Robot intelligent weak current box

Abstract

The present invention relates to a robot intelligent weak current distribution box, which includes a main box body. The main box body is in a dish shape and includes an upper equipment area and a lower wiring management area; the back of the dish-shaped one-word base is a plane, and the front of the base is a raised equipment area; the equipment area includes a system operation area, an internal equipment area and an equipment bin. The equipment bin includes a bin cover, a first wire passing hole, a first power interface, a first information interface and a mounting seat; the wiring management area includes a wiring bin, a cover plate, a second wire passing hole, a second power interface and a second information interface; the main box body further includes a first wire groove, a second wire groove, a third power interface, a third information interface and an LED lamp; the intelligent system of the main box body includes an AI core processor and a storage unit, an input unit, an output unit, a communication unit, a switching unit and a power supply unit. This robot intelligent weak current distribution box can solve problems such as the installation of equipment related to fiber to the home, the upgrade of visual intercom, the intelligent upgrade of TV, as well as the fixed position, difficult installation and function degradation of traditional weak current distribution boxes.

Description

Technical Field

[0001] The utility model relates to the field of smart home, and more specifically, to a robot intelligent weak-current box. Background Art

[0002] The weak-current box is mainly used for unified management and distribution of weak-current signals such as the Internet, telephone, television, and security, to avoid interference from strong current to weak-current signals and improve the level of home intelligence and quality of life.

[0003] The traditional weak-current box is just a simple metal or plastic box. Its main function is to use the built-in network, telephone and TV exchange modules in the box to uniformly manage the wiring of household weak-current signal lines. However, with the rapid development of technologies and equipment such as wireless, mobile Internet, mobile smart terminals, chips, fiber-to-the-home, smart or network HDTV, IOT, 5G, artificial intelligence, and the advent of an aging population, people's experience needs are constantly improving, and their demands for home intelligence, health, and safety are becoming more and more intense. The wiring management function of traditional weak-current boxes can no longer meet people's needs, and even hinders the application of new technologies (such as Wifi technology). In addition, there were no weak-current boxes in buildings before 2007, so there were many problems in the process of fiber-to-the-home and intelligent upgrades for new and old buildings. The problems of traditional weak-current boxes are analyzed as follows:

[0004] 1. Fixed position, difficult installation, and high installation cost: The general standard of traditional weak-current boxes is 12CM depth, while the current clay brick specifications in my country are 240MM×115MM×53MM (length×width×thickness). Therefore, the weak-current box must be embedded in the main wall with a wall thickness greater than 17CM, and it must generally be embedded in advance with other pipelines. High-rise residential buildings are generally only suitable for installation on load-bearing walls, household walls, and exterior walls, and the installation location is limited; the general standard area of ​​weak-current boxes is 320MM*240MM and above, so in order not to affect the indoor beauty, they are generally rarely installed on the main landscape wall of the room; the amount of construction required for embedded wall installation is huge, and traditional The weak current box is usually equipped with a lot of input and output pipelines that need to be pre-buried. Therefore, a large number of pre-buried pipelines must be done in advance. Before the popularization of weak current boxes in 2007, most houses did not have weak current boxes, and the probability of renovating and reinstalling them was very low. Unless the house is renovated and the user is willing to make improvements to the home's intelligence, the user does not know which pipelines need to be pre-buried. Therefore, traditional weak current boxes are generally installed near the entrance door. There are not many locations to choose from, and no matter whether it is pre-buried or installed in an old renovation, it is not easy to leave a large hole in the wall and pre-bury all the pipelines in advance. The workload is huge.

[0005] 2. Issues with fiber-to-the-home and wireless equipment installation: Fiber-to-the-home and wireless Wifi are user demands that have arisen in the past 10 years, and the trend is to replace copper with optical fiber. However, when weak-current boxes began to become popular in 2007, product planning basically did not take into account the development of future technologies. The structural feature of traditional weak-current boxes is that they have built-in network, telephone, and TV switching modules in the box to solve the network, telephone, and TV needs in different rooms of the home by wire. However, with the popularization of 5G, wireless signals, smart TVs or network HDTVs, smart phones, etc., fiber-to-the-home is an inevitable trend, and a large number of new and old buildings need fiber-to-the-home renovation. However, traditional weak-current boxes have unacceptable problems such as severe attenuation of wireless signals, difficulty in installation at fixed locations, difficulty in renovating old houses or residential buildings, multiple cable connections for optical modems, and 1M installation elevation for wireless routers. As a result, related equipment such as fiber-to-the-home and wireless Wifi cannot be installed in traditional weak-current boxes, and must be installed at a height of 1M. It needs to be installed outside, and most families install it near the TV in the living room, which is basically disconnected from the traditional weak-current box, and there is no box specifically for installing these devices in the living room; the equipment required for fiber-to-the-home at least includes wireless routers, optical modems, fiber boxes, network TV set-top boxes, power adapters, power strips, wired networks with other rooms, and other smart devices that may be expanded. There are many devices, cables, power supplies, installation requirements, and interconnections, which leads to the pile-up of equipment and disorderly cables at the installation points of fiber-to-the-home and wireless Wifi equipment, which is not only unsightly but also unsafe. If you accidentally touch any line or device, it will affect the normal communication and operation of the system. In addition, the traditional weak-current box embedded in the wall requires a large amount of construction work, has a fixed position, and a large amount of pre-buried pipeline work must be done in advance. It is not suitable for transformation and upgrading, and it naturally severely attenuates the wireless Wifi signal, and the installation height of the wireless router is at least 1M. There are many objective conditions, so installing a weak-current box near the TV in the living room is neither realistic nor a solution to the problem, and it also affects the appearance of the living room.

[0006] 3. Severe attenuation of wireless signals: The installation height of Wifi wireless routers should be above 1M, and it is best to be in the middle of the home. The installation height of traditional weak-current boxes is generally 30CM, plus the height of the box is about 50CM. The lower the installation, the greater the wireless signal attenuation, and the installation location is generally remote and cannot fully cover all rooms. The most important weak-current boxes are generally installed in embedded main walls. Some boxes are made of iron materials, which have the characteristics of naturally severely attenuating wireless network signals, so wireless routers are generally not installed in weak-current boxes.

[0007] 4. Functional degradation restricts the development of home intelligence: Traditional weak-current boxes are standard configurations that developers have to meet, wireless routers are standard configurations that home users have to meet, optical modems and fiber optic boxes are standard configurations that operators have to meet, and Internet TV set-top boxes are standard configurations that TV operators have to meet. When traditional weak-current boxes began to become popular, there was no demand for the following major features. In addition, the inherent functional defects of traditional weak-current boxes and the multiple output interfaces of optical modems and wireless routers have led to the fact that wireless routers, optical modems, TV set-top boxes and other devices must be installed externally to meet the basic needs of users, and the function of traditional weak-current boxes has degenerated into a wire-passing box. Wireless routers, optical modems and other devices with fiber-to-the-home are the entrances to home informatization. As long as all home intelligence devices need to access the Internet, their information must be transmitted through the Internet. The data is transmitted through these devices, but these devices cannot be installed in low-voltage boxes, nor are they installed in fixed locations, and there are no special boxes to install these devices. Therefore, this brings challenges to the application of other smart devices, such as what devices to buy, where to buy the devices, where to install the devices, what signal communication to use, what cables to lay, how far away from the devices, how to power them, how to allocate router ports, how to resolve dynamic IPs, who will centrally analyze and manage data, etc., which will lead to a series of problems. Therefore, the function of traditional low-voltage boxes has degenerated into wire boxes, and the original wiring management advantages have all been thrown to users to play freely. Because ordinary users are not familiar with intelligent systems, ordinary users will choose not to consume if they don't understand, which restricts the development of home intelligence.

[0008] 5. Outdated wiring management function: Traditional weak-current boxes, also known as multimedia weak-current boxes, are mainly connected through built-in network switching modules, telephone network switching modules, TV coaxial distributors, power modules and various wire pipes. Because wired signal transmission was mainly used before 2009, the wiring management of traditional weak-current boxes can basically meet the wiring management requirements of users' home wired networks. However, with the rapid development of technologies such as wireless, optical fiber, network HDTV, IOT, 5G, and smart home, people have more and more demands for home intelligence, and the corresponding intelligent devices are also increasing. The main weak-current installation box for families is the weak-current box, so there are more and more devices installed and may be installed in the weak-current box, such as wireless routers, optical modems, optical fiber boxes, power strips, gateways, linkage modules, transceivers, alarm modules, smart home modules, protocol converters, information pushers, monitoring hosts, POE switches, camera power supplies, equipment power adapters, etc., as well as various cable inputs, such as coaxial TV cables, operator network cables or optical fiber cables, telephone cables, community LAN cables, network cables in each room, telephone cables, TV cables, video intercom cables, alarm cables, control cables, buses, power cables, etc. At this time, it is far from enough for traditional weak-current boxes to only manage the wiring of network, telephone and TV modules. The installation, power supply, routing, connection, information access, integration and heat dissipation of these devices and cables are all issues that need to be solved. The main approach at present is to enlarge the box. For families with larger units, some weak-current boxes are larger than 100CM*100CM. The larger the box, the harder it is to choose the installation location, and the greater the installation difficulty, engineering workload and cost. This in turn affects the consumption desire of users and the investment enthusiasm of developers. Therefore, the wiring management function of the four modules of the traditional weak-current box has fallen far behind.

[0009] 6. Multimedia but not intelligent: The traditional weak current box, also known as the multimedia information box, is a place for multimedia line wiring and shunting. Generally, a standard network switching module, a telephone network switching module, a TV coaxial distributor, a power module, and pipelines buried for connecting information points in each room are built into the weak current box. Before the popularization of smartphones, the weak current box simply stacked and integrated the three major systems of the user's most important network, telephone, and TV. Although the pure box of the weak current box is not intelligent, it still meets the basic needs of people's daily information. However, with the rapid development of technologies such as wireless, smartphones, fiber optics, network high-definition TV, IOT, 5G, and smart home, the previously unrelated relationship between the network, telephone, and TV has changed. Now, a single fiber optic cable can solve the transmission of network, telephone, and TV signals; the original wired network has been more and more replaced by wireless networks; traditional telephones and TVs have been more and more replaced by Internet telephones and network / smart high-definition TVs, and users have more and more demands, such as smartphones, home appliance control, smart speakers, smart home appliances, smart lighting, home security, screen mirroring sharing, video and audio interaction, environmental detection, health management, etc. Therefore, the simple stacking and installation mode of the traditional weak current box that occupies the entry point of household rigid demand can no longer meet the needs of users.

[0010] With the improvement of people's demand for a smart life, how to solve problems such as wiring management under the new needs of new and old buildings, the installation and wiring of fiber-to-the-home related equipment and its management, the intelligent upgrade of the home, installation and maintenance, safety and beauty, and the installation of more new demand intelligent devices has become an urgent problem to be solved. Summary of the Invention

[0011] The technical problem to be solved by the present invention is to provide an innovative robot intelligent weak current box in view of the above-mentioned defects of the prior art.

[0012] The technical solution adopted by the present invention to solve its technical problems is to construct a robot intelligent weak current box, which includes a main box body. The main box body includes an equipment area located in the upper part and a wiring management area located in the lower part;

[0013] The main box body is in a three-dimensional dish shape. The back of the rectangular base of the dish shape of the main box body is a plane, and the front of the base protrudes to form the equipment area;

[0014] The equipment area includes a system operation area, a built-in equipment area, and an equipment compartment for installing external equipment. The equipment compartment includes a first wire hole for connecting the equipment compartment with the outside world, a first power interface and a first information interface arranged on the inner side of the equipment compartment, a mounting seat for fixing the external equipment, and a compartment cover detachably installed on the base; the wiring management area includes a wiring compartment, a cover plate arranged on the wiring compartment, a second wire hole for connecting the wiring compartment with the outside world, a second power interface and a second information interface arranged on the inner side of the wiring compartment;

[0015] The main box also includes a first wiring trough arranged in the equipment compartment, a second wiring trough connecting the equipment compartment and the wiring compartment, and a third power interface, a third information interface and an LED lamp arranged on the outside of the main box;

[0016] The intelligent system of the main box includes an AI core processor and a storage unit, an input unit, an output unit, a communication unit, a switching unit, and a power supply unit.

