示屏的内容，同时通过鼠标点指定相应程序开关及日常操作，也可语音告知系统开关某个程序及程序内容操作。In addition, the robot smart weak current box is usually equipped with a Bluetooth/infrared wireless remote control as standard, which can be used to realize the voice mouse remote control operation of the intelligent system operating area 21a. There are TV and robot smart weak current box icon (box label) buttons on the remote control. When the user presses the TV button, the system turns on the TV and set-top box; if the user presses the box label button, the system automatically switches the TV input signal to the system output signal, synchronous, High-definition, real-time display of the content of the touch screen; the user can also voice tell the remote control "small box, watch TV", the system will automatically turn on the TV, find the boot-top box, and switch the TV input signal to the set-top box signal input, and the user can Watch the TV content output by the set-top box; if the user voice tells the remote control "small box, watch the big screen", the system will automatically turn on the TV and switch the TV input signal to the system output signal, and the user can synchronize the high-definition, full-screen, Watch the contents of the touch screen of the robot's smart weak current box in real time, and at the same time specify the corresponding program switches and daily operations by clicking the mouse, and can also voice tell the system to switch a program and program content operations.
智能系统操作区21a的联动操作控制可通过以下方式实现：触控显示屏操作控制、智能按键操作控制、麦克风阵列语音识别操作控制、距离传感器定位操作控制、姿态及手势识别操作控制、移动端APP软件操作控制机器人智能弱电箱的智慧系统时，如用户开启某一功能自定义次数时，用户60%会有主动切换到电视大屏显示，则系统判断当用户下一次开启该功能时，自动切换至电视同步、高清、实时大屏显示；相反，如用户开启某一功能自定义次数时，用户60%会有关闭电视大屏显示，则系统判断当用户下一次开启该功能时，将不再同步开启电视进行大屏显示。The linkage operation control of the intelligent system operation area 21a can be realized by the following methods: touch screen operation control, smart button operation control, microphone array voice recognition operation control, distance sensor positioning operation control, gesture and gesture recognition operation control, mobile APP When the software controls the intelligent system of the robot smart weak current box, if the user turns on a function for a custom number of times, 60% of the user will actively switch to the large screen display of the TV, and the system will automatically switch when the user turns on the function next time To the TV synchronization, high-definition, real-time large-screen display; on the contrary, if the user turns on a function for a custom number of times, 60% of the user will turn off the large-screen display of the TV, and the system judges that when the user turns on the function next time, it will no longer Synchronously turn on the TV for large-screen display.
由此，该机器人智能弱电箱利用自身多智能输入特性，通过多种操作简单快捷的控制方式，为用户通过电视大屏显示创造了一个快捷、智慧、高效、实时的分享、交互与控制的用户体验，降低智慧家庭对电视性能要求，让传统电视也能为用户提供智慧体验，让普通家庭都能享受智慧、安全、健康、舒适、便捷、低碳和充满关爱的家庭生活环境。As a result, the robot intelligent weak current box uses its own multi-intelligence input characteristics, through a variety of simple and quick control methods, to create a fast, intelligent, efficient, real-time sharing, interaction and control user for users through the large-screen TV display. Experience, reduce the performance requirements of smart homes on TV, so that traditional TVs can also provide users with a smart experience, so that ordinary families can enjoy a smart, safe, healthy, comfortable, convenient, low-carbon and caring family living environment.
设备仓21c的作用主要是仓内安装光纤入户相关智能设备，并保护其不易松动、设备接口安全以及隐蔽走线的作用。设备仓21c可包括用于安装固定外智能设备的安装座、可拆卸安装于基底20上的仓盖、将设备仓与外界连通的第一过线孔21c6、贯穿地设置于基底20上的四个箱体固定孔205、设置于设备仓21c内侧面的第一电源接口和第一信息接口、沿纵向贯穿地设置于基底20中部的第一走线槽201以及跨设于第一走线槽201中的多个水平间隔设置的第一理线横梁206。第一走线槽201可让设备间连线不占用设备仓厚度空间，提升仓内空间利用率及布线管理效果。第一过线孔21c6可分别贯穿地设置于设备仓21c底部的左右两侧，在本实施例中，第一过线孔21c6可以为用于供HDMI线缆穿过的HDMI输出过线孔。The function of the equipment warehouse 21c is mainly to install FTTH-related intelligent equipment in the warehouse, and protect it from loosening, the safety of equipment interfaces, and the functions of concealed wiring. The equipment compartment 21c may include a mounting seat for installing and fixing external intelligent equipment, a compartment cover detachably installed on the base 20, a first wire-passing hole 21c6 that connects the equipment compartment with the outside world, and four through holes provided on the base 20. A box fixing hole 205, a first power interface and a first information interface provided on the inner side of the equipment compartment 21c, a first wiring groove 201 longitudinally extending through the middle of the base 20, and a first wiring groove A plurality of horizontally spaced first line management beams 206 in 201. The first wiring trough 201 allows the connection between equipment to not occupy the thickness space of the equipment warehouse, and improves the space utilization rate in the warehouse and the effect of wiring management. The first cable-passing holes 21c6 can be respectively penetratingly provided on the left and right sides of the bottom of the equipment compartment 21c. In this embodiment, the first cable-passing holes 21c6 can be HDMI output cable-passing holes for the HDMI cable to pass through.
四个箱体固定孔205可分别位于设备仓21c的四角，用于将主箱体2的基底20通过该四个箱体固定孔205贴紧固定于安装墙上。用户安装主箱体2前，先将箱体尺寸纸贴住安装墙，标注安装点并打好螺孔，再将箱体通过对应的箱体固定孔205以及螺孔固定在墙面上，即完成主箱体2的安装。安装完成后，箱体固定孔205在仓盖下方隐蔽安装，保护箱体外观美观。此外，位于下方的两个箱体固定孔205位于音箱上方附近，还可避免音箱输出声音的振动影响整个系统的稳定与安全。安装座可包括设置于基底20上的多行设备固定孔204和多行水平活动调节安装槽203，可解决不同设备类型的安装座规格不同，无法按某一标准固定座安装设备的问题。多行水平活动调节安装槽203可设置于基底20的右侧，多行设备固定孔204可包括设置于基底20左侧的左多行固定孔、设置于基底20中部并设置于第一走线槽201左右两侧附近的中多行固定孔。如果安装设备的规格不大，宽度还没有到左右两侧的左多行固定孔和多行水平活动调节安装槽203时，可使用中多行固定孔来安装固定。此外，中多行固定孔还可起到固定线缆的作用。The four box fixing holes 205 can be respectively located at the four corners of the equipment compartment 21c, and are used to tightly fix the base 20 of the main box 2 to the installation wall through the four box fixing holes 205. Before the user installs the main box 2, first stick the box size paper to the installation wall, mark the installation points and make the screw holes, and then fix the box on the wall through the corresponding box fixing holes 205 and screw holes. Complete the installation of the main box 2. After the installation is completed, the box fixing hole 205 is installed concealed under the cover to protect the beautiful appearance of the box. In addition, the two box fixing holes 205 located below are located near the top of the speaker, which can also prevent the vibration of the sound output from the speaker from affecting the stability and safety of the entire system. The mounting base may include multiple rows of equipment fixing holes 204 and multiple rows of horizontally movable adjusting mounting grooves 203 provided on the base 20, which can solve the problem that different equipment types have different mounting base specifications and cannot install equipment according to a certain standard fixed base. The multiple rows of horizontally movable adjusting and mounting grooves 203 may be arranged on the right side of the base 20, and the multiple rows of device fixing holes 204 may include multiple left rows of fixing holes arranged on the left side of the base 20, arranged in the middle of the base 20, and arranged in the first wiring. There are multiple rows of fixing holes near the left and right sides of the groove 201. If the specifications of the installation equipment are not large, and the width has not reached the left multi-row fixed holes and multi-row horizontally movable adjustment installation slots 203 on the left and right sides, the middle multi-row fixed holes can be used for installation and fixation. In addition, the multiple rows of fixing holes can also play a role in fixing cables.
第一电源接口和第一信息接口可设置于设备仓21c6的顶部。设备仓21c的顶部左侧设有端子排21c1，顶部右侧设有接口排21c2。第一电源接口可包括设置于端子排21c1上的多个第一低压电源输出接口，该多个第一低压电源输出接口可包括若干个9VDC接口和若干个12VDC 接口。第一信息接口可包括接口排21c2、设置于端子排21c1上的灯控总线和灯孔开关以及RF红外发射灯接口、设置于接口排21c2和端子排21c1之间的固定RF红外发射灯21c5。其中，接口排21c2可包括若干个第一网络接口、若干个第一电话接口、若干个第一电视接口以及若干个存储卡接口，例如，路由器模块WAN接口、LAN1/LAN2交换网络接口、电视网络交换输入接口（TV-LAN IN）、电话网络交换输入接口（TEL IN）、双存储卡接口等。第一低压电源输出接口可以为设备仓内安装的设备进行供电，灯控总线和灯孔开关接口可解决当机器人智能弱电箱背部覆盖房间灯光控制面板时，通过外接灯光控制模块或回路对该灯光回路进行智能控制；双存储卡接口可方便用户扩展机器人智能弱电箱的存储容量，可将视频监控和交互或软件下载的大容量记录文件分别单独设置存储卡进行存储，避免占用系统存储空间而影响系统运行速度，以便系统能长时间为用户提供流畅的智能体验；RF红外发射灯接口21c4和固定RF红外发射灯21c5主要是外接红外遥控灯、可贴近机顶盒等红外遥控设备安装（如智能设备红外接收端朝上，则只用固定RF红外发射灯21c5控制即可），以便系统对其进行红外学习控制，避免红外遥控设备在设备仓内平行背面安装时无法接口红外遥控指令的问题。设备仓21c的路由器模块WAN接口、LAN1/LAN2交换网络接口为内置路由器模块的WAN输入接口，LAN1/LAN2交换网络接口与主箱体下部的LAN3至LAN10接口一起组成内置网络交换模块。设备仓21c的TV-LAN IN接口可直接连接光猫iTV输出接口，并与主箱体下部的TV-LAN1至TV-LAN4接口组成内置电视网络交换模块。TEL IN接口可直接连接光猫的电话接口，并与主箱体下部的TEL1至TEL4接口组成内置电话网络交换模块。The first power interface and the first information interface can be arranged on the top of the equipment compartment 21c6. The top left side of the equipment compartment 21c is provided with a terminal row 21c1, and the top right side is provided with an interface row 21c2. The first power interface may include a plurality of first low-voltage power output interfaces arranged on the terminal block 21c1, and the plurality of first low-voltage power output interfaces may include several 9VDC interfaces and several 12VDC interfaces. The first information interface may include an interface row 21c2, a light control bus and a light hole switch arranged on the terminal row 21c1, and an RF infrared emitting lamp interface, and a fixed RF infrared emitting lamp 21c5 arranged between the interface row 21c2 and the terminal row 21c1. Among them, the interface row 21c2 may include several first network interfaces, several first telephone interfaces, several first TV interfaces, and several memory card interfaces, for example, router module WAN interface, LAN1/LAN2 switching network interface, TV network Switch input interface (TV-LAN IN), telephone network exchange input interface (TEL IN), dual memory card interface, etc. The first low-voltage power output interface can supply power to the equipment installed in the equipment warehouse. The light control bus and light hole switch interface can solve the problem of using an external light control module or loop when the back of the robot’s intelligent weak current box covers the room lighting control panel. The loop is controlled intelligently; the dual memory card interface can facilitate users to expand the storage capacity of the robot's intelligent weak current box, and the large-capacity record files for video surveillance and interaction or software download can be separately set up with separate memory cards for storage to avoid taking up system storage space. The operating speed of the system, so that the system can provide users with a smooth and intelligent experience for a long time; RF infrared emitting lamp interface 21c4 and fixed RF infrared emitting lamp 21c5 are mainly external infrared remote control lights, which can be installed close to infrared remote control devices such as set-top boxes (such as smart device infrared If the receiving end is facing upwards, only use the fixed RF infrared transmitter lamp 21c5 to control), so that the system can perform infrared learning control on it, so as to avoid the problem that infrared remote control devices cannot interface infrared remote control commands when they are installed parallel to the back of the equipment compartment. The router module WAN interface and LAN1/LAN2 switching network interface of the equipment compartment 21c are the WAN input interfaces of the built-in router module. The LAN1/LAN2 switching network interface and the LAN3 to LAN10 interfaces in the lower part of the main cabinet form a built-in network switching module. TV-LAN in equipment compartment 21c The IN interface can be directly connected to the optical modem iTV output interface, and forms a built-in TV network switching module with the TV-LAN1 to TV-LAN4 interfaces at the lower part of the main cabinet. The TEL IN interface can be directly connected to the telephone interface of the optical modem, and forms a built-in telephone network switching module with the TEL1 to TEL4 interfaces in the lower part of the main box.
仓盖在一些实施例中可包括接口保护盖27以及依次沿纵向设置于接口保护盖27下方的多组分段盖28。接口保护盖27盖设于第一电源接口和第一信息接口外，可起到保护接口安全、隐蔽走线的作用，以便万一某个特殊设备超常外观无法盖分段盖28时，也能保持设备仓内走线隐蔽美观。接口保护盖27可包括一垂直于基底20设置的隔板277，上内置设备区21b的底部与隔板277之间界定出一个用于容置端子排21c1和接口排21c2等的接口保护仓。隔板277上还设有供固定RF红外发射灯21c5穿过的穿孔276以及多个供走线用的第三过线孔273。隔板277的下侧还可设有多个吊装环271。多行设备固定孔204、多行水平活动调节安装槽203以及多个顶部吊装环271的设置，可解决不同设备类型的安装座规格不同，无法按某一标准固定座安装设备的问题；如果某些设备没有固定座或本来就是吊装的设备可通过吊装环271固定设备，避免设备无法固定而散乱堆叠问题，提升箱内布线管理效果。In some embodiments, the bin cover may include an interface protection cover 27 and a multi-component section cover 28 arranged longitudinally below the interface protection cover 27 in sequence. The interface protection cover 27 is arranged outside the first power interface and the first information interface, which can protect the safety of the interface and conceal the wiring, so that it can also be used in case a special device has an unusual appearance and cannot cover the segmented cover 28. Keep the wiring in the equipment compartment hidden and beautiful. The interface protection cover 27 may include a partition 277 arranged perpendicular to the base 20. Between the bottom of the upper built-in device area 21b and the partition 277, an interface protection compartment for accommodating the terminal row 21c1, the interface row 21c2, etc. is defined. The partition 277 is also provided with a perforation 276 through which the fixed RF infrared emitting lamp 21c5 passes and a plurality of third wiring holes 273 for wiring. A plurality of hoisting rings 271 may also be provided on the lower side of the partition 277. The arrangement of multiple rows of equipment fixing holes 204, multiple rows of horizontally movable adjusting installation grooves 203, and multiple top lifting rings 271 can solve the problem that different equipment types have different mounting seat specifications and cannot install equipment according to a certain standard fixed seat; Some equipment does not have a fixed seat or is originally hoisted. The equipment can be fixed by the hoisting ring 271 to avoid the problem of unfixed equipment and scattered stacking, and improve the effect of wiring management in the box.
接口保护盖27分别可与位于其上部的上内置设备区21b、位于其下部的分段盖之间卡扣配合。在本实施例中，接口保护盖27的上侧设有与上内置设备区21b的底部相互卡扣配合的方形卡条275，接口保护盖27的下侧设有与分段盖28的顶部相互卡扣配合的三角形卡条274。接口保护盖27的左右两侧还可分别设有纵向贯穿的螺孔272，接口保护盖27可通过螺孔272螺接固定于上内置设备区21b的底部，此外，还可保证箱体的正面看不到螺孔272，保护箱体外观美观。The interface protection cover 27 can be respectively snap-fitted between the upper built-in equipment area 21b located at the upper part and the segment cover located at the lower part thereof. In this embodiment, the upper side of the interface protection cover 27 is provided with a square clip 275 that is mutually snap-fitted with the bottom of the upper built-in device area 21b, and the lower side of the interface protection cover 27 is provided with the top of the segment cover 28. Snap-fit triangular card strip 274. The left and right sides of the interface protection cover 27 can also be provided with longitudinally penetrating screw holes 272. The interface protection cover 27 can be screwed and fixed to the bottom of the upper built-in device area 21b through the screw holes 272. In addition, the front of the box can also be secured. The screw holes 272 are not visible, and the appearance of the protection box is beautiful.
