CN113555791A

CN113555791A - Robot intelligent weak current box

Info

Publication number: CN113555791A
Application number: CN202010327620.1A
Authority: CN
Inventors: 李修球
Original assignee: Shenzhen Huiankang Technology Co ltd
Current assignee: Shenzhen Huiankang Technology Co ltd
Priority date: 2020-04-23
Filing date: 2020-04-23
Publication date: 2021-10-26
Also published as: WO2021213193A1

Abstract

The invention relates to an intelligent robot weak current box which comprises a main box body, wherein the main box body is shaped like a Chinese character 'ji' and comprises an upper equipment area and a lower wiring management area; the back of the dish-shaped linear substrate is a plane, and the front of the substrate is a raised equipment area; the equipment area comprises a system operation area, a built-in equipment area and an equipment bin, wherein the equipment bin comprises a bin cover, a first wire passing hole, a first power supply interface, a first information interface and a mounting seat; the wiring management area comprises a wiring bin, a cover plate, a second wire passing hole, a second power supply interface and a second information interface; the main box body also comprises a first wiring groove, a second wiring groove, a third power interface, a third information interface and an LED lamp; the intelligent system of the main box body comprises an AI core processor, a storage unit, an input unit, an output unit, a communication unit, an exchange unit and a power supply unit. The intelligent weak-current box of the robot can solve the problems of installation of optical fiber household-entering related equipment, upgrading of visual talkback, intelligent upgrading of a television, fixed position of a traditional weak-current box, difficulty in installation, function degradation and the like.

Description

Robot intelligent weak current box

Technical Field

The invention relates to the field of smart families, in particular to a robot intelligent weak current box.

Background

The weak electric box is mainly used for carrying out unified management distribution wiring on weak electric signals such as networks, telephones, televisions, security and the like, avoids the interference of strong electric on the weak electric signals, and improves the household intelligent level and the life quality.

The traditional weak current box is only a simple metal or plastic box body, and the main function is to uniformly distribute and manage the household weak current signal wires by utilizing a network, a telephone and a television exchange module which are arranged in the box. However, with the rapid development of technologies and devices such as wireless, mobile internet, mobile intelligent terminals, chips, fiber-to-the-home, intelligent or network high-definition televisions, IOT, 5G, artificial intelligence, and the like, and the arrival of the age-old population times, the experience demand of people is continuously improved, the living demands for family intellectualization, health, safety, and the like are more and more strong, the management and wiring function of the traditional weak electrical box cannot meet the demands of people, and even the application of new technologies (such as Wifi technology) is hindered. In addition, since no weak current box exists in the buildings before 2007, the problems are more in the process of entering the home and intelligently upgrading the optical fibers of the new and old buildings. The problems of the traditional weak current box are analyzed as follows:

1. fixed in position, installation are difficult, installation cost is high: the conventional weak current box generally has the standard of 12CM depth, and the current clay brick specification in China is 240MM multiplied by 115MM multiplied by 53MM (length multiplied by width multiplied by thickness), so that the weak current box is embedded in a main wall body with the wall thickness larger than 17CM, and is generally embedded with other pipelines in advance, a high-rise residential building is generally suitable for installation only by a bearing wall, a household wall and an outer wall, and the installation position is limited; the general standard area of the weak current box is 320MM 240MM and above, so that the weak current box does not affect indoor appearance and is generally rarely installed on an indoor main scene wall surface; the wall-embedded installation construction amount is huge, and a plurality of input and output pipelines which are generally matched with the traditional weak current box need to be embedded, so that a large amount of embedded pipelines need to be made in advance; in 2007, the weak current box is not available in most of houses before popularization, the probability of readjustment and modification installation is low, unless the house is refitted again and a user wants to readjust the family intellectualization, the user does not know which pipelines need to be embedded at all, so the traditional weak current box is generally installed near an entrance door, too many selectable positions are not available, and a large hole is reserved on a wall body regardless of whether the weak current box is embedded or modified, and it is very difficult to embed all the pipelines in advance, and the engineering quantity is huge.

2. Fiber to the home and wireless equipment installation problems: fiber-to-the-home and wireless Wifi are the user demands generated in the last 10 years, and the trend of light entering and copper exiting is a development trend, however, the product planning when the weak current box starts to be popularized in 2007 does not basically consider the development condition of the future technology. The structure of the traditional weak current box is characterized in that the network, telephone and television switching module is arranged in the box, the problem of the requirement of the network, the telephone and the television in different rooms of a family is solved in a wired way, but with the popularization of 5G, wireless signals, smart televisions or network high-definition televisions, smart phones and the like, the fiber-to-the-home trend is inevitable, and a large number of new and old buildings need optical fiber to be modified, but the traditional weak-current box has the problems of serious attenuation of wireless signals, difficult installation of fixed positions, difficult modification of old houses or dwellings, multi-cable connection of optical modems, 1M elevation installation of wireless routers and the like, so that optical fiber to be installed in the traditional weak-current box, wireless Wifi and other related equipment cannot be installed in the traditional weak-current box and must be installed outside, and the common family is installed near the television in the living room, basically separated from the traditional weak current box, and the living room has no box body specially installed with the devices; the optical fiber household equipment comprises at least a wireless router, an optical modem, an optical fiber box, a network television set top box, a power supply adapter, a socket, a wired network with other rooms, possibly expanded other intelligent equipment and other equipment, the equipment is multiple, the cables are multiple, the power supply is multiple, the installation requirement is multiple, the interconnection is multiple, the optical fiber household equipment and the wireless Wifi equipment installation point equipment are accumulated into mountains and cables are disorderly strung, the appearance is not attractive, the safety is not high, and the normal communication and operation of the system can be influenced by carelessly touching any line or equipment. In addition, the traditional weak current box is large in wall-embedded installation construction amount and fixed in position, a large amount of pre-embedded pipelines are required to be made in advance, the traditional weak current box is not suitable for transformation and upgrading, wireless Wifi signals are naturally and seriously attenuated, the installation height of a wireless router is at least more than 1M, and other objective conditions, so that the problem cannot be solved and unrealistic when the weak current box is installed near a television in a living room, and the attractiveness of the living room is influenced.

3. The wireless signal is severely attenuated: the mounting height of Wifi wireless router is preferably more than 1M, and the intermediate position at home is preferred, and the general mounting height of traditional weak electronic box is 30CM, and the box height also is about also 50CM in addition, installs lowly, and wireless signal attenuates more greatly, and the mounting position is generally more remote, can not cover all rooms comprehensively, and the most important weak electronic box is embedded main wall body installation generally, and some boxes adopt the iron material, have the characteristics of natural serious decay wireless network signal, so wireless router generally all is not installed in the weak electronic box.

4. The function degradation restricts the intelligent development of the family: the traditional weak current box is just needed to be standard-matched by a developer, the wireless router is just needed to be standard-matched by a home user, the optical modem and the optical fiber box are just needed to be standard-matched by an operator, the network television set-top box is just needed to be standard-matched by a television operator, and the traditional weak current box has no following requirements when being popularized, and the natural functional defects of the traditional weak current box cause that the wireless router, the optical modem, the television set-top box and other equipment need to be externally arranged due to multiple output interfaces of the optical modem and the wireless router to solve the basic requirements of the user, and the functions of the traditional weak current box are degraded into a wire passing box; the wireless router, the optical modem and other devices of the optical fiber home are home informatization inlets, all devices of home intellectualization have the requirement of accessing the internet, the information of the devices needs to be transmitted through the devices, the devices can not be installed in a weak current box and also can not be installed in a fixed position, and no special box body is provided for installing the devices, so that the challenges are brought to the application of other intelligent devices, a series of problems are caused by buying the devices, installing the devices, carrying out signal communication, laying cables, being far away from the devices, supplying power, distributing router ports, analyzing dynamic IP, analyzing and analyzing data intensively by who, and the like, so the traditional weak current box is degraded into a wire passing box, the original wiring management advantages are all given to users to play freely, and common users are unfamiliar with the intelligent system, therefore, general users can restrict the development of family intelligence by not knowing and consuming.

5. Backward wiring management function: the traditional weak-current box is also called a multimedia weak-current box and is mainly accessed through a built-in network switching module, a telephone network switching module, a television coaxial distributor, a power supply module and various wire pipes, and because the traditional weak-current box is mainly used for wired signal transmission before 2009, the wiring management of the traditional weak-current box can basically meet the wiring management requirements of a user household wired network. However, with the rapid development of technologies such as wireless, optical fiber, network high-definition television, IOT, 5G, and smart home, people have more and more demands on home intelligence, and more corresponding intelligent devices are provided, and the home weak-current installation box is mainly a weak-current box, so that more and more devices are installed and possibly installed in the weak-current box, such as a wireless router, a fiber-optic modem, a fiber-optic box, a patch board, a gateway, a linkage module, a transceiver, an alarm module, a smart home module, a protocol converter, an information pusher, a monitoring host, a POE switch, a camera power supply, a device power adapter, and the like, and various cable inputs, such as an axis line of sight, an operator network line or an optical fiber line, a telephone line, a cell local area network line, a network line of each room, a telephone line, an electric line of sight, a visual intercom line, an alarm line, a control line, a bus, a power line, and the like. At this moment, the traditional weak-current box still only needs to carry out wiring management on a network, a telephone and a television module, and the installation, power supply, wiring, information access, integration, heat dissipation and the like of the equipment and the cable are all problems to be solved. The current main method is to amplify the box body, and some weak current boxes of the family with larger house type exceed more than 100CM, and the larger the box body is, the more difficult the installation position is, the larger the installation difficulty, the engineering quantity and the cost are, thus the consumption desire of the user is influenced in return, and the investment enthusiasm of the developer is also influenced, so the wiring management function of the four modules of the traditional weak current box is far behind.

6. Multimedia but not intelligent: the traditional weak current box is also called a multimedia information box and is a place for wiring and shunting of a multimedia line. The weak current box is generally internally provided with a standard distribution network switching module, a telephone network switching module, a television coaxial distributor, a power supply module and a pipeline pre-buried connector for connecting each information point of each room. Before the popularization of the smart phone, the weak current box integrates the most important network, telephone and television systems of a user in a simple stacked mode, although the pure box body of the weak current box is not intelligent, the basic requirement of daily information of people can be met, along with the rapid development of technologies such as wireless, smart phone, optical fiber, network high-definition television, IOT, 5G, smart home and the like, the original irrelevant relation among the network, the telephone and the television is changed, and the signal transmission of the network, the telephone and the television is achieved through one optical fiber at present; the original wired network is replaced by a wireless network; the traditional telephone and television are more replaced by internet phone and internet/intelligent high definition television, and the demands of users are more and more, such as: smart phone, household electrical appliances control, intelligent audio amplifier, intelligent household electrical appliances, intelligent illumination, house safety, throw screen share, audio-visual interaction, environmental detection, health management etc. so occupy the traditional weak electronic box that the family just needed to enter the mouth and simply stacked up the mode of installation with three major systems and can not satisfy user's demand.

With the improvement of the demand of people on intelligent life, how to solve the problems of wiring management under the new demand of new and old building families, installation, wiring and management of optical fiber household related equipment, intelligent upgrading of families, installation and maintenance, safety, attractiveness, more new demands, intelligent equipment installation and the like become problems which need to be solved urgently.

Disclosure of Invention

The invention aims to solve the technical problem of providing an innovative robot intelligent weak current box aiming at the defects in the prior art.

The technical scheme adopted by the invention for solving the technical problems is as follows: the robot intelligent weak current box comprises a main box body, wherein the main box body comprises an equipment area positioned at the upper part and a wiring management area positioned at the lower part;

the main box body is in a three-dimensional dish shape, the back surface of a dish-shaped linear rectangular substrate of the main box body is a plane, and the front surface of the substrate is protruded to form the equipment area;

the equipment area comprises a system operation area, a built-in equipment area and an equipment bin for installing external equipment, wherein the equipment bin comprises a first wire passing hole for communicating the equipment bin with the outside, a first power supply interface and a first information interface which are arranged on the inner side surface of the equipment bin, an installation seat for fixing the external equipment and a bin cover which is detachably arranged on the substrate; the wiring management area comprises a wiring bin, a cover plate covered on the wiring bin, a second wire passing hole for communicating the wiring bin with the outside, a second power supply interface and a second information interface, wherein the second power supply interface and the second information interface are arranged on the inner side surface of the wiring bin;

the main box body also comprises a first wiring groove arranged in the equipment bin, a second wiring groove communicated with the equipment bin and the wiring bin, and a third power supply interface, a third information interface and an LED lamp which are arranged on the outer side of the main box body;

the intelligent system of the main box body comprises an AI core processor, a storage unit, an input unit, an output unit, a communication unit, an exchange unit and a power supply unit.

In some embodiments, the first cabling channel is disposed longitudinally throughout a middle portion of the substrate; the first wiring groove is arranged above the second wiring groove and communicated with the second wiring groove; a lighting reserved wiring groove is also concavely arranged on the back surface of the substrate, and is arranged above the first wiring groove and communicated with the first wiring groove;

the mounting seat comprises a plurality of rows of equipment fixing holes and a plurality of rows of horizontal movable adjusting mounting grooves which are arranged on the substrate; the equipment bin further comprises four box body fixing holes which are arranged on the base in a penetrating mode and a plurality of first wire arranging cross beams which are horizontally arranged in the first wire distributing grooves in a spanning mode, and the four box body fixing holes are respectively located at four corners of the equipment bin.

In some embodiments, the bin cover comprises a plurality of groups of segmented covers which are sequentially and longitudinally detachably mounted on the substrate, and an interface protective cover which is arranged above the plurality of groups of segmented covers and is detachably mounted on the substrate;

the left side surface and/or the right side surface of at least one group of the segmented covers in the plurality of groups of segmented covers are/is also provided with at least one antenna mounting hole in a penetrating way and a hole cover detachably covered on the antenna mounting hole; the upper side and/or the lower side of at least one group of the segmented covers in the plurality of groups of segmented covers are/is also provided with a partition wall; a plurality of heat dissipation holes are formed in the front face, the left side face, the right side face and the partition wall of the segmented cover;

the multi-group subsection covers comprise a plurality of groups of fixed-width subsection covers and/or a plurality of groups of adjustable-width subsection covers; each group of the width-adjustable segmented covers comprises a left sliding segmented cover and a right sliding segmented cover which are mutually inserted at the left and right and can slide relatively; the left sliding subsection cover and the right sliding subsection cover are respectively provided with a plurality of inserting strips, a slot is formed between every two adjacent inserting strips, and the left sliding subsection cover and the right sliding subsection cover are in cross connection through the plurality of inserting strips and the 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 inwards to form at least one plug pin, the left side face and the right side face of the base are respectively provided with a jack corresponding to the plug pin, and the left sliding segmented cover and the right sliding segmented cover are respectively inserted into the corresponding jacks through the respective plug pins.

In some embodiments, the upper side and the lower side of each set of the segmented cover are provided with mutually convex-concave matched buckling structures; at least one mutually matched sliding contact surface of the left sliding sectional cover and the right sliding sectional cover is respectively provided with a sliding groove and sliding rail structure which is mutually in convex-concave sliding fit;

at least one of the sliding contact surfaces of the left sliding sectional cover and the right sliding sectional cover, which are matched with each other, is provided with a plurality of left locking grooves and a plurality of right locking grooves with opposite openings along the sliding direction of the sliding contact surfaces, the left locking grooves and the right locking grooves are spliced with each other to form a locking hole, and each group of the width-adjustable sectional covers further comprises a locking pin arranged in the locking hole to lock the relative positions of the left sliding sectional cover and the right sliding sectional cover.

In some embodiments, the sets of fixed-width segmented covers comprise sets of integral large-segment covers and/or sets of left and right fixed segmented covers that mate left and right;

the integral large-section cover is detachably fixed on the base in a buckling and/or screwing mode, and the back parts of the left side wall and the right side wall of the integral large-section cover respectively extend inwards to form at least one buckle buckled with the jack; or the integral large-section cover is connected to the substrate in a single-door mode;

the left fixing segmented cover and the right fixing segmented cover are connected in a buckling and/or threaded manner, and the left fixing segmented cover and the right fixing segmented cover are detachably fixed on the substrate in a buckling and/or threaded manner respectively; or the left fixed subsection cover and the right fixed subsection cover are connected to the substrate in a double-door mode.