[0017] In some embodiments, the first wiring groove is arranged in the middle of the base in a longitudinal direction; the first wiring groove is arranged above the second wiring groove and is connected to the second wiring groove; the back side of the base is also recessed with a reserved lighting wiring groove, and the reserved lighting wiring groove is arranged above the first wiring groove and is connected to the first wiring groove;

[0018] The mounting base includes multiple rows of equipment fixing holes and multiple rows of horizontally movable adjustment mounting grooves arranged on the base; the equipment warehouse also includes four box fixing holes arranged through the base and multiple first wire management beams horizontally spanned in the first wiring groove, and the four box fixing holes are respectively located at the four corners of the equipment warehouse.

[0019] In some embodiments, the bin cover includes a plurality of segment covers which are sequentially and detachably mounted on the base in the longitudinal direction, and an interface protection cover which is disposed above the plurality of segment covers and detachably mounted on the base;

[0020] The left side and / or right side of at least one group of segmented covers among the multiple groups of segmented covers is also provided with at least one antenna mounting hole and a hole cover detachably provided on the antenna mounting hole; the upper side and / or lower side of at least one group of segmented covers among the multiple groups of segmented covers is also provided with a partition wall; the front side, left side, right side and the partition wall of the segmented cover are provided with a plurality of heat dissipation holes;

[0021] The multiple groups of segmented covers include several groups of fixed-width segmented covers and / or several groups of adjustable-width segmented covers; each group of adjustable-width segmented covers includes a left sliding segmented cover and a right sliding segmented cover that are mutually plugged and can slide relative to each other; the left sliding segmented cover and the right sliding segmented cover are respectively provided with several inserting strips, a slot is formed between every two adjacent inserting strips, and the left sliding segmented cover and the right sliding segmented cover are cross-connected through the several inserting strips and the slots;

[0022] The back of the left side wall of the left sliding segmented cover and the back of the right side wall of the right sliding segmented cover respectively extend inward to form at least one latch, and the left side and right side surfaces of the base are respectively provided with insertion holes corresponding to the latch, and the left sliding segmented cover and the right sliding segmented cover are respectively inserted into the corresponding insertion holes through their respective latches.

[0023] In some embodiments, the upper and lower sides of each group of segmented covers are provided with mutually convex-concave matching snap-on structures; at least one mutually matching sliding contact surface of the left sliding segmented cover and the right sliding segmented cover is respectively provided with mutually convex-concave matching sliding groove and rail structures;

[0024] At least one mutually cooperating sliding contact surface of the left sliding segmented cover and the right sliding segmented cover is respectively formed with a plurality of left locking grooves and a plurality of right locking grooves with openings facing each other along the sliding direction thereof, and the left locking groove and the right locking groove are spliced ​​with each other to form a locking hole, and each group of the adjustable width segmented covers also includes a locking pin arranged in the locking hole to lock the relative positions of the left sliding segmented cover and the right sliding segmented cover.

[0025] In some embodiments, the plurality of groups of fixed width segmented covers include a plurality of groups of integral large segmented covers and / or a plurality of groups of left fixed segmented covers and right fixed segmented covers that cooperate with each other on the left and right sides;

[0026] The integral large section cover is detachably fixed to the base by buckling and / or screwing, and the back 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 that buckles with the insertion hole; or, the integral large section cover is connected to the base by a single door;

[0027] The left fixed segmented cover and the right fixed segmented cover are connected by snapping and / or screwing, and the left fixed segmented cover and the right fixed segmented cover are detachably fixed to the base by snapping and / or screwing respectively; or, the left fixed segmented cover and the right fixed segmented cover are connected to the base by double-door manner.

[0028] In some embodiments, the first wire-passing holes are arranged on both left and right sides of the bottom of the equipment compartment, and the first power interface and the first information interface are both arranged on the top of the equipment compartment; a terminal block is arranged on one side of the top of the equipment compartment, the first power interface includes a plurality of 9VDC interfaces and a plurality of 12VDC interfaces arranged on the terminal block, the first information interface includes a light control bus and an RF infrared transmitting lamp interface arranged on the terminal block, an interface block arranged on the other side of the top of the equipment compartment, and a fixed RF infrared transmitting lamp arranged between the interface block and the terminal block, and the interface block includes a plurality of first network interfaces, a plurality of first telephone interfaces and a plurality of memory card interfaces;

[0029] The interface protection cover is arranged outside the first power interface and the first information interface, and the interface protection cover includes a partition, the partition is provided with a through hole for the fixed RF infrared transmitting lamp to pass through and a plurality of third wire holes for wiring, and the lower side of the partition is also provided with a plurality of lifting rings; the upper and lower sides of the interface protection cover are also provided with card strips or bar-shaped card slots.

[0030] In some embodiments, the built-in device area includes an upper built-in device area and a lower built-in device area, and the system operation area, the upper built-in device area, the device compartment and the lower built-in device area are arranged in sequence from top to bottom;

[0031] The four sides of the rectangular base of the main box body are perpendicular to its back; the front of the equipment area is surrounded by inclined surfaces, forming 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 lights include an upper inclined surface light strip arranged at the bottom of the upper inclined surface, a lower inclined surface light strip arranged on the lower inclined surface, and side light strips respectively arranged on the upper left and right sides of the base.

[0032] In some embodiments, the lower built-in device area has a built-in speaker; a plurality of speaker sound holes are arranged on the front plane of the lower built-in device area, and a ventilation groove connecting the speaker and the device compartment is arranged on the top inner side of the left and right inclined surfaces of the lower built-in device area; the third power interface includes at least one two-hole / three-hole smart socket respectively arranged on the left and right inclined surfaces of the lower built-in device area;

[0033] The upper built-in device area is equipped with a wireless module, and the wireless module includes at least one of RF, Wifi, Bluetooth, Zigbee, NB-IoT, and 4G / 5G communication modules; a plurality of heat dissipation holes are distributed on the upper built-in device area, and a 2# camera module is also provided at the bottom of the front plane of the upper built-in device area;

[0034] The upper inclined surface of the system operation area is provided with 1# camera / body temperature / illuminance sensor module, touch display screen, microphone array, and smart button from top to bottom. Distance sensors are also provided on the left and right sides of the smart button respectively. At least one of blood pressure, blood oxygen, heart rate, and respiratory rate detection sensors is also provided on the left and right sides of the upper inclined light strip.

[0035] In some embodiments, a second wire management beam is horizontally arranged in the wiring bin, and 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 management beam, and an inclined interface row is arranged on one side of the upper bin;

[0036] The second information interface includes a second network interface and a second telephone interface arranged on the left and right sides of the lower warehouse, a multi-input and output information interface arranged on the inclined interface row, a first HDMI output interface and a community PON network optical interface arranged on the top of the upper warehouse;

[0037] The second power interface includes a device power input interface and a TV power output interface provided on the other side of the upper compartment, and a 9VDC interface, a 12VDC interface and an external extension light strip interface provided on the inclined interface row;

[0038] The second wire-passing hole includes an external power wire-passing hole and an optical fiber sheath wire-passing hole;

[0039] The third information interface includes 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 and right sides of the lower part of the base.

[0040] In some embodiments, the wiring bin is arranged through, and the wiring management area further comprises a cover plate detachably slidably covered on the wiring bin; left and right sides of the back of the cover plate are respectively protruded to form a strip-shaped slide rail, and two sides of the front of the base are respectively recessed to form a slide groove for the slide rail to be slidably installed;

[0041] The bottom back side of the cover plate is protruded with fixing plates on both sides, and the bottom side of the base is recessed with mounting grooves for accommodating the fixing plates on both sides. The fixing plates and mounting grooves are respectively provided with longitudinally extending screw holes.

[0042] In some embodiments, the intelligent system operation control of the system operation area includes contact operation control and non-contact operation control; the contact operation control includes touch display operation control and smart button operation control, and the non-contact operation control includes camera module video and body temperature recognition operation control, microphone array voice recognition operation control, distance sensor positioning operation control, posture and gesture recognition operation control, RF infrared operation control, linkage operation control, wireless communication operation control, and APP software operation control; the wireless communication module includes at least one of the built-in Wifi, Bluetooth, Zigbee, NB-IoT, and 4G / 5G communication modules.

[0043] In some embodiments, the input unit includes a microphone, at least one set of 180-degree detection distance sensors, a camera, a health sensor module, an environmental sensor module, a touch display, a multi-channel smart button, a DI / AI input module, an anti-tamper alarm switch, and a vibration sensor;

[0044] The output unit includes a touch display, a power amplifier module, a speaker, a DO output module, multiple HDMI interfaces, multiple USB interfaces, multiple smart sockets, multiple LED light strips, and a low-voltage power output module;

[0045] The communication unit includes a router module, Bluetooth, Wifi, Zigbee, RF, NB-IoT module, 4G / 5G communication module, bus module, upper power supply and communication interface at the top, and lower power supply and communication interface at the bottom;

[0046] The switching unit includes a network switching module, a telephone network switching module, and a television network switching module;

[0047] The power supply unit includes an energy storage module, a power supply module, an energy monitoring module and a control module;

[0048] The health sensor module includes at least one of a blood pressure, blood oxygen, heart rate, respiratory rate, and body temperature detection sensor; the environmental sensor module includes 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;

[0049] The anti-disassembly alarm switch includes a first anti-disassembly switch arranged on the back of the base, a second anti-disassembly switch arranged on the bottom of the front of the wiring compartment, and a third anti-disassembly switch arranged on the upper side and the lower side of the base;

[0050] The DI input module includes an anti-disassembly alarm switch, a privacy switch arranged on the top of the left side and / or right side of the base, and a multi-channel alarm input interface arranged on the inclined interface row on the left or right side of the wiring compartment;

[0051] The DO output module includes a light control switch, a light strip control switch, and a power control switch of the intelligent module arranged on the terminal block on the top of the equipment compartment.

[0052] In some embodiments, the robot intelligent weak current box further comprises an upper replaceable module detachably arranged on the top of the main box body and a lower replaceable module detachably arranged on the bottom of the main box body, and 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;

[0053] A pair of fixing seats are respectively arranged at the top and the bottom of the base, and a pair of fixing grooves which are plugged into the pair of fixing seats are respectively formed on the upper replaceable module and the lower replaceable module.

[0054] In some embodiments, each of the fixing seats includes a first plug-in board and a second plug-in board which are perpendicular to each other, the first plug-in board is formed by extending upward or downward from the left and right side walls of the base, the second plug-in board is formed by extending upward or downward from the back side of the base, and a first screw hole may also be provided through the first plug-in board, and second screw holes are provided on the left and right sides of the upper replaceable module and the lower replaceable module respectively corresponding to the first screw holes.

[0055] In some embodiments, the upper replaceable module is circular, and the lower replaceable module is horizontally arranged in a trapezoidal shape; the front of the upper replaceable module is provided with a circular mirror or an LED screen or a mirror with a built-in LED screen, and the back is provided with a hanging hole;

[0056] The LED light includes a front ring light strip arranged on the front of the upper replaceable module and surrounding the circular mirror or LED screen or LED screen built into the mirror, a side ring light strip arranged on the side of the upper replaceable module, and an integrated LED light strip arranged on the front and trapezoidal slope of the lower replaceable module.

[0057] The implementation of the utility model has at least the following beneficial effects: the robot intelligent low-voltage box of the utility model can solve the installation of fiber-to-the-home related equipment, video intercom upgrade, TV smart upgrade, as well as the problems of fixed position, difficult installation and functional degradation of traditional low-voltage boxes; the main box body is in a three-dimensional dish-shaped shape, and the back of the dish-shaped base is flat, which is convenient for quick vertical installation against the wall along the longitudinal direction; the front of the main box body base is a raised equipment area, so that the equipment area can accommodate more intelligent devices; the wiring management area located at the bottom is thinner, and the user can place any furniture below the height of the raised equipment area against the wall to maintain the beauty and coordination of the interior; the main box body has built-in first, second, and third power and information interfaces, and the wiring management area covers the general 30CM standard strong and weak current sockets for power supply and wiring management in the room, which is convenient for operators to operate the cable installation in the 86 base box or the wire box and solve the wiring management function of the home wired communication system.