该多组分段盖28包括可若干组固定宽度分段盖和/或若干组可调宽度分段盖，每组分段盖28的正平面及左斜面、右斜面上可分布有多个散热孔280。分段盖的设计可让设备间相互独立安装，避免设备外露及相互串扰，以提升设备运行安全性及稳定性，保护设备及用户安全，同时提升布线管理效果，保持箱外整洁美观。假如个别智能设备形态超常，也可通过顶部吊装环271采用壁挂的形式安装设备，在固定设备后也可不安装分段盖，保证设备不会因装不下而另外拉线安装。此外，设备仓的高度超过1M，可满足内置或仓内安装无线路由器1M及以上的安装高度基本要求，避免光纤入户相关设备分开安装，影响室内美观。该多组分段盖中的至少一组分段盖的上侧或下侧还可设置有隔离壁287以及多个分布于隔离壁287上的散热孔，隔离壁21可加强设备之间的相互隔离。每组分段盖28的上侧和下侧均设有可相互凸凹配合的卡扣结构，在本实施例中，每组分段盖28的上下两侧分别设有相互凸凹配合的三角形凹槽288和三角形凸条289，相邻两组分段盖28之间通过三角形凹槽288和三角形凸条289相互卡扣配合，连接更稳固。下内置设备区21d的顶壁上还可形成有与三角形凹槽288或三角形凸条289相互卡扣配合的卡扣部，以使下内置设备区21d与分段盖之间卡扣配合。The multi-component segment cover 28 includes several groups of fixed-width segmental covers and/or several groups of adjustable-width segmental covers, and the front plane, left and right slopes of each component segment cover 28 can be distributed with multiple heat sinks.孔280. The design of the segmented cover allows the equipment to be installed independently of each other, avoiding equipment exposure and mutual crosstalk, so as to improve the safety and stability of equipment operation, protect the safety of equipment and users, and improve the effect of wiring management to keep the outside of the box clean and beautiful. If the shape of individual smart device is abnormal, the device can also be installed in the form of wall hanging through the top hoisting ring 271. After the device is fixed, the sectional cover is not required to ensure that the device will not be installed with additional cables due to failure to install it. In addition, the height of the equipment warehouse exceeds 1M, which can meet the basic requirements for the installation height of 1M and above for the built-in or installed wireless router in the warehouse, avoiding the separate installation of fiber-to-the-home related equipment and affecting the appearance of the room. The upper or lower side of at least one group of segment covers in the multi-component segment cover can also be provided with an isolation wall 287 and a plurality of heat dissipation holes distributed on the isolation wall 287. The isolation wall 21 can strengthen the mutual communication between devices. isolation. The upper and lower sides of each group segment cover 28 are provided with a buckle structure that can be mutually convex and concave. In this embodiment, the upper and lower sides of each group segment cover 28 are respectively provided with mutually convex and concave triangular grooves. 288 and the triangular convex strip 289, the adjacent two sets of segmented covers 28 are snap-fitted with each other through the triangular groove 288 and the triangular convex strip 289, and the connection is more stable. The top wall of the lower built-in device area 21d may also be formed with a buckle part that is buckled with the triangular groove 288 or the triangular convex strip 289, so that the lower built-in device area 21d is buckled with the segmented cover.
每组可调宽度分段盖均可包括左右相互插接并可相对滑动的左滑动分段盖28a和右滑动分段盖28b。左滑动分段盖28a的左侧壁背部、右滑动分段盖28b的右侧壁背部分别向内水平伸出形成有两个间隔设置的插销284，基底20的左侧面和右侧面上分别对应插销284形成有插孔202，左滑动分段盖28a、右滑动分段盖28b分别可通过各自的插销284插接于对应的插孔202中。左滑动分段盖28a和右滑动分段盖28b上分别对应设置有多个插条281（在本实施例中，左滑动分段盖28a对应设置有四个插条281，右滑动分段盖28b对应设置有三个插条281），每两个相邻的插条281之间形成一个插槽282。左滑动分段盖28a和右滑动分段盖28b之间通过多个插条281和插槽282交叉连接，并可沿左右方向滑动以调节分段盖的宽度，满足分段盖内安装不同大小、不同类型的智能设备。多个插条281和插槽282交叉连接的方式还能保证调整分段盖宽度后左、右滑动分段盖连接的稳定牢固。Each group of adjustable width segmented covers may include a left sliding segmented cover 28a and a right sliding segmented cover 28b that are inserted into each other on the left and right and can slide relatively. The back of the left side wall of the left sliding segment cover 28a and the back of the right side wall of the right sliding segment cover 28b respectively extend inward horizontally to form two spaced apart pins 284, the left side and the right side of the base 20 A socket 202 is formed corresponding to the pins 284, and the left sliding segment cover 28a and the right sliding segment cover 28b can be inserted into the corresponding sockets 202 through the respective pins 284, respectively. The left sliding segment cover 28a and the right sliding segment cover 28b are respectively provided with a plurality of insert bars 281 (in this embodiment, the left sliding segment cover 28a is correspondingly provided with four insert bars 281, and the right sliding segment cover 28b is provided with three insert strips 281) correspondingly, and a slot 282 is formed between every two adjacent insert strips 281. The left sliding segment cover 28a and the right sliding segment cover 28b are cross-connected by a plurality of insert bars 281 and slots 282, and can be slid in the left and right directions to adjust the width of the segment cover to meet the requirements of installing different sizes in the segment cover , Different types of smart devices. The cross-connection of multiple insert bars 281 and slots 282 can also ensure that the left and right sliding segment covers are connected stably and firmly after adjusting the width of the segment cover.
此外，左滑动分段盖28a、右滑动分段盖28b的至少一个相互配合的滑动接触面上分别设有相互凸凹配合的滑槽滑轨结构，以提高左右盖插接及相对滑动时的稳定性。在本实施例中，左滑动分段盖28a、右滑动分段盖28b的每个插条281的上下两侧均分别形成有凹陷的三角形滑槽和凸起的三角形滑轨。左滑动分段盖28a、右滑动分段盖28b的至少一个相互配合的滑动接触面上还可分别沿其滑动方向形成有开口相向的多个左锁止槽285和多个右锁止槽286，左锁止槽285和右锁止槽286相互拼接形成一个锁止孔，左滑动分段盖28a、右滑动分段盖28b在左右滑动调整好宽度后，可通过锁梢穿设该锁止孔，将左滑动分段盖28a、右滑动分段盖28b相互锁止。在本实施例中，左锁止槽285、右锁止槽286均呈半圆弧形，其相互拼接后形成圆形的锁止孔；右锁止槽286形成于右滑动分段盖28b位于上部的一个插条281的上侧，可降低加工复杂度。In addition, at least one sliding contact surface of the left sliding segment cover 28a and the right sliding segment cover 28b is provided with a sliding groove slide rail structure that cooperates with each other with convex and concave grooves, so as to improve the stability of the insertion and relative sliding of the left and right covers. sex. In this embodiment, the upper and lower sides of each insert 281 of the left sliding segment cover 28a and the right sliding segment cover 28b are respectively formed with a concave triangular sliding groove and a convex triangular sliding rail. At least one mating sliding contact surface of the left sliding segment cover 28a and the right sliding segment cover 28b may also be respectively formed with a plurality of left locking grooves 285 and a plurality of right locking grooves 286 with openings facing each other along the sliding direction. , The left locking groove 285 and the right locking groove 286 are spliced with each other to form a locking hole. After the left and right sliding section covers 28a and 28b slide left and right to adjust the width, the locking pin can be used to pass through the locking hole. Hole to lock the left sliding segment cover 28a and the right sliding segment cover 28b to each other. In this embodiment, the left locking groove 285 and the right locking groove 286 are both in the shape of a semi-circular arc, which form a circular locking hole after being spliced with each other; the right locking groove 286 is formed in the upper part of the right sliding segment cover 28b The upper side of a cutting strip 281 can reduce the processing complexity.
左滑动分段盖28a左斜面、右滑动分段盖28b的右斜面上分别贯穿设置有天线安装孔283以及盖设于天线安装孔283上的孔盖28c。天线安装孔283为孔径较大的大孔洞，可方便特殊设备天线需展开安装时，天线通过天线安装孔283伸展安装而不影响箱体美观。根据是否设置有天线安装孔283、隔离壁287，可将可调宽度分段盖分成通透盖（设置有天线安装孔283）和隔断盖（设置有隔离壁287）。通透盖和隔断盖可自由组合调整，再加上可调节宽度的左右交叉连接设计，可满足设备仓内安装不同大小及类型的智能设备。The left inclined surface of the left sliding segment cover 28a and the right inclined surface of the right sliding segment cover 28b are respectively provided with an antenna mounting hole 283 and a hole cover 28c covering the antenna mounting hole 283. The antenna mounting hole 283 is a large hole with a larger aperture, which is convenient for special equipment when the antenna needs to be deployed and installed. The antenna can be extended and installed through the antenna mounting hole 283 without affecting the appearance of the cabinet. According to whether the antenna installation hole 283 and the isolation wall 287 are provided, the adjustable width segment cover can be divided into a transparent cover (with the antenna installation hole 283) and a partition cover (with the isolation wall 287). The transparent cover and the partition cover can be freely combined and adjusted, plus the left and right cross connection design with adjustable width, which can satisfy the installation of different sizes and types of smart devices in the equipment warehouse.
由于固定宽度分段盖的宽度固定，其可以为一体制造而成的整体大段盖28d，也可以由左右相互配合的左固定分段盖和右固定分段盖通过扣合、螺接等可拆卸或不可拆卸的方式装配而成。整体大段盖28d可通过扣合、螺接等方式可拆卸地固定于基底20上，在本实施例中，整体大段盖28d的左侧壁和右侧壁背部分别向内伸出形成有与插孔202卡合的两个卡扣28d1，卡扣28d1的横截面呈圆弧形，其也可以呈方形、梯形、三角形等形状，固定宽度分段盖可通过卡扣28d1扣合固定于基底20上。在其他实施例中，整体大段盖28d也可通过单开门的方式连接在基底20上，左固定分段盖和右固定分段盖也可通过双开门的方式连接在基底20上。可以理解地，固定宽度分段盖也可根据是否设置有天线安装孔283、隔离壁287而分成通透盖和隔断盖。通透盖、隔断盖、固定宽度分段盖、可调宽度分段盖可自由组合调整或更换使用，满足用户的多种安装需求。Since the width of the fixed-width segmental cover is fixed, it can be an integrally manufactured large-segment cover 28d, or it can be made up of left and right fixed segmented covers that cooperate with each other on the left and right by buckling, screwing, etc. It is assembled in a disassembled or non-detachable way. The integral large-segment cover 28d can be detachably fixed to the base 20 by means of buckling, screwing, etc. In this embodiment, the left and right side walls of the integral large-segment cover 28d respectively extend inwardly to form The two buckles 28d1 engaged with the socket 202, the cross section of the buckle 28d1 is arc-shaped, it can also be square, trapezoidal, triangular, etc., the fixed width segment cover can be fastened by the buckle 28d1 On the base 20. In other embodiments, the integral large-segment cover 28d can also be connected to the base 20 by a single door, and the left fixed segmented cover and the right fixed segmented cover can also be connected to the base 20 by a double door. Understandably, the fixed-width segmental cover can also be divided into a transparent cover and a partition cover according to whether the antenna mounting hole 283 and the isolation wall 287 are provided. The transparent cover, partition cover, fixed-width segmented cover, and adjustable-width segmented cover can be freely combined and adjusted or replaced to meet the various installation needs of users.
布线管理区22位于主箱体2的下部，其可包括贯穿设置的布线仓220、可拆卸地盖设于布线仓220上的盖板221、将布线仓220与外界连通的第二过线孔、设置于布线仓220内侧面的第二电源接口及第二信息接口。布线仓220中水平跨设有一第二理线横梁222，而将布线仓220分隔成位于上部的上仓220a以及位于下部的下仓220b。上仓220a的右侧设置有倾斜式接口排224，方便操作人员在有限的布线仓空间内左手拿线右手固定安装操作。下仓220b的底壁、上仓220a的左侧壁以及第二理线横梁222的正面均可设置有多个线缆固定环226。第二理线横梁222和线缆固定环226可承担仓内横向理线器的功能，用于固定及梳理线缆，保持仓内整齐条理。下斜面214上还可横向设置有下斜面灯带21e，下斜面灯带21e位于布线仓220的上方附近，当机器人智能弱电箱附近光线不足而进行安装时，下斜面灯带21e可智能开启提供照明，方便用户对设备的安装维护。The wiring management area 22 is located at the lower part of the main box body 2, and it may include a wiring warehouse 220 that penetrates, a cover plate 221 that is detachably covered on the wiring warehouse 220, and a second wiring hole that connects the wiring warehouse 220 to the outside world. , The second power interface and the second information interface arranged on the inner side of the wiring warehouse 220. A second cable management beam 222 is horizontally straddled in the wiring warehouse 220, and the wiring warehouse 220 is divided into an upper warehouse 220a at the upper part and a lower warehouse 220b at the lower part. The right side of the upper warehouse 220a is provided with an inclined interface row 224, which is convenient for the operator to hold the wire with the left hand and fix the installation operation with the right hand in the limited wiring warehouse space. The bottom wall of the lower bin 220b, the left side wall of the upper bin 220a, and the front surface of the second cable management beam 222 may all be provided with a plurality of cable fixing rings 226. The second cable management beam 222 and the cable fixing ring 226 can assume the function of a horizontal cable organizer in the warehouse, and are used for fixing and sorting cables and keeping the warehouse neat and organized. The lower slope 214 can also be horizontally provided with a lower slope light strip 21e. The lower slope light strip 21e is located near the upper part of the wiring warehouse 220. When the robot is installed near the intelligent weak current box due to insufficient light, the lower slope light strip 21e can be intelligently turned on and provided Lighting, convenient for users to install and maintain the equipment.
第二过线孔可包括设置于下仓220b左右两侧下部的外接电源过线孔2207和光纤皮线过线孔2208，第二过线孔凹陷设置于基底20的背面，并将下仓220b与外界相连通。第二电源接口可包括设置于上仓220a左侧的220VAC设备电源输入接口2201和电视电源输出接口2202、设置于倾斜式接口排224上的第二低压电源输出接口和外扩展灯带接口。其中，第二低压电源输出接口可包括9VDC接口和12VDC 接口，强弱电接口通过中间的第二走线槽228分开。电源接口可解决覆盖插座取电和不具备覆盖插座安装通过外接电源过线孔2207外接电源线进行取电，并且箱内内置充电及储电模块，外接电源线取电如果连接不稳定或停电也不影响系统正常工作，大幅度降低电源系统故障率，以便为用户提供更灵活的设备安装位置，而不用担心设备取电问题。机器人智能弱电箱内集成强弱电源智能供应，可减少仓内安装设备的电源适配器及线缆，提升布线及管理效果，还可在不增加设备的前提下对仓内安装的智能设备进行远程通电及能源管理。外扩展灯带接口可方便用户在光纤皮线过线孔2208（标高与30CM插座标高一致）外水平安装扩展灯带，光纤与灯带一起引至入户光纤接入的底盒或过线盒，这样既可增加用户灯带场景体验，也可隐蔽明敷光纤走线，保持室内环境美观，适合任何旧建筑或入户光纤无法就近底盒穿线或光纤必须走明线建筑光纤入户升级。The second cable hole may include the external power cable hole 2207 and the optical fiber cable cable hole 2208 provided at the lower part of the left and right sides of the lower warehouse 220b. Connect with the outside world. The second power interface may include a 220VAC device power input interface 2201 and a TV power output interface 2202 arranged on the left side of the upper warehouse 220a, a second low-voltage power output interface arranged on the inclined interface row 224, and an external extension light strip interface. Among them, the second low-voltage power output interface may include a 9VDC interface and a 12VDC interface, and the strong and weak electrical interfaces are separated by a second wiring slot 228 in the middle. The power interface can solve the problem of covering sockets to take power and the installation of sockets without coverage. The external power cable is used to take power through the external power cable hole 2207, and the charging and storage modules are built in the box. If the external power line is connected to unstable or power failure The normal operation of the system is not affected, and the failure rate of the power supply system is greatly reduced, so as to provide users with more flexible equipment installation positions without worrying about the problem of equipment access. The intelligent power supply of strong and weak power is integrated in the intelligent weak power box of the robot, which can reduce the power adapter and cables of the equipment installed in the warehouse, improve the wiring and management effect, and can also remotely power on the intelligent equipment installed in the warehouse without adding equipment And energy management. The external extension light strip interface is convenient for users to install the extension light strip horizontally outside the optical fiber cable through hole 2208 (the elevation is the same as the 30CM socket elevation), and the optical fiber and the light strip are led to the bottom box or cable box of the home fiber access. In this way, it can not only increase the user experience of the light strip scene, but also conceal the optical fiber routing in the open, and keep the indoor environment beautiful. It is suitable for any old buildings or homes where the optical fiber cannot be threaded near the back box or the optical fiber must go through the open wire.