In some embodiments, the first wire passing hole is arranged at the left side and the right side of the bottom of the equipment bin in a penetrating manner, and the first power supply interface and the first information interface are arranged at the top of the equipment bin; a terminal strip is arranged on one side of the top of the equipment bin, the first power supply interface comprises a plurality of 9VDC interfaces and a plurality of 12VDC interfaces which are arranged on the terminal strip, the first information interface comprises a lamp control bus and an RF infrared emission lamp interface which are arranged on the terminal strip, an interface strip arranged on the other side of the top of the equipment bin and a fixed RF infrared emission lamp arranged between the interface strip and the terminal strip, and the interface strip comprises a plurality of first network interfaces, a plurality of first telephone interfaces and a plurality of memory card interfaces;

the interface protection cover is arranged outside the first power supply interface and the first information interface in a covering manner, the interface protection cover comprises a partition plate, a through hole for the fixed RF infrared emission lamp to pass through and a plurality of third wire passing holes for wiring are formed in the partition plate, and a plurality of hoisting rings are further arranged on the lower side of the partition plate; the upper side and the lower side of the interface protective cover are also provided with clamping strips or strip-shaped clamping grooves.

In some embodiments, the built-in equipment areas include an upper built-in equipment area and a lower built-in equipment area, and the system operation area, the upper built-in equipment area, the equipment bin and the lower built-in equipment area are sequentially arranged from top to bottom;

the peripheral side surfaces of the dish-shaped rectangular substrate of the main box body are vertical to the back surface of the dish-shaped rectangular substrate; the LED lamp comprises an LED lamp and is characterized in that an inclined surface is arranged on the periphery of the front surface of the equipment area to form an upper inclined surface, a lower inclined surface, a left inclined surface and a right inclined surface, the upper inclined surface is the system operation area, and the LED lamp comprises an upper inclined surface lamp strip arranged at the bottom of the upper inclined surface, a lower inclined surface lamp strip arranged on the lower inclined surface and side lamp strips respectively arranged on the upper portions of the left side surface and the right side surface of the substrate.

In some embodiments, a sound box is disposed in the lower built-in device area; a plurality of sound outlet holes of the sound box are formed in the front plane of the lower built-in equipment area, and vent grooves communicated with the sound box and the equipment bin are formed in the inner sides of the tops of the left inclined plane and the right inclined plane of the lower built-in equipment area; the third power interface comprises at least one two-hole/three-hole intelligent socket which is respectively arranged on a left inclined plane and a right inclined plane of the lower built-in equipment area;

a wireless module is arranged in the upper built-in equipment area and comprises at least one of RF, Wifi, Bluetooth, Zigbee, NB-IoT and 4G/5G communication modules; a plurality of heat dissipation holes are distributed in the upper built-in equipment area, and a 2# camera module is further arranged at the bottom of the front plane of the upper built-in equipment area;

last inclined plane of system operation area is last from last down to be equipped with 1# camera body temperature/illuminance sensor module, touch-control display screen, microphone array, intelligent button in proper order, the left and right sides of intelligent button still is provided with distance sensor respectively, the left and right sides in going up inclined plane lamp area still is equipped with at least one kind among blood pressure, blood oxygen, rhythm of the heart, the respiratory frequency detection sensor.

In some embodiments, a second wire arranging beam is horizontally arranged in the wiring bin in a spanning mode, so that the wiring bin is divided into an upper bin located at the upper part and a lower bin located at the lower part; a plurality of cable fixing rings for fixing cables are arranged on the inner side surface of the wiring bin and the second wire arranging cross beam, and an inclined interface row is arranged on one side of the upper bin;

the second information interface comprises a second network interface and a second telephone interface which are arranged on the left side and the right side of the lower bin, a multi-input and multi-output information interface arranged on the inclined interface row, a first HDMI output interface arranged on the top of the upper bin and a community PON optical interface;

the second power interface comprises a device power input interface and a television power output interface which are arranged on the other side of the upper bin, and a 9VDC interface, a 12VDC interface and an external extension lamp strip interface which are arranged on the inclined interface row;

the second wire passing hole comprises an external power supply wire passing hole and an optical fiber rubber-insulated wire passing hole;

the third information interface comprises a second HDMI output interface, a television network interface, an audio interface, a USB interface, a third network interface and a third telephone interface which are arranged on the left side and the right side of the lower portion of the substrate.

In some embodiments, the wiring bin is arranged in a penetrating way, and the wiring management area further comprises a cover plate detachably covering the wiring bin in a sliding way; the left side and the right side of the back surface of the cover plate are respectively convexly provided with a strip-shaped sliding rail, and the two sides of the front surface of the base are respectively concavely provided with a sliding groove for the sliding installation of the sliding rails;

the bottom back both sides of apron are protruding respectively and are formed with the fixed plate, the bottom both sides of basement are sunken respectively to be formed with and are used for the holding the mounting groove of fixed plate, the screw that vertically extends is seted up to corresponding respectively on fixed plate, the mounting groove.

In some embodiments, the intelligent system operation control of the system operation area comprises contact operation control and non-contact operation control; the non-contact operation control comprises camera module video and body temperature identification operation control, microphone array voice identification operation control, distance sensor positioning operation control, posture and gesture identification operation control, RF infrared operation control, linkage operation control, wireless communication operation control and APP software operation control; the wireless communication module comprises at least one of built-in Wifi, Bluetooth, Zigbee, NB-IoT and 4G/5G communication modules.

In some embodiments, the input unit comprises 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 intelligent key, a DI/AI input module, a tamper-proof alarm switch and a vibration sensor;

the output unit comprises a touch display, a power amplifier module, a sound box, a DO output module, a multi-HDMI interface, a multi-USB interface, a multi-intelligent socket, a multi-path LED lamp strip and a low-voltage power supply output module;

the communication unit comprises a router module, a Bluetooth module, a Wifi module, a Zigbee module, an RF module, an NB-IoT module, a 4G/5G communication module, a bus module, an upper power supply and communication interface at the top and a lower power supply and communication interface at the bottom;

the switching unit comprises a network switching module, a telephone network switching module and a television network switching module;

the power supply unit comprises an energy storage module, a power supply module, an energy monitoring module and a control module;

the health sensor module comprises at least one of blood pressure, blood oxygen, heart rate, respiratory rate and body temperature detection sensors, and the environment sensor module comprises at least one of a CO2 sensor, a temperature and humidity sensor, an illumination sensor, a VOC sensor, a CO sensor and an air pressure sensor;

the anti-disassembly alarm switch comprises a first anti-disassembly switch arranged on the back surface of the substrate, a second anti-disassembly switch arranged at the bottom of the front surface of the wiring bin, and third anti-disassembly switches arranged on the upper side surface and the lower side surface of the substrate;

the DI input module comprises a tamper alarm switch, a privacy switch arranged at the top of the left side surface and/or the right side surface of the substrate and a plurality of alarm input interfaces arranged on an inclined interface row at the left side or the right side of the wiring bin;

the DO output module comprises a lamp control switch, a lamp strip control switch and a power supply control switch of the intelligent module, wherein the lamp control switch, the lamp strip control switch and the power supply control switch are arranged on a terminal row at the top of the equipment bin.

In some embodiments, the robot intelligent weak-current box further comprises an upper replaceable module detachably arranged at the top of the main box body and a lower replaceable module detachably arranged at the bottom of the main box body, wherein the upper replaceable module and the lower replaceable module are respectively provided with an upper power supply and communication interface and a lower power supply and communication interface for communication connection with the main box body;

the top and the bottom of the substrate are respectively provided with a pair of fixed seats, and the upper replaceable module and the lower replaceable module are respectively provided with a pair of fixed grooves which are mutually inserted with the fixed seats.

In some embodiments, each of the fixing bases includes a first insertion plate and a second insertion plate perpendicular to each other, the first insertion plate is formed by extending the left and right side walls of the base upward or downward, the second insertion plate is formed by extending the back surface of the base upward or downward, the first insertion plate further has a first screw hole penetrating therethrough, and the left and right sides of the upper replaceable module and the lower replaceable module respectively have second screw holes corresponding to the first screw holes.

In some embodiments, the upper replaceable module is circular and the lower replaceable module is trapezoidal in shape in a horizontal arrangement; the front side of the upper replaceable module is provided with a round mirror or an LED screen arranged in the mirror, and the back side of the upper replaceable module is provided with a hanging hole;

the LED lamp comprises a front annular lamp belt arranged on the front surface of the upper replaceable module and surrounding the round mirror or the LED screen or the built-in LED screen of the mirror, a side annular lamp belt arranged on the side surface of the upper replaceable module, and an integral LED lamp belt arranged on the front surface of the lower replaceable module and the trapezoid inclined surface.

The implementation of the invention has at least the following beneficial effects: the robot intelligent weak-current box can solve the problems of installation of optical fiber household-entering related equipment, upgrading of visual talkback and intelligent upgrading of a television, fixed position, difficult installation, function degradation and the like of the traditional weak-current box; the main box body is in a three-dimensional Chinese character 'ji' shape, the back of the Chinese character 'ji' shaped linear base is a plane, and the main box body is convenient to vertically stick to a wall along the longitudinal direction and is quickly and clearly installed; the front side of the base of the main box body is provided with a raised equipment area, so that more intelligent equipment can be accommodated in the equipment area; the wiring management area at the lower part is thinner, so that a user can place any furniture below the height of the raised equipment area close to the wall, and the indoor appearance and coordination are kept; the main box body is internally provided with a first power supply, a second power supply, a third power supply and an information interface, and the wiring management area covers an indoor general 30CM standard strong and weak electric socket for power taking and wiring management, so that an operator can conveniently operate the cable installation in the 86 bottom box or the wire passing box and the wiring management function of the household wired communication system is realized.

In addition, the main box body integrates a plurality of LED lamps and extensible LED lamps, so that a user can experience multi-scene intelligent lighting conveniently; the main box body is integrated with a 180-degree detection distance sensor, other intelligent equipment is not required to be installed, a comprehensive three-dimensional space sensing function is achieved, and a user can conveniently and quickly achieve a home security alarm system and remote human-computer interaction experience; the system operation area of the equipment area has multiple contact and non-contact operation control modes, and the intelligent experience of a user is greatly improved.

Drawings

The invention will be further described with reference to the accompanying drawings and examples, in which:

FIG. 1 is a front perspective view of a robotic smart light box in some embodiments of the present invention;

FIG. 2 is a right side view of the robotic smart light box of FIG. 1;

FIG. 3 is a rear perspective view of the robot of FIG. 1 with the smart weak electrical box cover plate separated;

FIG. 4 is an exploded view of the smart light box of the robot of FIG. 1;

FIG. 5 is a front view of the main housing of the robotic smart weak box of FIG. 1;

FIG. 6 is a schematic perspective view of the interface protection cover of the smart weak box of the robot shown in FIG. 1;

FIG. 7 is an exploded view of the set of adjustable width segmented covers of FIG. 1;

FIG. 8 is a schematic perspective view of an integral large section cover according to further embodiments of the present invention;

fig. 9 is a schematic perspective view of the robot smart box shown in fig. 1 with the upper replaceable module, the lower replaceable module, and the cover plate separated.

Detailed Description

For a more clear understanding of the technical features, objects and effects of the present invention, embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

Fig. 1-3 illustrate a robot intelligent weak box according to some embodiments of the present invention, which has a shape of a dish with two thin ends and a thick middle, and may include a main box 2 having a narrow and long shape, an upper replaceable module 1 detachably and replaceably disposed at a top of the main box 2, and a lower replaceable module 3 detachably and replaceably disposed at a bottom of the main box 2. The back (towards the one side of installation wall) of the rectangular body shape basement 20 of the character of a chinese character chi shape is the plane, conveniently along vertical quick surface mounting of pasting the wall of vertical to can occupy the indoor space minimum, the arbitrary narrow space installation of adaptable family, solve the optical fiber of new and old building and rural area etc. and enter the household mounted position and select the difficult problem, the user can be according to the quick surface mounting of the demand optional position of oneself under the prerequisite of not destroying the fitment. Because the height of the narrow and long main box body 2 is about 1.3M, the height of the

wiring grooves

207, 201 and 228 communicated with the wiring bin 220 on the back surface of the main box body 2 is about 1M, and the height of the wiring holes 2207 and 2208 communicated with the outside on the left side and the right side of the wiring bin 220 and the general installation height of equipment are 0.3M, the installation position of the main box body 2 is suitable for quick installation of a strong and weak current bottom box or a wiring box or a blank wall surface below any elevation of 1.4M, so the robot intelligent weak current box is suitable for quick installation of indoor decoration of any new and old buildings without destroying, and has the natural advantage of old installation.

The intelligent system of the robot intelligent weak-current box is integrally provided with an AI core processor, a storage unit, an input unit, an output unit, a communication unit, an exchange unit and an intelligent power supply unit, wherein the input unit, the output unit, the communication unit, the exchange unit and the intelligent power supply unit are in communication connection with the core processor and the storage unit. The storage unit may include an internal storage device and a plurality of external storage expansion interfaces. The input unit can include the microphone, the camera, the health sensor module, the environmental sensor module, touch display, multichannel intelligence button, DI AI input module, prevent tearing open alarm switch, vibration sensor, wherein, the health sensor module can include blood pressure, the blood oxygen, the rhythm of the heart, respiratory frequency, at least one among the body temperature detection sensor, the environmental sensor module can include CO2 sensor, temperature and humidity sensor, illuminance sensor, the VOC sensor, the CO sensor, at least one among the baroceptor, the convenience system provides health management and comfortable indoor air environment service for the user. The output unit can include touch-control display, power amplifier module, audio amplifier, many HDMI interfaces, DO output module, many USB interfaces, many smart jack, multichannel LED lamp area, low voltage power output module. The communication unit can comprise a router module, a Bluetooth module, a Wifi module, a Zigbee module, an RF module, an NB-IoT module, a 4G/5G communication module, a bus module and power supply and communication interfaces of the top replaceable module and the bottom replaceable module. The switching unit can comprise a network switching module, a telephone network switching module and a television network switching module. The power supply unit can comprise an energy storage module, a power supply module, an energy monitoring module and a control module. The robot intelligent weak current box input power supply and all output power supplies can be provided with an energy monitoring module and a control module, when the energy consumption of installation equipment, self box body equipment, an upper replaceable module, a lower replaceable module or box body external equipment in a certain box is abnormal or the equipment detects high temperature, the system can automatically cut off the power supply, and local alarm is given to remind a user or remote alarm is given to a property management center or the operator of the robot intelligent weak current box, so that the equipment fault is early warned in advance and the equipment safety is protected. This wisdom system can provide functions such as visual intercom, TV large-screen sharing control, house safety, health management, household electrical appliances control, intelligent audio amplifier, intelligent illumination, intelligent control, audio-visual interaction, environmental detection, human location, amusement and recreation, education and training, accompany old man, intelligent assistant, intelligent translation, machine diagnosis, remote diagnosis, energy management, emotion and image analysis, 3D fitting, shopping, social contact, community service for the user. The intelligent system operation comprises contact type and non-contact type operation, wherein the contact type operation control comprises touch display screen operation and intelligent key operation; the non-contact operation control comprises camera module video and body temperature identification operation, microphone array voice identification operation, distance sensor positioning, gesture and gesture identification operation, RF infrared control operation, linkage operation control, wireless communication control operation and APP software operation control; the built-in wireless communication module comprises at least one of Wifi, Bluetooth, Zigbee, NB-IoT and 4G/5G communication modules. The intelligent weak-current box equipment with the single robot is quickly installed indoors in new and old buildings, so that the problems that the traditional visual intercom system is simple in function, not active, not intelligent, manual in operation, small in screen display, small in sound, short-distance in intercom, fixed in position, high in operation cost, high in failure rate, difficult to modify and upgrade, difficult to install and maintain and the like can be solved; the problems that a traditional television system is simple in function, not active, not intelligent, complex in operation, poor in experience, and the intelligent television needs to be replaced in intelligent upgrading can be solved; the problems that the safety, health, intelligence and other requirements of smart home users are not clear, intelligent devices are too many, integration is difficult, user investment is large, experience is poor, protocol standardization is difficult, the users cannot know an intelligent system, and installation and maintenance are difficult can be solved; the household user can enjoy safe, intelligent, comfortable, low-carbon and convenient personalized smart life with low cost.