[0058] In addition, the main box is integrated with multiple LED lights and expandable LED lights, allowing users to experience multi-scene intelligent lighting; the main box is integrated with a 180-degree detection distance sensor, which can achieve comprehensive three-dimensional space perception functions without installing other smart devices, allowing users to quickly realize home security alarm systems and long-distance human-computer interaction experiences; the system operation area in the equipment area has a variety of contact and non-contact operation control methods, greatly enhancing the user's intelligent experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0059] The present invention will be further described below with reference to the accompanying drawings and embodiments, in which:

[0060] Figure 1 It is a front perspective view of a robot intelligent weak-current box in some embodiments of the utility model;

[0061] Figure 2 yes Figure 1 The right side view of the robot intelligent weak current box is shown;

[0062] Figure 3 yes Figure 1 The rear perspective view of the robot intelligent weak-current box cover is shown as being separated;

[0063] Figure 4 yes Figure 1 The schematic diagram of the exploded structure of the robot intelligent weak current box is shown;

[0064] Figure 5 yes Figure 1 The front view of the main box of the robot intelligent weak current box is shown;

[0065] Figure 6 yes Figure 1 A schematic diagram of the three-dimensional structure of the interface protection cover of the robot intelligent weak-current box shown;

[0066] Figure 7 is Figure 1 a schematic exploded view of a set of adjustable-width segmented covers;

[0067] Figure 8 is a schematic perspective view of an integral large-section cover in some other embodiments of the present utility model;

[0068] Fig. 9 is Figure 1 a schematic perspective view of the replaceable module above, the replaceable module below, and the separation of the cover plate on the robot intelligent weak-current electrical box shown; Specific embodiments

[0069] For a clearer understanding of the technical features, objectives, and effects of the present utility model, the specific embodiments of the present utility model will now be described in detail with reference to the accompanying drawings.

[0070] Figure 1-3 Shown is a robot intelligent weak-current electrical box in some embodiments of the present utility model. The robot intelligent weak-current electrical box has a dish-shaped outer shape that is thin at both ends and thick in the middle. It may include a narrow and long main box body 2, an upper replaceable module 1 detachably and replaceably arranged on the top of the main box body 2, and a lower replaceable module 3 detachably and replaceably arranged on the bottom of the main box body 2. The back surface (the side facing the installation wall) of the dish-shaped rectangular parallelepiped base 20 is a plane, which is convenient for quick surface mounting along the longitudinal direction vertically against the wall and can minimize the occupation of indoor space. It can be adapted to any narrow space in the home for installation, solving the problem of difficult selection of the installation position for fiber optic入户 in new and old buildings and farmhouses, etc. The user can quickly surface mount at any position according to their own needs without damaging the decoration. Since the height of the narrow and long main box body 2 is about 1.3M, the height of the wire grooves 207, 201, 228 connecting the wiring bin 220 on the back surface of the main box body 2 is about 1M, the wire passing holes 2207, 2208 connecting the left and right sides of the wiring bin 220 to the outside and the general installation height of the equipment is 0.3M, so the installation position of the main box body 2 is suitable for quick installation on any wall surface with a strong and weak current bottom box or wire passing box or blank below an elevation of 1.4M. Therefore, the robot intelligent weak-current electrical box is suitable for quick installation in the interior of any new and old buildings without damaging the decoration and has the natural advantage of retrofit installation.

[0071] The intelligent system of the robot intelligent weak current box is integrated with an AI core processor and a storage unit, as well as an input unit, an output unit, a communication unit, a switching unit and an intelligent power supply unit that are communicatively connected to the core processor and the storage unit. Among them, the storage unit may include a built-in internal storage device and multiple external storage expansion interfaces. The input unit may include a microphone, a camera, a health sensor module, an environmental sensor module, a touch display, a multi-channel intelligent button, a DI / AI input module, an anti-disassembly alarm switch, and a vibration sensor. Among them, the health sensor module may include at least one of a blood pressure, blood oxygen, heart rate, respiratory rate, and body temperature detection sensor, and the environmental sensor module may include 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, so that the system can provide users with health management and comfortable indoor air environment services. The output unit may include a touch display, an amplifier module, a speaker, multiple HDMI interfaces, a DO output module, multiple USB interfaces, multiple intelligent sockets, multiple LED light strips, and a low-voltage power output module. The communication unit may include a router module, Bluetooth, Wifi, Zigbee, RF, NB-IoT module, 4G / 5G communication module, bus module, power supply and communication interface of the top and bottom replaceable modules. The exchange unit may include a network exchange module, a telephone network exchange module, and a TV network exchange module. The power supply unit may include an energy storage module, a power supply module, an energy monitoring module, and a control module. The input power supply of the robot intelligent weak-current box and all output power supplies may be provided with an energy monitoring module and a control module. When the energy consumption of the installed equipment in a box, the box equipment itself, the upper and lower replaceable modules, or the external equipment of the box is abnormal or the equipment detects high temperature, the system can automatically cut off the power supply, and issue a local alarm to remind the user or a remote alarm to the property management center or the operator of the robot intelligent weak-current box to warn of equipment failure in advance and protect the safety of the equipment. The smart system can provide users with functions such as video intercom, large-screen TV sharing control, home security, health management, home appliance control, smart speakers, smart lighting, smart control, audio-visual interaction, environmental detection, human positioning, leisure and entertainment, education and training, companionship for the elderly, smart assistants, smart translation, machine diagnosis, remote diagnosis, energy management, emotion and image analysis, 3D fitting, shopping, social interaction, community services, etc. The operation of the smart system includes contact and non-contact operations, among which the contact operation control includes touch screen operation and smart button operation; the non-contact operation control includes camera module video and body temperature recognition operation, microphone array voice recognition operation, distance sensor positioning, posture and gesture recognition operation, RF infrared control operation, linkage operation control, wireless communication control operation, and APP software operation control; the built-in wireless communication module includes at least one of Wifi, Bluetooth, Zigbee, NB-IoT, and 4G / 5G communication modules.With the characteristics of multiple intelligent operation experience modes, multiple intelligent system functions and rapid installation and deployment, the single robot intelligent low-voltage box equipment can be quickly installed indoors in new and old buildings to solve the problems of traditional video intercom systems with simple functions, passive, non-intelligent, manual operation, small screen display, low sound, close-range intercom, fixed position, high operating cost, high failure rate, difficulty in transformation and upgrading, and difficulty in installation and maintenance; it can also solve the problems of traditional TV systems with simple functions, passive, non-intelligent, cumbersome operation, poor experience, and the need to replace smart TVs for intelligent upgrades; it can also solve the many unclear needs of smart home users in terms of safety, health, and intelligence, too many smart devices, difficult integration, large user investment, poor experience, difficult protocol standardization, users' lack of understanding of smart systems, and difficult installation and maintenance; allowing home users to enjoy a safe, intelligent, comfortable, low-carbon, and convenient personalized smart life at a low cost.

[0072] Combination Figure 1-9 As shown, in some embodiments, the main box 2 may include an equipment area 21 located at the upper part and a wiring management area 22 located at the lower part. Among them, the equipment area 21 may include a system operation area 21a, a built-in equipment area, and an equipment compartment 21c for installing external equipment, and the wiring management area 22 may include a wiring compartment 220 that is set throughout. The inner side of the equipment compartment 21c, the inner side of the wiring compartment 220, and the outer side of the main box 2 are respectively provided with a first power interface and a first information interface, a second power interface and a second information interface, and a third power interface and a third information interface, which can solve the wiring management, communication and control problems of indoor pre-buried or exposed wired intelligent devices. The outer side of the main box 2 can also be provided with a plurality of LED light strips, and the plurality of LED light strips have lighting function positioning such as lighting lamps, atmosphere lamps, functional auxiliary lamps, and night lamps, and can also be combined to achieve more intelligent lighting effects. The four sides of the rectangular base 20 in the shape of a dish are perpendicular to its back, which can prevent the side atmosphere light from directly hitting the user's eyes when the user is in the front position, affecting the user experience, and can also prevent the user from seeing the power and information interfaces set on the side when the user is in the front position, affecting the indoor beauty.

[0073] The front of the base 20 bulges outward to form the device area 21, so that the thickness of the device area 21 located in the middle is greater than the thickness of the upper replaceable module 1 and the wiring management area 22 and the lower replaceable module 3 located at the upper and lower ends, so that the device area 21 can accommodate more intelligent devices. The surroundings of the device area 21 are designed as inclined surfaces, forming an upper inclined surface 211, a lower inclined surface 214, a left inclined surface 212 and a right inclined surface 213, which is not only beautiful but also avoids sharp vertical right angles from hurting users. It is also convenient for users to operate the intelligent system on the inclined surface, and increases the illumination range of the light strip on the inclined surface, so that the internal sensor can be more exposed to the indoor air for environmental detection. The wiring management area 22 is designed to be ultra-thin, covering the general 30CM standard strong and weak current bottom box or wire box installation in the room, which is convenient for users to hide the bottom box, wiring, power supply and home wiring management. Usually, the thickness of the wiring management area 22 can be less than 1.8CM, which is similar to the thickness of the skirting board in general home decoration. The installation elevation of the bottom of the wiring bin is generally 30CM, plus the height of the ultra-thin wiring management area, which is equivalent to a height of about 50CM from the ground to the raised equipment area 21. Users can place any furniture below this height against the wall to maintain the beauty and coordination of the interior.

[0074] The built-in device area may include an upper built-in device area 21b and a lower built-in device area 21d. The intelligent system operation area 21a, the upper built-in device area 21b, the device compartment 21c and the lower built-in device area 21d are arranged from top to bottom. Among them, the upper built-in device area 21b can be internally integrated with multiple wireless communication modules such as RF, Wifi, Bluetooth, Zigbee, NB-IoT, 4G / 5G, etc., which can solve the communication and control problems of indoor wireless intelligent devices; the integrated router module allows users to realize the routing function without external wireless routers, so that the device compartment 21c has more space to install other intelligent devices. The user's mobile terminal can also access the robot's intelligent weak current box through a variety of wireless communication methods, and can remotely open various application software of the system. It can also facilitate the system to manage the user's freely expanded networked wireless / wired intelligent devices, and provide users with the personalized intelligent services they need. A plurality of heat dissipation holes 21b1 can be distributed on the front plane and the left and right inclined surfaces of the upper built-in device area 21b, and a 2# camera module 21b2 can be provided at the bottom of the front plane.

[0075] The lower built-in device area 21d can be equipped with a high-power full-range speaker to solve the problems of low sound, poor quality, and close-range communication required for traditional intercom extensions. Multiple speaker sound outlets 21d1 can be distributed on the front plane and the left and right inclined surfaces of the lower built-in device area 21d. The design of the wide sound outlet holes on the front can effectively improve the sound volume, tone, and timbre, and meet the user's entertainment, leisure, learning, interaction, voice guidance and care for the disabled. The inner side of the top of the left and right inclined surfaces of the lower built-in device area 21d can also be provided with a ventilation groove 21d2 connecting the speaker and the equipment compartment 21c. In addition to being used for the speaker air intake, the ventilation groove 21d2 can also promote air flow between the equipment compartment 21c and the speaker, which is convenient for equipment heat dissipation.

[0076] The intelligent system operation control of the intelligent system operation area 21a includes contact operation control and non-contact operation control. Among them, the contact operation control may include touch screen operation control and intelligent button operation control. The non-contact operation control may include camera module video and body temperature recognition operation control, microphone array voice recognition operation control, distance sensor positioning operation control, posture and gesture recognition operation control, RF infrared operation control, linkage operation control, wireless communication control operation, and APP software operation control, providing users with a smarter, faster, more comfortable, and more wonderful user experience through contact and non-contact operation control methods.