第二信息接口可包括设置于下仓220b左右两侧的多个第二网络接口225a和第二电话接口226a、设置于倾斜式接口排224上的多输入输出信息接口（包括多个有线报警输入接口、RF红外发射接口、总线通讯接口）、设置于上仓220a顶部的第一HDMI输出接口2203和社区PON网光接口2204。社区PON网光接口2204可方便社区局域网采用PON无源光纤网络通讯，方便社区入户光纤皮线从布线底盒或过线盒或左右两侧光纤皮线过线孔2208引入布线仓直接安装，免除传统多线管敷设多设备安装的问题，大大简化了传输链路结构与系统结构，故障节点大幅度降低，快速实现新、旧建筑社区与家庭间的智能化网络升级。The second information interface may include a plurality of second network interfaces 225a and a second telephone interface 226a arranged on the left and right sides of the lower compartment 220b, and a multiple input and output information interface (including multiple wired alarm inputs) arranged on the inclined interface row 224. Interface, RF infrared emission interface, bus communication interface), the first HDMI output interface 2203 and the community PON network optical interface 2204 arranged on the top of the upper warehouse 220a. The community PON network optical interface 2204 can facilitate the community LAN to use PON passive optical fiber network communication, and facilitate the community’s home fiber optic cable from the wiring bottom box or the cable box or the optical fiber cable cable hole 2208 on the left and right sides into the wiring warehouse for direct installation. Eliminates the problem of traditional multi-line pipe laying and multiple equipment installation, greatly simplifies the transmission link structure and system structure, greatly reduces the number of faulty nodes, and quickly realizes the intelligent network upgrade between the new and old building communities and families.
布线仓220的上侧还设有向上延伸的第二走线槽228，而将布线仓220和设备仓21c相连通，方便入户光纤皮线从布线底盒或左右两侧光纤皮线过线孔2208经箱体内部走线至设备仓，也方便光猫HDMI输出线经第二走线槽228引入到布线仓，避免室内垂直线缆外露，也方便与光猫HDMI输出+电视电源+设备的HDMI输出信号+电视网络接口线缆一起经通过底盒或过线盒预埋至电视的隐蔽布线，且隐蔽布线方式中的电视电源+设备的HDMI输出信号+电视网络接口集中设置在布线仓内，方便布线仓内布线管理，同时这些线缆隐蔽预埋布线至电视，即解决系统对电视的快捷智能控制、交互与分享，还可保持室内美观。通过以上多方式即可实现电视的大屏与机器人智能弱电箱的智慧有效互补，方便用户根据需要内/外装机顶盒通过预埋/明敷设线连接电视，为用户提供更多、更好、更全面、更智慧的体验感。第二走线槽228与第一走线槽201相连通，且第二走线槽228的宽度可大于等于第一走线槽201的宽度。基底20的背面还可凹陷设置有照明预留走线槽207，照明预留走线槽207设置于第一走线槽201的上部并与第一走线槽201相连通。The upper side of the wiring warehouse 220 is also provided with a second wiring groove 228 extending upward, and the wiring warehouse 220 is connected with the equipment warehouse 21c to facilitate the entry of the optical fiber cable through the wiring bottom box or the left and right sides of the optical fiber cable. Hole 2208 is routed to the equipment compartment through the inside of the box, and it is also convenient for the optical modem HDMI output line to be introduced into the wiring warehouse through the second cable trough 228 to avoid the exposure of indoor vertical cables, and it is also convenient for the optical modem HDMI output + TV power supply + equipment The HDMI output signal + TV network interface cable is pre-buried to the TV through the concealed wiring through the bottom box or the cable box, and the TV power supply + the HDMI output signal of the device + the TV network interface in the concealed wiring method are centrally set in the wiring warehouse Inside, it is convenient for the wiring management in the wiring warehouse. At the same time, these cables are concealed and pre-buried to the TV, which solves the fast and intelligent control, interaction and sharing of the system to the TV, and can also maintain the indoor beauty. Through the above multiple methods, the wisdom of the large screen of the TV and the intelligent weak current box of the robot can be effectively complemented, and it is convenient for the user to connect the TV through the embedded/open laying line according to the needs of the internal/external set-top box, providing users with more, better, and more comprehensive , A more intelligent experience. The second wiring groove 228 is connected to the first wiring groove 201, and the width of the second wiring groove 228 may be greater than or equal to the width of the first wiring groove 201. The back surface of the base 20 may also be recessed with a reserved wiring groove 207 for lighting. The reserved wiring groove 207 for lighting is disposed on the upper portion of the first wiring groove 201 and communicates with the first wiring groove 201.
主设备2的外侧面还可设有第三电源接口和第三信息接口。其中，第三信息接口可包括设置于下内置设备区21d的左斜面和右斜面上的多个二孔/三孔智能插座21d3，第三信息接口可包括从上往下依次设置于基底20左右两侧的第二HDMI输出接口21d5、电视网络接口21d6、3.5音频接口21d7、USB接口21d8，第三网络接口225b和第三电话接口226b。设备外部的第三信息接口与第三电源接口同一区域（下内置设备区21d的底部及其下方的布线管理区22）集中设置，方便这些线缆集中通过扩展灯带隐蔽明敷线缆快捷连接至电视及其它智能设备，避免多线缆网状或乱飞线连接，影响室内美观，提升布线管理效果，且这些有线线缆的连接也便于系统对电视进行快捷智能控制、交互与分享。第二网络接口225a和第二电话接口226a分别与第三网络接口225b和第三电话接口226b内外对称设置，可方便布线仓内（布线底盒或过线盒）对原有或将来预埋敷设的线缆连接安装及布线管理操作。The outer side of the main device 2 may also be provided with a third power interface and a third information interface. Wherein, the third information interface may include multiple two-hole/three-hole smart sockets 21d3 arranged on the left and right inclined surfaces of the lower built-in device area 21d, and the third information interface may include sequentially arranged on the left and right sides of the base 20 from top to bottom. On both sides of the second HDMI output interface 21d5, TV network interface 21d6, 3.5 audio interface 21d7, USB interface 21d8, third network interface 225b and third telephone interface 226b. The third information interface outside the device and the third power interface are centrally arranged in the same area (the bottom of the lower built-in device area 21d and the wiring management area 22 below), which is convenient for these cables to be connected quickly and quickly through the concealed and exposed cables of the extended light belt. To TVs and other smart devices, avoid multi-cable mesh or random flying wire connections, which will affect the appearance of the room and improve the effect of wiring management. The connection of these wired cables also facilitates the system to quickly and intelligently control, interact and share the TV. The second network interface 225a and the second telephone interface 226a are arranged symmetrically with the third network interface 225b and the third telephone interface 226b, respectively, which can facilitate the pre-embedded laying of the original or future wiring in the wiring warehouse (wiring bottom box or wiring box) The cable connection installation and wiring management operation.
该机器人智能弱电箱设备仓21c的顶部接口、布线仓220内侧面的接口以及箱体两侧的强弱电及信息接口，可大幅降低系统间的连接布线，将传统弱电箱叠加式的布线管理创新集成在箱体内部布线，提升家庭布线管理效果。因接口是根据内外装智能设备的通讯特点设置，还可有效减少和缩短设备仓内安装的智能设备的电源适配器及相关线缆，方便与简化系统安装，在不增加控制设备的情况下对设备仓安装设备和外接设备进行远程通电及能源管理，提升用户智能体验。此外，同设备多类型接口（如连接电视的HDMI、过线孔、电源、网络、RF红外接口等）集中设置，可避免多类型线缆乱串，影响室内美观，提升家庭布线管理效果，大大优化传统弱电箱的布线及接口设置。The top interface of the robot intelligent weak current box equipment warehouse 21c, the interface on the inner side of the wiring warehouse 220, and the strong and weak current and information interfaces on both sides of the box body can greatly reduce the connection and wiring between systems, and superimpose the traditional weak current box to superimpose the wiring management Innovatively integrate the wiring inside the cabinet to improve the effect of home wiring management. Because the interface is set according to the communication characteristics of the internal and external smart devices, it can also effectively reduce and shorten the power adapter and related cables of the smart devices installed in the equipment warehouse, which facilitates and simplifies the system installation, and can control the equipment without adding control equipment. Warehouse-installed equipment and external equipment perform remote power-on and energy management to enhance the user's intelligent experience. In addition, the centralized setting of multiple types of interfaces of the same device (such as HDMI, cable hole, power supply, network, RF infrared interface, etc.) to connect to the TV can avoid the random string of multiple types of cables, affecting the appearance of the room, and improving the effect of home wiring management. Optimize the wiring and interface settings of the traditional weak current box.
主箱体2集成设置的供外设备安装的设备仓21c、布线仓220、设备仓21c与布线仓220连通的走线槽、布线仓220两侧连通外界的过线孔、内置社区PON光口及隐蔽走线的扩展灯带组合，可解决数据通讯及社区通讯网的双入户光纤线缆预埋或隐蔽明敷至机器人智能弱电箱的安装问题；还解决数据通讯及社区通讯网的双光纤入户的光纤盒、光猫、路由器、电视机顶盒等相关智能设备在箱体内的安装维护问题；如果社区通讯网没有条件或不愿投入独立敷设入户光纤，由于运营商入户光纤一般是2芯光纤皮线，而光猫通讯一般只需要1芯光纤，而另1芯光纤为备用，所以社区通讯网可利用运营商入户光纤的这1芯备用光纤进行组网通讯，也还可直接在箱体内部有线连接运营商光纤通讯设备，利用VPN加密通讯方式建立社区通讯网，以便让家庭与物业中心和单元门口建立稳定、高速、安全的社区通讯网，解决社区可视对讲系统升级、社区物联网系统升级及社区服务系统升级等问题，大幅度降低新社区系统传输链路的建设难度与成本，也大幅度降低旧社区系统传输链路的改造难度与成本，也大幅度降低系统故障率和提升系统稳定性，以便机器人智能弱电箱为用户提供稳定、高效、丰富、智慧的智能系统服务，为用户打造安全、智慧、舒适、低碳、便捷的个性化智慧生活体验与环境。The main cabinet 2 is integrated with the equipment warehouse 21c, the wiring warehouse 220, the wiring trough connecting the equipment warehouse 21c and the wiring warehouse 220, the wiring holes on both sides of the wiring warehouse 220 that connect to the outside world, and the built-in community PON optical port. The extended light strip combination with concealed wiring can solve the problem of installing double-entry optical fiber cables for data communication and community communication networks or concealed and exposed to the robot's smart weak current box; it also solves the problem of double optical fiber access for data communication and community communication networks. The installation and maintenance of related smart devices such as fiber optic boxes, optical modems, routers, TV set-top boxes, etc. in the cabinet; if the community communication network does not have the conditions or is unwilling to invest in the independent laying of fiber to the home, the fiber to the home of the operator is generally 2-core fiber Covered cable, and optical modem communication generally only needs 1 core fiber, and the other 1 core fiber is spare, so the community communication network can use the 1 core spare fiber of the operator’s home fiber for networking communication, or directly in the box. The internal cable is connected to the operator’s optical fiber communication equipment, and the VPN encrypted communication method is used to establish a community communication network, so that a stable, high-speed, and safe community communication network can be established between the family and the property center and the unit door to solve the upgrade of the community video intercom system and the community Internet of Things system Issues such as upgrades and community service system upgrades have greatly reduced the difficulty and cost of construction of the transmission link of the new community system, greatly reduced the difficulty and cost of the transformation of the transmission link of the old community system, and greatly reduced the system failure rate and improved the system. Stability, so that the robot intelligent weak current box provides users with stable, efficient, rich and intelligent intelligent system services, and creates a safe, intelligent, comfortable, low-carbon, and convenient personalized intelligent life experience and environment for users.
盖板221可通过卡扣连接、螺接等方式可拆卸安装于基底20上，方便安装和维护。在一些实施例中，盖板221背面的左右两侧分别凸出形成有条形滑轨2211，基底20的正面两侧分别凹陷形成有可供滑轨2211可滑动安装的滑槽223。盖板221的底部背面两侧分别凸出形成有固定板2213，基底20的底部两侧分别凹陷形成有用于容置固定板2213的安装槽253，固定板2213、安装槽253分别对应开设有纵向延伸的螺孔。安装时，可先将盖板221通过滑轨2211滑动安装于滑槽223内，然后将螺丝穿过固定板2213、安装槽253上的螺孔，将盖板221螺接固定于基底20上。由于该螺丝安装于箱体的底部，可保证箱体的正面看不到螺丝，保护设备安全及外观；滑动安装的方式还可节约盖板开启空间。The cover plate 221 can be detachably installed on the base 20 by means of snap connection, screw connection, etc., which is convenient for installation and maintenance. In some embodiments, the left and right sides of the back of the cover plate 221 are respectively protrudingly formed with strip-shaped sliding rails 2211, and the front two sides of the base 20 are respectively recessed and formed with sliding grooves 223 for the sliding rail 2211 to be slidably mounted. The bottom and back sides of the cover plate 221 are respectively protrudingly formed with fixing plates 2213, and the bottom two sides of the base 20 are respectively recessed and formed with mounting grooves 253 for accommodating the fixing plates 2213. The fixing plates 2213 and the mounting grooves 253 are respectively provided with longitudinal Extended screw holes. During installation, the cover plate 221 can be first slidably installed in the sliding groove 223 through the sliding rail 2211, and then screws are passed through the screw holes on the fixing plate 2213 and the mounting groove 253, and the cover plate 221 is screwed and fixed to the base 20. Because the screw is installed at the bottom of the box, it can ensure that the screw cannot be seen on the front of the box, which protects the safety and appearance of the equipment; the sliding installation method can also save the opening space of the cover.
上可更换模块1、下可更换模块3分别可拆卸安装于基底20的顶部、底部。基底20的上下端各设置有一对固定座25，该一对固定座25分别位于基底20的左右两侧。上可更换模块1、下可更换模块3上分别对应固定座25形成有固定槽26，上可更换模块1、下可更换模块3通过固定槽26和固定座25插装于主箱体2上，即拆装上可更换模块1、下可更换模块3不影响主箱体2的固定与安全，方便用户根据需要更换不同的模块，以满足不同的用户需求，安装维护简单方便，且功能扩展也方便。此外，上可更换模块1、下可更换模块3安装后可完全覆盖固定座25，保证设备美观。The upper replaceable module 1 and the lower replaceable module 3 are detachably mounted on the top and bottom of the base 20, respectively. The upper and lower ends of the base 20 are respectively provided with a pair of fixing seats 25, and the pair of fixing seats 25 are respectively located on the left and right sides of the base 20. The upper replaceable module 1 and the lower replaceable module 3 are respectively formed with a fixing groove 26 corresponding to the fixing seat 25, and the upper replaceable module 1 and the lower replaceable module 3 are inserted into the main box body 2 through the fixing groove 26 and the fixing seat 25 , That is, the disassembly and assembly of the upper replaceable module 1 and the lower replaceable module 3 does not affect the fixation and safety of the main box 2, which is convenient for users to replace different modules according to their needs to meet different user needs, simple and convenient installation and maintenance, and expanded functions Also convenient. In addition, the upper replaceable module 1 and the lower replaceable module 3 can completely cover the fixing base 25 after installation, ensuring the beautiful appearance of the equipment.
固定座25在一些实施例中可包括相互垂直的第一插接板251以及第二插接板252。第一插接板251可由基底20左右两侧壁向上或向下延伸形成，第二插接板252可由基底20的背面向上或向下延伸形成。相应地，固定槽26可包括与第一插接板251插接配合的第一插接槽261以及与第二插接板252插接配合的第二插接槽262。第一插接板251上还可贯穿设置有第一螺接孔，上可更换模块1、下可更换模块3的左右两侧分别对应该第一螺接孔开设有与第一插接槽261相连通的第二螺接孔，上可更换模块1、下可更换模块3可通过第一螺接孔、第二螺接孔螺接固定于基底20上。由于第二螺接孔设置于上可更换模块1、下可更换模块3的左右两侧，可保证箱体的正面看不到螺丝，保护设备安全及外观。此外，安装完成后，固定板2213也被下可更换模块3覆盖，既美观也安全。The fixing base 25 may include a first plug board 251 and a second plug board 252 perpendicular to each other in some embodiments. The first plug-in board 251 may be formed by extending the left and right side walls of the base 20 upward or downward, and the second plug-in board 252 may be formed by extending the back surface of the base 20 upward or downward. Correspondingly, the fixing groove 26 may include a first insertion groove 261 that is inserted and matched with the first insertion plate 251 and a second insertion groove 262 that is inserted and matched with the second insertion plate 252. The first plug-in board 251 may further be provided with a first screw hole, and the left and right sides of the upper replaceable module 1 and the lower replaceable module 3 respectively correspond to the first screw holes and are provided with a first plug groove 261 The connected second screw hole, the upper replaceable module 1 and the lower replaceable module 3 can be screwed and fixed on the base 20 through the first screw hole and the second screw hole. Since the second screw holes are arranged on the left and right sides of the upper replaceable module 1 and the lower replaceable module 3, it can be ensured that no screws can be seen on the front of the box body, which protects the safety and appearance of the equipment. In addition, after the installation is completed, the fixed plate 2213 is also covered by the lower replaceable module 3, which is both beautiful and safe.