As shown in connection with fig. 1-9, the main housing 2 may include an equipment area 21 located at an upper portion and a wiring management area 22 located at a lower portion in some embodiments. The equipment area 21 may include a system operation area 21a, a built-in equipment area, and an equipment compartment 21c for external equipment installation, and the wiring management area 22 may include a wiring compartment 220 disposed therethrough. The inner side surface of the equipment bin 21c, the inner side surface of the wiring bin 220 and the outer side surface of the main box body 2 are respectively provided with a first power supply interface, a first information interface, a second power supply interface, a second information interface, a third power supply interface and a third information interface, and the problems of indoor pre-buried or exposed wired intelligent equipment wiring management, communication and control can be solved. The lateral surface of the main box body 2 can be further provided with a plurality of LED lamp belts, the LED lamp belts are provided with illuminating lamps, atmosphere lamps, function auxiliary lamps, night lamps and other illuminating function positioning devices, and more intelligent illuminating effects can be realized through combined illumination. The side all around of the rectangular body shape basement 20 of a word of ware font all is perpendicular rather than the back, can avoid the user side atmosphere light to penetrate user's eyes directly when positive position, influences user experience, still can avoid the user to see power and the information interface that the side set up when positive position, influences indoor pleasing to the eye.

The front surface of the substrate 20 protrudes outward to form a device area 21, so that the thickness of the device 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, and the device area 21 can contain more intelligent devices. The equipment area 21 is all around for the inclined plane design, forms inclined plane 211, lower inclined plane 214, left inclined plane 212 and right inclined plane 213, and not only beautifully also can avoid sharp-pointed perpendicular right angle to hurt the user, still can convenience of customers operate the intelligent system on the inclined plane, promotes the irradiation range in lamp area on the inclined plane, and the interior sensor of being convenient for contacts indoor air more and carries out environmental detection. The wiring management area 22 is designed to be ultrathin, covers the indoor installation of a general 30CM standard strong and weak current bottom box or a wire passing box, and is convenient for a user to conceal the bottom box, wire connection, power taking and home wiring management. Generally, the thickness of the wiring management area 22 can be less than 1.8CM, which is similar to the thickness of a common home decoration skirting line, the installation elevation of the bottom of the wiring cabin is generally 30CM, and the height of the ultrathin wiring management area is about 50CM from the ground to the raised equipment area 21, so that a user can place furniture below any height on the wall, thereby keeping the indoor appearance and coordination.

The built-in equipment area may include an upper built-in equipment area 21b and a lower built-in equipment area 21 d. The intelligent system operation area 21a, the upper built-in equipment area 21b, the equipment bin 21c and the lower built-in equipment area 21d are sequentially arranged from top to bottom. The upper built-in equipment area 21b can be internally integrated with a plurality of wireless communication modules such as RF, Wifi, Bluetooth, Zigbee, NB-IoT, 4G/5G and the like, so that the communication and control problems of indoor wireless intelligent equipment can be solved; the integrated router module can realize the routing function without externally arranging a wireless router by a user, so that the equipment bin 21c has more spaces for installing other intelligent equipment. The user mobile terminal can also access the robot intelligent weak current box through various wireless communication modes, remotely start various application software of the system, facilitate the system management of freely expanded networking wireless/wired intelligent equipment of a user and provide needed personalized intelligent service for the user. The front plane, the left inclined plane and the right inclined plane of the upper built-in equipment area 21b are respectively provided with a plurality of heat dissipation holes 21b1, and the bottom of the front plane can be provided with a 2# camera module 21b 2.

The lower built-in equipment area 21d can be built with a high-power full-frequency sound box, and the problems that the traditional talkback extension set is small in sound, poor in quality and necessary to talkback at a close distance are solved. The front plane, the left inclined plane and the right inclined plane of the lower built-in equipment area 21d are respectively provided with a plurality of sound box sound outlet holes 21d1, the sound volume, tone and other problems can be effectively improved by designing the sound outlet holes with wide front sides, and the sound output requirements of users on voice guidance and care of entertainment, leisure, learning, interaction and handicapped people can be met. The inner sides of the tops of the left inclined surface and the right inclined surface of the lower built-in equipment area 21d can also be provided with vent grooves 21d2 for communicating the sound box with the equipment bin 21c, and the vent grooves 21d2 can be used for air intake of the sound box and can also promote air flow between the equipment bin 21c and the sound box, so that heat dissipation of the equipment is facilitated.

The smart system operation control of the smart system operation area 21a includes contact operation control and noncontact operation control. The touch operation control can comprise touch display screen operation control and intelligent key operation control. Non-contact operation control can be including making a video recording module video and body temperature discernment operation control, microphone array speech recognition operation control, distance sensor location 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's operation control mode for the user provide more wisely, more swiftly, more comfortable, more beautiful user experience.

The intelligent system operation area 21a may be embedded with a # 1 camera/body temperature/illuminance sensor module 21a1, a touch display screen 21a2, a microphone array 21a3, a multi-channel smart key 21a5, and a distance sensor 21a 4. The 1# camera/body temperature/illuminance sensor module 21a1, the touch display screen 21a2, the microphone array 21a3, the multi-channel smart key 21a5 and the distance sensor 21a4 are sequentially arranged on the upper inclined plane 211 from top to bottom. The camera module (1# camera and 2# camera) video identification, the microphone array 21a3 and the distance sensor 21a4 can facilitate the system to acquire remote voice and human body positioning and posture information of a user, so that the main box body can remotely talk or actively interact with human body perception and establish a home security alarm system of full-space three-dimensional perception, and the problems of difficult installation, high false alarm rate and the like of the traditional home security multi-sensor, multi-equipment and multi-cable are solved; the problem that the traditional interphone is required to be installed at the hallway position is also solved, so that the main box body can realize the function of real-time interphone while opening and closing the door at the non-hallway position (such as a living room).

The microphone array 21a3 can be used to realize the voice recognition operation control of the intelligent system, and the user can instruct the system to execute the instruction to switch the system picture to the television for display or instruct the system to execute the instruction to control the set-top box and adjust the set-top box to output the related content by the remote voice instruction, such as: if the system automatically turns on the television and turns on the set-top box, and the television input signal is switched to the set-top box signal input, the user can watch the television content output by the set-top box; or the system automatically turns on the television and switches the television input signal into the intelligent system output signal when the user watches a large screen in a small box, so that the user can synchronously experience the display content of the touch display screen of the intelligent equipment in a high-definition, full-screen and real-time manner through the television.

The # 1 camera/body temperature/illuminance sensor module 21a1 is located on top of the upper inclined plane 211 and may be arranged in a transverse row. The body temperature sensor can be an infrared body temperature sensor, so that the system can conveniently acquire the healthy body temperature information of the user, and relevant health services are provided for the user. The 1# camera and the 2# camera are both stereo cameras, the 1# camera is mainly used for video monitoring, general video talkback and video interaction functions, the 1# camera and the 2# camera are combined to mainly meet the functions of high-definition stereo talkback, interaction, remote diagnosis, image design, 3D fitting, stereo games and the like of a user, high-definition stereo interaction and communication can be performed on the scene of the opposite party with the user through equipment such as VR and the like, and the user can experience various software applications based on own stereo images through a high-definition television large screen.

The distance sensors 21a4 are respectively disposed on the left and right sides of the smart key 21a5, and are respectively disposed at the junctions of the upper inclined plane 211, the left inclined plane 212, and the right inclined plane 213. The distance sensor 21a4 can be used to realize positioning operation control, posture and gesture recognition operation control of the intelligent system. The distance sensors 21a4 are obliquely arranged at a certain angle to ensure that the maximum angle can detect objects in the space below the height level of the indoor sensor, and the combination of the two distance sensors can detect the objects within the range of 180 degrees, so that the comprehensive full-three-dimensional sensing detection function of the space where the intelligent weak-current box of the robot is located can be realized, the traditional indoor door magnet, window magnet, infrared detector, infrared correlation and other security equipment and connecting cables can be avoided by combining a software system algorithm and/or a built-in camera, the comprehensive three-dimensional space sensing home security alarm system and the remote man-machine interaction function can be quickly realized, and the problems of the traditional visible intercom position fixing, the pipeline fixing and the close-distance passive interaction can be avoided; when the user walks in the space, the system can know the position of the user, when the user walks, the user sits down in a stationary position, the system automatically judges that the user stays for a long time at the position according to the position of the last stationary point, if the user does not move for a certain time, the user can be reminded by voice care, or intelligent experience service can be actively provided for the user by combining time, user identity, physical condition, environmental condition and the like. For example, (1) after the system senses that the user goes to the sofa with a television and sits down for a user-defined time, the system automatically reminds whether the user needs to start the television or not by voice, if the user is more than 5 meters away from the box body, the voice cannot issue a control instruction, the user can also inform the system to start the television by quickly swinging the left and right of the lifting hand, and if the user does not respond or walks away, the system regards the user as not wanting to watch the television temporarily; (2) when a user getting up in the morning enters a living room, the system senses that the user gets up and enters the living room, the system automatically turns on the television and the set top box, keeps the television input signal as the set top box output signal and starts to play related news of the television; (3) when the user sleeps at night, the system senses that the user gets up and walks into a bedroom for a user-defined time, the system starts a sleeping mode by default, a television and a set top box are turned off, indoor space arrangement is started, and a touch display screen enters a dormant state; (4) in morning work hours, after the system senses that a user leaves the user-defined time from an entrance door, the system starts a leaving mode by default, a television and a set top box are closed, the system starts indoor space defense arrangement, and a touch display screen enters a dormant state.

The touch screen 21a2 may be a high-definition liquid crystal touch screen with vertical or horizontal screen display in some embodiments, and the user may indicate the system switching device or the tv set-top box or other intelligent hardware pictures and control content to the tv set to display related content on a large screen in multiple ways. The intelligent keys 21a5 are usually provided with a plurality of intelligent keys and can be arranged below the touch display screen 21a2 in parallel, a user can realize the intelligent key quick operation control of the intelligent system through the intelligent keys 21a5, and all people including the old, children, the vision disabilities, the hearing disabilities, the low cultural level and other special people can conveniently and quickly operate the intelligent systems. The smart keys 21a5 may include a smart key, a number key, a confirm key, a direction key, a cancel key, an on/off key, wherein the direction key may include an up key, a down key, a left key, and a right key, the number key may include numbers 0 to 9 keys, and the smart key may include a health key, a television key, an air conditioner key, an entertainment key, a video key, a voice key, an education key, an environment key, a property key, a scene key, an assistant key, a smart key, a lighting key, a defense or disarming key. The intelligent system can automatically execute the related software system according to the instruction function set by self-defined short press, long press or short press of two or more combined keys (such as an intelligent key and a confirmation key, and the intelligent key and a number key and the confirmation key). For example, the user selects the up key to turn up, the down key to turn down, the left key to execute the previous instruction, and the right key to execute the next instruction; if the user wants to switch the picture to the television for display in the process of operating the software, the user can press a television key and a confirmation key to switch the current system to the large screen of the television for display, and if the user wants to switch to watch the television again, the user only needs to press the television key for a long time; when the key is pressed at each step, a screen display and/or voice and/or flashing light can be provided to remind the user of executing the instruction, for example, the user operates by mistake or quits the software operation, and the user only needs to directly press a cancel key. As another example, (1) "healthy" smart key: health key + confirmation key represents a health reporting program running the health system; the health key +2+ confirmation key represents a body temperature measuring program for operating the health system and reminds a user to start measuring the body temperature; the health key +3+ confirmation key represents a heart rate measuring program for operating the health system, and reminds a user to start measuring the heart rate and asks the user to press a finger on the detection sensor; the health key +5+ ok represents a machine diagnostic program running the health system and begins to ask the user where it is uncomfortable; the health key +8+ confirmation key represents a scanning hospital diagnosis program for operating the health system and reminds a user of placing a hospital diagnosis list in a designated area in front of the camera, and the distance and the holding time; the health key +9+ confirmation key represents an OCR recognition program for running the electronic hospital list file of the health system, and reminds a user to load the scanned or photographed electronic hospital list file for recognition; the user presses the health key +0+ the confirmation key, the system automatically starts a health report program, and a screen display/voice inquiry is made to report the health report of which user, and the user number system input by the user automatically generates a related health report according to the collected health data of the user; (2) "air conditioner" smart key: the air conditioner key and the confirmation key indicate that the air conditioner program is operated and the air conditioner of the space where the equipment is located is started, the upward key is pressed once to indicate that the air conditioner is turned up by 0.5 degrees, and the downward key is pressed once to indicate that the air conditioner is turned down by 0.5 degrees; the air conditioner key +2+ confirmation key indicates that the air conditioner program is operated and the air conditioner in the bedroom is started, the upward key is pressed once to indicate that the air conditioner is turned up by 0.5 degrees, and the downward key is pressed once to indicate that the air conditioner is turned down by 0.5 degrees; (3) "entertainment" smart key: when a user presses an entertainment key and a confirmation key, the entertainment system automatically defaults to play a music program and defaults to play songs which are not played last time; the user presses the entertainment key +1+ the enter key, the entertainment system automatically plays the radio, presses the up key to turn up the volume by 1 level, presses the down key to turn down the volume by 1 level, presses the left key to switch a search channel forward, and presses the right key to switch a search channel backward; the user presses the entertainment key +2+ the enter key, the system automatically starts a film playing program war column, the volume is increased by 1 level by pressing the up key, the volume is reduced by 1 level by pressing the down key, a film series is switched forwards by pressing the left key, a film series is switched backwards by pressing the right key, the user presses the television + the enter key again, and the system automatically switches a film interface to a large screen display on the television; the user presses the entertainment key plus 10 plus the enter key, the system automatically starts the jumping game, the user presses the television plus the enter key, and the system automatically switches the software interface to the large screen display on the television; (4) "video" smart key: the user presses the video key +1+ the enter key, the system automatically starts a video interaction program and dials a number to a corresponding parent, and if the user presses the television key + the enter key again, the system automatically switches the video interaction content to a large screen on a television for displaying and playing interaction sound (through interactive input of a microphone array and a camera); the user presses the video key +0+ the enter key, the system automatically starts a video monitoring program, and displays all monitoring pictures of the equipment and the networked cameras in real time by picture division, and if the user presses the television key + the enter key again, the system automatically switches a monitoring interface to a large screen on a television for display; (5) "Audio" smart key: the user presses the audio key +1+ confirmation key, the system automatically starts an audio interaction program and dials a number to a corresponding parent; (6) "education" smart key: the user presses an education key +5+ a confirmation key, the system automatically starts education listening software, and defaults to play the electronic book which is not listened last time for reading, the volume is increased by 1 level by pressing an up key, the volume is reduced by 1 level by pressing a down key, a chapter is switched forwards by pressing a left key, a chapter is switched backwards by pressing a right key, the user presses a television + the confirmation key again, and the system automatically switches an electronic book interface to a large screen display on the television; the user presses an education key +1+ a confirmation key, the system automatically starts infant English teaching software, defaults to play the teaching contents which are not learned last time, increases the volume by 1 level by pressing an up key, decreases the volume by 1 level by pressing a down key, switches a chapter forward by pressing a left key, switches a chapter backward by pressing a right key, presses a television key + a confirmation key, and the system automatically switches a teaching interface to a large screen on a television for display; the user presses an education key plus a2 plus a confirmation key, the system automatically starts English voice interaction environment software, actively initiates interaction or content which is not interacted last time, and automatically switches a teaching interface to a television to be displayed on a large screen by the system when the user presses the television plus the confirmation key; (7) "Environment" smart key: the user presses an environment key and a confirmation key, the system automatically starts an environment report program, and screen display/voice report is carried out on the environment data obtained by a sensor and a networking sensor arranged in the current equipment, and reminds the user of which air or which time interval has problems in air quality, the user is advised to improve the processing, the volume is increased by 1 grade by pressing an up key, the volume is decreased by 1 grade by pressing a down key, a chapter is switched forwards by pressing a left key, a chapter is switched backwards by pressing a right key, and the environment data interface is automatically switched to a large screen display on a television by pressing a television key and a confirmation key; the user presses an environment key +1+ an enter key, the system automatically starts a weather forecast program, and displays/reports the weather condition of the day through a screen, and reminds the user of the current going-out notice according to the weather condition; (8) "Property" smart key: the user presses the property key +0+ the enter key, the system automatically starts the equipment fault report program, and screen display/voice prompt the user to submit the fault description and the basis on the relevant graph, the user presses the television key + the enter key, and the system automatically switches the fault report program interface to the large screen display on the television; the user presses the property key +1+ the enter key, the system automatically exchanges programs with the property service center video, the user presses the television key + the enter key, and the system automatically switches the program interface of the fault report to the large screen display on the television; (9) "scene" smart key: the user presses a scene key plus 5 plus a confirmation key, the system automatically starts the entertainment scene of the television, the system automatically turns off the illuminating lamp, turns on the atmosphere lamp and switches to the playing channel of the television; the user presses a scene key +6+ a confirmation key, the system automatically starts a movie entertainment scene, the system automatically turns off the illuminating lamp, turns on the atmosphere lamp and switches to a movie playing program; the user presses a scene key +1+ a confirmation key, the system automatically starts a scene of going home, automatically starts an illuminating lamp, an intelligent curtain, an air conditioner, a television and the like, and reports the indoor environment condition; the user presses a scene key +2+ a confirmation key, the system automatically starts a scene away from home, automatically closes an illuminating lamp, an intelligent curtain, an air conditioner, a television and the like, and reports the weather condition and the departure notice; (10) "assistant" smart key: the user presses the assistant key +1+ the enter key, the system automatically starts the translation program and reminds the user to input the translation output language, and the user presses the television key + the enter key, and the system automatically switches the translation content interface to the large screen display on the television; the user presses the assistant key plus 0 plus the confirmation key, the system automatically starts a 3D fitting program of the male owner, simultaneously switches a fitting program interface to a large-screen display on a television, and reminds the user to stand in a corresponding area to start scanning the three-dimensional image of the human body after inputting relevant special information; (11) "wisdom" smart key: the user presses the intelligent key plus the confirmation key or presses the intelligent key for a long time, the system automatically and visually displays the switching conditions of all intelligent equipment of the whole family in a plan view form, if the switching conditions are red in the starting state, gray in the closing state and equipment faults in the flashing state, if the faults exist, the system can remind the faults to exist in a voice/flashing/screen display mode, and the user presses the television key plus the confirmation key, and the system automatically switches a software interface to a large-screen display mode on a television; the user presses the intelligent key +1+ the enter key, the system automatically starts the female owner image design program and starts the three-dimensional camera, the system automatically informs the user that modification is needed, the user presses the television key + the enter key, and the system automatically switches the design interface to the large screen display on the television; (12) "light" smart key: the user presses the lighting key + the confirmation key for a long time, the system automatically and visually displays the switching conditions of all lighting equipment of the whole family in a plan view mode, if the switching conditions are red in the starting state, gray in the closing state and equipment faults in the flashing state, and if the faults exist, the system can remind the faults to exist in a voice/flashing/screen display mode, and the user presses the television key + the confirmation key, and the system automatically switches the software interface to the large-screen display mode on the television; the user presses the lighting key for a short time or presses the lighting key plus 1 plus the enter key for a long time, the system automatically turns on the main lighting lamp, then presses the bright key for a short time or presses the bright key plus 1 plus the cancel key for a long time, and the system automatically turns off the main lighting lamp; the user presses the lighting key for 2 times or presses the lighting key plus 2+ confirmation key for a long time, the system automatically turns on the equipment atmosphere lamp, then presses the lighting key for 2 times or presses the lighting key plus 2+ cancel key for a long time, and the system automatically turns off the equipment atmosphere lamp; (13) intelligent key of "arming or disarming": the user presses the defense deployment key for a long time, the system automatically starts defense deployment, and the voice reminds the beginning or success of the defense deployment; the user presses the disarming key for a long time, and the system automatically displays on a screen/reminds the user to input a disarming password to confirm identity.