[0077] The intelligent system operation area 21a may be built with a 1# camera / body temperature / illuminance sensor module 21a1, a touch screen 21a2, a microphone array 21a3, a multi-way intelligent button 21a5, and a distance sensor 21a4. Among them, the 1# camera / body temperature / illuminance sensor module 21a1, the touch screen 21a2, the microphone array 21a3, the multi-way intelligent button 21a5, and the distance sensor 21a4 are sequentially arranged on the upper inclined surface 211 from top to bottom. The video recognition of the camera module (camera #1 and camera #2), the microphone array 21a3 and the distance sensor 21a4 can facilitate the system to obtain the user's long-distance voice and human body positioning and posture information, so that the main box can perform long-distance intercom or active human body perception interaction and establish a full-space three-dimensional perception home security alarm system, solving the problems of traditional home security with multiple sensors, multiple devices, multiple cables, difficult installation, and high false alarm rate; it also solves the problem that traditional intercom must be installed in the entrance position, so that the main box can also realize the function of real-time intercom while opening and closing the door in a non-entrance position (such as a living room).

[0078] Microphone array 21a3 can be used to implement voice recognition operation control of the smart system. Users can use long-distance voice commands to instruct the system to execute commands to switch the system screen to display on the TV or instruct the system to execute commands to control the set-top box and adjust the set-top box output related content, such as: "Small box, watch TV", the system automatically turns on the TV, turns on the set-top box, and switches the TV input signal to the set-top box signal input, and the user can watch the TV content output by the set-top box; or, "Small box, watch the big screen", the system automatically turns on the TV and switches the TV input signal to the smart system output signal, and the user can experience the display content of the smart device touch screen in high definition, full screen, and real-time through the TV.

[0079] The 1# camera / body temperature / illuminance sensor module 21a1 is located at the top of the upper inclined surface 211 and can be arranged in a horizontal row. The body temperature sensor can be an infrared body temperature sensor, which can facilitate the system to obtain the user's health temperature information and provide relevant health services to the user. Both the 1# camera and the 2# camera are stereo cameras. The 1# camera is mainly used for video monitoring, general video intercom and video interaction functions. The combination of the 1# camera and the 2# camera mainly meets the user's high-definition stereo intercom, interaction, remote diagnosis, image design, 3D fitting, stereo games and other functions, allowing the interactive party to interact and communicate with the user in an immersive high-definition stereoscopic manner through VR and other devices, and also allowing the user to experience various software applications based on their own stereoscopic images through a large high-definition TV screen.

[0080] The distance sensors 21a4 are respectively arranged on the left and right sides of the smart button 21a5, and can be respectively arranged at the junction of the upper inclined surface 211 and the left inclined surface 212 and the right inclined surface 213. The distance sensors 21a4 can be used to realize the positioning operation control, posture and gesture recognition operation control of the smart system. The distance sensor 21a4 is tilted at a certain angle to ensure the maximum angle detection of objects at the level of the indoor sensor height and below, and the dual distance sensor combination can realize 180-degree range detection of objects. This design can realize the comprehensive and full-stereoscopic perception and detection function of the space where the robot intelligent weak-current box is located. Combined with the software system algorithm and / or the built-in camera, it is unnecessary to install traditional indoor door magnets, window magnets, infrared detectors, infrared beams and other security equipment and connecting cables, and quickly realize the home security alarm system with comprehensive three-dimensional space perception and long-distance human-computer interaction function, and also eliminate the problems of fixed position, fixed laying of pipelines, and close-range passive interaction of traditional video intercoms; when the user walks in the space, the system can know the user's position. When the user sits down at a position after walking, the system automatically judges that the user has stayed here for a long time based on the position of the last still point. If the user has not moved for a certain period of time, the system can also remind the user with voice care, or actively provide smart experience services to the user in combination with time, user identity, physical condition, environmental conditions, etc. For example, (1) after dinner / habitual entertainment / elderly people at home / weekend rest, when the system senses that the user has walked to the sofa opposite the TV and sat down at a customized time, the system automatically reminds the user whether to turn on the TV. If the user is more than 5 meters away from the box, the voice cannot issue a control command. The user can also raise his hand and swing it left and right quickly to tell the system to turn on the TV. If the user does not respond or walks away, the system will regard it as the user temporarily does not want to watch TV; (2) when the user gets up in the morning and enters the living room, the system senses that the user has gotten up and entered the living room, then the system automatically turns on the TV and set-top box, keeps the TV input signal as the set-top box output signal, and starts playing TV-related news; (3) at bedtime, when the system senses that the user gets up and walks into the bedroom at a customized time, the system defaults to sleep mode, turns off the TV and set-top box, turns on indoor space defense, and the touch screen goes into sleep mode; (4) when going to work in the morning, when the system senses that the user has left the door at a customized time, the system defaults to away mode, turns off the TV and set-top box, turns on indoor space defense, and the touch screen goes into sleep mode.

[0081] In some embodiments, the touch screen 21a2 can be a high-definition LCD touch screen with vertical or horizontal display. The user can instruct the system to switch the device or TV set-top box or other smart hardware screen and control the content to the large screen display of the TV in multiple ways. There are usually multiple smart buttons 21a5, which can be arranged in parallel below the touch screen 21a2. The user can use the smart button 21a5 to realize the smart key quick operation control of the smart system, which is convenient for all people including the elderly, children, visually impaired, hearing impaired, low cultural level and other special people to quickly operate various smart systems. The smart button 21a5 may include a smart button, a numeric key, a confirmation key, a direction key, a cancel key, and an on / off key, wherein the direction key may include an up key, a down key, a left key, and a right key, the numeric key may include a number 0-9 key, and the smart button may include a health key, a TV key, an air conditioning 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, and an arming or disarming key. The smart system can automatically execute the relevant software system according to the command function set by custom short press, long press or short press of two or more combination keys (for example, smart key + confirmation key, smart key + number key + confirmation key). For example, the user chooses to press the up key to increase, the down key to decrease, the left key to execute the previous command, and the right key to execute the next command; if the user wants to switch the screen to the TV during the operation of the software, he can press the TV key + confirmation key to switch the current system to the large screen display on the TV. If the user wants to switch back to watching TV, just long press the TV key; each step of the button can have an on-screen display and / or voice and / or flashing light to remind the user what command has been executed. If the user makes a mistake or exits the software operation, just press the cancel key. For another example, (1) the "Health" smart key: Health key + Confirm key means running the health report program of the health system; Health key + 2 + Confirm key means running the temperature measurement program of the health system and reminding the user to start measuring the temperature; Health key + 3 + Confirm key means running the heart rate measurement program of the health system and reminding the user to start measuring the heart rate, asking the user to press the detection sensor with a finger; Health key + 5 + Confirm key means running the machine diagnosis program of the health system and starting to ask the user where the discomfort is; Health key + 8 + Confirm key means running the hospital diagnosis scanning program of the health system and reminding the user to place the hospital diagnosis form in the specified area and distance in front of the camera and keep it for a specified time; Health key + 9 + Confirm key means running the electronic hospital diagnosis form file OCR recognition program of the health system and reminding the user to load the scanned or photographed electronic hospital diagnosis form file for recognition; When the user presses Health key + 0 + Confirm key, the system automatically starts the health report program and displays / voices to ask which user's health report is to be reported. The system automatically generates a relevant health report based on the user number entered by the user and the collected health data of the user;(2) "Air Conditioning" smart key: Air Conditioning key + Confirm key means running the air conditioning program and turning on the air conditioning in the space where the device is located. Pressing the Up key once means increasing the volume by 0.5 degrees, and pressing the Down key once means decreasing the volume by 0.5 degrees. Air Conditioning key + 2 + Confirm key means running the air conditioning program and turning on the air conditioning in the bedroom. Pressing the Up key once means increasing the volume by 0.5 degrees, and pressing the Down key once means decreasing the volume by 0.5 degrees. (3) "Entertainment" smart key: When the user presses the Entertainment key + Confirm key, the entertainment system automatically plays the music program by default, and plays the song that was not played last time by default. When the user presses the Entertainment key + 1 + Confirm key, the entertainment system automatically plays the radio. Pressing the Up key increases the volume by 1 level, pressing the Down key decreases the volume by 1 level, and pressing the Left key moves forward. Switch a search channel, press the right key to switch back a search channel; the user presses the entertainment key + 2 + the confirmation key, the system automatically starts the movie playback program, presses the up key to increase the volume by 1 level, presses the down key to decrease the volume by 1 level, presses the left key to switch forward a movie series, presses the right key to switch back a movie series, the user presses the TV + confirmation key again, the system automatically switches the movie interface to the large-screen display on the TV; the user presses the entertainment key + 10 + the confirmation key, the system automatically starts the jump running game, the user presses the TV + confirmation key again, the system automatically switches the software interface to the large-screen display on the TV; (4) "Video" smart key: the user presses the video key + 1 + the confirmation key, the system automatically starts the video interactive program and pulls out The user can dial the number to a corresponding relative. If the user presses the TV button + the confirmation button again, the system will automatically switch the video interactive content to the large-screen display on the TV and play the interactive sound (through the microphone array and camera interactive input); the user presses the video button + 0 + the confirmation button, the system will automatically start the video monitoring program, and split the screen to display all the monitoring images of this device and the networked cameras in real time. If the user presses the TV button + the confirmation button again, the system will automatically switch the monitoring interface to the large-screen display on the TV; (5) "Audio" smart key: the user presses the audio button + 1 + the confirmation button, the system will automatically start the audio interactive program and dial the corresponding relative; (6) "Education" smart key: the user presses the education button + 5 + the confirmation button, the system will automatically start Start the educational audiobook software, and by default, play the e-book that was not finished listening to last time for reading. Press the up key to increase the volume by 1 level, press the down key to decrease the volume by 1 level, press the left key to switch forward one chapter, press the right key to switch back one chapter, and the user presses the TV + confirm key, and the system automatically switches the e-book interface to the large-screen display on the TV; the user presses the education key + 1 + confirm key, the system automatically starts the children's English teaching software, and by default, plays the teaching content that was not completed last time. Press the up key to increase the volume by 1 level, press the down key to decrease the volume by 1 level, press the left key to switch forward one chapter, press the right key to switch back one chapter, and the user presses the TV key + confirm key, and the system automatically switches the teaching interface to the large-screen display on the TV;The user presses the education button + 2 + confirmation button, the system automatically starts the English voice interaction environment software and actively initiates the interaction or the content that was not completed last time. The user presses the TV + confirmation button, the system automatically switches the teaching interface to the large screen display on the TV; (7) "Environment" smart button: The user presses the environment button + confirmation button, the system automatically starts the environment reporting program, and displays / voice reports the environmental data obtained by the built-in sensors and networked sensors of the current device, and reminds the user which air or which time period has air quality problems, and suggests how the user can improve the problem. Press the up button to increase the volume by 1 level, press the down button to decrease the volume by 1 level, press the left button to switch forward one chapter, and press the right button To switch back a chapter, the user presses the TV button + the confirmation button, and the system automatically switches the environment data interface to the large-screen display on the TV. The user presses the environment button + 1 + the confirmation button, and the system automatically starts the weather forecast program and displays / voices today's weather conditions, and reminds the user of precautions for going out today based on the weather. (8) "Property" smart key: The user presses the property button + 0 + the confirmation button, and the system automatically starts the equipment fault repair program and displays / voices the user to submit a fault description and related diagrams. The user presses the TV button + the confirmation button again, and the system automatically switches the fault report program interface to the large-screen display on the TV. The user presses the property button + 1 + the confirmation button, and the system automatically contacts the property. The user presses the TV button + confirmation button, and the system automatically switches the fault report program interface to the large-screen display on the TV. (9) "Scene" smart button: The user presses the scene button + 5 + confirmation button, and the system automatically turns on the TV entertainment scene, turns off the lights, turns on the atmosphere lights, and switches to the TV playback channel. The user presses the scene button + 6 + confirmation button, and the system automatically turns on the movie entertainment scene, turns off the lights, turns on the atmosphere lights, and switches to the device movie playback program. The user presses the scene button + 1 + confirmation button, and the system automatically turns on the home scene, automatically turns on the lights, smart curtains, air conditioners, TVs, etc., and reports the indoor environmental conditions. The user Press the scene key + 2 + confirm key, the system automatically turns on the leaving home scene, automatically turns off the lights, smart curtains, air conditioners, TV, etc., and reports today's weather conditions and precautions for going out; (10) "Assistant" smart key: the user presses the assistant key + 1 + confirm key, the system automatically starts the translation program and reminds the user to enter the translation output language. The user presses the TV key + confirm key, the system automatically switches the translation content interface to the large-screen display on the TV; the user presses the assistant key + 0 + confirm key, the system automatically starts the male host's 3D fitting program, and at the same time switches the fitting program interface to the large-screen display on the TV, and reminds the user to enter the relevant special and then stand in the corresponding area to start scanning the human body three-dimensional image;(11) "Smart" smart key: When the user presses the smart key + the confirmation key or long presses the smart key, the system automatically displays the switch status of all smart devices in the entire home in the form of a floor plan. For example, the on state is red, the off state is gray, and the flashing state indicates a device failure. If there is a failure, the system will also remind the user of the failure through voice / flashing lights / screen display. When the user presses the TV key + the confirmation key, the system automatically switches the software interface to the large-screen display on the TV. When the user presses the smart key + 1 + the confirmation key, the system automatically starts the hostess image design program and turns on the stereo camera. The system automatically informs the user which part needs to be modified. When the user presses the TV key + the confirmation key, the system automatically switches the design interface to the large-screen display on the TV. (12) "Lighting" smart key: When the user long presses the light key + the confirmation key, the system automatically displays the switch status of all lighting devices in the entire home in the form of a floor plan. The status is red, the off status is gray, and the flashing status indicates a device failure. If there is a failure, the system will remind you of the failure through voice / flashing light / screen display. If the user presses the TV button + confirmation button, the system will automatically switch the software interface to the large screen display on the TV; if the user short presses the light button or long presses the light button + 1 + confirmation button, the system will automatically turn on the main light, and if the user short presses the light button twice or long presses the light button + 2 + confirmation button, the system will automatically turn on the device atmosphere light, and if the user short presses the light button twice or long presses the light button + 2 + cancellation button, the system will automatically turn off the device atmosphere light; (13) "Arm or disarm" smart key: if the user long presses the arm button, the system will automatically start arming and remind you through voice that the arming has started or that the arming has been successful; if the user long presses the disarm button, the system will automatically remind you through screen display / voice to enter the disarm password to confirm your identity. ;