上可更换模块1、下可更换模块3可根据需要更换为不同形状不同功能的模块。在本实施例中，上可更换模块1设计为圆形，像是人的大脑，与主箱体2一起整体外形上像一个站立的人形机器人。上可更换模块1的正面还可设置有圆形镜子或LED屏或镜子内置LED屏11以及环绕于该圆形镜子或LED屏或镜子内置LED屏11的可调亮度的正面环形灯带12，可供室内照明与用户照镜子时看自己脸部，例如形象设计等体验时让用户根据镜子中的自己调整自己的形象，既美观也实用，还可让用户享受更多智慧体验。上可更换模块1的侧面还可设置有变色或分段变色的侧面环形灯带13，四周照射可营造整个墙面多种氛围环境效果。下可更换模块3为截面呈直角梯形的柱状，其正面以及下梯形斜面上可设置有可变色的一体LED灯带33。结合基底20的左侧面和右侧面对称设置的可变色侧灯带29，以及下斜面灯带21e、上斜面灯带21a6，这些灯带都可带有独立功能定位，如照明灯、氛围灯、功能辅助灯、起夜灯等，还可组合实现更多照明效果，如：回家模式的照明与氛围效果、形象设计时照亮照镜子的用户、人机交互时的光照强度、布线仓在光照不好时的安装维护照明、编码闪灯效果可解决紧急情况时的警示功能或与听力障碍人士交流功能、夜晚起床模式的起夜灯效果、节日气氛的氛围效果等。此外，还可使用户免费免额外安装灯带即能体验客厅智能照明，让用户体验与了解智能照明效果，为将来系统推荐用户扩展应用奠定基础，还可免除常规新增外置智能灯带布管走线，提升用户体验及布线效果。The upper replaceable module 1 and the lower replaceable module 3 can be replaced with modules of different shapes and functions as required. In this embodiment, the upper replaceable module 1 is designed to be circular, like a human brain, and together with the main box 2 is like a standing humanoid robot in overall appearance. The front face of the upper replaceable module 1 may also be provided with a circular mirror or LED screen or a mirror built-in LED screen 11 and an adjustable brightness front ring light belt 12 surrounding the circular mirror or LED screen or the mirror built-in LED screen 11. It can be used for indoor lighting and users to look at their face when looking in the mirror, such as image design and other experiences, allowing users to adjust their image according to themselves in the mirror, which is both beautiful and practical, and allows users to enjoy more intelligent experiences. The side surface of the upper replaceable module 1 can also be provided with a side ring light strip 13 that changes color or section changes color, and the surrounding illumination can create a variety of atmosphere and environmental effects on the entire wall. The lower replaceable module 3 is a column with a right-angled trapezoid in cross section, and a color-changing integrated LED light strip 33 can be provided on the front and the lower trapezoidal slope. Combining the color-changing side light strips 29 symmetrically arranged on the left and right sides of the base 20, as well as the lower inclined light strip 21e and the upper inclined light strip 21a6, these light strips can be equipped with independent functional positioning, such as lighting, Atmosphere lights, functional auxiliary lights, night lights, etc., can also be combined to achieve more lighting effects, such as: lighting and atmosphere effects in home mode, illuminating users in the mirror during image design, light intensity during human-computer interaction, The installation and maintenance lighting of the wiring compartment when the light is not good, the coded flashing light effect can solve the warning function in emergency situations or the communication function with the hearing impaired, the night light effect of the wake-up mode at night, the atmosphere effect of the festive atmosphere, etc. In addition, users can experience smart lighting in the living room without additional installation of light strips for free, allowing users to experience and understand the effects of smart lighting, laying a foundation for future system recommendations for users to expand applications, and eliminating the need for conventional new external smart light strips Tube routing improves user experience and wiring effect.
上可更换模块1的背面还可设置有挂孔15，可将上可更换模块1挂装于安装墙上。上可更换模块1的底部与主箱体2的顶部、下可更换模块3顶部与主箱体2的底部还可分别对应设置有用于与主箱体2通讯连接的上供电及通讯接口16、下供电及通讯接口34。基底20的上侧面和下侧面还可分别设置有第三防拆开关229，当有人拆卸上可更换模块1、下可更换模块3时，会触发第三防拆开关229。此外，基底20的背面也设有至少一个第一防拆开关208，基底20的正面底部对应盖板221设有第二防拆开关227，倾斜式接口排224等其他其它可拆装模块上也可设置有防拆开关。箱体内部可内置有振动传感器，防拆开关、振动传感器可分别由独立电源供电，如果弱电箱被用户非法拆装或敲击，系统自动本地报警警告用户，并将报警信息上传至弱电箱运营商及用户移动端，以保护设备安全。此外，主设备2也可单独使用，上可更换模块1、下可更换模块3、第三防拆开关229也可定制取消设置，主设备2可通过设备仓的四个箱体固定孔205固定在墙面上，固定座25的第二插接板252上也可预留有用于与墙面连接的穿孔。The back of the upper replaceable module 1 may also be provided with a hanging hole 15 so that the upper replaceable module 1 can be hung on an installation wall. The bottom of the upper replaceable module 1 and the top of the main box 2, the top of the lower replaceable module 3 and the bottom of the main box 2 can also be respectively provided with an upper power supply and communication interface 16, which is used to communicate with the main box 2, respectively. Down power supply and communication interface 34. The upper side and the lower side of the base 20 may also be respectively provided with a third tamper switch 229. When someone removes the upper replaceable module 1 and the lower replaceable module 3, the third tamper switch 229 will be triggered. In addition, the back of the base 20 is also provided with at least one first tamper switch 208, the bottom of the front of the base 20 is provided with a second tamper switch 227 corresponding to the cover 221, and the inclined interface row 224 is also provided on other removable modules. A tamper switch can be set. Vibration sensors can be built into the cabinet. The anti-dismantling switch and vibration sensor can be powered by independent power supplies. If the weak current box is illegally disassembled or knocked by the user, the system will automatically alarm the user locally and upload the alarm information to the weak current box operation Business and user mobile terminals to protect equipment safety. In addition, the main device 2 can also be used alone, the upper replaceable module 1, the lower replaceable module 3, and the third tamper switch 229 can also be customized to cancel the setting. The main device 2 can be fixed through the four cabinet fixing holes 205 in the equipment compartment. On the wall, the second plug-in board 252 of the fixing base 25 may also be reserved with perforations for connecting with the wall.
该机器人智能弱电箱可实现的主要以下功能：The main functions that the robot intelligent weak current box can realize are as follows:
可视对讲功能：经历了模拟---半数字---数字---网络系统几个发展阶段的传统可视对讲系统普遍存在结构复杂、故障率高、安装维护成本高、运营成本高、安装位置固定、功能简单体验差、升级改造难等诸多问题，但可视对讲系统是家庭与物业和社区之间唯一有线局域网通讯的沟通渠道，不可取消，也不能简单被家庭无线移动终端所取代。机器人智能弱电箱不是简单拼凑、也不是全部抛弃传统对讲系统的传输方式、结构和功能，而是通过机器人智能弱电箱内置的AI智慧系统、接触与非接触式的智能系统操作方式、独特的箱体结构设计、光纤入户等相关设备在设备仓内安装、不局限安装位置不破坏装修的贴墙快速安装方式、触控屏与电视大屏智能显示模式等创新综合集成设计，彻底解决传统可视对讲系统普遍存在结构复杂、故障率高、安装维护成本高、运营成本高、安装位置固定、功能简单体验差、升级改造难等诸多问题，让用户方便、快捷地体验更先进、更稳定、更智慧的可视对讲功能和更多潜在需求的智慧系统功能，极大地提升了用户的智能体验，还可极大地扩展可视对讲系统应用范围。如通过运营商网络搭建不同地域的家庭成员间的家庭免费可视对讲系统；农村自然村镇家庭间或与村镇政府服务单位间搭建免费可视对讲系统等。Video intercom function: The traditional video intercom system that has gone through several development stages of analog-semi-digital-digital-network system is generally complex in structure, high in failure rate, high in installation and maintenance costs, and operating costs High, fixed installation location, simple functions, poor experience, difficult upgrades, etc. However, the video intercom system is the only communication channel for wired LAN communication between the family, the property and the community. It cannot be cancelled, nor can it be simply moved by the family wirelessly. Replaced by the terminal. The robot intelligent weak current box is not simply pieced together, nor does it completely abandon the transmission mode, structure and function of the traditional intercom system, but through the built-in AI intelligent system of the robot intelligent weak current box, contact and non-contact intelligent system operation methods, and unique Box structure design, fiber-to-the-home and other related equipment are installed in the equipment warehouse, and the installation position is not limited, and the wall-to-wall quick installation method that does not damage the decoration, the touch screen and the large-screen TV intelligent display mode, and other innovative integrated design, completely solve the traditional Video intercom systems generally have many problems such as complex structure, high failure rate, high installation and maintenance costs, high operating costs, fixed installation locations, simple functions and poor experience, difficult upgrades and transformations, etc., allowing users to experience more advanced and more convenient and fast experience. Stable and smarter video intercom functions and smart system functions with more potential requirements have greatly improved the user's smart experience and can also greatly expand the application scope of the video intercom system. For example, build a free video intercom system between family members in different regions through the operator's network; build a free video intercom system between families in rural natural villages and towns or with village and town government service units.
例如，该智慧系统可实现如下可视对讲交互的场景：（1）用户回家时：当距离传感器感知用户开门时，主动自定义语音问候用户，并主动视频确认用户身份，如确认为非法用户，则主动本地自定义语音报警及远程自定义推送视频+音频+信息方式给弱电箱运营商/物业中心/用户移动终端；如无法视频确认用户，则系统主动语音及灯闪提醒用户确认身份撤防，如超时不确认或关闭机器人智能弱电箱相关传感器或感知破坏等，则系统主动本地自定义语音报警及远程自定义推送视频+音频+信息方式给弱电箱运营商/物业中心/用户移动终端；如确认用户身份合法，则根据用户不同身份，主动自定义语音关怀用户，以及后续人机交互沟通；（2）用户离家时：当距离传感器感知用户开门准备离家时，系统主动自定义语音关怀与送别用户，当感知用户关门离家超过自定义时间时，自动开始室内布防，并关闭与系统相连的智能设备或家用电器；（3）用户主动对讲交互：用户通过语音、智能按键、触控显示屏、移动终端呼叫物业/亲友/邻居发起对讲交互，对方确认后，即可与之进行可视互动交互；（4）用户被动对讲交互：当物业/亲友/邻居向用户发起对讲交互时，用户通过语音、行为姿态、智能按键、触控显示屏、移动终端响应，即建立可视互动交互。For example, the smart system can realize the following scenes of visual intercom interaction: (1) When the user goes home: When the distance sensor senses that the user opens the door, it actively customizes the voice greetings to the user, and actively confirms the user's identity through video, if it is confirmed as illegal The user will take the initiative to customize the local voice alarm and remotely customize the push video + audio + information method to the weak current box operator/property center/user mobile terminal; if the user cannot be confirmed by video, the system will actively voice and flash the light to remind the user to confirm the identity Disarm, if the timeout does not confirm or turn off the robot's smart weak current box related sensors or perceive damage, etc., the system will actively customize the local voice alarm and remotely customize the push of video + audio + information to the weak current box operator/property center/user mobile terminal ; If it is confirmed that the user’s identity is legal, it will actively customize the voice to care for the user according to the user’s different identities, as well as the subsequent human-computer interaction communication; (2) When the user leaves home: When the distance sensor senses that the user opens the door and prepares to leave home, the system actively customizes Voice care and farewell to the user. When the user is perceived to close the door and leave home for more than a custom time, the room will automatically start to arm, and the smart device or household appliance connected to the system will be turned off; (3) The user's active intercom interaction: the user uses voice, smart buttons , Touch screen, mobile terminal calls the property/relatives/neighbors to initiate intercom interaction, after the other party confirms, they can interact with them visually; (4) User passive intercom interaction: when the property/relatives/neighbors talk to the user When initiating an intercom interaction, the user responds through voice, behavior, gesture, smart keys, touch screen, and mobile terminal, that is, establishing visual interactive interaction.
家居安全功能：传统家庭安全系统普遍存在结构复杂、设备多、敷设线缆多、故障率高、误报率高、升级改造难、安装维护成本高等问题。但家庭安全系统是家庭成员人身、财产安全的重要保障，不可取消。机器人智能弱电箱不是简单拼凑、也不是全部抛弃传统家庭安全系统的传输方式、结构和功能，而是通过机器人智能弱电箱内置的AI智慧系统、接触与非接触式的智能系统操作方式、独特的箱体结构设计、弱电箱布线管理功能、光纤入户等相关设备在设备仓内安装、不局限安装位置不破坏装修的贴墙快速安装方式、触控屏与电视大屏智能显示模式、综合安全感知判断的软件算法等创新综合集成设计，彻底解决家庭安全系统普遍存在结构复杂、设备多、敷设线缆多、故障率高、误报率高、升级改造难、安装维护成本高等诸多问题，让用户方便、低成本、快捷地体验更先进、更稳定、更智慧的家庭安全保障功能，极大地提升用户的智能体验。例如：（1）结合距离传感器180度空间人体感知和摄像头识别的优良感知特性，如用户家庭安装机器人智能弱电箱，即在机器人智能弱电箱所在空间形成立体全空间的人体感知探测，任何从入户门、客厅阳台、窗户、其它房门等进入探测范围的人体都将被感知，通过软件算法即可判断报警是否发生；如果警情发生，则系统主动语音及灯闪提醒用户确认身份撤防；如视频复核确认警情或超时不确认或关闭机器人智能弱电箱相关传感器或感知破坏等，则系统主动本地自定义语音报警及远程自定义推送视频+ 音频+ 信息方式给弱电箱运营商/物业中心/用户移动终端，同时现场也会根据不同的警情现场语音/音乐与闪灯报警，提醒用户报警成功；如是误报则用户可在自定义时间内取消即可，避免误报警影响物业/机器人智能弱电箱运营商/用户移动端的决策及服务响应；（2）指纹传感器21a9也可具有分类指纹报警的功能，当用户有紧急需求时，可通过不同指纹对应不同报警类别报警；（3）机器人智能弱电箱布线仓内还集成总线模块、DIAI输入模块、POE网络端口等，支持有线开关量报警信号、总线报警信号、视频监控信号预埋管线经86底盒或过线盒接入；还支持蓝牙、Wifi、Zigbee、NB-IoT等无线报警或监控设备接入，用户可以不需要布线，根据需要自由扩展报警或监控设备，以满足用户的不同安全需求；同时还独立设置监控存储接口，以专门存储监控视频数据，既安全也避免大数据占用系统空间而影响系统运行速度；（4）机器人智能弱电箱还集成社区PON光网络接口、功放及大功率音箱、灯带、触控显示屏、环境传感器等模块，当社区邻居家出现紧急情况时（如发生火灾、紧急求助等），系统自动向求救用户所在楼栋或单元或附近家庭用户的机器人智能弱电箱推送报警信息，且以语音/闪灯/用户移动端/联动输出/屏显/电视显示等提醒用户，以保证家庭用户所有人群（包括视障、听障人士）知晓报警信息，提醒用户撤离或帮助救援；另当社区出现紧急情况（如社区火灾、紧急通知、自然灾难等），物业管理中心通过运营平台可直接向社区所有家庭推送报警信息，且以语音/闪灯/用户移动端/联动输出/屏显/电视显示等提醒用户，以保证用户家庭所有人群（包括视障、听障人士）知晓报警信息。Home security functions: Traditional home security systems generally have problems such as complex structure, multiple equipment, multiple cables, high failure rate, high false alarm rate, difficult upgrades and modifications, and high installation and maintenance costs. However, the family security system is an important guarantee for the personal and property safety of family members and cannot be cancelled. The robot intelligent weak current box is not simply pieced together, nor does it completely abandon the transmission method, structure and function of the traditional home security system. Cabinet structure design, weak current box wiring management function, installation of optical fiber to the home and other related equipment in the equipment warehouse, fast installation method to the wall without restricting the installation position and not destroying the decoration, touch screen and large TV screen intelligent display mode, comprehensive safety Innovative comprehensive integrated design such as software algorithms for perception and judgment completely solves the common problems of complex structure, multiple equipment, multiple cables, high failure rate, high false alarm rate, difficult upgrade and transformation, and high installation and maintenance costs in home security systems. Users can experience more advanced, more stable, and smarter home security functions that are convenient, low-cost, and faster, which greatly enhances the user's intelligent experience. For example: (1) Combining the 180-degree spatial human body perception of the distance sensor and the excellent perception characteristics of camera recognition, such as the installation of a robot smart weak current box in the user’s home, that is, a three-dimensional full-space human perception detection is formed in the space where the robot smart weak current box is located. The human body entering the detection range such as the door, living room balcony, window, other door, etc. will be sensed, and the software algorithm can determine whether an alarm has occurred; if an alarm occurs, the system will actively voice and flashing to remind the user to confirm the identity and disarm; If the video review confirms the alarm or does not confirm the alarm over time, or turn off the robot's intelligent weak current box related sensors or perceive damage, etc., the system will actively customize the voice alarm locally and remotely customize the video + audio + information method to the weak current box operator/property center /User’s mobile terminal, and the scene will also alarm according to different alarm conditions on-site voice/music and flashing lights to remind the user that the alarm is successful; if it is a false alarm, the user can cancel it within a custom time to avoid false alarms affecting the property/robot The decision-making and service response of the mobile terminal of the smart weak current box operator/user; (2) The fingerprint sensor 21a9 can also have the function of classified fingerprint alarm. When the user has an urgent need, different fingerprints can correspond to different alarm categories to alarm; (3) Robot The intelligent weak current box wiring warehouse also integrates bus modules, DIAI input modules, POE network ports, etc., and supports wired switch alarm signals, bus alarm signals, and video monitoring signals. The embedded pipeline is connected through the 86 bottom box or the wire box; also supports Bluetooth, Wifi, Zigbee, NB-IoT and other wireless alarm or monitoring equipment access, users can freely expand the alarm or monitoring equipment according to their needs without wiring, to meet the different security needs of users; at the same time, it also independently sets up monitoring and storage interfaces to Specially store surveillance video data, which is safe and avoids big data occupying system space and affecting system operation speed; (4) The robot smart weak current box also integrates community PON optical network interface, power amplifier and high-power speakers, light strips, touch screen, Modules such as environmental sensors. When an emergency occurs in a neighbor's house in the community (such as a fire, emergency help, etc.), the system automatically pushes alarm information to the building or unit where the user is seeking help or the robot smart weak current box of the nearby household user, and voice/ Flashing lights/user mobile terminal/linked output/screen display/TV display reminds users to ensure that all groups of household users (including the visually impaired and hearing impaired) know the alarm information, remind users to evacuate or help rescue; when there is an emergency in the community In situations (such as community fires, emergency notifications, natural disasters, etc.), the property management center can directly push alarm information to all households in the community through the operating platform, and use voice/flashing lights/user mobile terminals/linkage output/screen display/TV display, etc. Remind the user to ensure that all people in the user's family (including the visually impaired and hearing impaired) know the alarm information.