The bottom of the upper inclined plane 211 can be transversely provided with an upper inclined plane lamp strip 21a6, which is beneficial to increasing the irradiation range of the lamp strip. The upper bezel light strip 21a6 is disposed adjacent to and below the smart key 21a5 and provides lighting for the smart key 21a 5. The upper inclined planes 211 on the left side and the right side of the upper inclined plane light strip 21a6 can be further provided with a blood pressure/blood oxygen/heart rate/respiratory rate detection sensor 21a7, the right inclined planes 213 can be further provided with a fingerprint sensor 21a9, the top of the right side of the substrate 20 is provided with a privacy switch 209, the installation height of the system operation area 21a is about 1.4 meters, the installation height of the system operation area is basically consistent with that of a traditional intercom extension set, and the system operation device is attractive and convenient for users to operate. The privacy switch 209 can manually turn off the sensors related to the user privacy, such as a camera, a microphone array, a distance sensor and the like, when the user has a privacy requirement, so that the user privacy safety is protected; the privacy security of the user can be protected by intelligently turning off the power supply of the privacy sensor through software/a touch screen and the like, and the user can freely select a turning-off mode according to the privacy requirement and habit; the communication monitoring system can also judge whether illegal network intrusion exists or not through network flow surge or running programs under the state of a non-local instruction or a remote unauthorized instruction, if the illegal network intrusion is judged, the system automatically turns off the power supply of the privacy sensor, and the user is reminded of paying attention to privacy protection in multiple ways.

In addition, a CO2 sensor, a temperature and humidity sensor, a VOC sensor, and a CO sensor may be further built in the upper inclined plane 211 of the system operating area 21a, and in combination with a built-in camera, a distance sensor, a microphone array, a touch display screen, an intelligent key and an AI processing core, the characteristic that related equipment installation such as a robot intelligent weak-current box optical fiber is in the home, a set-top box and the like and home wiring management need to be mainly performed is utilized, so that a user can experience an environment monitoring function free or at low cost, a home can maintain a healthy air environment, and the home user can enjoy safe, intelligent, comfortable, low-carbon, convenient and personalized smart life at low cost. The CO2 sensor is installed at a position about 1.1M away from the ground level, so that the required installation height is met, and the raised box body is favorable for the sensor to contact more air. The positions of the left inclined surface 212 and the right inclined surface 213 corresponding to the health sensor module and the environmental sensor module may further be provided with vent holes 21a8 used as sensor detection holes or heat dissipation holes.

Generally, the system standard is equipped with a plurality of network communication modules, such as Wifi modules, wireless routers, bluetooth, infrared, etc., and can be used to realize the mobile terminal APP software operation control of the intelligent system operating area 21 a. The user removes the end accessible many wireless communication modes and visits the intelligent weak electronic box of robot to can long-rangely open various application software of system, when system program operation, if the system perception user is in TV set opposite side sofa or when perceptible indoor simultaneously, the TV is opened automatically to the system, and switch into system output signal with TV input signal, the user can be through the synchronous high definition of TV, full screen, watch the content of the intelligent weak electronic box touch display screen of robot in real time, simultaneously through corresponding program switch of APP software operation and daily operation.

In addition, the robot intelligent weak current box is generally provided with a bluetooth/infrared remote controller in a wireless mode, and the like, and can be used for realizing the voice mouse remote control operation control of the intelligent system operation area 21 a. The remote controller is provided with a television and robot intelligent weak current box icon (box mark) key, and a user presses the television key, namely the system starts the television and the set top box; if the user presses the box label key, the system automatically switches the television input signal into a system output signal, and synchronously displays the content of the touch display screen in a high-definition and real-time manner; the user can also tell the remote controller 'small box and watch TV' by voice, then the system automatically opens the TV and finds out 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; if the user informs the remote controller of 'small box and large screen' by voice, the system automatically turns on the television and switches the television input signal into the system output signal, the user can watch the contents of the touch display screen of the intelligent weak current box of the robot in real time through the television with high definition and full screen synchronously, and simultaneously appoints a corresponding program switch and daily operation through a mouse point, and can also inform the system of the operation of a certain program and program contents by voice.

The linkage operation control of the intelligent system operation area 21a can be realized by: when the intelligent system of the intelligent weak battery box of the robot is controlled by touch display screen operation control, intelligent key operation control, microphone array voice recognition operation control, distance sensor positioning operation control, posture and gesture recognition operation control and mobile terminal APP software operation, if a user starts a certain function for self-defining times, 60% of users can be actively switched to a television large screen for display, and the system judges that the function is started next time by the user, and the function is automatically switched to television synchronization, high definition and real-time large screen for display; on the contrary, if the user turns on a certain function for the self-defined times, 60% of the users turn off the large screen display of the television, the system judges that the television is not turned on synchronously for the large screen display when the user turns on the function next time.

From this, this weak current case of robot intelligence utilizes the many intelligent input characteristics of self, through the swift control mode of multiple easy operation, for the user passes through the big screen display of TV and shows the user experience who has created a swift, wisdom, high-efficient, real-time sharing, interaction and control, reduces the wisdom family to the TV performance requirement, lets traditional TV also can provide wisdom experience for the user, let ordinary family can both enjoy wisdom, safety, health, comfortable, convenient, low carbon and be full of the family living environment of caring.

The equipment bin 21c is mainly used for installing optical fiber home-entry related intelligent equipment in the bin and protecting the intelligent equipment from loosening easily, equipment interfaces from being safe and wires from being hidden. The equipment bin 21c may include a mounting seat for mounting and fixing the external smart device, a bin cover detachably mounted on the substrate 20, a first wire passing hole 21c6 for communicating the equipment bin with the outside, four box fixing holes 205 penetratingly disposed on the substrate 20, a first power interface and a first information interface disposed on an inner side of the equipment bin 21c, a first wire routing groove 201 longitudinally penetratingly disposed in the middle of the substrate 20, and a plurality of first wire arranging beams 206 disposed at horizontal intervals across the first wire routing groove 201. The first wiring groove 201 can enable the connection line between the devices not to occupy the thickness space of the device cabin, and the space utilization rate in the cabin and the wiring management effect are improved. The first wire passing holes 21c6 may be respectively penetratingly disposed at left and right sides of the bottom of the equipment compartment 21c, and in this embodiment, the first wire passing holes 21c6 may be HDMI output wire passing holes for passing HDMI cables.

The four box fixing holes 205 may be respectively located at four corners of the equipment compartment 21c, and are used for closely fixing the base 20 of the main box 2 to the installation wall through the four box fixing holes 205. Before the user installs main tank body 2, paste the installation wall with box size paper earlier, mark the mounting point and beat the screw, fix the box on the wall through corresponding box fixed orifices 205 and screw again, accomplish the installation of main tank body 2 promptly. After the installation is finished, the box body fixing hole 205 is installed under the bin cover in a concealed mode, and the appearance of the box body is protected to be attractive. In addition, the two box fixing holes 205 positioned below are positioned near the upper part of the sound box, so that the vibration of the sound box output sound can be prevented from influencing the stability and safety of the whole system. The mounting seat can comprise a plurality of rows of equipment fixing holes 204 and a plurality of rows of horizontal movable adjusting mounting grooves 203 which are arranged on the substrate 20, and the problem that equipment cannot be fixed according to a certain standard due to different specifications of the mounting seat of different equipment types can be solved. The plurality of rows of horizontal movement adjustment mounting grooves 203 may be disposed at the right side of the base 20, and the plurality of rows of equipment fixing holes 204 may include a left plurality of rows of fixing holes disposed at the left side of the base 20, and a middle plurality of rows of fixing holes disposed at the middle of the base 20 and disposed near the left and right sides of the first wire routing groove 201. If the specification of the installation equipment is not large, and the width of the installation equipment does not reach the left multiple rows of fixing holes and the multiple rows of horizontal movable adjusting installation grooves 203 on the left side and the right side, the installation and the fixation can be carried out by using the middle multiple rows of fixing holes. In addition, the fixing holes in multiple rows can also play a role in fixing the cables.

The first power supply interface and the first information interface may be disposed at the top of the equipment bin 21c 6. The top left side of the equipment bin 21c is provided with a terminal row 21c1 and the top right side is provided with an interface row 21c 2. The first power interface may include a plurality of first low-voltage power output interfaces disposed on the terminal block 21c1, which may include a number of 9VDC interfaces and a number of 12VDC interfaces. The first information interface may include an interface bank 21c2, a lamp control bus and a lamp hole switch provided on the terminal bank 21c1, and an RF infrared emission lamp interface, a fixed RF infrared emission lamp 21c5 provided between the interface bank 21c2 and the terminal bank 21c 1. The interface bank 21c2 may include a number of first network interfaces, a number of first telephone interfaces, a number of first television interfaces, and a number of memory card interfaces, such as a router module WAN interface, a LAN1/LAN2 switching network interface, a television network switching input interface (TV-LAN IN), a telephone network switching input interface (TEL IN), a dual memory card interface, etc. The first low-voltage power supply output interface can supply power for equipment installed in the equipment bin, and the lamp control bus and the lamp hole switch interface can realize intelligent control on a light loop through an external light control module or loop when the back of the intelligent weak current box of the robot covers a room light control panel; the double memory card interfaces can facilitate the user to expand the memory capacity of the intelligent weak current box of the robot, and can separately set memory cards for storing large-capacity recording files of video monitoring and interaction or software downloading, so that the influence on the running speed of the system due to the occupation of the memory space of the system is avoided, and the system can provide smooth intelligent experience for the user for a long time; the RF infrared emission lamp interface 21c4 and the fixed RF infrared emission lamp 21c5 are mainly installed on an external infrared remote control lamp, a set-top box and other infrared remote control devices (if the infrared receiving end of the intelligent device faces upwards, only the fixed RF infrared emission lamp 21c5 is used for control), so that the system can perform infrared learning control on the infrared remote control device, and the problem that the infrared remote control device cannot interface infrared remote control commands when being installed on the back side of the equipment bin in parallel is avoided. The router module WAN interface of the equipment room 21c and the LAN1/LAN2 switching network interface are WAN input interfaces of the built-in router module, and the LAN1/LAN2 switching network interface and the LAN3 to LAN10 interface at the lower part of the main box body constitute a built-in network switching module. The TV-LAN IN interface of the equipment room 21c can be directly connected to the iTV output interface of the optical modem, and forms a built-IN TV network switching module with the TV-LAN 1-TV-LAN 4 interfaces at the lower part of the main box. The TEL IN interface can be directly connected with the telephone interface of the optical modem and forms a built-IN telephone network switching module with the TEL 1-TEL 4 interfaces at the lower part of the main box body.

The cartridge cover may in some embodiments comprise an interface protection cover 27 and a plurality of sets of segment covers 28 arranged longitudinally below the interface protection cover 27 in sequence. The interface protective cover 27 covers the first power interface and the first information interface, and can play a role in protecting the interface from being safe and hiding the wiring, so that the wiring in the equipment bin can be kept hidden and attractive in appearance in case that a special device is abnormal and the sectional cover 28 cannot be covered. The interface protective cover 27 may include a partition 277 disposed perpendicular to the base 20, and the bottom of the upper recessed equipment area 21b and the partition 277 define an interface protective pocket therebetween for receiving the terminal row 21c1, the interface row 21c2, and the like. The partition 277 further has a through hole 276 for passing the fixed RF ir-emitting lamp 21c5 and a plurality of third wire passing holes 273 for wire passing. The underside of the partition 277 may also be provided with a plurality of lifting rings 271. The arrangement of a plurality of rows of equipment fixing holes 204, a plurality of rows of horizontal movable adjusting mounting grooves 203 and a plurality of top hoisting rings 271 can solve the problem that equipment cannot be installed according to a certain standard because the specifications of mounting seats of different equipment types are different; if some equipment do not have the fixing base or the equipment of hoist and mount originally accessible hoist and mount ring 271 fixed equipment, avoid the unable fixed and in disorder problem of piling up of equipment, promote the incasement wiring management effect.

The interface protection covers 27 are snap-fitted with the upper built-in device area 21b at the upper portion thereof and the segment covers at the lower portion thereof, respectively. In this embodiment, the upper side of the interface protection cover 27 is provided with a square clip strip 275 that is snap-fitted to the bottom of the upper built-in device area 21b, and the lower side of the interface protection cover 27 is provided with a triangular clip strip 274 that is snap-fitted to the top of the segment cover 28. The left side and the right side of the interface protective cover 27 can be respectively provided with a screw hole 272 which longitudinally penetrates through, the interface protective cover 27 can be fixed at the bottom of the upper built-in equipment area 21b through the screw hole 272 in a threaded manner, in addition, the screw hole 272 can not be seen from the front surface of the box body, and the appearance of the box body is protected to be attractive.