[0082] The bottom of the upper inclined surface 211 may also be provided with an upper inclined light strip 21a6 in a horizontal direction, which is beneficial to increase the illumination range of the light strip. The upper inclined light strip 21a6 is provided near the bottom of the smart button 21a5, and can provide lighting for the smart button 21a5. The upper inclined surfaces 211 on the left and right sides of the upper inclined light strip 21a6 may also be provided with blood pressure / blood oxygen / heart rate / respiratory rate detection sensors 21a7, and the right inclined surface 213 may also be provided with a fingerprint sensor 21a9. A privacy switch 209 is provided at the top right side of the base 20. The installation height of the system operation area 21a is about 1.4 meters, which is basically the same as the installation height of the traditional intercom extension, which is both beautiful and convenient for users to operate. When the user has privacy needs, the privacy switch 209 can manually turn off the camera, microphone array, distance sensor and other sensors related to user privacy to protect the user's privacy and security; it can also protect the user's privacy and security by intelligently turning off the power of the privacy sensor through software / touch screen, etc. The user can freely choose the shutdown method according to their own privacy requirements and habits; the communication monitoring system can also determine whether there is an illegal network intrusion through a sharp increase in network traffic or running programs in the state of non-local instructions or remote unauthorized instructions. If it is determined to be an intrusion, the system will automatically turn off the power of the privacy sensor and remind the user to pay attention to privacy protection in multiple ways.

[0083] In addition, the upper inclined surface 211 of the system operation area 21a can also be built with CO2 sensors, temperature and humidity sensors, VOC sensors, and CO sensors. Combined with built-in cameras, distance sensors, microphone arrays, touch screens, smart buttons, and AI processing cores, the robot intelligent weak-current box fiber-to-home, set-top box and other related equipment installation and home wiring management are used to take advantage of the first-come-first-served characteristics of the robot intelligent weak-current box, so that users can experience the environmental monitoring function for free or at a low cost, which is conducive to maintaining a healthy air environment for the family, allowing home users to enjoy a safe, intelligent, comfortable, low-carbon, and convenient personalized smart life at a low cost. The installation position of the CO2 sensor is about 1.1M above the ground, which meets the required installation height, and the raised box is also conducive to the sensor contacting more air. Ventilation holes 21a8 used as sensor detection holes or heat dissipation holes can also be set at the positions corresponding to the health sensor module and the environmental sensor module on the left inclined surface 212 and the right inclined surface 213.

[0084] Usually, the system is equipped with multiple network communication modules, such as Wifi module, wireless router, Bluetooth, infrared, etc., which can be used to realize the mobile terminal APP software operation control of the intelligent system operation area 21a. The user's mobile terminal can access the robot intelligent weak-current box through multiple wireless communication methods, and can remotely start various application software of the system. When the system program is running, if the system simultaneously senses that the user is on the sofa opposite the TV or in a perceptible room, the system automatically turns on the TV and switches the TV input signal to the system output signal. The user can watch the content of the touch screen of the robot intelligent weak-current box in high-definition, full screen and real-time through the TV, and operate the corresponding program switch and daily operations through the APP software.

[0085] In addition, the robot intelligent weak-current box is usually equipped with a wireless remote control such as Bluetooth / infrared, which can be used to realize voice mouse remote control operation control of the intelligent system operation area 21a. The remote control has a TV and a robot intelligent weak-current box icon (box logo) button. When the user presses the TV button, the system turns on the TV and the set-top box; if the user presses the box logo button, the system automatically switches the TV input signal to the system output signal, and displays the content of the touch screen synchronously, in high definition, and in real time; the user can also tell the remote control "small box, watch TV" by voice, and the system automatically turns on the TV, finds 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 tells the remote control "small box, watch the big screen" by voice, the system automatically turns on the TV and switches the TV input signal to the system output signal, and the user can watch the content of the touch screen of the robot intelligent weak-current box synchronously, in high definition, full screen, and in real time through the TV, and specify the corresponding program switch and daily operation by mouse click, or tell the system to switch a certain program and program content by voice.

[0086] The linkage operation control of the intelligent system operation area 21a can be achieved through the following methods: touch screen operation control, smart button operation control, microphone array voice recognition operation control, distance sensor positioning operation control, posture and gesture recognition operation control, mobile APP software operation control. When the intelligent system of the robot intelligent weak-current box is controlled, if the user turns on a certain function for a customized number of times, 60% of the users will actively switch to the large-screen TV display. The system will determine that when the user turns on the function next time, it will automatically switch to the TV synchronized, high-definition, real-time large-screen display; on the contrary, if the user turns on a certain function for a customized number of times, 60% of the users will turn off the large-screen TV display. The system will determine that when the user turns on the function next time, it will no longer turn on the TV for large-screen display.

[0087] Therefore, the robot intelligent low-voltage box utilizes its own multi-intelligent input characteristics and a variety of simple and fast control methods to create a fast, intelligent, efficient, real-time sharing, interaction and control user experience for users through the large-screen TV display, reducing the performance requirements of smart homes for TVs, allowing traditional TVs to provide users with a smart experience, and allowing ordinary families to enjoy a smart, safe, healthy, comfortable, convenient, low-carbon and caring family living environment.

[0088] The function of the equipment compartment 21c is mainly to install fiber-to-the-home related intelligent devices in the compartment, and to protect them from loosening, ensure the safety of the equipment interface, and conceal the wiring. The equipment compartment 21c may include a mounting seat for installing and fixing external intelligent devices, a compartment cover detachably mounted on the base 20, a first wire hole 21c6 that connects the equipment compartment with the outside world, four box fixing holes 205 that are arranged through the base 20, a first power interface and a first information interface that are arranged on the inner side of the equipment compartment 21c, a first wiring trough 201 that is arranged through the middle of the base 20 in the longitudinal direction, and a plurality of first wire management beams 206 that are arranged horizontally at intervals across the first wiring trough 201. The first wiring trough 201 allows the wiring between devices to not occupy the thickness space of the equipment compartment, thereby improving the space utilization rate and wiring management effect in the compartment. The first wire hole 21c6 can be respectively arranged through the left and right sides of the bottom of the equipment compartment 21c. In this embodiment, the first wire hole 21c6 can be an HDMI output wire hole for passing an HDMI cable.

[0089] The four cabinet fixing holes 205 can be respectively located at the four corners of the equipment compartment 21c, and are used to fix the base 20 of the main cabinet 2 tightly to the installation wall through the four cabinet fixing holes 205. Before the user installs the main cabinet 2, first stick the cabinet size paper to the installation wall, mark the installation points and drill the screw holes, and then fix the cabinet to the wall through the corresponding cabinet fixing holes 205 and the screw holes, and the installation of the main cabinet 2 is completed. After the installation is completed, the cabinet fixing holes 205 are concealedly installed under the compartment cover to protect the beautiful appearance of the cabinet. In addition, the two cabinet fixing holes 205 located below are located near the top of the speaker, which can also prevent the vibration of the sound output by the speaker from affecting the stability and safety of the entire system. The mounting seat may include multiple rows of equipment fixing holes 204 and multiple rows of horizontal movable adjustment mounting grooves 203 arranged on the base 20, which can solve the problem that the specifications of the mounting seats of different types of equipment are different and the equipment cannot be installed according to a certain standard fixing seat. The multiple rows of horizontal movable adjustment installation slots 203 may be arranged on the right side of the base 20, and the multiple rows of equipment fixing holes 204 may include the left multiple rows of fixing holes arranged on the left side of the base 20, and the middle multiple rows of fixing holes arranged in the middle of the base 20 and arranged near the left and right sides of the first wiring groove 201. If the specifications of the installation equipment are not large and the width is not as wide as the left multiple rows of fixing holes and the multiple rows of horizontal movable adjustment installation slots 203 on the left and right sides, the middle multiple rows of fixing holes may be used for installation and fixing. In addition, the middle multiple rows of fixing holes may also play a role in fixing cables.

[0090] The first power interface and the first information interface may be arranged at the top of the equipment compartment 21c6. A terminal row 21c1 is arranged on the left side of the top of the equipment compartment 21c, and an interface row 21c2 is arranged on the right side of the top. The first power interface may include a plurality of first low-voltage power output interfaces arranged on the terminal row 21c1, and the plurality of first low-voltage power output interfaces may include a plurality of 9VDC interfaces and a plurality of 12VDC interfaces. The first information interface may include an interface row 21c2, a light control bus and a light hole switch arranged on the terminal row 21c1, and an RF infrared emitting lamp interface, and a fixed RF infrared emitting lamp 21c5 arranged between the interface row 21c2 and the terminal row 21c1. Among them, the interface row 21c2 may include a plurality of first network interfaces, a plurality of first telephone interfaces, a plurality of first television interfaces, and a plurality of memory card interfaces, for example, 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 output interface can supply power to the equipment installed in the equipment compartment. The light control bus and light hole switch interface can solve the problem of intelligently controlling the light circuit through an external light control module or circuit when the back of the robot's intelligent low-voltage box covers the room's light control panel; the dual memory card interface can facilitate users to expand the storage capacity of the robot's intelligent low-voltage box, and can set up separate memory cards for storage of large-capacity record files for video monitoring and interaction or software download, so as to avoid occupying system storage space and affecting system operation speed, so that the system can provide users with a smooth intelligent experience for a long time; the RF infrared transmitting light interface 21c4 and the fixed RF infrared transmitting light 21c5 are mainly external infrared remote control lights, which can be installed close to infrared remote control devices such as set-top boxes (if the infrared receiving end of the smart device is facing upwards, only the fixed RF infrared transmitting light 21c5 can be used for control), so that the system can carry out infrared learning control on it, so as to avoid the problem that the infrared remote control device cannot interface with infrared remote control commands when it is installed parallel to the back in the equipment compartment. The router module WAN interface and LAN1 / LAN2 switching network interface of the equipment compartment 21c are the WAN input interfaces of the built-in router module. The LAN1 / LAN2 switching network interface and the LAN3 to LAN10 interfaces at the bottom of the main box together form a built-in network switching module. The TV-LAN IN interface of the equipment compartment 21c can be directly connected to the optical modem iTV output interface, and together with the TV-LAN1 to TV-LAN4 interfaces at the bottom of the main box, form a built-in TV network switching module. The TEL IN interface can be directly connected to the telephone interface of the optical modem, and together with the TEL1 to TEL4 interfaces at the bottom of the main box, form a built-in telephone network switching module.