健康管理功能：身体健康是每个人每个家庭都必须重点关注的问题，目前家庭健康管理主要存在用户不懂医学、健康数据散乱、医院诊断数据用户无法访问、健康检测设备贵、看病难、看病贵、慢性病需长期跟踪管理、医疗资源有限等问题，而建立家庭健康管理系统是一个庞大的系统工程，存在成本、信息资源、认知、感知技术、产品形态、文字识别、视频识别、通讯技术、芯片技术、人工智能技术、商业模式等多种因素制约，基本还在想象阶段。机器人智能弱电箱通过内置的AI智慧系统、内置多个基础健康与环境传感器，接触与非接触式的智能系统操作方式、独特的箱体结构设计、光纤入户等相关设备在设备仓内安装、不局限安装位置不破坏装修的贴墙快速安装方式、综合识别分析系统和医疗诊断系统等软件算法、触控屏与电视大屏智能显示模式等综合创新设计，结合机器人智能弱电箱的B端刚需特性，一次性低成本不同程度地解决家庭健康管理的用户不懂医学、健康数据散乱、医院诊断数据用户无法访问、健康检测设备贵、看病难、看病贵、慢性病需长期跟踪管理、医疗资源有限等问题，并建立智能设备与人之间的双向主动互动，让家庭用户低成本、方便、快捷地体验基础健康信息检测、家庭病历档案建立、机器诊断、远程诊断、慢性病主动跟踪管理、纠正不良生活习惯、健康知识教育、预约挂号、家庭空气质量管理、健康数据电视大屏互动显示、紧急健康社区服务响应等服务内容，为家庭用户创造智慧、安全、健康、舒适、便捷、低碳和充满关爱的居家健康生活环境和管理系统。具体体验场景例如：当用户去医院看病回家时，系统自动提醒用户将医院诊单扫描成电子文档或放置在设备前的特定位置进行OCR识别诊单内容，跟踪建立用户健康档案；当感知用户经过设备时，每天最少提醒用户一次，通过设备内置或用户自购独立（已与箱体建立通讯联系）的健康传感器检测用户体温、心率、呼吸频率、血压、血氧等检测用户健康数据，跟踪建立用户健康档案；当用户感觉自已不舒服时，可主动启动系统的机器诊断或远程诊断，及时掌握自己身体状态，并且确诊的数据记录到用户健康档案；当系统感知用户晚上12点还在看电视时，主动提醒或直接关闭电视来让用户注意休息，纠正用户的不良生活习惯；当系统感知室内CO2超标时，主动提醒或直接开启已与系统建立通讯连接的空调或新风系统或排风系统，以保持室内空气清新，有利家庭用户身体健康；如用户是慢性病患者，在已设定的吃药时间，当系统感知用户在空间存在时，主动提醒用户吃药（含什么药、吃多少、吃几种），并主动询问用户病症情况进行机器诊断，及时跟踪用户健康数据并记录档案；当用户不懂某病的特征时，可主动向设备提问，系统自动将该病相关特征及注意事项语音播报或电视大屏显示给用户了解；当系统感知用户体温发烧，并机器诊断需要去医院时，自动根据病症特点向特定医院（询问用户或用户主动告知）进行预约挂号，并将挂号结果告知用户；当用户有紧急健康需求时，通过紧急按钮或软件操作或系统不同级别报警传感器可快速向运营服务中心或用户移动端或医院进行紧急报警，并本地多方式报警提醒用户报警成功，如误报警则在特定时间内取消即可。Health management function: Physical health is a problem that everyone and every family must pay attention to. At present, family health management mainly includes users who do not understand medicine, health data is scattered, hospital diagnosis data cannot be accessed by users, health testing equipment is expensive, and it is difficult to see a doctor. Expensive, chronic diseases require long-term tracking management, limited medical resources, etc., and the establishment of a family health management system is a huge system project, which has costs, information resources, cognition, perception technology, product form, text recognition, video recognition, and communication technology. , Chip technology, artificial intelligence technology, business model and many other constraints, basically still in the imaginary stage. The robot smart weak current box is installed in the equipment warehouse through the built-in AI smart system, built-in multiple basic health and environmental sensors, contact and non-contact smart system operation modes, unique box structure design, fiber-optic home access and other related equipment. The installation position is not limited and the decoration is not damaged. The fast installation method of the wall, the software algorithms such as the comprehensive identification analysis system and the medical diagnosis system, the comprehensive innovative design such as the touch screen and the large-screen TV intelligent display mode, combined with the B-side rigid demand of the robot intelligent weak current box Features, one-time low-cost solution to varying degrees of family health management users who do not understand medicine, health data is scattered, hospital diagnostic data users cannot access, health testing equipment is expensive, medical treatment is difficult, medical treatment is expensive, chronic diseases require long-term follow-up management, and medical resources are limited It also establishes two-way active interaction between smart devices and people, allowing home users to experience basic health information detection, family medical record file establishment, machine diagnosis, remote diagnosis, active tracking management of chronic diseases, and correction of defects at a low cost, conveniently and quickly. Life habits, health education, appointment registration, family air quality management, large-screen interactive display of health data, emergency health community service response and other service contents, to create wisdom, safety, health, comfort, convenience, low carbon and fullness for family users A caring home and healthy living environment and management system. Specific experience scenarios such as: when the user goes to the hospital to see a doctor and goes home, the system automatically reminds the user to scan the hospital diagnosis sheet into an electronic document or place it in a specific location in front of the device for OCR to identify the contents of the diagnosis sheet, track and establish the user's health file; when perceiving the user When passing the device, remind the user at least once a day, and detect the user's body temperature, heart rate, breathing rate, blood pressure, blood oxygen, etc. through the built-in device or the user's self-purchased independent health sensor (has established communication with the cabinet). Detect user health data and track Establish user health files; when the user feels uncomfortable, he can actively start the machine diagnosis or remote diagnosis of the system to keep abreast of his physical condition in time, and record the confirmed data in the user health file; when the system senses that the user is still watching at 12 o'clock in the evening When the TV is on, actively remind or directly turn off the TV to let the user pay attention to rest and correct the user’s bad living habits; when the system senses that the indoor CO2 exceeds the standard, it actively reminds or directly turns on the air conditioning or fresh air system or exhaust system that has established a communication connection with the system , In order to keep the indoor air fresh and beneficial to the health of home users; if the user is a chronically ill patient, at the set time of taking medicine, when the system senses that the user is in the space, it will actively remind the user to take the medicine (what medicine is included, how much to take, Eat a few), and actively ask the user about the condition of the disease for machine diagnosis, timely track the user’s health data and record the file; when the user does not understand the characteristics of a disease, they can actively ask the device, and the system will automatically ask the relevant characteristics and precautions of the disease. Voice broadcast or large-screen TV display for users to understand; when the system senses the user’s body temperature and fever, and the machine diagnoses the need to go to the hospital, it will automatically make an appointment to the specific hospital according to the characteristics of the disease (ask the user or the user actively inform), and notify the result of the registration Users; when users have emergency health needs, they can quickly send emergency alarms to the operation service center or user mobile terminal or hospitals through the emergency button or software operation or the system's different levels of alarm sensors, and local multi-mode alarms to remind users that the alarm is successful, such as mistakes The alarm can be cancelled within a specific time.
电视控制功能：电视一般是家庭唯一的大屏显示，不可替代难取消，但传统电视普遍存在操作繁琐、成本与功能冲突、功能简单、内容/应用匮乏、用户自购且价格贵、体验不理想等问题；机器人智能弱电箱通过内置的AI智慧系统、接触与非接触式的智能系统操作方式、独特的箱体结构设计、光纤入户等相关设备在设备仓内安装、家庭布线管理功能、不局限安装位置不破坏装修的贴墙快速安装方式等综合创新设计，结合机器人智能弱电箱的B端刚需特性，一次性低成本集成地解决家庭电视操作繁琐、成本与功能冲突、功能简单、内容/应用匮乏、用户自购且价格贵、体验不理想等问题，实现机器人智能弱电箱对机顶盒及电视快捷控制输出，以便机器人智能弱电箱所有系统内容都可以通过电视快捷显示与互动，充分发挥电视大屏与机器人智能弱电箱智慧的互补关系，大大降低智能体验系统对电视硬件的要求，适合新旧电视快速升级改造，极大提升用户的智慧体验。机器人智能弱电箱是一个独立智能设备，控制电视需要方便、快捷地与电视建立效控制连接，而具体控制连接如下：（1）机顶盒箱内安装布线管理：①设备仓内安装机顶盒预埋管线连接电视：运营商光猫与电视机顶盒设备仓内安装固定，设备仓固定RF红外发射灯21c5贴近机顶盒红外接收器安装，光猫iTV接口通讯线缆直接通过设备仓第一走线槽201连接到机顶盒，设备仓顶部电源端口线缆通过第一走线槽201连接到机顶盒，机顶盒输出HDMI线缆通过第二走线槽228从设备仓至布线仓与HDMI输出过线孔（第一过线孔21c6）连接到墙面底盒或过线盒，再与上仓220a左侧的电视电源输出线缆和顶部的箱体输出的HDMI线缆一起经预埋管至电视，即完成设备安装及线缆连接电视的布线管理；②.设备仓内安装机顶盒明敷管线连接电视：运营商光猫与电视机顶盒设备仓内安装固定，设备仓红外发射灯21c5贴近机顶盒红外接收器安装，光猫iTV接口通讯线缆直接通过第一走线槽201连接到机顶盒，设备仓顶部电源端口线缆通过第一走线槽201连接到机顶盒，机顶盒输出HDMI线缆经设备仓底部左右侧的HDMI输出过线孔引至箱外一侧，再与弱电箱左侧或右侧智能电源插座电源线和左侧或右侧箱体输出的HDMI线缆一起经明敷管线连接电视，即完成设备安装及线缆明敷连接电视的布线管理；③.红外学习控制：设备仓上部和下部的内置设备区内置360度红外发射灯对房间电视与机顶盒进行红外学习控制，且如果特殊情况电视与机顶盒无法接收或外物遮挡红外线接收，箱内设有多个红外输出接口，可直接将遥控红外灯引至电视或机顶盒红外接收端，以便对其进行红外学习遥控。（2）机顶盒箱外安装布线管理：①.机顶盒外装预埋管线连接电视：设备仓内固定安装运营商光猫及光猫输出电视iTV接口连接至设备仓顶部电视网络交换输入接口，上仓220a右侧红外扩展接口输出线缆（如箱体红外发射灯能无线覆盖控制，则可不接此输出线缆）、左侧电视电源输出线缆、顶部箱体输出的HDMI输出线缆和下仓220b左侧或右侧电视接口输出线一起，经下仓220b的底盒或过线盒预埋管线至电视，即完成内外设备安装及线缆预埋连接电视的布线管理；②.机顶盒外装明敷管线连接电视：设备仓内固定安装运营商光猫及光猫输出电视iTV接口连接至设备仓顶部电视网络交换输入接口，弱电箱左侧或右侧电源插座电源线、左侧或右侧箱体输出的HDMI线缆、左侧或右侧电视接口输出线缆一起经明敷管线连接电视，即完成内外设备安装及线缆明敷连接电视的布线管理；③.红外学习控制：设备仓上部和下部的内置设备区内置360度红外发射灯对房间电视与机顶盒进行红外学习控制，且如果特殊情况电视与机顶盒无法接收或外物遮挡红外线接收，箱内设有多个红外输出接口，可直接将遥控红外灯引至电视或机顶盒红外接收端，以便对其进行红外学习遥控。（3）系统快捷控制电视进行分享、交互与控制：机器人智能弱电箱一般都在客厅电视附近安装，由于其特殊的结构设计，可以有效解决设备与电视之间的有线明敷或预埋线缆连接至电视，所以机器人智能弱电箱内安装的机顶盒等智能设备或内置系统可轻易通过有线线缆将其内容高效、快捷、高清、实时传输至电视音频同步输出；控制方式可包括：接触式操作控制与非接触式操作控制，其中接触式操作控制包括触控显示屏操作及智能按键操作；其中非接触式操作控制包括摄像分析识别操作、远距离语音识别操作、远距离定位、姿态及手势识别操作、RF红外控制操作、联动操作控制、无线通讯操作控制、移动端APP软件操作控制。TV control function: TV is generally the only large-screen display in the family, it is irreplaceable and difficult to cancel, but traditional TVs are generally cumbersome to operate, cost and function conflicts, simple functions, lack of content/applications, user-purchased and expensive, and unsatisfactory experience The robot intelligent weak current box is installed in the equipment warehouse through the built-in AI intelligent system, the contact and non-contact intelligent system operation mode, the unique box structure design, and the installation of related equipment such as fiber to the home, the home wiring management function, and the Comprehensive innovative designs such as the fast installation method of pasting the wall without destroying the decoration of the limited installation position, combined with the B-side rigid demand characteristics of the robot smart weak current box, one-time low-cost integration to solve the cumbersome operation of home TV, cost and function conflicts, simple functions, and content/ The lack of applications, the high price of user purchases, and the unsatisfactory experience, realize the rapid control and output of the robot smart weak current box to the set-top box and TV, so that all system contents of the robot smart weak current box can be quickly displayed and interacted through the TV, and the TV is fully utilized. The complementary relationship between the screen and the intelligence of the robot's intelligent weak current box greatly reduces the requirements of the intelligent experience system for TV hardware, which is suitable for the rapid upgrade and transformation of new and old TVs, and greatly enhances the user's intelligent experience. The robot intelligent weak current box is an independent intelligent device. To control the TV, it needs to establish an effective control connection with the TV conveniently and quickly. The specific control connection is as follows: (1) Installation and wiring management in the set-top box: ①Install the set-top box embedded pipeline connection in the equipment warehouse TV: The operator’s optical modem and TV set-top box are installed and fixed in the equipment compartment, and the equipment warehouse is fixed with the RF infrared transmitter lamp 21c5 installed close to the infrared receiver of the set-top box. The optical modem iTV interface communication cable is directly connected to the set-top box through the first cable trough 201 of the equipment warehouse. , The power port cable on the top of the equipment compartment is connected to the set-top box through the first wiring trough 201, and the HDMI cable output from the set-top box is passed from the equipment compartment to the wiring compartment and the HDMI output wiring hole through the second wiring trough 228 (first wiring hole 21c6 ) Connect to the wall bottom box or the cable box, and then with the TV power output cable on the left side of the upper warehouse 220a and the HDMI cable output from the top box to the TV through the embedded pipe to complete the equipment installation and cable Connect TV wiring management; ②. Install set-top box in the equipment warehouse to connect the TV: the operator’s optical modem is installed and fixed in the equipment warehouse of the TV set-top box, the infrared transmitter lamp 21c5 of the equipment warehouse is installed close to the infrared receiver of the set-top box, and the optical modem iTV interface communicates The cable is directly connected to the set-top box through the first cable trough 201, and the power port cable at the top of the equipment compartment is connected to the set-top box through the first cable trough 201. The HDMI cable from the set-top box is led through the HDMI output cable holes on the left and right sides at the bottom of the equipment compartment. To the outside of the box, connect the power cord of the smart power socket on the left or right side of the weak current box and the HDMI cable output from the left or right box together with the TV through the open line to complete the equipment installation and the open line of the cable. Wiring management connected to the TV; ③. Infrared learning control: built-in 360-degree infrared emitting lights in the upper and lower built-in equipment areas of the equipment warehouse can perform infrared learning control on the TV and set-top box in the room, and if the TV and the set-top box cannot be received or blocked by foreign objects in special circumstances Infrared receiving, there are multiple infrared output ports in the box, which can directly lead the remote control infrared lamp to the infrared receiving end of the TV or set-top box for infrared learning and remote control. (2) Installation and wiring management outside the set-top box: ①. The embedded pipeline outside the set-top box is connected to the TV: the operator's optical modem and the optical modem output TV iTV interface are fixedly installed in the equipment warehouse and connected to the TV network switch input interface on the top of the equipment warehouse, upper warehouse 220a The right infrared extension interface output cable (if the box infrared emitting light can be controlled wirelessly, this output cable can be omitted), the left TV power output cable, the HDMI output cable of the top box output, and the lower compartment 220b The left or right TV interface output lines together, through the bottom box of the lower warehouse 220b or the pre-embedded pipeline to the TV, that is, the installation of internal and external equipment and the wiring management of the embedded cable to connect to the TV are completed; ②. Pipeline connection to TV: fixed installation operator's optical modem and optical modem output TV iTV interface in the equipment warehouse connected to the TV network switch input interface on the top of the equipment warehouse, the power cord on the left or right side of the weak current box, and the left or right box The output HDMI cable, the left or right TV interface output cable are connected to the TV through the open line pipe, which completes the installation of internal and external equipment and the wiring management of the cable open line connection to the TV; ③. Infrared learning control: the upper part of the equipment warehouse and The built-in device area at the lower part has a built-in 360-degree infrared emitting light to control the room’s TV and set-top box for infrared learning, and if the TV and set-top box cannot be received under special circumstances or the infrared is blocked by foreign objects, there are multiple infrared output interfaces in the box, which can be directly connected The remote control infrared lamp is led to the infrared receiving end of the TV or set-top box, so that it can be remotely controlled by infrared learning. (3) The system quickly controls the TV for sharing, interaction and control: the robot smart weak current box is generally installed near the TV in the living room. Due to its special structural design, it can effectively solve the wired open or embedded cable between the equipment and the TV. Connected to the TV, so smart devices such as set-top boxes or built-in systems installed in the robot's smart weak current box can easily transmit its content to the TV with high-efficiency, fast, high-definition, and real-time audio synchronization output through a wired cable; control methods can include: contact operation Control and non-contact operation control. The contact operation control includes touch screen operation and smart button operation; the non-contact operation control includes camera analysis and recognition operation, remote voice recognition operation, remote positioning, gesture and gesture recognition Operation, RF infrared control operation, linkage operation control, wireless communication operation control, mobile APP software operation control.