The multi-set segmented cover 28 includes a plurality of sets of fixed-width segmented covers and/or a plurality of sets of adjustable-width segmented covers, and a plurality of heat dissipation holes 280 are distributed on the front plane, the left inclined plane and the right inclined plane of each set of segmented cover 28. The design of segmentation lid can let equipment room mutual independence installation, avoids equipment to expose and crosstalk each other to promote equipment operation security and stability, protective apparatus and user safety promote the wiring management effect simultaneously, keep the case clean and tidy pleasing to the eye outward. If the shape of individual intelligent equipment is abnormal, equipment can be installed in a wall-hanging mode through the top hoisting ring 271, and a segmented cover can not be installed behind the fixed equipment, so that the equipment cannot be installed in a pulling mode due to the fact that the equipment cannot be installed. In addition, the height of the equipment bin exceeds 1M, the basic requirement of the installation height of a built-in or bin-mounted wireless router 1M or above can be met, and the situation that optical fiber home-entry related equipment is separately installed to influence indoor attractiveness is avoided. The upper side or the lower side of at least one group of the multi-group of the segmented covers can be further provided with a partition wall 287 and a plurality of heat dissipation holes distributed on the partition wall 287, and the partition wall 21 can enhance the mutual isolation between the devices. The upper side and the lower side of each group of the segmented covers 28 are respectively provided with a buckle structure which can be matched with each other in a convex-concave manner, in the embodiment, the upper side and the lower side of each group of the segmented covers 28 are respectively provided with a triangular groove 288 and a triangular convex strip 289 which are matched with each other in a convex-concave manner, and the adjacent two groups of the segmented covers 28 are mutually matched with each other in a buckle manner through the triangular groove 288 and the triangular convex strip 289, so that the connection is more stable. The top wall of the lower interior equipment region 21d may further have a locking portion that is locked with the triangular groove 288 or the triangular protrusion 289, so that the lower interior equipment region 21d is locked with the segment cover.

Each set of adjustable width segmented covers may include left and right sliding segmented covers 28a and 28b that are inserted into each other and can slide relative to each other. Two pins 284 which are arranged at intervals are respectively and horizontally extended inwards from the back part of the left side wall of the left sliding segmented cover 28a and the back part of the right side wall of the right sliding segmented cover 28b, inserting holes 202 are respectively formed on the left side surface and the right side surface of the base 20 corresponding to the pins 284, and the left sliding segmented cover 28a and the right sliding segmented cover 28b can be respectively inserted into the corresponding inserting holes 202 through the respective pins 284. A plurality of inserts 281 are correspondingly disposed on the left sliding segment cover 28a and the right sliding segment cover 28b, respectively (in this embodiment, four inserts 281 are correspondingly disposed on the left sliding segment cover 28a, and three inserts 281 are correspondingly disposed on the right sliding segment cover 28b), and a slot 282 is formed between every two adjacent inserts 281. Left side slip segmentation lid 28a and right slip segmentation lid 28b are through a plurality of cuttings 281 and slot 282 cross connection between to can slide along left and right direction in order to adjust the width of segmentation lid, satisfy the segmentation and cover the interior installation different size, the different type smart machine of difference. The cross connection of the plurality of inserting bars 281 and the inserting grooves 282 can also ensure the stable and firm connection of the left and right sliding sectional covers after the width of the sectional covers is adjusted.

In addition, at least one of the sliding contact surfaces of the left sliding section cover 28a and the right sliding section cover 28b, which are matched with each other, is provided with a sliding groove and sliding rail structure which is matched with each other in a convex-concave manner, so that the stability of the left and right covers in plugging and relative sliding is improved. In the present embodiment, the upper and lower sides of each insert 281 of the left and right sliding segment covers 28a and 28b are respectively formed with a concave triangular sliding groove and a convex triangular sliding rail. A plurality of left locking grooves 285 and a plurality of right locking grooves 286 with opposite openings can be formed on at least one mutually matched sliding contact surface of the left sliding segmented cover 28a and the right sliding segmented cover 28b respectively along the sliding direction of the sliding contact surfaces, the left locking grooves 285 and the right locking grooves 286 are spliced mutually to form a locking hole, the left sliding segmented cover 28a and the right sliding segmented cover 28b can penetrate through the locking hole through a locking pin after the width of the left sliding segmented cover 28a and the right sliding segmented cover 28b is adjusted, and the left sliding segmented cover 28a and the right sliding segmented cover 28b are mutually locked. In this embodiment, the left locking groove 285 and the right locking groove 286 are both semi-circular arcs, and are spliced to form a circular locking hole; the right locking groove 286 is formed on the upper side of one insert 281 of the right sliding segment cover 28b on the upper portion, which can reduce the complexity of processing.

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 large aperture, so that the antenna can be conveniently unfolded and mounted on the special equipment without affecting the appearance of the box body. The width-adjustable segment cover may be divided into a transparent cover (provided with the antenna mounting hole 283) and a blocking cover (provided with the partition wall 287) according to whether the antenna mounting hole 283 and the partition wall 287 are provided. The transparent cover and the partition cover can be freely combined and adjusted, and the design of left and right cross connection with adjustable width can meet the requirement of installing intelligent equipment with different sizes and types in the equipment bin.

Because the fixed width subsection cover is fixed in width, the fixed width subsection cover can be an integral large-section cover 28d which is manufactured integrally, and can also be assembled by a left fixed subsection cover and a right fixed subsection cover which are mutually matched left and right in a detachable or non-detachable mode such as buckling, screw connection and the like. The integral large-section cover 28d can be detachably fixed on the base 20 by means of buckling, screwing and the like, in this embodiment, the back of the left side wall and the back of the right side wall of the integral large-section cover 28d respectively extend inwards to form two buckles 28d1 which are clamped with the insertion holes 202, the cross section of the buckle 28d1 is arc-shaped, and the cross section can also be square, trapezoid, triangle and the like, and the fixed-width sectional cover can be buckled and fixed on the base 20 by the buckle 28d 1. In other embodiments, the integral large section cover 28d can be connected to the base 20 by a single door, and the left and right fixed section covers can be connected to the base 20 by double doors. It is to be understood that the fixed-width segment cover may be divided into a through cover and a partition cover according to whether the antenna mounting hole 283 and the partition wall 287 are provided. The transparent cover, the partition cover, the fixed-width segmented cover and the adjustable-width segmented cover can be freely combined, adjusted or replaced for use, and various installation requirements of users are met.

The wiring management area 22 is located at the lower portion of the main box 2, and may include a wiring bin 220 disposed in a penetrating manner, a cover plate 221 detachably covering the wiring bin 220, a second wire passing hole for communicating the wiring bin 220 with the outside, and a second power interface and a second information interface disposed at an inner side surface of the wiring bin 220. A second wire arranging cross beam 222 is horizontally arranged in the wire chamber 220 to divide the wire chamber 220 into an upper chamber 220a located at the upper part and a lower chamber 220b located at the lower part. The right side of the upper bin 220a is provided with an inclined interface row 224, so that an operator can conveniently hold the cable by the left hand and fixedly install the cable by the right hand in the limited space of the wiring bin. The bottom wall of the lower magazine 220b, the left side wall of the upper magazine 220a, and the front face of the second wire management beam 222 may be provided with a plurality of cable fixing rings 226. The second wire management beam 222 and the cable fixing ring 226 can take on the function of a transverse wire management device in the bin, and are used for fixing and carding the cables and keeping the cables in the bin tidy. Still can transversely be provided with down inclined plane lamp area 21e on the inclined plane 214 down, lower inclined plane lamp area 21e is located near the top of wiring storehouse 220, and when near the weak current case of robot intelligence light is insufficient and install, lower inclined plane lamp area 21e can intelligently be opened and provide the illumination, and convenience of customers maintains the installation of equipment.

The second wire through hole may include an external power wire through hole 2207 and an optical fiber rubber-insulated wire through hole 2208 disposed at lower portions of left and right sides of the lower chamber 220b, and the second wire through hole is concavely disposed at a back surface of the substrate 20 and communicates the lower chamber 220b with the outside. The second power interface may include 220VAC equipment power input interface 2201 and television power output interface 2202 disposed on the left side of upper bin 220a, a second low voltage power output interface and an external extension light strip interface disposed on angled interface bar 224. Wherein the second low voltage power output interface may comprise a 9VDC interface and a 12VDC interface, the strong and weak electrical interfaces being separated by an intermediate second cabling channel 228. The power interface can solve and cover the socket and get the electricity and do not possess and cover the socket installation and get the electricity through external power supply cross the external power cord of line hole 2207 to the incasement embeds and charges and accumulate the electricity module, and external power cord gets the electricity if connect unstable or the power failure does not also influence the normal work of system, reduces power system fault rate by a wide margin, so that provide more nimble equipment fixing position for the user, and do not worry that equipment gets the electricity problem. The intelligent supply of the integrated strong and weak power in the robot intelligent weak current box can reduce the power adapters and cables of the equipment installed in the warehouse, improve wiring and management effects, and also can carry out remote electrification and energy management on the intelligent equipment installed in the warehouse on the premise of not increasing the equipment. The external expansion lamp belt interface can facilitate a user to horizontally install the expansion lamp belt outside the optical fiber rubber-insulated wire through hole 2208 (the elevation is consistent with the elevation of a 30CM socket), and the optical fiber and the lamp belt are led to a bottom box or a wire through box accessed by the optical fiber to enter a home, so that the scene experience of the user lamp belt can be increased, the optical fiber wiring can be concealed and clearly laid, the indoor environment is kept attractive, and the external expansion lamp belt interface is suitable for any old building or the optical fiber to enter the home, which cannot pass through the bottom box nearby or the optical fiber must pass through the optical fiber to enter the home to be upgraded.

The second information interfaces may include a plurality of second network interfaces 225a and second phone interfaces 226a disposed on the left and right sides of the lower compartment 220b, a multi-input/output information interface (including a plurality of wired alarm input interfaces, RF infrared transmission interfaces, and bus communication interfaces) disposed on the inclined interface row 224, a first HDMI output interface 2203 disposed on the top of the upper compartment 220a, and a community PON optical interface 2204. The PON net optical interface 2204 of the community can facilitate the PON passive optical network communication adopted by the local area network of the community, the fiber rubber-insulated wires for the residence of the community are led in the wiring bin to be directly installed from the wiring bottom box or the wiring box or the fiber rubber-insulated wire wiring holes 2208 on the left side and the right side, the problem of installation of multiple devices in traditional multi-wire pipe laying is solved, the transmission link structure and the system structure are greatly simplified, fault nodes are greatly reduced, and the intelligent network upgrading between the new and old building communities and the family is rapidly realized.

The upper side of the wiring cabin 220 is also provided with a second wiring groove 228 which extends upwards, the wiring cabin 220 is communicated with the equipment cabin 21c, the fiber leather wires entering the home are conveniently routed to the equipment cabin from the wiring bottom box or the fiber leather wire passing holes 2208 at the left side and the right side through the inside of the box body, the HDMI output wires of the optical modem are also conveniently led into the wiring cabin through the second wiring groove 228, the exposure of indoor vertical cables is avoided, and the hidden wiring of a television is also conveniently pre-embedded through the bottom box or the wiring box together with the HDMI output signals of the optical modem, the television power supply and the equipment and the television network interface cables, and the TV power supply, the HDMI output signal of the equipment and the TV network interface in the hidden wiring mode are intensively arranged in the wiring bin, so that the wiring management in the wiring bin is convenient, and simultaneously the cables are hidden, embedded and wired to the TV, the system can rapidly and intelligently control, interact and share the television, and can keep indoor beauty. The large screen of the television can be effectively complemented with the intelligence of the intelligent weak current box of the robot through the above multiple modes, the set top box is connected with the television through the embedded/exposed laying line in/out as required by a user, and more, better, more comprehensive and more intelligent experience is provided for the user. The second wire slot 228 is connected to the first wire slot 201, and the width of the second wire slot 228 may be greater than or equal to the width of the first wire slot 201. The back of the substrate 20 may further be provided with a lighting reserved wiring groove 207 in a recessed manner, and the lighting reserved wiring groove 207 is disposed at an upper portion of the first wiring groove 201 and is communicated with the first wiring groove 201.

The outer side surface of the main device 2 can also be provided with a third power interface and a third information interface. The third information interface may include a plurality of two-hole/three-hole smart sockets 21d3 disposed on the left and right slopes of the lower built-in device area 21d, and the third information interface may include a second HDMI output interface 21d5, a tv network interface 21d6, a 3.5 audio interface 21d7, a USB interface 21d8, a third network interface 225b, and a third phone interface 226b sequentially disposed from top to bottom on the left and right sides of the substrate 20. The third information interface and the same region (the bottom of the lower built-in equipment region 21d and the wiring management region 22 below the same region) of the third power interface outside the equipment are arranged in a centralized mode, the cables are conveniently connected to the television and other intelligent equipment in a concealed and exposed mode through the extension lamp belts in a centralized mode, the phenomenon that multiple cables are connected in a net or messy flying mode is avoided, the indoor attractiveness is affected, the wiring management effect is improved, and the connection of the cables is convenient for the system to perform quick intelligent control, interaction and sharing on the television. The second network interface 225a and the second telephone interface 226a are respectively arranged inside and outside symmetrically with the third network interface 225b and the third telephone interface 226b, so that the connection installation and the wiring management operation of the original or future pre-buried and laid cables in a wiring bin (a wiring bottom box or a wiring box) can be facilitated.

The top interface of this robot intelligence light current case equipment compartment 21c, the interface of wiring storehouse 220 medial surface and the strong and weak electricity and the information interface of box both sides can reduce the connection wiring between the system by a wide margin, and with the wiring management innovation integration of traditional light current case stack formula at the inside wiring of box, promote family's wiring management effect. Because the interface sets up according to the communication characteristics of external intelligent equipment inside and outside, still can effectively reduce and shorten the power adapter and the relevant cable of the intelligent equipment of installation in the equipment compartment, convenient and simplified system installation carries out long-range circular telegram and energy management to equipment compartment erection equipment and external equipment under the condition that does not increase controlgear, promotes user's intelligence and experiences. In addition, with the concentrated setting of equipment polymorphic type interface (like the HDMI of connecting the TV, cross line hole, power, network, RF infrared interface etc.), can avoid the indiscriminate cluster of polymorphic type cable, influence indoor pleasing to the eye, promote the family and lay wire the management effect, optimize the wiring and the interface setting of traditional light current case greatly.

The main box body 2 is integrally provided with an equipment bin 21c for installing external equipment, a wiring bin 220, a wiring groove for communicating the equipment bin 21c with the wiring bin 220, wiring holes communicated with the outside at two sides of the wiring bin 220, a built-in community PON optical port and an extended lamp strip combination for hidden wiring, so that the installation problem that double-in-house optical fiber cables of a data communication and community communication network are embedded or hidden and clearly applied to the intelligent weak power box of the robot can be solved; the problem of installation and maintenance of related intelligent equipment such as a double-optical-fiber home-entry optical fiber box, an optical modem, a router, a television set top box and the like in a box body of a data communication and community communication network is also solved; if the community communication network has no condition or is unwilling to put into independent laying of the home-entry optical fiber, because the home-entry optical fiber of an operator is generally a 2-core optical fiber covered wire, the optical modem communication generally only needs 1-core optical fiber, and the other 1-core optical fiber is standby, the community communication network can utilize the 1-core standby optical fiber of the home-entry optical fiber of the operator to carry out networking communication, and also can directly connect with optical fiber communication equipment of the operator in a wired manner inside a box body, and establish the community communication network by utilizing a VPN encryption communication mode, so that a stable, high-speed and safe community communication network can be established between a family, a property center and a unit doorway, the problems of upgrading a community visual intercom system, upgrading a community internet of things system, upgrading a community service system and the like are solved, the construction difficulty and the cost of a new community system transmission link are greatly reduced, the reconstruction difficulty and the cost of an old community system transmission link are greatly reduced, the system fault rate is also greatly reduced, and the system stability is improved, so that the intelligent weak current box of the robot provides stable, efficient, rich and intelligent system service for the user, and creates safe, intelligent, comfortable, low-carbon and convenient personalized intelligent life experience and environment for the user.