[0091] In some embodiments, the compartment cover may include an interface protection cover 27 and a plurality of segmented covers 28 arranged longitudinally below the interface protection cover 27. The interface protection cover 27 is arranged outside the first power interface and the first information interface, and can protect the interface safety and conceal the wiring, so that in case a special device has an unusual appearance and cannot be covered with the segmented cover 28, the wiring in the equipment compartment can also be kept hidden and beautiful. The interface protection cover 27 may include a partition 277 arranged perpendicular to the base 20, and an interface protection compartment for accommodating the terminal row 21c1 and the interface row 21c2 is defined between the bottom of the upper built-in device area 21b and the partition 277. The partition 277 is also provided with a through hole 276 for fixing the RF infrared emitting lamp 21c5 through and a plurality of third wire holes 273 for wiring. The lower side of the partition 277 may also be provided with a plurality of lifting rings 271. The arrangement of multiple rows of equipment fixing holes 204, multiple rows of horizontally movable adjustment installation grooves 203 and multiple top lifting rings 271 can solve the problem that the specifications of the mounting seats of different types of equipment are different and the equipment cannot be installed according to a certain standard fixing seat; if some equipment does not have a fixing seat or the equipment is originally hoisted, the equipment can be fixed by the lifting ring 271, avoiding the problem of equipment being unable to be fixed and scattered stacking, thereby improving the wiring management effect inside the box.

[0092] The interface protection cover 27 can be snap-fitted with the upper built-in device area 21b located on the upper part thereof and the segmented cover located on the lower part thereof. In this embodiment, the upper side of the interface protection cover 27 is provided with a square clip 275 that snap-fits with 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 274 that snap-fits with the top of the segmented cover 28. The left and right sides of the interface protection cover 27 can also be provided with longitudinally penetrating screw holes 272, and the interface protection cover 27 can be screwed and fixed to the bottom of the upper built-in device area 21b through the screw holes 272. In addition, it can ensure that the screw holes 272 are not visible on the front of the box body, and the appearance of the box body is beautiful.

[0093] The multiple groups of segmented covers 28 include several groups of fixed width segmented covers and / or several groups of adjustable width segmented covers. Multiple heat dissipation holes 280 may be distributed on the front plane and the left and right inclined surfaces of each group of segmented covers 28. The design of the segmented covers allows the devices to be installed independently of each other, avoiding exposure of the devices and mutual crosstalk, so as to improve the safety and stability of the equipment operation, protect the safety of the equipment and users, and at the same time improve the wiring management effect, and keep the outside of the box neat and beautiful. If the shape of individual smart devices is extraordinary, the equipment can also be installed in the form of wall hanging through the top hanging ring 271. After the equipment is fixed, the segmented cover may not be installed to ensure that the equipment will not be installed by pulling wires separately due to insufficiency. In addition, the height of the equipment warehouse exceeds 1M, which can meet the basic requirements of the installation height of 1M and above for the wireless router installed in the built-in or warehouse, avoiding the separate installation of fiber-to-the-home related equipment, which affects the indoor beauty. The upper or lower side of at least one group of segmented covers in the multiple groups of segmented covers can also be 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 strengthen the mutual isolation between the devices. The upper and lower sides of each group of segmented covers 28 are provided with snap-fit ​​structures that can fit each other. In this embodiment, the upper and lower sides of each group of segmented covers 28 are respectively provided with triangular grooves 288 and triangular convex strips 289 that fit each other. The two adjacent groups of segmented covers 28 are snap-fitted with each other through the triangular grooves 288 and triangular convex strips 289, and the connection is more stable. A snap-fit ​​portion that snap-fits with the triangular grooves 288 or triangular convex strips 289 can also be formed on the top wall of the lower built-in device area 21d, so that the lower built-in device area 21d and the segmented covers can be snap-fitted.

[0094] Each set of adjustable width segmented covers may include a left sliding segmented cover 28a and a right sliding segmented cover 28b that are plugged into each other and can slide relative to each other. The left side wall back of the left sliding segmented cover 28a and the right side wall back of the right sliding segmented cover 28b extend horizontally inward to form two spaced plugs 284, and the left side and right side surfaces of the base 20 are respectively formed with plug holes 202 corresponding to the plugs 284, and the left sliding segmented cover 28a and the right sliding segmented cover 28b can be plugged into the corresponding plug holes 202 through their respective plugs 284. The left sliding segmented cover 28a and the right sliding segmented cover 28b are respectively provided with a plurality of plug strips 281 (in this embodiment, the left sliding segmented cover 28a is correspondingly provided with four plug strips 281, and the right sliding segmented cover 28b is correspondingly provided with three plug strips 281), and a slot 282 is formed between every two adjacent plug strips 281. The left sliding segmented cover 28a and the right sliding segmented cover 28b are cross-connected by a plurality of inserting strips 281 and slots 282, and can slide in the left and right directions to adjust the width of the segmented cover, so as to meet the requirements of installing smart devices of different sizes and types in the segmented cover. The cross-connection of the plurality of inserting strips 281 and slots 282 can also ensure that the left and right sliding segmented covers are stably and firmly connected after adjusting the width of the segmented cover.

[0095] In addition, at least one mutually cooperating sliding contact surface of the left sliding segmented cover 28a and the right sliding segmented cover 28b is respectively provided with a slide groove and a slide rail structure that cooperate with each other, so as to improve the stability of the left and right covers when plugging and sliding relative to each other. In this embodiment, the upper and lower sides of each insertion strip 281 of the left sliding segmented cover 28a and the right sliding segmented cover 28b are respectively formed with a concave triangular slide groove and a convex triangular slide rail. At least one mutually cooperating sliding contact surface of the left sliding segmented cover 28a and the right sliding segmented cover 28b can also be respectively formed with a plurality of left locking grooves 285 and a plurality of right locking grooves 286 with openings facing each other along the sliding direction thereof, and the left locking groove 285 and the right locking groove 286 are spliced ​​with each other to form a locking hole. After the left sliding segmented cover 28a and the right sliding segmented cover 28b slide left and right to adjust the width, the locking hole can be penetrated by a locking pin to lock the left sliding segmented cover 28a and the right sliding segmented cover 28b with each other. In this embodiment, the left locking groove 285 and the right locking groove 286 are both semicircular arc-shaped, and they are spliced ​​together to form a circular locking hole; the right locking groove 286 is formed on the upper side of an insert strip 281 located at the upper part of the right sliding segmented cover 28b, which can reduce the processing complexity.

[0096] The left inclined surface of the left sliding segmented cover 28a and the right inclined surface of the right sliding segmented cover 28b are respectively penetrated 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 relatively large aperture, which can facilitate the installation of the antenna of special equipment through the antenna mounting hole 283 without affecting the appearance of the box when the antenna needs to be unfolded. Depending on whether the antenna mounting hole 283 and the partition wall 287 are provided, the adjustable width segmented cover can be divided into a transparent cover (provided with the antenna mounting hole 283) and a partition cover (provided with the partition wall 287). The transparent cover and the partition cover can be freely combined and adjusted, and the left and right cross-connection design with adjustable width can meet the installation of smart devices of different sizes and types in the equipment warehouse.

[0097] Since the width of the fixed width segmented cover is fixed, it can be an integral large segmented cover 28d manufactured in one piece, or it can be assembled by a left fixed segmented cover and a right fixed segmented cover that cooperate with each other on the left and right sides through a detachable or non-detachable method such as buckling or screwing. The integral large segmented cover 28d can be detachably fixed to the base 20 by buckling or screwing. In this embodiment, the left side wall and the right side wall back of the integral large segmented cover 28d extend inwards to form two buckles 28d1 that are engaged with the insertion hole 202. The cross section of the buckle 28d1 is in an arc shape, and it can also be in a square, trapezoidal, triangular, etc. The fixed width segmented cover can be buckled and fixed to the base 20 by the buckle 28d1. In other embodiments, the integral large segmented cover 28d can also be connected to the base 20 in a single-door manner, and the left fixed segmented cover and the right fixed segmented cover can also be connected to the base 20 in a double-door manner. It can be understood that the fixed width segmented cover can also be divided into a transparent cover and a partition cover according to whether the antenna installation 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 to meet the various installation requirements of users.

[0098] The wiring management area 22 is located at the lower part of the main box 2, and may include a wiring bin 220 that is arranged throughout, a cover plate 221 that is detachably covered on the wiring bin 220, a second wire hole that connects the wiring bin 220 with the outside world, and a second power interface and a second information interface that are arranged on the inner side of the wiring bin 220. A second wire management beam 222 is horizontally arranged in the wiring bin 220, and the wiring bin 220 is divided into an upper bin 220a located at the upper part and a lower bin 220b located at the lower part. An inclined interface row 224 is arranged on the right side of the upper bin 220a, which is convenient for operators to hold the wire with their left hand and fix the installation operation with their right hand in the limited wiring bin space. The bottom wall of the lower bin 220b, the left side wall of the upper bin 220a, and the front of the second wire management beam 222 can be provided with a plurality of cable fixing rings 226. The second wire management beam 222 and the cable fixing ring 226 can assume the function of a horizontal wire organizer in the bin, which is used to fix and comb the cables to keep the bin neat and orderly. A lower inclined light strip 21e can also be horizontally arranged on the lower inclined surface 214. The lower inclined light strip 21e is located near the top of the wiring compartment 220. When the robot is installed near insufficient light near the intelligent low-voltage box, the lower inclined light strip 21e can be intelligently turned on to provide lighting, making it convenient for users to install and maintain the equipment.

[0099] The second wire-passing hole may include an external power wire-passing hole 2207 and an optical fiber sheath wire-passing hole 2208 disposed at the lower left and right sides of the lower compartment 220b. The second wire-passing hole is recessed on the back of the base 20 and connects the lower compartment 220b with the outside. The second power interface may include a 220VAC device power input interface 2201 and a TV power output interface 2202 disposed on the left side of the upper compartment 220a, a second low-voltage power output interface disposed on the inclined interface row 224, and an external extension light strip interface. Among them, the second low-voltage power output interface may include a 9VDC interface and a 12VDC interface, and the strong and weak power interfaces are separated by the second wiring groove 228 in the middle. The power interface can solve the problem of powering from a covered socket and the problem of powering from an external power cord through the external power cable hole 2207 when there is no covered socket. The box also has a built-in charging and power storage module. If the external power cord is unstable or there is a power outage, it will not affect the normal operation of the system, greatly reducing the failure rate of the power system, so as to provide users with a more flexible equipment installation location without worrying about equipment power supply issues. The robot intelligent weak-current box integrates intelligent supply of strong and weak power supplies, which can reduce the power adapters and cables of the equipment installed in the warehouse, improve the wiring and management effects, and can also remotely power on and manage the energy of the smart devices installed in the warehouse without adding equipment. The external extended light strip interface allows users to horizontally install the extended light strip outside the optical fiber sheath cable hole 2208 (the elevation is consistent with the 30CM socket elevation). The optical fiber and the light strip are led to the base box or wire box for the home optical fiber access. This can not only increase the user's light strip scene experience, but also conceal the open optical fiber routing to keep the indoor environment beautiful. It is suitable for any old building or building where the home optical fiber cannot be wired near the base box or the optical fiber must be routed in an open line to upgrade the optical fiber to the home.

[0100] The second information interface may include a plurality of second network interfaces 225a and a second telephone interface 226a disposed on the left and right sides of the lower warehouse 220b, a multi-input and 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 warehouse 220a, and a community PON network optical interface 2204. The community PON network optical interface 2204 can facilitate the community LAN to adopt PON passive optical fiber network communication, and facilitate the community to introduce the household optical fiber cable from the wiring bottom box or the wire box or the left and right sides of the optical fiber cable wire hole 2208 into the wiring warehouse for direct installation, eliminating the problem of traditional multi-line pipe laying and multi-device installation, greatly simplifying the transmission link structure and system structure, greatly reducing the number of fault nodes, and quickly realizing the intelligent network upgrade between new and old building communities and households.