家电控制功能：家电是家庭中的刚需设备，如电视、空调，家电的智能控制一直是智慧家庭的重要组成部分，目前智能控制的普遍做法是安装一台万能遥控器或家电自身支持Wifi无线通讯，通过手机APP进行控制，但这样的操作体验并不理想，并且还普遍存在用户自购、操作繁琐、体验不理想、还需集成其它设备才更智能、不能自主控制等问题。机器人智能弱电箱通过内置的AI智慧系统、接触与非接触式的智能系统操作方式、独特的箱体结构设计、贴墙180度红外学习控制、光纤入户等相关设备在设备仓内安装、不局限安装位置不破坏装修的贴墙快速安装方式等综合创新设计，结合机器人智能弱电箱的B端刚需特性，一次性低成本集成地解决家电控制操作繁琐、体验不理想、还需集成其它设备才更智能、不能自主控制等问题。用户操作家电控制方式可包括接触式操作控制与非接触式操作控制，其中接触式操作控制包括触控显示屏操作及智能按键操作；其中非接触式操作控制包括摄像分析识别操作、远距离语音识别操作、远距离定位、姿态及手势识别操作、RF红外控制操作、联动操作控制、环境联动操作控制、无线通讯操作控制、移动端APP软件操作控制。例如：室内温度超自定义温度，如超25度时，当系统感知用户回家时，自动开启空调；夜晚睡觉时间，当系统感知用户离开客厅进入卧室超自定义时间时，系统自动关闭空调、电视等家电；当早上上班时间，系统感知最后一位用户离家超自定义时间时，系统自动关闭空调、电视等家电；当系统感知用户在客厅沙发休息超自定义时间时，系统主动提醒用户是否看电视，如果温度超自定义温度，系统自动打开空调等。Home appliance control function: Home appliances are just-needed devices in the home, such as TVs and air conditioners. The intelligent control of home appliances has always been an important part of a smart home. The current common approach for smart control is to install a universal remote control or the home appliance itself supports Wifi wireless communication. , Control through the mobile phone APP, but this kind of operating experience is not ideal, and there are also common problems such as user purchase, cumbersome operation, unsatisfactory experience, need to integrate other devices to be smarter, and unable to control autonomously. The robot smart weak current box is installed in the equipment warehouse through the built-in AI smart system, the contact and non-contact smart system operation mode, the unique box structure design, the 180-degree infrared learning control on the wall, and the fiber to the home. The integrated innovative design, such as the fast installation method on the wall and the fast installation method, which is limited to the installation position and does not damage the decoration, combined with the B-side rigid demand characteristics of the robot intelligent weak current box, one-time low-cost integration to solve the cumbersome control operation of home appliances, the unsatisfactory experience, and the need to integrate other equipment. Problems such as being smarter and unable to control autonomously. The user-operated household appliance control methods can include contact operation control and non-contact operation control. The contact operation control includes touch screen operation and smart button operation. The non-contact operation control includes camera analysis and recognition operation and remote voice recognition. Operation, remote positioning, gesture and gesture recognition operation, RF infrared control operation, linkage operation control, environmental linkage operation control, wireless communication operation control, mobile APP software operation control. For example: when the indoor temperature exceeds a custom temperature, such as 25 degrees Celsius, the system will automatically turn on the air conditioner when it senses that the user is going home; at night, when the system senses that the user leaves the living room and enters the bedroom for the ultra-customized time, the system automatically turns off the air conditioner, Home appliances such as TVs; when working in the morning, the system will automatically turn off the air conditioner, TV and other home appliances when the system senses that the last user is away from home; Whether to watch TV, if the temperature exceeds a custom temperature, the system automatically turns on the air conditioner, etc.
智能照明功能：照明始终是一个刚需市场，因为有人的地方就需要灯，家庭收入越高，室内照明产品的需求越大，但房屋装修是一次性到位，如果用户想体验更丰富照明内容，存在更换控制开关或灯泡或增加智能照明回路、单火线回路、单智能设备缺少感知与智能判断、操作方式繁琐（如APP软件操作）、用户升级意愿不强、用户怕麻烦也不懂集成、使用频次不高、不能主动照明、用户自购、体验差等诸多问题。机器人智能弱电箱通过内置的AI智慧系统、接触与非接触式的智能系统操作方式、独特的箱体结构设计、内置多组LED灯、光纤入户等相关设备在设备仓内安装、不局限安装位置不破坏装修的贴墙快速安装方式等综合创新设计，结合机器人智能弱电箱的B端刚需特性，一次性低成本地解决家庭客厅智能照明存在必须更换控制开关或灯泡或增加智能照明回路、单火线回路、单智能设备缺少感知与智能判断、操作方式繁琐（如APP软件操作）、用户升级意愿不强、用户怕麻烦也不懂集成、使用频次不高、不能主动照明、用户自购、体验差等问题。内置LED灯有照明灯、氛围灯、功能辅助灯、起夜灯等照明功能定位，也可组合照明实现更多照明效果；例如：当系统感知用户夜晚（或白天室内光照不够）回家时，系统自动开启设备所有内置LED灯或上可更换模块主照明LED灯，以达到室内最大亮度的照明效果；当系统感知用户离家时，系统自动关闭设备所有内置LED灯；当夜晚感知用户起夜时，系统自动开启设备下斜面灯带，当感知用户从客厅重新进入卧室超自定义时间时，系统自动关闭下斜面灯带；当系统感知用户在看电视时，系统自动开启设备左或右侧（电视在设备的一侧）和上可更换模块侧面等灯带，营造影院氛围场景；当节日夜晚时，系统开启设备周边变色灯带，营造室内节日喜庆欢乐的氛围场景；当感知用户在布线仓安装维护室内布线时，系统自动开启下斜面LED灯；当感知用户站在设备前进行智能体验时，系统自动开启上斜面LED灯和或上可更换模块正面LED灯和或所有LED灯，以便设备传感器能清晰识别用户人脸或身体或周边环境。机器人智能弱电箱还预留走线槽207，方便当设备安装位置覆盖室内常规灯光开关面板时，通过系统自带智能开关或扩展灯光智能模块来对灯光面板的照明回路进行智能控制。系统还内置蓝牙、Wifi、Zigbee、RF、NB-IoT等无线和总线通讯模块，用户可自由扩展升级外接智能照明设备及传统灯光回路升级为智能灯光回路，再结合机器人智能弱电箱AI智慧功能及多种智能操作方式，为用户创造全屋智慧、舒适、优美的光照环境和用户体验。Intelligent lighting function: lighting is always a rigid demand market, because where there are people, lights are needed. The higher the household income, the greater the demand for indoor lighting products, but the house decoration is in place at one time. If users want to experience richer lighting content, there is Replace control switches or bulbs or add intelligent lighting circuits, single live wire circuits, single smart devices lack perception and intelligent judgment, cumbersome operation methods (such as APP software operation), users are not willing to upgrade, users are afraid of trouble and do not understand integration, frequency of use There are many problems such as not high, inability to actively illuminate, self-purchasing by users, and poor experience. The robot smart weak current box is installed in the equipment warehouse through the built-in AI smart system, the contact and non-contact smart system operation mode, the unique box structure design, the built-in multiple sets of LED lights, fiber-optic home access and other related equipment, and the installation is not limited. The location does not damage the decoration of the wall and the fast installation method and other comprehensive innovative designs, combined with the B-side rigid demand characteristics of the robot smart weak current box, it is a one-time low-cost solution to the existence of intelligent lighting in the home living room. The control switch or bulb must be replaced or the intelligent lighting circuit or single Firewire loops, single smart devices lack perception and intelligent judgment, cumbersome operation methods (such as APP software operation), users are not willing to upgrade, users are afraid of trouble and do not understand integration, use frequency is not high, cannot active lighting, users buy themselves, and experience Poor and other issues. The built-in LED lights have lighting functions such as illuminating lights, ambient lights, functional auxiliary lights, night lights, etc., and can also be combined to achieve more lighting effects; for example: when the system perceives the user to go home at night (or insufficient indoor light during the day), The system automatically turns on all the built-in LED lights of the device or the main lighting LED lights on the replaceable module to achieve the maximum indoor lighting effect; when the system senses that the user is away from home, the system automatically turns off all the built-in LED lights of the device; when the night senses that the user is up at night When the system automatically turns on the lower bevel light strip of the device, the system automatically turns off the lower bevel light strip when it senses that the user re-enters the bedroom from the living room to exceed the custom time; when the system senses that the user is watching TV, the system automatically turns on the left or right side of the device (The TV is on the side of the device) and the light strips on the side of the replaceable module to create a theater atmosphere scene; when the festival night, the system turns on the color-changing light strips around the device to create an indoor festive and joyful atmosphere scene; when the user is aware of the wiring When installing and maintaining indoor wiring in the warehouse, the system automatically turns on the lower slope LED lights; when sensing that the user is standing in front of the device for an intelligent experience, the system automatically turns on the upper slope LED lights and or the front LED lights of the replaceable module and or all LED lights to facilitate The device sensor can clearly identify the user's face or body or the surrounding environment. The robot intelligent weak current box also reserves a wiring slot 207, which is convenient for intelligent control of the lighting circuit of the lighting panel through the system's own intelligent switch or extended lighting intelligent module when the equipment installation position covers the indoor conventional light switch panel. The system also has built-in wireless and bus communication modules such as Bluetooth, Wifi, Zigbee, RF, and NB-IoT. Users can freely expand and upgrade external smart lighting equipment and upgrade traditional lighting circuits to smart lighting circuits, combined with the AI smart functions of the robot smart weak current box and A variety of intelligent operation methods create a smart, comfortable and beautiful lighting environment and user experience for users throughout the house.
智能插座功能：机器人智能弱电箱因一般从室内标高30CM插座取电，而30CM插座内部线缆标准为2.5平方铜线，且火线、零线、地线三线齐全，能支持3000W左右功率，可满足箱体设备及两侧智能插座基本功率输出要求及接地安全，同时箱体内置能耗分析模块，当插座超载时，系统自动向用户以语音、声光、屏显、电视大屏显、移动端信息推送多方式向用户报警，并可直接关闭箱体插座电源输出。此外，还可利用机器人智能弱电箱光纤入户、机顶盒等相关设备安装及家庭布线管理刚需先入为主的特性，智能插座输出与机器人智能弱电箱多种信号输出线缆一起对箱体周边其他智能设备进行智能控制，如电视、机顶盒、DVD等设备，让用户免费或低成本享受智能插座与能耗管理体验，为用户创造安全、智慧、舒适、低碳、便捷的个性化智慧生活。Smart socket function: The robot smart weak current box generally takes electricity from the indoor elevation 30CM socket, and the internal cable standard of the 30CM socket is 2.5 square copper wire, and the three wires of the live wire, the neutral wire and the ground wire are complete. It can support a power of about 3000W, which can meet Box equipment and smart sockets on both sides have basic power output requirements and grounding safety. At the same time, the box has a built-in energy consumption analysis module. When the socket is overloaded, the system will automatically provide users with voice, sound and light, screen display, large TV screen display, and mobile terminal. The information pushes multiple ways to alert the user, and can directly turn off the power output of the box socket. In addition, the robot smart weak current box can also be used for the installation of related equipment such as optical fiber to the home, set-top box and home wiring management. Intelligent control, such as TVs, set-top boxes, DVDs and other devices, allows users to enjoy smart sockets and energy management experience for free or at low cost, creating a safe, smart, comfortable, low-carbon, and convenient personalized smart life for users.
智能音箱功能：机器人智能弱电箱内置有全频音箱，结合机器人智能弱电箱内置的AI智慧系统、接触与非接触式的智能系统操作方式、独特的箱体结构设计、光纤入户等相关设备在设备仓内安装、家庭布线管理功能、不局限安装位置不破坏装修的贴墙快速安装方式等综合创新设计，不但解决音箱大音量高音质地输出问题，还因设备仓音箱通气槽设计可促进设备仓空气流动，利于智能设备散热，还解决高质量音视频同步输出至电视播放的问题，最重要的解决智能音箱多种体验操作问题。如：根据用户喜好的音量，当感知用户距离设备的距离变化到一定值时，自动调整音量输出，以保持用户始终听到相同音量的声音；当感知用户回家时，系统自动开启背景音乐；当感知用户离家时，系统自动关闭音乐；晚上睡觉时间，当感知用户离开客厅进入卧室超自定义时间，系统自动关闭音乐；早上起床，当感知用户从卧室进入客厅，系统自动语音关怀问候或开启用户喜好的背景音乐。Smart speaker function: The robot smart weak current box has a built-in full-range speaker, combined with the AI smart system built in the robot smart weak current box, contact and non-contact smart system operation methods, unique box structure design, fiber optic home access and other related equipment. Comprehensive innovative designs such as installation in the equipment warehouse, home wiring management functions, and fast wall-to-wall installation that does not limit the installation location and does not damage the decoration, not only solve the problem of loudspeaker output with high volume and high pitch, but also promote the equipment warehouse due to the design of the ventilation groove of the equipment warehouse speaker Air flow is conducive to the heat dissipation of smart devices, and it also solves the problem of high-quality audio and video output to the TV at the same time. The most important solution is to solve the multiple experience operation problems of smart speakers. For example: According to the user's preferred volume, when the perceived user's distance from the device changes to a certain value, the volume output is automatically adjusted to keep the user always hearing the same volume; when the user is perceived to go home, the system automatically turns on the background music; The system automatically turns off the music when the user is aware that the user leaves home; at night, when the user leaves the living room and enters the bedroom ultra-customized time, the system automatically turns off the music; wakes up in the morning, when the user enters the living room from the bedroom, the system automatically voices greetings or Turn on the user's favorite background music.