The cover plate 221 can be detachably mounted on the base 20 in a snap connection, a screw connection or the like, and is convenient to mount and maintain. In some embodiments, the left and right sides of the back surface of the cover 221 are respectively formed with a strip-shaped sliding rail 2211 in a protruding manner, and the two sides of the front surface of the base 20 are respectively formed with a sliding groove 223 in a recessed manner, in which the sliding rail 2211 can be slidably mounted. Fixing plates 2213 are respectively formed on two sides of the back of the bottom of the cover plate 221 in a protruding manner, mounting grooves 224 for accommodating the fixing plates 2213 are respectively formed on two sides of the bottom of the base 20 in a recessed manner, and the fixing plates 2213 and the mounting grooves 224 are respectively provided with longitudinally extending screw holes correspondingly. When the fixing device is installed, the cover plate 221 may be first slidably installed in the sliding groove 223 through the sliding rail 2211, and then screws are inserted through the fixing plate 2213 and the screw holes of the installation groove 224, so that the cover plate 221 is screwed and fixed on the substrate 20. Because the screw is arranged at the bottom of the box body, the screw can be ensured not to be seen from the front surface of the box body, and the safety and the appearance of equipment are protected; the sliding installation mode can also save the opening space of the cover plate.

The upper replaceable module 1 and the lower replaceable module 3 are detachably mounted on the top and the 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 positioned at the left and right sides of the base 20. Go up removable module 1, it is formed with fixed slot 26 to correspond fixing base 25 on the removable module 3 respectively down, go up removable module 1, removable module 3 passes through fixed slot 26 and fixing base 25 cartridge on main tank body 2 down, removable module 1 in the dismouting promptly, removable module 3 does not influence the fixed and safety of main tank body 2 down, convenience of customers changes different modules as required to satisfy different user demands, the installation is maintained simple and conveniently, and the function extension is also convenient. In addition, the upper replaceable module 1 and the lower replaceable module 3 can completely cover the fixed seat 25 after being installed, and the attractiveness of the equipment is guaranteed.

The fixing base 25 may include a first socket board 251 and a second socket board 252 perpendicular to each other in some embodiments. The first socket board 251 may be formed by extending upward or downward from both left and right sidewalls of the base 20, and the second socket board 252 may be formed by extending upward or downward from the rear surface of the base 20. Accordingly, the fixing groove 26 may include a first insertion groove 261 to be insertion-fitted with the first insertion plate 251 and a second insertion groove 262 to be insertion-fitted with the second insertion plate 252. The first inserting plate 251 may further be provided with a first screw hole, the left and right sides of the upper replaceable module 1 and the lower replaceable module 3 are respectively provided with a second screw hole corresponding to the first screw hole and communicated with the first inserting groove 261, and the upper replaceable module 1 and the lower replaceable module 3 may be fixed on the substrate 20 by the first screw hole and the second screw hole in a screw connection manner. Because the second spiro union hole sets up in last removable module 1, the left and right sides of removable module 3 down, can guarantee that the screw can not be seen in the front of box, protection equipment safety and outward appearance. In addition, after the installation is completed, the fixing plate 2213 is also covered by the lower replaceable module 3, which is beautiful and safe.

The upper replaceable module 1 and the lower replaceable module 3 can be replaced by modules with different shapes and different functions according to requirements. In this embodiment, the upper replaceable module 1 is designed in a circular shape like a human brain, and integrally forms a shape like a standing humanoid robot together with the main housing 2. Go up removable module 1's front still can be provided with circular mirror or LED screen or the built-in LED of mirror screen 11 and surround in this circular mirror or LED screen or the built-in LED of mirror screen 11 front annular lamp area 12 of adjustable luminance, can supply indoor lighting and user to look at oneself face when looking into the mirror, let the user adjust oneself image according to oneself in the mirror during experience such as image design, both pleasing to the eye also practical, still can let the user enjoy more wisdom and experience. Go up removable module 1's side still can be provided with the side annular lamp area 13 that discolours or the segmentation discolours, shine all around and can build the multiple atmosphere environmental effect of whole wall. The lower replaceable module 3 is a column with a right trapezoid cross section, and the front surface and the lower trapezoid inclined surface of the lower replaceable module can be provided with an integrated LED lamp strip 33 with changeable color. The variable color side lamp area 29 that combines the left and right sides symmetry setting of basement 20 to and lower inclined plane lamp area 21e, go up inclined plane lamp area 21a6, these lamp areas all can have independent function location, like light, atmosphere lamp, function auxiliary lamp, play night-light etc. still can make up and realize more illuminating effect, if: the lighting and atmosphere effect of the mode of going home, the user lighting the mirror during image design, the lighting intensity during man-machine interaction, the installation and maintenance lighting of the wiring bin during poor lighting, the function of communication with hearing-impaired people during emergency can be solved by the coding flashing light effect, the night light effect of the mode of getting up at night, the atmosphere effect of festival atmosphere and the like. In addition, still can make the user exempt from for free extra installation lamp area and can experience the illumination of sitting room intelligence, let user experience with know intelligent illuminating effect, for the future system recommends user's extension and uses and establish the basis, still can avoid the conventional external intelligent lamp area cloth pipe of newly-increased to walk the line, promote user experience and wiring effect.

The back of the upper replaceable module 1 can be further provided with a hanging hole 15, and the upper replaceable module 1 can be hung on a mounting wall. The bottom of the upper replaceable module 1 and the top of the main box 2, and the top of the lower replaceable module 3 and the bottom of the main box 2 may be respectively and correspondingly provided with an upper power supply and communication interface 16 and a lower power supply and communication interface 34 for communication connection with the main box 2. The upper and lower sides of the base 20 may be further provided with third disassembly prevention switches 229, respectively, which are triggered when someone disassembles the upper and lower replaceable modules 1, 3. In addition, at least one first anti-detachment switch 208 is also disposed on the back surface of the substrate 20, a second anti-detachment switch 227 is disposed on the bottom of the front surface of the substrate 20 corresponding to the cover plate 221, and anti-detachment switches may be disposed on other detachable modules such as the inclined interface row 224. The inside vibration sensor that can embed of box, anti-disassembly switch, vibration sensor can be supplied power by independent power supply respectively, if the light current case is by the illegal dismouting of user or strike, the automatic local warning of system warns the user to upload alarm information to light current case operator and user and remove the end, with the protective apparatus safety. In addition, the main device 2 can be used independently, the upper replaceable module 1, the lower replaceable module 3 and the third anti-disassembly switch 229 can be also set in a customized and cancelled mode, the main device 2 can be fixed on a wall surface through the four box fixing holes 205 of the device bin, and through holes for connecting with the wall surface can be reserved on the second insertion plate 252 of the fixing seat 25.

The robot intelligent weak current box can realize the following main functions:

visual intercom function: the traditional visual intercom system which goes through several development stages of an analog-semi-digital network system generally has the problems of complex structure, high failure rate, high installation and maintenance cost, high operation cost, fixed installation position, simple function, poor experience, difficult upgrading and reconstruction and the like, but the visual intercom system is the only communication channel of wired local area network communication among families, property and communities, can not be cancelled and can not be simply replaced by a family wireless mobile terminal. The robot intelligent weak-current box is not simply spliced, and the transmission mode, the structure and the function of the traditional intercom system are not completely abandoned, but the innovative comprehensive integrated design of an AI intelligent system, a contact and non-contact intelligent system operation mode, a unique box body structure design, optical fiber home-entry and other related equipment which are arranged in an equipment bin of the robot intelligent weak-current box, a wall-mounted quick installation mode without damaging decoration without limiting the installation position, a touch screen and television large screen intelligent display mode and the like is adopted, so that the problems of complex structure, high failure rate, high installation and maintenance cost, high operation cost, fixed installation position, simple function, poor experience, difficult upgrading and reconstruction and the like of the traditional visual intercom system are thoroughly solved, and a user can conveniently and quickly experience more advanced, more stable and more intelligent visual intercom function and more intelligent system functions with more potential requirements, the intelligent experience of the user is greatly improved, and the application range of the visual intercom system can be greatly expanded. For example, a family free visual intercom system among family members in different regions is set up through an operator network; and a free visual intercom system is built between rural natural village and town households or between rural natural village and town government service units, and the like.

For example, the intelligent system can implement the following visual intercom interaction scenario: (1) when the user goes home: when the distance sensor senses that a user opens the door, the voice greeting user is actively defined, the user identity is actively confirmed in a video mode, if the user identity is confirmed to be an illegal user, the voice alarm is actively and locally defined, and a video + audio + information remote-defined push mode is actively and self-defined to the weak electricity box operator/property center/user mobile terminal; if the user cannot be confirmed through the video, the system actively performs voice and light flashing to remind the user to confirm identity for disarming, if the related sensor of the robot intelligent weak battery box is not confirmed or closed after overtime or the sensing damage is caused, the system actively performs local self-defined voice alarm and remotely performs self-defined video + audio + information pushing to the weak battery box operator/property center/user mobile terminal; if the identity of the user is confirmed to be legal, the user is actively self-defined by voice according to different identities of the user, and subsequent man-machine interaction communication is carried out; (2) when the user leaves home: when the distance sensor senses that a user is ready to leave home after opening the door, the system actively self-defines voice care and a user to be sent, when the distance sensor senses that the user is closed and leaves home for more than the self-defined time, indoor defense arrangement is automatically started, and intelligent equipment or household appliances connected with the system are closed; (3) user active talk-back interaction: a user calls a property/relatives and friends/neighbors through voice, an intelligent key, a touch display screen and a mobile terminal to initiate talkback interaction, and after the opposite side confirms, the opposite side can perform visual interaction with the property/relatives and friends; (4) and (3) passive intercom interaction of the user: when the property/relatives and friends/neighbors initiate talkback interaction to the user, the user can establish visual interaction through voice, behavior gestures, intelligent keys, a touch display screen and a mobile terminal response.

The home safety function is as follows: the traditional household safety system generally has the problems of complex structure, more equipment, more laid cables, high fault rate, high false alarm rate, difficult upgrading and reconstruction, high installation and maintenance cost and the like. However, the family safety 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 spliced and does not completely abandon the transmission mode, structure and function of the traditional home safety system, but is characterized in that the problems of complicated structure, more equipment, more laid cables, high failure rate, high false alarm rate, difficult upgrading and reconstruction, high installation and maintenance cost and the like of the home safety system are thoroughly solved through the innovative comprehensive integration design such as an AI intelligent system, a contact and non-contact intelligent system operation mode, a unique box body structure design, a weak-current box wiring management function, an optical fiber home-entry and other related equipment which are arranged in an equipment bin, a wall-mounted quick installation mode which is not limited by the installation position and does not damage decoration, a touch screen and television large screen intelligent display mode, a software algorithm for comprehensive safety perception judgment and the like which are arranged in the robot intelligent weak-current box, and the like, so that the problems of complicated structure, more equipment, more laid cables, high failure rate, high false alarm rate, difficult upgrading and reconstruction, high installation and maintenance cost and the like are universally existing in the home safety system are solved, and the problems of convenience, low cost, more advanced experience, higher stability and rapidness are realized, and the user is facilitated, The family's safety guarantee function of more wisdom greatly promotes user's intelligent experience. For example: (1) by combining the good perception characteristics of the 180-degree space human body perception of the distance sensor and the camera recognition, if a robot intelligent weak battery box is installed in a user family, namely the robot intelligent weak battery box is formed in the space of the robot intelligent weak battery box to realize the human body perception detection of the three-dimensional whole space, any human body entering the detection range from an entrance door, a living room balcony, a window, other doors and the like is perceived, and whether the alarm occurs or not can be judged through a software algorithm; if the alarm occurs, the system actively reminds the user to confirm the identity to withdraw the defence by voice and light flashing; if the video rechecks to confirm the warning condition or does not confirm or close the related sensor of the intelligent weak battery box of the robot after overtime or sense damage and the like, the system actively and locally defines voice alarm and remotely and custom pushes a video + audio + information mode to the operator/property center/user mobile terminal of the weak battery box, and meanwhile, the site can alarm according to different warning condition site voice/music and flashing lights to remind the user of successful alarm; if the alarm is false, the user can cancel the alarm in the user-defined time, so that the false alarm is prevented from influencing the decision and service response of the operator/user mobile terminal of the intelligent weak power box of the property/robot; (2) the fingerprint sensor 21a9 can also have the function of classified fingerprint alarm, when the user has an emergency demand, the alarm can be given by different fingerprints corresponding to different alarm categories; (3) a bus module, a DIAI input module, a POE network port and the like are further integrated in the wiring bin of the intelligent weak electric box of the robot, and the embedded pipelines of the wired switching value alarm signal, the bus alarm signal and the video monitoring signal are connected through a 86 bottom box or a wiring box; the access of wireless alarm or monitoring equipment such as Bluetooth, Wifi, Zigbee, NB-IoT and the like is also supported, and a user can freely expand the alarm or monitoring equipment as required without wiring so as to meet different safety requirements of the user; meanwhile, a monitoring storage interface is independently arranged to specially store monitoring video data, so that the system is safe and the influence on the running speed of the system due to the fact that large data occupy the space of the system is avoided; (4) the intelligent weak power box of the robot is further integrated with modules such as a community PON optical network interface, a power amplifier, a high-power sound box, a lamp belt, a touch display screen and an environmental sensor, when emergency situations (such as fire, emergency help and the like) occur in the adjacent households of a community, the system automatically pushes alarm information to the intelligent weak power box of the robot of a building or a unit where a help seeking user is located or a nearby family user, and reminds the user by voice/flash lamps/user moving terminals/linkage output/screen display/television display and the like so as to ensure that all groups of the family user (including visual impairment and hearing impairment people) know the alarm information and remind the user to withdraw or help the rescue; in addition, when an emergency (such as a community fire, an emergency notice, a natural disaster and the like) occurs in the community, the property management center can directly push alarm information to all families in the community through the operation platform, and reminds users through voice/flashing lights/user mobile terminals/linkage output/screen display/television display and the like so as to ensure that all groups (including visually impaired and auditorily impaired people) in the families of the users know the alarm information.

Health management function: the health of each person is a problem that every family must pay attention to, at present, the family health management mainly has the problems that users do not understand medicine, health data are scattered, hospital diagnosis data users cannot access, health detection equipment is expensive, patients are difficult to see, patients are expensive, chronic diseases need long-term tracking management, medical resources are limited, and the like. The robot intelligent weak-current box solves the problems that a user for family health management does not understand medicine, health data is scattered, a hospital diagnosis data user cannot access, a health detection device is expensive, a doctor sees a doctor difficultly, the doctor feels expensive, chronic diseases need long-term tracking management, medical resources are limited and the like at one time with low cost to different degrees by combining the just-needed characteristics of the B end of the robot intelligent weak-current box and comprehensively innovate designs such as a wall-attached quick installation mode which does not damage decoration without limiting the installation position, a comprehensive identification analysis system, a medical diagnosis system and a television large-screen intelligent display mode and the like through an internal AI intelligent system, a plurality of basic health and environment sensors, a contact and non-contact intelligent system operation mode, a unique box body structure design, optical fiber home entry and the like in an equipment bin, and the like, and solves the problems that the user for family health management cannot understand medicine, the health data are scattered, the hospital diagnosis data user cannot access, the health detection device is expensive, the doctor difficultly, the doctor sees the doctor difficultly, the chronic diseases need long-term tracking management, the medical resources are limited and the like, and establishes bidirectional active interaction between the intelligent device and the person, the method has the advantages that the home user can experience basic health information detection, home medical record file establishment, machine diagnosis, remote diagnosis, active chronic disease tracking management, bad living habits correction, health knowledge education, appointment register, home air quality management, health data television large-screen interactive display, emergency health community service response and other service contents conveniently and quickly with low cost, conveniently and quickly, and the intelligent, safe, healthy, comfortable, convenient and low-carbon home health living environment and management system for the home user is created. Specific experience scenarios are for example: when a user goes to a hospital to see a doctor and goes home, the system automatically reminds the user to scan a hospital list into an electronic document or perform OCR (optical character recognition) on the hospital list at a specific position in front of equipment to identify the content of the hospital list, and a user health file is established in a tracking manner; when a user is sensed to pass through the equipment, the user is reminded at least once every day, the user health data such as body temperature, heart rate, respiratory rate, blood pressure, blood oxygen and the like of the user are detected through a health sensor which is arranged in the equipment or purchased independently (communication connection is established with a box body) by the user, and a user health file is established in a tracking mode; when a user feels uncomfortable, the system can be actively started for machine diagnosis or remote diagnosis, the body state of the user can be mastered in time, and the confirmed data is recorded into the health file of the user; when the system senses that the user is watching the television at 12 o' clock at night, actively reminding or directly turning off the television to let the user pay attention to rest, and correcting the bad living habits of the user; when the system senses that the indoor CO2 exceeds the standard, the system actively reminds or directly starts an air conditioner or a fresh air system or an exhaust system which is in communication connection with the system so as to keep the indoor air fresh and be beneficial to the body health of family users; if the user is a chronic disease patient, when the system senses that the user exists in the space, the system actively reminds the user to take medicines (including what medicines, how much medicines and several medicines), actively asks the user about the disease condition to perform machine diagnosis, tracks the health data of the user in time and records files; when the user does not know the characteristics of a certain disease, the user can actively ask questions to the equipment, and the system automatically broadcasts the relevant characteristics of the disease and the notice items by voice or displays the relevant characteristics of the disease on a large television screen to the user; when the system senses the fever of the user and needs to go to the hospital for machine diagnosis, the system automatically makes appointment registration to a specific hospital (inquires about the user or the user actively informs) according to the characteristics of diseases and informs the user of the registration result; when a user has an emergency health requirement, emergency alarm can be rapidly carried out on an operation service center, a user mobile terminal or a hospital through an emergency button or software operation or alarm sensors of different levels of the system, the user is reminded of success of alarm through local multi-mode alarm, and if false alarm is cancelled within a specific time, the alarm is cancelled.