[0101] A second wiring trough 228 extending upward is also provided on the upper side of the wiring bin 220, and the wiring bin 220 and the equipment bin 21c are connected to facilitate the routing of the household optical fiber sheathed cable from the wiring base box or the optical fiber sheathed cable holes 2208 on the left and right sides through the inside of the box to the equipment bin, and also facilitates the introduction of the optical modem HDMI output cable into the wiring bin through the second wiring trough 228 to avoid exposure of indoor vertical cables, and also facilitates the concealed wiring of the optical modem HDMI output + TV power + device HDMI output signal + TV network interface cable pre-buried to the TV through the base box or the wire box, and the TV power + device HDMI output signal + TV network interface in the concealed wiring method are centrally arranged in the wiring bin, which facilitates the wiring management in the wiring bin, and at the same time, these cables are concealedly pre-buried to the TV, which solves the system's quick and intelligent control, interaction and sharing of the TV, and can also maintain the beauty of the interior. Through the above multiple methods, the large screen of the TV and the intelligence of the robot intelligent weak-current box can be effectively complemented, which is convenient for users to connect the TV through the internal / external set-top box through the pre-buried / openly laid wires as needed, providing users with more, better, more comprehensive and smarter experience. The second wiring groove 228 is connected to the first wiring groove 201, and the width of the second wiring groove 228 can be greater than or equal to the width of the first wiring groove 201. The back of the base 20 can also be recessed with a lighting reserved wiring groove 207, which is arranged on the upper part of the first wiring groove 201 and is connected to the first wiring groove 201.

[0102] The outer side of the main device 2 may also be provided with a third power interface and a third information interface. Among them, the third information interface may include a plurality of two-hole / three-hole smart sockets 21d3 arranged on the left and right inclined surfaces of the lower built-in device area 21d, and the third information interface may include 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 telephone interface 226b arranged on the left and right sides of the base 20 from top to bottom. The third information interface and the third power interface on the outside of the device are centrally arranged in the same area (the bottom of the lower built-in device area 21d and the wiring management area 22 below it), which facilitates these cables to be quickly connected to the TV and other smart devices through the extended light strip to conceal the exposed cables, avoid multiple cable mesh or random flying wire connections, affect the indoor beauty, and improve the wiring management effect. The connection of these wired cables also facilitates the system to quickly and intelligently control, interact and share the TV. The second network interface 225a and the second telephone interface 226a are symmetrically arranged inside and outside with the third network interface 225b and the third telephone interface 226b, respectively, which can facilitate the connection installation and wiring management operations of the original or future pre-buried cables in the wiring warehouse (wiring base box or wire box).

[0103] The top interface of the equipment compartment 21c of the robot intelligent weak-current box, the interface on the inner side of the wiring compartment 220, and the strong and weak electricity and information interfaces on both sides of the box can greatly reduce the connection wiring between systems, and integrate the traditional weak-current box superimposed wiring management innovation into the wiring inside the box, thereby improving the home wiring management effect. Because the interface is set according to the communication characteristics of the internal and external intelligent devices, it can also effectively reduce and shorten the power adapters and related cables of the intelligent devices installed in the equipment compartment, facilitate and simplify the system installation, and remotely power on and manage the energy of the equipment compartment installed devices and external devices without adding control devices, thereby improving the user's intelligent experience. In addition, the centralized setting of multiple types of interfaces for the same device (such as HDMI, cable holes, power supply, network, RF infrared interface, etc. for connecting to the TV) can avoid the random stringing of multiple types of cables, affecting the indoor beauty, improving the home wiring management effect, and greatly optimizing the wiring and interface settings of the traditional weak-current box.

[0104] The main box 2 is integrated with an equipment compartment 21c for installing external equipment, a wiring compartment 220, a wiring trough connecting the equipment compartment 21c and the wiring compartment 220, wiring holes on both sides of the wiring compartment 220 connecting to the outside world, a built-in community PON optical port and an extended light strip combination for concealed wiring, which can solve the installation problem of pre-buried or concealed laying of dual-entry optical fiber cables for data communication and community communication networks to the robot intelligent weak-current box; it also solves the installation and maintenance problems of optical fiber boxes, optical modems, routers, TV set-top boxes and other related intelligent devices for dual-fiber entry of data communication and community communication networks in the box; if the community communication network does not have the conditions or is unwilling to invest in independent laying of household optical fiber, since the operator's household optical fiber is generally a 2-core optical fiber sheathed cable, and optical modem communication generally only requires 1 core of optical fiber, and the other core of optical fiber is spare, the community communication network can use This spare optical fiber of the operator's home optical fiber can be used for networking communication, and can also be directly wired to the operator's optical fiber communication equipment inside the box, and a community communication network can be established using VPN encrypted communication methods, so that families can establish a stable, high-speed and secure community communication network with property centers and unit entrances, and solve problems such as community video intercom system upgrades, community Internet of Things system upgrades and community service system upgrades. It greatly reduces the difficulty and cost of building new community system transmission links, and also greatly reduces the difficulty and cost of transforming old community system transmission links, and also greatly reduces the system failure rate and improves system stability, so that the robot intelligent weak-current box can provide users with stable, efficient, rich and intelligent intelligent system services, and create a safe, intelligent, comfortable, low-carbon and convenient personalized smart life experience and environment for users.

[0105] The cover plate 221 can be detachably mounted on the base 20 by means of snap connection, screw connection, etc., which is convenient for installation and maintenance. In some embodiments, the left and right sides of the back of the cover plate 221 are respectively protruded to form a bar-shaped slide rail 2211, and the front sides of the base 20 are respectively recessed to form a slide groove 223 for the slide rail 2211 to be slidably installed. The bottom back sides of the cover plate 221 are respectively protruded to form a fixing plate 2213, and the bottom sides of the base 20 are respectively recessed to form a mounting groove for accommodating the fixing plate 2213. The fixing plate 2213 and the mounting groove are respectively provided with longitudinally extending screw holes. During installation, the cover plate 221 can be first slidably installed in the slide groove 223 through the slide rail 2211, and then the screws are passed through the fixing plate 2213 and the screw holes on the mounting groove to screw the cover plate 221 to the base 20. Since the screws are installed at the bottom of the box, it can be ensured that the screws are not visible on the front of the box, which protects the safety and appearance of the equipment; the sliding installation method can also save the cover opening space.

[0106] The upper replaceable module 1 and the lower replaceable module 3 are detachably mounted on the top and bottom of the base 20, respectively. A pair of fixing seats 25 are respectively provided at the upper and lower ends of the base 20, and the pair of fixing seats 25 are respectively located on the left and right sides of the base 20. The upper replaceable module 1 and the lower replaceable module 3 are respectively formed with fixing grooves 26 corresponding to the fixing seats 25. The upper replaceable module 1 and the lower replaceable module 3 are inserted into the main box 2 through the fixing grooves 26 and the fixing seats 25, that is, the disassembly and assembly of the upper replaceable module 1 and the lower replaceable module 3 does not affect the fixation and safety of the main box 2, which is convenient for users to replace different modules as needed to meet different user needs. The installation and maintenance are simple and convenient, and the function expansion is also convenient. In addition, the upper replaceable module 1 and the lower replaceable module 3 can completely cover the fixing seat 25 after installation to ensure the beauty of the equipment.

[0107] In some embodiments, the fixing seat 25 may include a first plug-in board 251 and a second plug-in board 252 that are perpendicular to each other. The first plug-in board 251 may be formed by extending upward or downward from the left and right side walls of the base 20, and the second plug-in board 252 may be formed by extending upward or downward from the back of the base 20. Correspondingly, the fixing slot 26 may include a first plug-in slot 261 that is plugged and matched with the first plug-in board 251 and a second plug-in slot 262 that is plugged and matched with the second plug-in board 252. The first plug-in board 251 may also be provided with a first screw hole, and the left and right sides of the upper replaceable module 1 and the lower replaceable module 3 are respectively provided with second screw holes that are connected to the first plug-in slot 261 corresponding to the first screw hole, and the upper replaceable module 1 and the lower replaceable module 3 can be screwed and fixed to the base 20 through the first screw hole and the second screw hole. Since the second screw hole is provided on the left and right sides of the upper replaceable module 1 and the lower replaceable module 3, it can be ensured that the screws are not visible on the front of the box, thereby protecting the safety and appearance of the equipment. In addition, after installation is completed, the fixing plate 2213 is also covered by the lower replaceable module 3, which is both beautiful and safe.

[0108] The upper replaceable module 1 and the lower replaceable module 3 can be replaced with modules of different shapes and functions as needed. In the present embodiment, the upper replaceable module 1 is designed to be circular, like a human brain, and together with the main box 2, the overall appearance is like a standing humanoid robot. The front of the upper replaceable module 1 can also be provided with a circular mirror or LED screen or a mirror built-in LED screen 11 and a front annular light strip 12 with adjustable brightness surrounding the circular mirror or LED screen or the mirror built-in LED screen 11, which can be used for indoor lighting and for users to look at their own faces when looking in the mirror, such as when experiencing image design, allowing users to adjust their images according to themselves in the mirror, which is both beautiful and practical, and can also allow users to enjoy more intelligent experience. The side of the upper replaceable module 1 can also be provided with a color-changing or segmented color-changing side annular light strip 13, and the surrounding illumination can create a variety of atmosphere environment effects on the entire wall. The lower replaceable module 3 is a columnar shape with a right-angled trapezoidal cross section, and a color-changing integrated LED light strip 33 can be provided on its front and the lower trapezoidal inclined surface. Combined with the color-changing side light strips 29 symmetrically arranged on the left and right sides of the base 20, as well as the lower bevel light strips 21e and the upper bevel light strips 21a6, these light strips can have independent functional positioning, such as lighting, atmosphere lights, functional auxiliary lights, night lights, etc., and can also be combined to achieve more lighting effects, such as: lighting and atmosphere effects in the home mode, illuminating users looking in the mirror during image design, light intensity during human-computer interaction, installation and maintenance lighting for wiring compartments when the light is not good, coded flashing light effects that can solve the warning function in emergency situations or the communication function with hearing-impaired people, night light effects in the night waking mode, and atmosphere effects of festive atmosphere, etc. In addition, users can experience the smart lighting of the living room for free without installing additional light strips, allowing users to experience and understand the effects of smart lighting, laying the foundation for the system to recommend users to expand applications in the future, and can also avoid the conventional new external smart light strips for pipe routing, improving user experience and wiring effects.

[0109] The back of the upper replaceable module 1 may also be provided with a hanging hole 15, so that the upper replaceable module 1 can be hung on the installation 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 also be 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, respectively. The upper side and the lower side of the base 20 may also be provided with a third anti-disassembly switch 229, respectively. When someone disassembles the upper replaceable module 1 and the lower replaceable module 3, the third anti-disassembly switch 229 will be triggered. In addition, at least one first anti-disassembly switch 208 is also provided on the back of the base 20, and a second anti-disassembly switch 227 is provided on the bottom of the front of the base 20 corresponding to the cover plate 221, and anti-disassembly switches may also be provided on other detachable modules such as the inclined interface row 224. A vibration sensor can be built into the box, and the anti-disassembly switch and vibration sensor can be powered by independent power supplies. If the weak-current box is illegally disassembled or knocked by the user, the system will automatically alarm the user locally and upload the alarm information to the weak-current box operator and the user's mobile terminal to protect the safety of the device. In addition, the main device 2 can also be used alone, and the upper replaceable module 1, the lower replaceable module 3, and the third anti-disassembly switch 229 can also be customized and canceled. The main device 2 can be fixed to the wall through the four box fixing holes 205 of the equipment compartment, and the second plug board 252 of the fixing seat 25 can also be reserved with a perforation for connecting to the wall.