环境监测功能：系统内置有CO2、温度、湿度、照度、VOC、CO、气压等传感器，结合机器人智能弱电箱内置的AI智慧系统、接触与非接触式的智能系统操作方式、独特的箱体结构设计、光纤入户等相关设备在设备仓内安装、家庭布线管理功能、不局限安装位置不破坏装修的贴墙快速安装方式等综合创新设计，让用户免费或低成本体验环境监测功能，有利于家庭保持健康的空气环境，让用户享受安全、智慧、舒适、低碳、便捷的个性化智慧生活。Environmental monitoring function: The system has built-in CO2, temperature, humidity, illuminance, VOC, CO, air pressure and other sensors, combined with the AI smart system built in the robot smart weak current box, contact and non-contact smart system operation methods, and unique box structure Design, fiber-to-the-home and other related equipment are installed in the equipment warehouse, home wiring management functions, and fast installation methods such as wall-mounted fast installation methods that do not limit the installation location and do not damage the decoration, allowing users to experience environmental monitoring functions for free or at low cost, which is beneficial The family maintains a healthy air environment, allowing users to enjoy a safe, smart, comfortable, low-carbon, and convenient personalized smart life.
多种内置和扩展软件应用功能：机器人智能弱电箱内置的AI智慧系统、接触与非接触式的智能系统操作方式、独特的箱体结构设计、光纤入户等相关设备在设备仓内安装、电视大屏同步显示、不局限安装位置不破坏装修的贴墙快速安装方式等综合创新设计，系统除内置多个应用软件外，用户还可通过系统的应用市场，自行下载扩展应用软件安装应用，扩展应用软件程序再结合系统智慧感知及多种智能系统操作方式，让用户享受更丰富、更智能、更快捷的智慧系统体验，如：娱乐软件、游戏软件、音乐软件、会议软件、农田管理软件、模拟考试软件、读书软件、收音广播软件、教育软件、陪伴交流软件、智能助理软件、翻译软件、能源管理软件、视音频立体互交软件、情感分析软件、形象设计软件、3D试衣软件、购物软件、订票软件、办公软件、股票软件、社交软件、社区服务软件、社区O2O软件等等。A variety of built-in and extended software application functions: AI smart system built into the robot smart weak current box, contact and non-contact smart system operation mode, unique box structure design, fiber-to-home and other related equipment installation in the equipment warehouse, TV The large-screen synchronous display, the fast installation method of pasting to the wall that does not limit the installation location and does not damage the decoration, etc. In addition to the built-in multiple application software, users can also download and expand the application software through the application market of the system to install the application by themselves. Application software programs are combined with system wisdom perception and multiple smart system operation methods, allowing users to enjoy a richer, smarter and faster smart system experience, such as: entertainment software, game software, music software, conference software, farmland management software, Simulation test software, reading software, radio and broadcasting software, education software, companion communication software, intelligent assistant software, translation software, energy management software, audio-visual interactive software, emotion analysis software, image design software, 3D fitting software, shopping Software, ticket booking software, office software, stock software, social software, community service software, community O2O software, etc.
可以理解地，上述各技术特征可以任意组合使用而不受限制。It can be understood that the above technical features can be used in any combination without limitation.
以上实施例仅表达了本发明的优选实施方式，其描述较为具体和详细，但并不能因此而理解为对本发明专利范围的限制；应当指出的是，对于本领域的普通技术人员来说，在不脱离本发明构思的前提下，可以对上述技术特点进行自由组合，还可以做出若干变形和改进，这些都属于本发明的保护范围；因此，凡跟本发明权利要求范围所做的等同变换与修饰，均应属于本发明权利要求的涵盖范围。The above examples only express the preferred embodiments of the present invention. The description is more specific and detailed, but it should not be construed as limiting the scope of the present invention; it should be noted that for those of ordinary skill in the art, Without departing from the concept of the present invention, the above technical features can be freely combined, and several modifications and improvements can be made. These all belong to the protection scope of the present invention; therefore, any equivalent changes made to the scope of the claims of the present invention Both and modifications shall fall within the scope of the claims of the present invention.

Claims (15)

  1. 一种机器人智能弱电箱，其特征在于，包括主箱体（2），所述主箱体（2）包括位于上部的设备区（21）以及位于下部的布线管理区（22）；A robot intelligent weak current box, characterized by comprising a main box (2), the main box (2) including an upper part of the equipment area (21) and a lower part of the wiring management area (22);
    所述主箱体（2）呈立体皿字形，所述主箱体（2）的皿字形的一字长方体形基底（20）的背面为平面，所述基底（20）的正面凸起形成所述设备区（21）；The main box (2) is in the shape of a three-dimensional dish, and the back of the dish-shaped, rectangular parallelepiped base (20) of the main box (2) is flat, and the front surface of the base (20) is convex to form a The equipment area (21);
    所述设备区（21）包括系统操作区（21a）、内置设备区以及用于外设备安装的设备仓（21c），所述设备仓（21c）包括将所述设备仓（21c）与外界连通的第一过线孔、设置于所述设备仓（21c）内侧面的第一电源接口和第一信息接口、用于固定所述外设备的安装座以及可拆卸安装于所述基底（20）上的仓盖；所述布线管理区（22）包括布线仓（220）、盖设于所述布线仓（220）上的盖板（221）、将所述布线仓（220）与外界连通的第二过线孔、设置于所述布线仓（220）内侧面的第二电源接口和第二信息接口；The equipment area (21) includes a system operation area (21a), a built-in equipment area, and an equipment warehouse (21c) for external equipment installation. The equipment warehouse (21c) includes connecting the equipment warehouse (21c) with the outside world. The first cable-passing hole, the first power interface and the first information interface provided on the inner side of the equipment compartment (21c), the mounting seat for fixing the external equipment, and the detachable installation on the base (20) The wiring management area (22) includes a wiring warehouse (220), a cover plate (221) covering the wiring warehouse (220), and connecting the wiring warehouse (220) with the outside world A second wire-passing hole, a second power interface and a second information interface provided on the inner side of the wiring compartment (220);
    所述主箱体（2）还包括设置于所述设备仓（21c）的第一走线槽（201）、连通所述设备仓（21c）和所述布线仓（220）的第二走线槽（228）以及设置于所述主箱体（2）的外侧的第三电源接口、第三信息接口和LED灯；The main box (2) also includes a first wiring trough (201) arranged in the equipment warehouse (21c), and a second wiring connecting the equipment warehouse (21c) and the wiring warehouse (220) A slot (228) and a third power interface, a third information interface and LED lights arranged on the outside of the main box (2);
    所述主箱体（2）的智能系统包括AI核心处理器及存储单元、输入单元、输出单元、通讯单元、交换单元、电源单元。The intelligent system of the main cabinet (2) includes an AI core processor and a storage unit, an input unit, an output unit, a communication unit, an exchange unit, and a power supply unit.
  2. 根据权利要求1所述的机器人智能弱电箱，其特征在于，所述第一走线槽（201）沿纵向贯穿地设置于所述基底（20）的中部；所述第一走线槽（201）设置于所述第二走线槽（228）的上方并与所述第二走线槽（228）相连通；所述基底（20）的背面还凹陷设置有照明预留走线槽（207），所述照明预留走线槽（207）设置于所述第一走线槽（201）的上方并与所述第一走线槽（201）相连通；The robot intelligent weak current box according to claim 1, characterized in that the first wiring groove (201) is longitudinally penetratingly arranged in the middle of the base (20); the first wiring groove (201) ) Is arranged above the second wiring groove (228) and communicates with the second wiring groove (228); the back of the substrate (20) is also recessed with a reserved wiring groove (207) for lighting ), the lighting reserved wiring groove (207) is arranged above the first wiring groove (201) and is connected to the first wiring groove (201);
    所述安装座包括设置于所述基底（20）上的多行设备固定孔（204）和多行水平活动调节安装槽（203）；所述设备仓（21c）还包括贯穿地设置于所述基底（20）上的四个箱体固定孔（205）以及水平跨设于所述第一走线槽（201）中的多个第一理线横梁（206），所述四个箱体固定孔（205）分别位于所述设备仓（21c）的四角。The mounting seat includes a plurality of rows of equipment fixing holes (204) and a plurality of rows of horizontal movement adjustment mounting grooves (203) arranged on the base (20); the equipment compartment (21c) also includes The four box fixing holes (205) on the base (20) and the plurality of first cable management beams (206) horizontally straddling the first wiring groove (201), the four boxes are fixed The holes (205) are respectively located at the four corners of the equipment compartment (21c).
  3. 根据权利要求1所述的机器人智能弱电箱，其特征在于，所述仓盖包括依次沿纵向可拆卸安装于所述基底（20）上的多组分段盖、设置于所述多组分段盖的上方并可拆卸安装于所述基底（20）上的接口保护盖（27）；The robot intelligent weak current box according to claim 1, wherein the warehouse cover comprises a multi-component section cover detachably installed on the base (20) along the longitudinal direction, and a multi-component section cover arranged on the multi-component section. An interface protection cover (27) that can be detachably installed on the base (20) above the cover;
    所述多组分段盖中的至少一组分段盖的左侧面和/或右侧面还贯穿设置有至少一个天线安装孔（283）及可拆卸地盖设于所述天线安装孔（283）的孔盖（28c）；所述多组分段盖中的至少一组分段盖的上侧和/或下侧还设置有隔离壁（287）；所述分段盖的正面、左侧面、右侧面及所述隔离壁（287）上设置有多个散热孔；The left side and/or the right side of the at least one group of section covers in the multi-component section cover are further provided with at least one antenna mounting hole (283) and detachably covered on the antenna mounting hole ( 283) the hole cover (28c); the upper side and/or the lower side of at least one group of segmented cover in the multi-component segmented cover are also provided with a partition wall (287); the front and left side of the segmented cover A plurality of heat dissipation holes are provided on the side surface, the right side surface and the isolation wall (287);
    所述多组分段盖包括若干组固定宽度分段盖和/或若干组可调宽度分段盖；每组所述可调宽度分段盖均包括左右相互插接并可相对滑动的左滑动分段盖（28a）和右滑动分段盖（28b）；所述左滑动分段盖（28a）和所述右滑动分段盖（28b）上分别设置有若干个插条（281），每两个相邻的所述插条（281）之间形成一个插槽（282），所述左滑动分段盖（28a）和所述右滑动分段盖（28b）之间通过所述若干个插条（281）和插槽（282）交叉连接；The multi-component segment cover includes several groups of fixed-width segmental covers and/or several groups of adjustable-width segmental covers; each group of the adjustable-width segmental covers includes left and right sliding which can be inserted and slid relative to each other. A segmented cover (28a) and a right sliding segmented cover (28b); the left sliding segmented cover (28a) and the right sliding segmented cover (28b) are respectively provided with a number of inserts (281), each A slot (282) is formed between two adjacent inserts (281), and the left sliding segment cover (28a) and the right sliding segment cover (28b) pass through the plurality of Insert strip (281) and slot (282) are cross-connected;
    所述左滑动分段盖（28a）的左侧壁背部、所述右滑动分段盖（28b）的右侧壁背部分别向内伸出形成有至少一个插销（284），所述基底（20）的左侧面和右侧面上分别对应所述插销（284）形成有插孔（202），所述左滑动分段盖（28a）、所述右滑动分段盖（28b）分别通过各自的插销（284）插接于对应的插孔（202）中。The left side wall back of the left sliding section cover (28a) and the right side wall back of the right sliding section cover (28b) respectively extend inwardly to form at least one pin (284), and the base (20) The left side and the right side of the) are respectively formed with sockets (202) corresponding to the pins (284), and the left sliding section cover (28a) and the right sliding section cover (28b) pass through their respective The pin (284) is inserted into the corresponding socket (202).
  4. 根据权利要求3所述的机器人智能弱电箱，其特征在于，每组所述分段盖的上侧和下侧均设有相互凸凹配合的卡扣结构；所述左滑动分段盖（28a）、右滑动分段盖（28b）的至少一个相互配合的滑动接触面上分别设有相互凸凹滑动配合的滑槽滑轨结构；The robot intelligent weak current box according to claim 3, characterized in that, the upper side and the lower side of each group of the segmented cover are provided with a buckle structure that cooperates with each other; the left sliding segmented cover (28a) , At least one sliding contact surface of the right sliding section cover (28b) is provided with a sliding groove slide rail structure with a convex and concave sliding coordination with each other;
    所述左滑动分段盖（28a）、右滑动分段盖（28b）的至少一个相互配合的滑动接触面上分别沿其滑动方向形成有开口相向的多个左锁止槽和多个右锁止槽，所述左锁止槽和所述右锁止槽相互拼接形成一个锁止孔，每组所述可调宽度分段盖还包括设置于所述锁止孔中以锁止所述左滑动分段盖（28a）和所述右滑动分段盖（28b）相对位置的锁梢。A plurality of left locking grooves and a plurality of right locks with openings facing each other are respectively formed on at least one of the mutually matched sliding contact surfaces of the left sliding segment cover (28a) and the right sliding segment cover (28b) along the sliding direction thereof A locking groove, the left locking groove and the right locking groove are spliced with each other to form a locking hole, and each group of the adjustable width segmented cover further includes a locking hole arranged in the locking hole to lock the left The lock pin of the relative position of the sliding segment cover (28a) and the right sliding segment cover (28b).
  5. 根据权利要求3所述的机器人智能弱电箱，其特征在于，所述若干组固定宽度分段盖包括整体大段盖和/或若干组左右相互配合的左固定分段盖和右固定分段盖；The robot intelligent weak current box according to claim 3, wherein the plurality of sets of fixed-width segmental covers include an overall large-segment cover and/or a plurality of sets of left and right fixed segmented covers that cooperate with each other on the left and right sides. ；
    所述整体大段盖通过扣合和/或螺接的方式可拆卸地固定于所述基底（20）上，所述整体大段盖的左侧壁和右侧壁背部分别向内伸出形成有与所述插孔（202）扣合的至少一个卡扣；或者，所述整体大段盖通过单开门的方式连接在所述基底（20）上；The integral large-segment cover is detachably fixed to the base (20) by means of buckling and/or screwing, and the backs of the left and right side walls of the integral large-segment cover respectively protrude inward to form There is at least one buckle that is buckled with the socket (202); or, the integral large-section cover is connected to the base (20) by a single-opening door;
    所述左固定分段盖和所述右固定分段盖之间通过扣合和/或螺接的方式连接，所述左固定分段盖、所述右固定分段盖分别通过扣合和/或螺接的方式可拆卸地固定于所述基底（20）上；或者，所述左固定分段盖和所述右固定分段盖通过双开门的方式连接在所述基底（20）上。The left fixed section cover and the right fixed section cover are connected by buckling and/or screw connection, and the left fixed section cover and the right fixed section cover are respectively buckled and/or screwed. Or, it can be detachably fixed on the base (20) in a screw connection; or, the left fixed section cover and the right fixed section cover are connected to the base (20) by a double-opening door.
  6. 根据权利要求3所述的机器人智能弱电箱，其特征在于，所述第一过线孔贯穿设置于所述设备仓的底部的左右两侧，所述第一电源接口和所述第一信息接口均设置于所述设备仓的顶部；所述设备仓的顶部一侧设有端子排，所述第一电源接口包括设置于所述端子排上的若干个9VDC接口和若干个12VDC 接口，所述第一信息接口包括设置于所述端子排上的灯控总线和RF红外发射灯接口、设置于所述设备仓的顶部另一侧的接口排、设置于所述接口排和所述端子排之间的固定RF红外发射灯（21c5），所述接口排包括若干个第一网络接口、若干个第一电话接口和若干个存储卡接口；The robot intelligent weak current box according to claim 3, wherein the first wire hole penetrates the left and right sides of the bottom of the equipment compartment, and the first power interface and the first information interface Are arranged on the top of the equipment compartment; the top side of the equipment compartment is provided with a terminal block, the first power interface includes a plurality of 9VDC interfaces and a plurality of 12VDC interfaces arranged on the terminal block, the The first information interface includes a light control bus and an RF infrared emitting lamp interface arranged on the terminal block, an interface block arranged on the other side of the top of the equipment compartment, and an interface block arranged on the interface block and the terminal block. The fixed RF infrared emitting lamp (21c5) between the two, the interface row includes a number of first network interfaces, a number of first telephone interfaces and a number of memory card interfaces;
    所述接口保护盖（27）盖设于所述第一电源接口和所述第一信息接口外，所述接口保护盖（27）包括隔板（277），所述隔板（277）上设有供所述固定RF红外发射灯（21c5）穿过的穿孔（276）以及多个供走线用的第三过线孔（273），所述隔板（277）的下侧还设有多个吊装环（271）；所述接口保护盖（27）的上侧和下侧还设置有卡条或条形卡槽。The interface protection cover (27) is arranged outside the first power interface and the first information interface, the interface protection cover (27) includes a partition (277), and the partition (277) is provided with There are perforations (276) for the fixed RF infrared emitting lamp (21c5) to pass through and a plurality of third wire holes (273) for routing, and the bottom side of the partition (277) is also provided with multiple A hoisting ring (271); the upper side and the lower side of the interface protection cover (27) are also provided with clamping strips or strip-shaped clamping grooves.