The television control function: the television is generally the only large-screen display of a family, and cannot be replaced and is difficult to cancel, but the traditional television generally has the problems of complex operation, conflict between cost and function, simple function, deficient content/application, self-purchase and high price of a user, unsatisfactory experience and the like; the robot intelligent weak-current box solves the problems of complex operation, conflict between cost and function, simple function, deficient content/application, self-purchase and high price of users, unsatisfactory experience and the like of a home television in one step by combining the newly-needed characteristic of a B end of the robot intelligent weak-current box, realizes the quick control output of the robot intelligent weak-current box to a set top box and the television so that all system contents of the robot intelligent weak-current box can be quickly displayed and interacted through the television and the intelligent complementary relationship between a large television screen and the robot intelligent weak-current box can be fully exerted, the requirement of the intelligent experience system for television hardware is greatly reduced, the intelligent experience system is suitable for rapid upgrading and reconstruction of new and old televisions, and intelligent experience of users is greatly improved. The robot intelligence light current case is an independent intelligent equipment, and control TV needs convenient, swiftly establish with the TV and imitate the control connection, and concrete control connection is as follows: (1) installing wiring management in the set top box: installing a set top box embedded pipeline in an equipment bin to connect with a television: the optical modem and the television set-top box are fixedly installed in an equipment bin of an operator, an RF infrared emission lamp 21c5 fixed in the equipment bin is installed close to an infrared receiver of the set-top box, an iTV interface communication cable of the optical modem is directly connected to the set-top box through a first wiring slot 201 of the equipment bin, a power supply port cable at the top of the equipment bin is connected to the set-top box through the first wiring slot 201, an output HDMI cable of the set-top box is connected to a wall bottom box or a wiring box from the equipment bin to the wiring bin through a second wiring slot 228 and an HDMI output wiring hole (a first wiring hole 21c6), and then the output HDMI cable, together with the television power supply output cable at the left side of an upper bin 220a and the HDMI cable output by a box body at the top, passes through a pre-buried pipe to a television, so that the wiring management of the equipment installation and the cable connection television is completed; secondly, installing a set top box exposed pipeline in the equipment bin to connect a television: the optical modem and the television set-top box equipment bin are fixedly installed in the operator, the equipment bin infrared emission lamp 21c5 is installed close to the set-top box infrared receiver, the optical modem iTV interface communication cable is directly connected to the set-top box through the first wiring slot 201, the power port cable at the top of the equipment bin is connected to the set-top box through the first wiring slot 201, the set-top box output HDMI cable is led to one side outside the box through the HDMI output wiring holes on the left side and the right side of the bottom of the equipment bin, and then is connected with the television through the exposed pipeline together with the intelligent power socket power line on the left side or the right side of the weak power box and the HDMI cable output by the box body on the left side or the right side, namely, the equipment installation and the cable exposed pipeline management of the television are completed; and thirdly, infrared learning control: the built-in equipment area of equipment storehouse upper portion and lower part embeds 360 degrees infrared emission lamp and carries out infrared study control to room TV and STB, and if special circumstances TV and STB can't receive or the foreign object shelters from the infrared ray and receives, the incasement is equipped with a plurality of infrared output interface, can directly lead the infrared lamp of remote control to TV or STB infrared receiving terminal to carry out infrared study remote control to it. (2) Installing and wiring management outside the set top box: the set-top box is externally provided with an embedded pipeline for connecting a television: an iTV interface of an operator modem and an iTV output interface of the modem are fixedly installed in the equipment bin and connected to a TV network switching input interface at the top of the equipment bin, an output cable of an infrared expansion interface at the right side of the upper bin 220a (if a box infrared emission lamp can be controlled in a wireless coverage mode, the output cable can not be connected with the infrared expansion interface), a power supply output cable of a television at the left side, an HDMI output cable output by a box at the top and an output line of a television interface at the left side or the right side of the lower bin 220b are connected to the television together through a pre-buried pipeline of a bottom box or a wire passing box of the lower bin 220b, and then the installation of internal and external equipment and the wiring management of the television connected by pre-buried cables are finished; and secondly, a pipeline is exposed outside the set top box and connected with a television: an iTV interface of an operator light cat and an iTV interface of the light cat output television are fixedly installed in the equipment bin and connected to a television network switching input interface at the top of the equipment bin, a power line of a power socket on the left side or the right side of a weak current box, an HDMI cable output by a box body on the left side or the right side, and an output cable of the TV interface on the left side or the right side are connected with the television through exposed pipelines, and therefore wiring management of internal and external equipment installation and cable exposed connection of the television is completed; and thirdly, infrared learning control: the built-in equipment area of equipment storehouse upper portion and lower part embeds 360 degrees infrared emission lamp and carries out infrared study control to room TV and STB, and if special circumstances TV and STB can't receive or the foreign object shelters from the infrared ray and receives, the incasement is equipped with a plurality of infrared output interface, can directly lead the infrared lamp of remote control to TV or STB infrared receiving terminal to carry out infrared study remote control to it. (3) The system quickly controls the television to share, interact and control: the robot intelligent weak current box is generally installed near a television in a living room, and due to the special structural design, the problem that a cable between equipment and the television is exposed or a pre-buried cable is connected to the television can be effectively solved, so that intelligent equipment or built-in systems such as a set top box and the like installed in the robot intelligent weak current box can easily transmit the content of the intelligent equipment or the built-in systems to the television audio frequency for synchronous output in a high-efficiency, quick, high-definition and real-time mode through the cable; the control mode can comprise the following steps: the method comprises the following steps of (1) contact type operation control and non-contact type operation control, wherein the contact type operation control comprises touch display screen operation and intelligent key operation; the non-contact operation control comprises camera shooting 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 and mobile terminal APP software operation control.

The household appliance control function: the household electrical appliances are devices which are just needed in the family, such as televisions and air conditioners, the intelligent control of the household electrical appliances is always an important component of a smart family, the common method of the intelligent control is to install a universal remote controller or the household electrical appliances support Wifi wireless communication, the control is carried out through a mobile phone APP, but the operation experience is not ideal, and the problems that users purchase themselves, the operation is complex, the experience is not ideal, other devices are required to be integrated, the intelligent control is not achieved, and the like are generally existed. The robot intelligent weak current box is characterized in that the robot intelligent weak current box is integrated in an innovative design such as a wall-attached quick installation mode without limitation of installation positions and destruction of decoration by a built-in AI intelligent system, a contact and non-contact intelligent system operation mode, a unique box structure design, wall-attached 180-degree infrared learning control, installation of optical fiber in-home and other related equipment in an equipment bin, and the like, and the problems that household appliance control operation is complex, experience is unsatisfactory, other equipment is required to be integrated to be more intelligent and autonomous control cannot be achieved by combining the characteristic just required by the B end of the robot intelligent weak current box in a one-time low-cost integration mode. The control mode of operating the household appliance by a user can comprise contact operation control and non-contact operation control, wherein the contact operation control comprises touch display screen operation and intelligent key operation; the non-contact operation control comprises camera shooting analysis and recognition operation, remote voice recognition operation, remote positioning, gesture and gesture recognition operation, RF infrared control operation, linkage operation control, environment linkage operation control, wireless communication operation control and mobile terminal APP software operation control. For example: when the indoor temperature exceeds the self-defined temperature, such as over 25 ℃, and when the system senses that the user goes home, the air conditioner is automatically started; the sleep time at night is that when the system senses that the user leaves the living room and enters the bedroom for the super-user-defined time, the system automatically turns off household appliances such as an air conditioner and a television; when the last user is sensed to leave home for a time exceeding the self-definition time in morning on work, the system automatically turns off household appliances such as an air conditioner, a television and the like; when the system senses that the rest time of the user in the sofa in the living room exceeds the user-defined time, the system actively reminds the user whether to watch television or not, and if the temperature exceeds the user-defined temperature, the system automatically turns on an air conditioner and the like.

The intelligent lighting function: the illumination is one all the time and just needs market, because someone place just needs the lamp, family's income is higher, the demand of indoor lighting product is big more, but house decoration is once only target in place, if the user wants to experience richer illumination content, there is change control switch or bulb or increase intelligent illumination return circuit, single live wire return circuit, single smart machine lacks perception and intelligent judgement, the operating mode is loaded down with trivial details (like APP software operation), user's upgrading will not be strong, the user is afraid of the trouble and does not understand the integration yet, the use frequency is not high, can not initiatively throw light on, the user is from purchasing, experience a great deal of problem such as poor. The intelligent weak electronic box of robot passes through built-in AI wisdom system, contact and non-contact's intelligent system operation mode, unique box structural design, built-in multiunit LED lamp, relevant equipment such as optic fibre entry are installed in the equipment compartment, do not restrict comprehensive innovative design such as the quick mounting means of wall that decorative close up that mounted position does not destroy, combine the just required characteristic of B end of the intelligent weak electronic box of robot, once only low-cost solution family living room intelligent lighting exists must change control switch or bulb or increase intelligent lighting return circuit, single live wire return circuit, single intelligent device lacks perception and intelligent judgement, the operation mode is loaded down with trivial details (like APP software operation), user's upgrading will not strong, the user is afraid of trouble and does not understand integrated yet, the frequency of use is not high, can not initiatively throw light on, the user purchases oneself, experience subalternation problem. The built-in LED lamp has lighting functions such as a lighting lamp, an atmosphere lamp, a functional auxiliary lamp, a night lamp and the like for positioning, and can also be combined for lighting to realize more lighting effects; for example: when the system senses that a user goes home at night (or indoor illumination is insufficient in the daytime), the system automatically turns on all built-in LED lamps of the equipment or main lighting LED lamps of the replaceable modules so as to achieve the lighting effect of the maximum indoor brightness; when the system senses that the user leaves home, the system automatically turns off all built-in LED lamps of the equipment; when sensing that a user gets up at night, the system automatically turns on the lower inclined surface lamp strip of the equipment, and when sensing that the user enters the bedroom again from the living room for super-user-defined time, the system automatically turns off the lower inclined surface lamp strip; when the system senses that a user watches television, the system automatically starts lamp belts on the left side or the right side of the equipment (the television is arranged on one side of the equipment) and the side surface of the upper replaceable module, and the like, so that a cinema atmosphere scene is created; when the festival is at night, the system starts the color-changing lamp strip around the equipment to create an indoor festival happy atmosphere scene; when a user is sensed to install and maintain indoor wiring in the wiring bin, the system automatically turns on the lower inclined surface LED lamp; when the user station is sensed to perform intelligent experience before the equipment, the system automatically turns on the upper inclined plane LED lamp and/or the upper replaceable module front side LED lamp and/or all the LED lamps, so that the equipment sensor can clearly identify the face or body or surrounding environment of the user. The wiring groove 207 is still reserved to robot intelligence light current case, when convenient when the equipment fixing position covers indoor conventional light switch panel, comes to carry out intelligent control to the illumination return circuit of light panel through the system from taking intelligent switch or extension light intelligent object. The system is also internally provided with wireless and bus communication modules such as Bluetooth, Wifi, Zigbee, RF, NB-IoT and the like, so that a user can freely expand and upgrade the external intelligent lighting equipment and the traditional lighting circuit into an intelligent lighting circuit, and the intelligent lighting system is combined with the AI intelligent function of the robot intelligent weak battery box and various intelligent operation modes to create an intelligent, comfortable and beautiful lighting environment and user experience for the user.

The intelligent socket function: the intelligent weak current box of robot is because of generally getting the electricity from indoor elevation 30CM socket, and the inside cable standard of 30CM socket is 2.5 square copper lines, and the live wire, zero line, ground wire three-way are complete, can support power about 3000W, can satisfy box equipment and both sides intelligent socket basic power output requirement and ground connection safety, the box embeds energy consumption analysis module simultaneously, when the socket overloads, the system is automatic to the user with pronunciation, reputation, screen display, TV large screen display, remove the multiway of end information propelling movement and report to the police to the user, and can directly close box socket power output. In addition, the characteristic that related equipment installation such as optical fiber of the robot intelligent weak current box enters a home, a set top box and the like and home wiring management need to be firstly started can be utilized, intelligent socket output and various signal output cables of the robot intelligent weak current box are used together for intelligently controlling other intelligent equipment around the box body, such as a television, a set top box, a DVD and the like, so that a user can enjoy the intelligent socket and energy consumption management experience free or at low cost, and safe, intelligent, comfortable, low-carbon and convenient personalized intelligent life is created for the user.

The intelligent sound box has the functions that: the robot intelligence weak current incasement has full frequency audio amplifier, combine the built-in AI wisdom system of robot intelligence weak current incasement, contact and non-contact's intelligent system operation mode, unique box structural design, relevant equipment such as optic fibre is installed in the equipment compartment, family's wiring management function, do not limit the integrated innovation design such as the quick mounting means of wall that mounted position does not destroy fitment, not only solve the big high tone quality ground output problem of audio amplifier, still can promote equipment compartment air flow because of equipment compartment audio amplifier air channel design, do benefit to the smart machine heat dissipation, still solve the problem of high quality audio frequency and video synchronous output to TV broadcast, the most important multiple experience operation problem of intelligent audio amplifier of solution. Such as: according to the volume preferred by the user, when the distance from the user to the equipment is sensed to be changed to a certain value, the volume output is automatically adjusted so as to keep the user always hearing the sound with the same volume; when sensing that the user goes home, the system automatically starts background music; when sensing that the user leaves home, the system automatically turns off the music; when the user is sensed to leave the living room and enter the bedroom for the super-user-defined time, the system automatically turns off the music; getting up in the morning, and when sensing that the user enters the living room from the bedroom, the system automatically gives care to the greeting in a voice mode or starts the background music preferred by the user.

The environment monitoring function is as follows: the system is internally provided with sensors such as CO2, temperature, humidity, illumination, VOC, CO, air pressure and the like, and is combined with an AI intelligent system arranged in a robot intelligent weak-current box, a contact and non-contact intelligent system operation mode, a unique box body structural design, installation of relevant equipment such as optical fiber home-entry equipment in an equipment bin, a household wiring management function, comprehensive innovation designs such as a quick wall-attaching installation mode without limitation on installation positions and destruction of decoration and the like, so that a user can experience an environment monitoring function free or at low cost, the family can be kept in a healthy air environment, and the user can enjoy safe, intelligent, comfortable, low-carbon and convenient personalized intelligent life.

A variety of built-in and extended software application functions: the built-in AI wisdom system of robot intelligence light current case, contact and non-contact's intelligent system operation mode, unique box structural design, relevant equipment such as optic fibre is registered one's residence is installed in the equipment storehouse, TV large-size screen synchronous display, do not restrict comprehensive innovation design such as the quick mounting means of wall that mounted position does not destroy the fitment, the system is except that built-in a plurality of application software, the user still can pass through the application market of system, download extension application software installation and application by oneself, extension application software program combines system wisdom perception and multiple intelligent system operation mode again, let the user enjoy abundanter, it is more intelligent, more swift wisdom system experience, if: entertainment software, game software, music software, meeting software, farmland management software, examination simulation software, reading software, radio broadcasting software, education software, companding software, intelligent assistant software, translation software, energy management software, audio-visual stereo interaction software, emotion analysis software, character design software, 3D fitting software, shopping software, ticket ordering software, office software, stock software, social software, community service software, community O2O software, and the like.

It is to be understood that the above-described respective technical features may be used in any combination without limitation.

The above examples only express the preferred embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present invention; it should be noted that, for those skilled in the art, the above technical features can be freely combined, and several changes and modifications can be made without departing from the concept of the present invention, which all belong to the protection scope of the present invention; therefore, all equivalent changes and modifications made within the scope of the claims of the present invention should be covered by the claims of the present invention.

Claims

1. The robot intelligent weak current box is characterized by comprising a main box body (2), wherein the main box body (2) comprises an equipment area (21) positioned at the upper part and a wiring management area (22) positioned at the lower part;

the main box body (2) is in a three-dimensional dish shape, the back surface of a dish-shaped rectangular base (20) of the main box body (2) is a plane, and the front surface of the base (20) protrudes to form the equipment area (21);

the equipment area (21) comprises a system operation area (21a), a built-in equipment area and an equipment bin (21c) for installing external equipment, wherein the equipment bin (21c) comprises a first wire passing hole for communicating the equipment bin (21c) with the outside, a first power supply interface and a first information interface which are arranged on the inner side surface of the equipment bin (21c), an installation seat for fixing the external equipment and a bin cover which is detachably installed on the substrate (20); the wiring management area (22) comprises a wiring bin (220), a cover plate (221) covering the wiring bin (220), a second wire passing hole for communicating the wiring bin (220) with the outside, a second power supply interface and a second information interface, wherein the second power supply interface and the second information interface are arranged on the inner side surface of the wiring bin (220);

the main box body (2) further comprises a first wiring groove (201) arranged in the equipment bin (21c), a second wiring groove (228) communicated with the equipment bin (21c) and the wiring bin (220), and a third power supply interface, a third information interface and an LED lamp which are arranged on the outer side of the main box body (2);

the intelligent system of the main box body (2) comprises an AI core processor, a storage unit, an input unit, an output unit, a communication unit, an exchange unit and a power supply unit.

2. The robotic smart box of claim 1, wherein the first cabling channel (201) is longitudinally disposed through a middle portion of the base (20); the first wiring groove (201) is arranged above the second wiring groove (228) and communicated with the second wiring groove (228); a reserved illumination wiring groove (207) is further concavely arranged on the back surface of the substrate (20), and the reserved illumination wiring groove (207) is arranged above the first wiring groove (201) and communicated with the first wiring groove (201);

the mounting seat comprises a plurality of rows of equipment fixing holes (204) and a plurality of rows of horizontal movable adjusting mounting grooves (203) which are arranged on the base (20); the equipment bin (21c) further comprises four box body fixing holes (205) which are arranged on the base (20) in a penetrating mode and a plurality of first wire arranging cross beams (206) which are horizontally arranged in the first wire distributing groove (201) in a spanning mode, and the four box body fixing holes (205) are respectively located at four corners of the equipment bin (21 c).

3. The robot intelligent weak current box according to claim 1, wherein the bin cover (21c) comprises a plurality of sets of segmented covers which are sequentially and longitudinally detachably mounted on the base (20), and an interface protective cover (27) which is arranged above the plurality of sets of segmented covers and is detachably mounted on the base (20);

the left side surface and/or the right side surface of at least one group of the segmented covers in the plurality of groups of segmented covers are/is also provided with at least one antenna mounting hole (283) in a penetrating way and a hole cover (28c) which is detachably covered on the antenna mounting hole (283); the upper side and/or the lower side of at least one group of the plurality of groups of the segmented covers are/is also provided with a partition wall (287); a plurality of heat dissipation holes are formed in the front face, the left side face and the right side face of the segmented cover and the partition wall (287);

the multi-group subsection covers comprise a plurality of groups of fixed-width subsection covers and/or a plurality of groups of adjustable-width subsection covers; each group of the width-adjustable segmented covers comprises a left sliding segmented cover (28a) and a right sliding segmented cover (28b) which are inserted into each other from left to right and can slide relatively; a plurality of inserting strips (281) are respectively arranged on the left sliding sectional cover (28a) and the right sliding sectional cover (28b), an inserting groove (282) is formed between every two adjacent inserting strips (281), and the left sliding sectional cover (28a) and the right sliding sectional cover (28b) are in cross connection through the plurality of inserting strips (281) and the inserting grooves (282);

the back of the left side wall of the left sliding segmented cover (28a) and the back of the right side wall of the right sliding segmented cover (28b) extend inwards to form at least one plug pin (284), the left side surface and the right side surface of the base (20) are respectively provided with a jack (202) corresponding to the plug pin (284), and the left sliding segmented cover (28a) and the right sliding segmented cover (28b) are respectively plugged into the corresponding jacks (202) through the respective plug pins (284).

4. The robot intelligent weak current box of claim 3, wherein the upper side and the lower side of each set of the segmented cover are provided with buckling structures which are in convex-concave fit with each other; at least one mutually matched sliding contact surface of the left sliding subsection cover (28a) and the right sliding subsection cover (28b) is respectively provided with a sliding groove and sliding rail structure which is mutually convex-concave in sliding fit;

at least one sliding contact surface matched with each other of the left sliding segmented cover (28a) and the right sliding segmented cover (28b) is respectively provided with a plurality of left locking grooves and a plurality of right locking grooves with opposite openings along the sliding direction, the left locking grooves and the right locking grooves are spliced with each other to form a locking hole, and each group of width-adjustable segmented covers further comprises locking pins arranged in the locking holes to lock the relative positions of the left sliding segmented cover (28a) and the right sliding segmented cover (28 b).

5. The robotic intelligent power distribution box of claim 3, wherein the sets of fixed width segmented covers include integral large section covers and/or sets of left and right fixed segmented covers that mate left and right;

the integral large-section cover is detachably fixed on the base (20) in a buckling and/or screwing mode, and the back parts of the left side wall and the right side wall of the integral large-section cover respectively extend inwards to form at least one buckle buckled with the jack (202); or the integral large-section cover is connected to the base (20) in a single-door mode;

the left fixing segmented cover and the right fixing segmented cover are connected in a buckling and/or threaded manner, and the left fixing segmented cover and the right fixing segmented cover are detachably fixed on the substrate (20) in a buckling and/or threaded manner respectively; or the left fixed subsection cover and the right fixed subsection cover are connected to the substrate (20) in a double-door mode.

6. The robot intelligent weak current box of claim 3, wherein the first wire passing hole is arranged at the left side and the right side of the bottom of the equipment bin in a penetrating manner, and the first power supply interface and the first information interface are both arranged at the top of the equipment bin; a terminal strip is arranged on one side of the top of the equipment bin, the first power supply interface comprises a plurality of 9VDC interfaces and a plurality of 12VDC interfaces which are arranged on the terminal strip, the first information interface comprises a lamp control bus and an RF infrared emission lamp interface which are arranged on the terminal strip, an interface strip arranged on the other side of the top of the equipment bin, and a fixed RF infrared emission lamp (21c5) arranged between the interface strip and the terminal strip, and the interface strip comprises a plurality of first network interfaces, a plurality of first telephone interfaces and a plurality of memory card interfaces;

the interface protection cover (27) is arranged outside the first power interface and the first information interface in a covering mode, the interface protection cover (27) comprises a partition plate (277), a through hole (276) for the fixed RF infrared emission lamp (21c5) to pass through and a plurality of third wire passing holes (273) for wiring are formed in the partition plate (277), and a plurality of hoisting rings (271) are further arranged on the lower side of the partition plate (277); the upper side and the lower side of the interface protective cover (27) are also provided with clamping strips or strip-shaped clamping grooves.

7. The robot intelligent power distribution box according to any one of claims 1-6, wherein the built-in equipment areas comprise 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 bin (21c) and the lower built-in equipment area (21d) are arranged in sequence from top to bottom;

the peripheral sides of the dish-shaped rectangular substrate (20) of the main box body (2) are vertical to the back surface of the dish-shaped rectangular substrate; the front of equipment district (21) is the inclined plane all around, forms inclined plane (211), lower inclined plane (214), left inclined plane (212) and right inclined plane (213), it is to go up inclined plane (211) system operation district (21a), the LED lamp including set up in go up inclined plane lamp area (21a6) of inclined plane (211) bottom, set up in lower inclined plane lamp area on inclined plane (214) down and set up respectively in lateral lamp area (29) on basement (20) left surface and right flank upper portion.

8. The robot smart box according to claim 7, wherein a sound box is built in the lower built-in equipment area (21 d); a plurality of sound box sound outlet holes (21d1) are formed in the front plane of the lower built-in equipment area (21d), and vent grooves (21d2) for communicating the sound boxes and the equipment bins are formed in the inner sides of the tops of the left inclined plane and the right inclined plane of the lower built-in equipment area (21 d); the third power interface includes at least one two-hole/three-hole smart socket (21d3) respectively disposed on a left inclined surface and a right inclined surface of the lower built-in device region (21 d);

the upper built-in equipment area (21b) is internally provided with a wireless module, and the wireless module comprises at least one of RF, Wifi, Bluetooth, Zigbee, NB-IoT and 4G/5G communication modules; a plurality of heat dissipation holes are distributed in the upper built-in equipment area (21b), and a 2# camera module (21b2) is further arranged at the bottom of the front plane of the upper built-in equipment area (21 b);

last inclined plane (211) of system operation area (21a) are gone up from last down and are equipped with 1# camera body temperature/illuminance sensor module (21a1), touch-control display screen (21a2), microphone array (21a3), intelligent button (21a5) in proper order, the left and right sides of intelligent button (21a5) still is provided with distance sensor (21a4) respectively, the left and right sides of going up inclined plane lamp area (21a6) still is equipped with at least one among blood pressure, blood oxygen, heart rate, the respiratory frequency detection sensor.

9. The robot intelligent weak current box according to any one of claims 1-6, characterized in that a second wire arranging beam (222) horizontally spans in the wiring bin (220) to divide the wiring bin (220) into an upper bin (220a) at the upper part and a lower bin (220b) at the lower part; a plurality of cable fixing rings (226) for fixing cables are arranged on the inner side surface of the wiring bin (220) and the second wire arranging beam (222), and an inclined interface row is arranged on one side of the upper bin (220 a);

the second information interfaces comprise a second network interface (225a) and a second telephone interface (226a) which are arranged at the left side and the right side of the lower bin (220b), a multi-input and multi-output information interface arranged on the inclined interface row, a first HDMI output interface (2203) arranged at the top of the upper bin (220a) and a community PON optical interface (2204);

the second power interface comprises a device power input interface (2201) and a television power output interface (2202) which are arranged on the other side of the upper bin (220a), and a 9VDC interface, a 12VDC interface and an external extension lamp strip interface which are arranged on the inclined interface row (224);

the second wire passing hole comprises an external power supply wire passing hole (2207) and an optical fiber rubber-insulated wire passing hole (2208);

the third information interface comprises a second HDMI output interface (21d5), a television network interface (21d6), an audio interface (21d7), a USB interface (21d8), a third network interface (225b) and a third telephone interface (226b) which are arranged at the left side and the right side of the lower part of the substrate (20).

10. The robot intelligent power distribution box according to any one of claims 1-6, wherein the wiring compartment (220) is arranged throughout, and the wiring management area (22) further comprises a cover plate (221) detachably covering the wiring compartment (220) in a sliding manner; the left side and the right side of the back of the cover plate (22) are respectively provided with a strip-shaped slide rail (2211) in a protruding mode, and the two sides of the front of the base (20) are respectively provided with a sliding groove (223) in a recessed mode, wherein the sliding grooves (2211) can be installed in a sliding mode;

the fixing plate (2213) is formed by respectively protruding two sides of the back face of the bottom of the cover plate (22), the mounting grooves (224) used for containing the fixing plate (2213) are formed by respectively recessing two sides of the bottom of the base (20), and longitudinally extending screw holes are respectively and correspondingly formed in the fixing plate (2213) and the mounting grooves (224).

11. The robotic smart light box according to any of claims 1-6, wherein the smart system operation controls of the system operation area (21a) comprise contact operation controls and non-contact operation controls; the non-contact operation control comprises camera module video and body temperature identification operation control, microphone array voice identification operation control, distance sensor positioning operation control, posture and gesture identification operation control, RF infrared operation control, linkage operation control, wireless communication operation control and APP software operation control; the wireless communication module comprises at least one of built-in Wifi, Bluetooth, Zigbee, NB-IoT and 4G/5G communication modules.

12. The robotic intelligent light box of any one of claims 1-6, wherein the input unit comprises 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-way smart key, a DI/AI input module, a tamper alarm switch, a vibration sensor;

the communication unit comprises a router module, a Bluetooth module, a Wifi module, a Zigbee module, an RF module, an NB-IoT module, a 4G/5G communication module, a bus module, an upper power supply and communication interface (16) at the top and a lower power supply and communication interface (34) at the bottom;

the health sensor module (21a7) comprises at least one of blood pressure, blood oxygen, heart rate, respiratory rate and body temperature detection sensors, and the environment sensor module comprises at least one of a CO2 sensor, a temperature and humidity sensor, an illumination sensor, a VOC sensor, a CO sensor and an air pressure sensor;

the anti-dismantling alarm switch comprises a first anti-dismantling switch (208) arranged on the back surface of the substrate (20), a second anti-dismantling switch (227) arranged at the bottom of the front surface of the wiring bin (220), and third anti-dismantling switches (229) arranged on the upper side surface and the lower side surface of the substrate (20);

the DI input module comprises a tamper alarm switch, a privacy switch (209) arranged at the top of the left side surface and/or the right side surface of the substrate (20) and a multi-channel alarm input interface arranged on an inclined interface row (224) at the left side or the right side of the wiring bin (220);

the DO output module comprises a lamp control switch, a lamp strip control switch and a power supply control switch of an intelligent module, wherein the lamp control switch, the lamp strip control switch and the power supply control switch are arranged on a terminal row (21c1) at the top of the equipment bin (21 c).

13. The robot intelligent weak power box according to any one of claims 1 to 6, further comprising an upper replaceable module (1) detachably arranged at the top of the main box body (2) and a lower replaceable module (3) detachably arranged at the bottom of the main box body (2), wherein the upper replaceable module (1) and the lower replaceable module (3) are respectively provided with an upper power supply and communication interface (16) and a lower power supply and communication interface (34) for communicating with the main box body (2);

the top and the bottom of the substrate (20) are respectively provided with a pair of fixing seats (25), and the upper replaceable module (1) and the lower replaceable module (3) are respectively provided with a pair of fixing grooves (26) which are mutually inserted with the pair of fixing seats (25).

14. The robot intelligent weak current box of claim 13, wherein each of the fixing bases (25) comprises a first insertion board (251) and a second insertion board (252) perpendicular to each other, the first insertion board (251) is formed by extending the left and right side walls of the base (20) upwards or downwards, the second insertion board (252) is formed by extending the back surface of the base (20) upwards or downwards, the first insertion board (251) further comprises 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 hole and are provided with a second screw hole.

15. The robotic smart light box according to claim 13, wherein the upper replaceable module (1) is circular and the lower replaceable module (3) is in the shape of a horizontally disposed trapezoid; the front surface of the upper replaceable module (1) is provided with a round mirror or an LED screen or a mirror built-in LED screen (11), and the back surface is provided with a hanging hole (15);

the LED lamp comprises a front annular lamp belt (12) which is arranged on the front surface of the upper replaceable module (1) and surrounds the round mirror or the LED screen or the built-in LED screen (11) of the mirror, a side annular lamp belt (13) which is arranged on the side surface of the upper replaceable module (1), and an integral LED lamp belt (33) which is arranged on the front surface of the lower replaceable module (3) and is provided with a trapezoidal inclined surface.