  7. 根据权利要求1-6任一项所述的机器人智能弱电箱，其特征在于，所述内置设备区包括上内置设备区（21b）以及下内置设备区（21d），所述系统操作区（21a）、上内置设备区（21b）、设备仓（21c）以及下内置设备区（21d）从上往下依次排布；The robot intelligent weak current box according to any one of claims 1-6, wherein the built-in equipment area includes an upper built-in equipment area (21b) and a lower built-in equipment area (21d), and the system operation area (21a) ), the upper built-in equipment area (21b), the equipment warehouse (21c) and the lower built-in equipment area (21d) are arranged in order from top to bottom;
    所述主箱体（2）的皿字形的一字长方体形基底（20）的四周侧面均垂直于其背面；所述设备区（21）的正面四周为斜面，形成上斜面（211）、下斜面（214）、左斜面（212）以及右斜面（213），所述上斜面（211）为所述系统操作区（21a），所述LED灯包括设置于所述上斜面（211）底部的上斜面灯带（21a6）、设置于所述下斜面（214）上的下斜面灯带以及分别设置于所述基底（20）左侧面和右侧面上部的侧灯带（29）。The main box body (2) has a dish-shaped rectangular parallelepiped base (20) whose peripheral sides are all perpendicular to its back; The inclined plane (214), the left inclined plane (212) and the right inclined plane (213), the upper inclined plane (211) is the system operation area (21a), and the LED lamp includes a set at the bottom of the upper inclined plane (211). The upper inclined light strip (21a6), the lower inclined light strip arranged on the lower inclined surface (214), and the side light strips (29) respectively arranged on the upper part of the left side surface and the right side surface of the base (20).
  8. 根据权利要求7所述的机器人智能弱电箱，其特征在于，所述下内置设备区（21d）内置有音箱；所述下内置设备区（21d）的正平面上设置有多个音箱出声孔（21d1），所述下内置设备区（21d）的左斜面和右斜面的顶部内侧设有连通所述音箱和所述设备仓的通气槽（21d2）；所述第三电源接口包括分别设置于所述下内置设备区（21d）的左斜面和右斜面上的至少一个二孔/三孔智能插座（21d3）；The robot intelligent weak current box according to claim 7, characterized in that the lower built-in equipment area (21d) is equipped with a sound box; the front plane of the lower built-in equipment area (21d) is provided with a plurality of sound box sound holes (21d1), the left and right slopes of the lower built-in equipment area (21d) are provided with ventilation slots (21d2) connecting the sound box and the equipment compartment on the top inner side of the left and right slopes; the third power interface includes At least one two-hole/three-hole smart socket (21d3) on the left and right slopes of the lower built-in equipment area (21d);
    所述上内置设备区（21b）内置有无线模块，所述无线模块包括RF、Wifi、蓝牙、Zigbee、NB-IoT、4G/5G通讯模块中的至少一个；所述上内置设备区（21b）上分布有多个散热孔，所述上内置设备区（21b）的正平面底部还设有2#摄像头模组（21b2）；The upper built-in device area (21b) has a built-in wireless module, and the wireless module includes at least one of RF, Wifi, Bluetooth, Zigbee, NB-IoT, and 4G/5G communication modules; the upper built-in device area (21b) A plurality of heat dissipation holes are distributed on the upper surface, and the bottom of the front plane of the upper built-in equipment area (21b) is also provided with a 2# camera module (21b2);
    所述系统操作区（21a）的上斜面（211）上从上往下依次设有1#摄像头/体温/照度传感器模组（21a1）、触控显示屏（21a2）、麦克风阵列 （21a3）、智能按键（21a5），所述智能按键（21a5）的左右两侧还分别设置有距离传感器（21a4），所述上斜面灯带（21a6）的左右两侧还设有血压、血氧、心率、呼吸频率检测传感器中的至少一种。1# camera/body temperature/illuminance sensor module (21a1), touch display screen (21a2), microphone array (21a3), 1# camera/body temperature/illuminance sensor module (21a1), touch screen (21a2), microphone array (21a3), Smart button (21a5), the left and right sides of the smart button (21a5) are also provided with distance sensors (21a4), the left and right sides of the upper bevel light strip (21a6) are also provided with blood pressure, blood oxygen, heart rate, At least one of the respiratory frequency detection sensors.
  9. 根据权利要求1-6任一项所述的机器人智能弱电箱，其特征在于，所述布线仓（220）中水平跨设有第二理线横梁（222），而将所述布线仓（220）分隔成位于上部的上仓（220a）以及位于下部的下仓（220b）；所述布线仓（220）的内侧面及第二理线横梁（222）上设置有多个固定线缆的线缆固定环（226），所述上仓（220a）的一侧设有倾斜式接口排；The robot intelligent weak current box according to any one of claims 1-6, characterized in that, a second cable management beam (222) is horizontally straddled in the wiring warehouse (220), and the wiring warehouse (220) ) Is divided into an upper warehouse (220a) at the upper part and a lower warehouse (220b) at the lower part; the inner side of the wiring warehouse (220) and the second cable management beam (222) are provided with a plurality of fixed cables Cable fixing ring (226), one side of the upper bin (220a) is provided with an inclined interface row;
    所述第二信息接口包括设置于所述下仓（220b）左右两侧的第二网络接口（225a）和第二电话接口（226a）、设置于所述倾斜式接口排上的多输入输出信息接口、设置于所述上仓（220a）顶部的第一HDMI输出接口（2203）和社区PON网光接口（2204）；The second information interface includes a second network interface (225a) and a second telephone interface (226a) arranged on the left and right sides of the lower compartment (220b), and multiple input and output information arranged on the inclined interface row Interface, the first HDMI output interface (2203) and the community PON network optical interface (2204) arranged on the top of the upper warehouse (220a);
    所述第二电源接口包括设置于所述上仓（220a）另一侧的设备电源输入接口（2201）和电视电源输出接口（2202）以及设置于所述倾斜式接口排（224）上的9VDC接口、12VDC接口和外扩展灯带接口；The second power interface includes a device power input interface (2201) and a TV power output interface (2202) arranged on the other side of the upper compartment (220a), and 9VDC arranged on the inclined interface row (224) Interface, 12VDC interface and external extension light strip interface;
    所述第二过线孔包括外接电源过线孔（2207）以及光纤皮线过线孔（2208）；The second cable hole includes an external power cable hole (2207) and an optical fiber cable hole (2208);
    所述第三信息接口包括设置于所述基底（20）下部左右两侧的第二HDMI输出接口（21d5）、电视网络接口（21d6）、音频接口（21d7）、USB接口（21d8）、第三网络接口（225b）、第三电话接口（226b）。The third information interface includes a second HDMI output interface (21d5), a TV network interface (21d6), an audio interface (21d7), a USB interface (21d8), a third HDMI output interface (21d5), a TV network interface (21d6), an audio interface (21d7), and a third Network interface (225b), third telephone interface (226b).
  10. 根据权利要求1-6任一项所述的机器人智能弱电箱，其特征在于，所述布线仓（220）贯穿设置，所述布线管理区（22）还包括可拆卸地滑动盖设于所述布线仓（220）上的盖板（221）；所述盖板（221）背面的左右两侧分别凸出形成有条形滑轨（2211），所述基底（20）的正面两侧分别凹陷形成有供所述滑轨（2211）可滑动安装的滑槽（223）；The robot intelligent weak current box according to any one of claims 1-6, characterized in that the wiring compartment (220) is arranged through, and the wiring management area (22) further comprises a detachable sliding cover arranged on the The cover plate (221) on the wiring compartment (220); the left and right sides of the back of the cover plate (221) are protrudingly formed with strip-shaped slide rails (2211), and the front sides of the base (20) are respectively recessed A sliding groove (223) for slidably installing the sliding rail (2211) is formed;
    所述盖板（221）的底部背面两侧分别凸出形成有固定板（2213），所述基底（20）的底部两侧分别凹陷形成有用于容置所述固定板（2213）的安装槽（253），所述固定板（2213）、安装槽（253）上分别对应开设有纵向延伸的螺孔。A fixing plate (2213) is protrudingly formed on both sides of the bottom back surface of the cover plate (221), and a mounting groove for accommodating the fixing plate (2213) is recessed on both sides of the bottom of the base (20). (253), the fixing plate (2213) and the mounting groove (253) are respectively provided with longitudinally extending screw holes.
  11. 根据权利要求1-6任一项所述的机器人智能弱电箱，其特征在于，所述系统操作区（21a）的智能系统操作控制包括接触式操作控制和非接触式操作控制；所述接触式操作控制包括触控显示屏操作控制和智能按键操作控制，所述非接触式操作控制包括摄像模组视频及体温识别操作控制、麦克风阵列语音识别操作控制、距离传感器定位操作控制、姿态及手势识别操作控制、RF红外操作控制、联动操作控制、无线通讯操作控制、APP软件操作控制；所述机器人智能弱电箱的无线通讯模块包括内置的Wifi、蓝牙、Zigbee、NB-IoT、4G/5G通讯模块中的至少一个。The robot intelligent weak current box according to any one of claims 1-6, characterized in that, the intelligent system operation control of the system operation area (21a) includes contact type operation control and non-contact type operation control; Operation control includes touch screen operation control and smart button operation control. The non-contact operation control includes camera module video and body temperature recognition operation control, microphone array voice recognition operation control, distance sensor positioning operation control, gesture and gesture recognition Operation control, RF infrared operation control, linkage operation control, wireless communication operation control, APP software operation control; the wireless communication module of the robot smart weak current box includes built-in Wifi, Bluetooth, Zigbee, NB-IoT, 4G/5G communication modules At least one of them.
  12. 根据权利要求1-6任一项所述的机器人智能弱电箱，其特征在于，所述输入单元包括麦克风、至少一组180度探测的距离传感器、摄像头、健康传感器模组、环境传感器模组、触控显示器、多路智能按键、DI/AI输入模块、防拆报警开关、振动传感器；The robot intelligent weak current box according to any one of claims 1-6, wherein the input unit includes a microphone, at least one set of 180-degree detection distance sensors, a camera, a health sensor module, an environmental sensor module, Touch display, multi-channel smart buttons, DI/AI input module, tamper-proof alarm switch, vibration sensor;
    所述输出单元包括触控显示器、功放模块、音箱、DO输出模块、多HDMI接口、多USB接口、多智能插座、多路LED灯带、低压电源输出模块；The output unit includes a touch display, a power amplifier module, a speaker, a DO output module, multiple HDMI interfaces, multiple USB interfaces, multiple smart sockets, multiple LED strips, and a low-voltage power output module;
    所述通讯单元包括路由器模块、蓝牙、Wifi、Zigbee、RF、NB-IoT模块、4G/5G通讯模块、总线模块、顶部的上供电及通讯接口（16）以及底部的下供电及通讯接口（34）；The communication unit includes a router module, Bluetooth, Wifi, Zigbee, RF, NB-IoT module, 4G/5G communication module, bus module, upper power supply and communication interface (16) on the top, and lower power supply and communication interface (34) on the bottom. );
    所述交换单元包括网络交换模块、电话网络交换模块、电视网络交换模块；The switching unit includes a network switching module, a telephone network switching module, and a TV network switching module;
    所述电源单元包括储能模块、供电模块、能源监测模块及控制模块；The power supply unit includes an energy storage module, a power supply module, an energy monitoring module, and a control module;
    所述健康传感器模组（21a7）包括血压、血氧、心率、呼吸频率、体温检测传感器中的至少一种，所述环境传感器模组包括CO2传感器、温湿度传感器、照度传感器、VOC传感器、CO传感器、气压传感器中的至少一种；The health sensor module (21a7) includes at least one of blood pressure, blood oxygen, heart rate, respiratory rate, and body temperature detection sensors, and the environmental sensor module includes a CO2 sensor, a temperature and humidity sensor, an illuminance sensor, a VOC sensor, and a CO2 sensor. At least one of a sensor and an air pressure sensor;
    所述防拆报警开关包括设置于所述基底（20）背面的第一防拆开关（208）、设置于所述布线仓（220）正面底部的第二防拆开关（227）、设置于所述基底（20）上侧面和下侧面的第三防拆开关（229）；The tamper alarm switch includes a first tamper switch (208) arranged on the back of the base (20), a second tamper switch (227) arranged on the bottom of the front surface of the wiring compartment (220), and The third tamper switch (229) on the upper and lower sides of the base (20);
    所述DI/AI输入模块包括防拆报警开关、设置于所述基底（20）左侧面和/或右侧面顶部的隐私开关（209）以及设置于所述布线仓（220）左侧或右侧的倾斜式接口排（224）上的多路报警输入接口；The DI/AI input module includes a tamper-evident alarm switch, a privacy switch (209) arranged on the left side and/or top of the right side of the substrate (20), and a privacy switch (209) arranged on the left or right side of the wiring compartment (220). Multi-channel alarm input interface on the inclined interface block (224) on the right;
    所述DO输出模块包括设置于所述设备仓（21c）顶部的端子排（21c1）上的灯控开关、灯带控制开关、智能模块的电源控制开关。The DO output module includes a light control switch, a light strip control switch, and a power control switch of an intelligent module arranged on a terminal block (21c1) on the top of the equipment compartment (21c).
  13. 根据权利要求1-6任一项所述的机器人智能弱电箱，其特征在于，所述机器人智能弱电箱还包括可拆卸地设置于所述主箱体（2）顶部的上可更换模块（1）以及可拆卸地设置于所述主箱体（2）底部的下可更换模块（3），所述上可更换模块（1）、下可更换模块（3）上分别设置有用于与所述主箱体（2）通讯连接的上供电及通讯接口（16）、下供电及通讯接口（34）；The robot intelligent weak current box according to any one of claims 1-6, wherein the robot intelligent weak current box further comprises an upper replaceable module (1) detachably arranged on the top of the main box (2). ) And a lower replaceable module (3) detachably arranged at the bottom of the main box (2). The upper replaceable module (1) and the lower replaceable module (3) are respectively provided with The upper power supply and communication interface (16) and the lower power supply and communication interface (34) of the main box (2) communication connection;
    所述基底（20）的顶部和底部各设置有一对固定座（25），所述上可更换模块（1）、下可更换模块（3）分别形成有与所述一对固定座（25）相互插接的一对固定槽（26）。The top and bottom of the base (20) are each provided with a pair of fixing seats (25), and the upper replaceable module (1) and the lower replaceable module (3) are respectively formed with the pair of fixing seats (25). A pair of fixed grooves (26) that are plugged into each other.
  14. 根据权利要求13所述的机器人智能弱电箱，其特征在于，每一所述固定座（25）包括相互垂直的第一插接板（251）和第二插接板（252），所述第一插接板（251）由所述基底（20）的左右两侧壁向上或向下延伸形成，所述第二插接板（252）由所述基底（20）的背面向上或向下延伸形成，所述第一插接板（251）上还可贯穿设置有第一螺接孔，所述上可更换模块（1）、下可更换模块（3）的左右两侧分别对应所述第一螺接孔开设有第二螺接孔。The robot intelligent weak current box according to claim 13, wherein each of the fixing bases (25) comprises a first plug-in board (251) and a second plug-in board (252) that are perpendicular to each other. A plug-in board (251) is formed by extending upward or downward from the left and right side walls of the base (20), and the second plug-in board (252) extends upward or downward from the back of the base (20) Formed, the first plug-in board (251) may further be provided with a first screw hole, and the left and right sides of the upper replaceable module (1) and the lower replaceable module (3) respectively correspond to the first A screw connection hole is provided with a second screw connection hole.
  15. 根据权利要求13所述的机器人智能弱电箱，其特征在于，所述上可更换模块（1）呈圆形，所述下可更换模块（3）呈水平设置的梯形状；所述上可更换模块（1）的正面设有圆形镜子或LED屏或镜子内置LED屏（11），背面设有挂孔（15）；The robot intelligent weak current box according to claim 13, characterized in that the upper replaceable module (1) is circular, and the lower replaceable module (3) is a horizontally arranged trapezoid; the upper replaceable The front of the module (1) is provided with a round mirror or LED screen or a built-in LED screen (11) in the mirror, and a hanging hole (15) on the back;
    所述LED灯包括设置于所述上可更换模块（1）的正面并环绕于所述圆形镜子或LED屏或镜子内置LED屏（11）的正面环形灯带（12）、设置于所述上可更换模块（1）侧面的侧面环形灯带（13）、设置于所述下可更换模块（3）的正面与梯形斜面的一体LED灯带（33）。The LED lamp includes a front ring light strip (12) arranged on the front of the upper replaceable module (1) and surrounding the circular mirror or LED screen or the mirror built-in LED screen (11), and is arranged on the A side ring light strip (13) on the side of the upper replaceable module (1), and an integrated LED light strip (33) arranged on the front and trapezoidal slope of the lower replaceable module (3).
PCT/CN2021/086352 2020-04-23 2021-04-12 Intelligent robot weak box WO2021213193A1 (en)

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