[0110] The robot intelligent weak current box can realize the following main functions:

[0111] Video intercom function: Traditional video intercom systems, which have gone through several development stages from analog to semi-digital to digital to network systems, generally have many problems such as complex structure, high failure rate, high installation and maintenance cost, high operating cost, fixed installation location, simple functions and poor experience, and difficult upgrading and transformation. However, the video intercom system is the only wired LAN communication channel between homes and properties and communities. It cannot be cancelled, nor can it be simply replaced by home wireless mobile terminals. The robot intelligent weak-current box is not a simple patchwork, nor does it completely abandon the transmission mode, structure and function of the traditional intercom system. Instead, it completely solves the common problems of traditional video intercom systems, such as complex structure, high failure rate, high installation and maintenance cost, high operating cost, fixed installation location, simple function and poor experience, and difficult upgrading and transformation, through the built-in AI intelligent system of the robot intelligent weak-current box, contact and non-contact intelligent system operation mode, unique box structure design, installation of fiber-to-the-home and other related equipment in the equipment warehouse, fast wall installation without limitation of installation location and damage to decoration, and intelligent display mode of touch screen and large TV screen, etc., so that users can conveniently and quickly experience more advanced, more stable and more intelligent video intercom functions and more potential intelligent system functions, which greatly improves the intelligent experience of users and can also greatly expand the application scope of video intercom systems. For example, a free video intercom system can be built between family members in different regions through the operator network; a free video intercom system can be built between families in rural natural villages or between village and town government service units.

[0112] For example, the smart system can realize the following video intercom interaction scenarios: (1) When the user returns home: When the distance sensor senses that the user has opened the door, the system actively uses a customized voice to greet the user and actively confirms the user's identity through video. If the user is confirmed to be an illegal user, the system actively uses a customized local voice alarm and remotely pushes a customized video + audio + information method to the weak-current box operator / property center / user's mobile terminal. If the user cannot be confirmed by video, the system actively uses voice and flashes lights to remind the user to confirm the identity and disarm. If the timeout expires and the confirmation is not made, or the robot smart weak-current box related sensors are turned off or the perception is damaged, the system actively uses a customized local voice alarm and remotely pushes a customized video + audio + information method to the weak-current box operator / property center / user's mobile terminal. If the user's identity is confirmed to be legal, the system will respond to different user requests based on the user's needs. Identity, actively customize voice care for users, and subsequent human-computer interaction communication; (2) When the user leaves home: When the distance sensor senses that the user opens the door and is about to leave home, the system actively customizes voice care and farewell to the user. When it senses that the user closes the door and leaves home for more than the customized time, it automatically starts indoor defense and shuts down the smart devices or home appliances connected to the system; (3) User-active intercom interaction: The user calls the property management / relatives and friends / neighbors through voice, smart buttons, touch screen, or mobile terminal to initiate intercom interaction. After the other party confirms, they can interact with them visually; (4) User-passive intercom interaction: When the property management / relatives and friends / neighbors initiate intercom interaction with the user, the user responds through voice, behavioral gestures, smart buttons, touch screen, or mobile terminal, thus establishing visual interaction.

[0113] Home safety function: Traditional home security systems generally have problems such as complex structure, multiple devices, multiple cables, high failure rate, high false alarm rate, difficult upgrading and transformation, and high installation and maintenance costs. However, the home security system is an important guarantee for the personal and property safety of family members and cannot be cancelled. The robot intelligent weak-current box is not a simple patchwork, nor does it completely abandon the transmission method, structure and function of the traditional home security system. Instead, it uses the built-in AI intelligent system of the robot intelligent weak-current box, contact and non-contact intelligent system operation methods, unique box structure design, weak-current box wiring management function, fiber-to-the-home and other related equipment installed in the equipment warehouse, fast wall installation method that is not limited to the installation location and does not damage the decoration, touch screen and TV large screen intelligent display mode, comprehensive security perception judgment software algorithm and other innovative comprehensive integrated designs to completely solve the common problems of home security systems such as complex structure, multiple devices, multiple cables, high failure rate, high false alarm rate, difficult upgrading and transformation, and high installation and maintenance costs, so that users can experience more advanced, stable and intelligent home security functions conveniently, at low cost and quickly, greatly improving the user's intelligent experience.For example: (1) Combining the excellent sensing characteristics of the distance sensor's 180-degree spatial human perception and camera recognition, if a user's home is equipped with a robot intelligent weak-current box, a three-dimensional full-space human perception detection is formed in the space where the robot intelligent weak-current box is located. Any human entering the detection range from the entrance door, living room balcony, window, other doors, etc. will be sensed, and the software algorithm can be used to determine whether an alarm has occurred; if an alarm occurs, the system will actively use voice and flash lights to remind the user to confirm their identity and disarm; if the video review confirms the alarm or the alarm is not confirmed after a timeout or the robot intelligent weak-current box related sensors are turned off or the perception is damaged, the system will actively use local customized voice alarms and remote customized push video + audio + The information is sent to the weak current box operator / property center / user's mobile terminal in the form of information. At the same time, the scene will also send voice / music and flashing light alarms according to different alarm situations to remind the user that the alarm is successful; if it is a false alarm, the user can cancel it within a custom time to avoid false alarms affecting the decision-making and service response of the property / robot intelligent weak current box operator / user's mobile terminal; (2) The fingerprint sensor 21a9 can also have the function of classified fingerprint alarm. When the user has an emergency need, different fingerprints can be used to correspond to different alarm categories; (3) The robot intelligent weak current box wiring compartment also integrates bus modules, DIAI input modules, POE network ports, etc., and supports wired switch alarm signals, bus alarm signals, and video monitoring signals. The pre-buried pipelines are connected through 86 bottom boxes or wire boxes; it also supports Bluetooth, Wifi, Zigbee, NB-IoT and other wireless alarm or monitoring equipment access. Users do not need to wire and can freely expand alarm or monitoring equipment as needed to meet the different security needs of users; at the same time, an independent monitoring storage interface is also set to be specially Storing surveillance video data is both safe and prevents big data from occupying system space and affecting system operation speed; (4) The robot intelligent weak-current box also integrates community PON optical network interface, power amplifier and high-power speakers, light strips, touch screens, environmental sensors and other modules. When an emergency occurs in a neighbor's home (such as a fire, emergency help, etc.), the system automatically pushes alarm information to the robot intelligent weak-current box of the building or unit where the user seeking help is located or to nearby home users, and reminds the user by voice / flashing light / user mobile terminal / linked output / screen display / TV display, etc., to ensure that all people in the home (including the visually impaired and hearing-impaired) know the alarm information, reminding users to evacuate or help with rescue; in addition, when an emergency occurs in the community (such as a community fire, emergency notice, natural disaster, etc.), the property management center can directly push alarm information to all families in the community through the operation platform, and remind users by voice / flashing light / user mobile terminal / linked output / screen display / TV display, etc., to ensure that all people in the user's home (including the visually impaired and hearing-impaired) know the alarm information.

[0114] Health management function: Physical health is an issue that every person and every family must focus on. At present, the main problems in family health management are that users do not understand medicine, health data is scattered, hospital diagnosis data cannot be accessed by users, health testing equipment is expensive, it is difficult to see a doctor, it is expensive to see a doctor, chronic diseases require long-term follow-up management, and medical resources are limited. The establishment of a family health management system is a huge system project, which is constrained by many factors such as cost, information resources, cognition, perception technology, product form, text recognition, video recognition, communication technology, chip technology, artificial intelligence technology, and business model. It is basically still in the imagination stage. The robot intelligent weak-current box has a built-in AI intelligent system, built-in multiple basic health and environmental sensors, contact and non-contact intelligent system operation methods, unique box structure design, fiber-to-the-home and other related equipment are installed in the equipment warehouse, and the wall-mounted quick installation method that is not limited to the installation location and does not damage the decoration, comprehensive identification and analysis systems and medical diagnosis systems and other software algorithms, touch screens and large-screen TV intelligent display modes and other comprehensive innovative designs, combined with the B-end rigid demand characteristics of the robot intelligent weak-current box, a one-time low-cost solution to different degrees of family health management users do not understand medicine, health data is scattered, hospital diagnosis data cannot be accessed by users, health It solves the problems of expensive testing equipment, difficulty in seeing a doctor, high cost of seeing a doctor, long-term follow-up management of chronic diseases, and limited medical resources. It also establishes two-way active interaction between smart devices and people, allowing home users to experience basic health information testing, establishment of family medical records, machine diagnosis, remote diagnosis, active follow-up management of chronic diseases, correction of bad living habits, health knowledge education, appointment registration, home air quality management, large-screen interactive display of health data on TV, emergency health community service response and other services at low cost, conveniently and quickly. It creates a smart, safe, healthy, comfortable, convenient, low-carbon and caring home health living environment and management system for home users.Specific experience scenarios include: when a user goes to the hospital for a medical consultation and returns home, the system automatically reminds the user to scan the hospital medical form into an electronic document or place it in a specific position in front of the device for OCR recognition of the medical form content, and track and establish the user's health file; when the user is sensed to pass by the device, the system reminds the user at least once a day, and uses the health sensor built into the device or purchased by the user (which has established communication with the box) to detect the user's body temperature, heart rate, respiratory rate, blood pressure, blood oxygen and other health data, and track and establish the user's health file; when the user feels unwell, he or she can actively start the system's machine diagnosis or remote diagnosis to keep abreast of his or her physical condition, and the confirmed data will be recorded in the user's health file; when the system senses that the user is still watching TV at 12 o'clock in the evening, it will actively remind or directly turn off the TV to let the user pay attention to rest and correct the user's bad living habits; when the system senses that the indoor CO2 exceeds the standard, it will actively remind or directly turn on the air conditioner or fresh air system or exhaust system that has established communication connection with the system to Keeping the indoor air fresh is beneficial to the health of home users. If the user is a chronic disease patient, at the set time to take medicine, when the system senses the user's presence in the space, it will actively remind the user to take medicine (including what medicine, how much, and how many kinds), and actively ask the user about the condition for machine diagnosis, timely track the user's health data and record the file; when the user does not understand the characteristics of a certain disease, he or she can actively ask the device, and the system will automatically broadcast the relevant characteristics and precautions of the disease by voice or display them on the large screen of the TV for the user to understand; when the system senses that the user has a fever and the machine diagnoses that he or she needs to go to the hospital, it will automatically make an appointment with a specific hospital (ask the user or the user actively informs) according to the characteristics of the disease, and inform the user of the registration result; when the user has an urgent health need, the emergency button or software operation or the system's different levels of alarm sensors can quickly send an emergency alarm to the operation service center or the user's mobile terminal or the hospital, and the local multi-mode alarm will remind the user that the alarm is successful. If it is a false alarm, it can be cancelled within a specific time.

[0115] TV control function: TV is generally the only large-screen display in a family. It is irreplaceable and difficult to cancel. However, traditional TVs generally have problems such as cumbersome operation, conflict between cost and function, simple functions, lack of content / applications, high price for users to purchase by themselves, and unsatisfactory experience. The robot intelligent weak-current box has a built-in AI intelligent system, contact and contactless intelligent system operation methods, unique box structure design, installation of fiber-to-the-home and other related equipment in the equipment warehouse, home wiring management function, and fast wall-mounted installation method that is not limited to the installation location and does not damage the decoration. Combined with the B-end rigid demand characteristics of the robot intelligent weak-current box, it solves the problems of cumbersome operation, conflict between cost and function, simple functions, lack of content / applications, high price for users to purchase by themselves, and unsatisfactory experience of home TVs in a one-time and low-cost integrated manner, and realizes the quick control output of the robot intelligent weak-current box to the set-top box and TV, so that all system contents of the robot intelligent weak-current box can be quickly displayed and interacted through the TV, giving full play to the complementary relationship between the large screen of the TV and the intelligence of the robot intelligent weak-current box, greatly reducing the requirements of the smart experience system for TV hardware, suitable for the rapid upgrade and transformation of new and old TVs, and greatly improving the user's smart experience.The robot intelligent low-voltage box is an independent intelligent device. To control the TV, it is necessary to establish an effective control connection with the TV conveniently and quickly. The specific control connection is as follows: (1) Installation and wiring management of the set-top box: ① Install the set-top box in the equipment compartment and pre-buried pipeline to connect the TV: The operator's optical modem and the TV set-top box are installed and fixed in the equipment compartment. The fixed RF infrared transmitter 21c5 in the equipment compartment is installed close to the infrared receiver of the set-top box. The optical modem iTV interface communication cable is directly connected to the set-top box through the first wiring groove 201 in the equipment compartment. The power port cable at the top of the equipment compartment is connected to the set-top box through the first wiring groove 201. The set-top box output HDMI cable is connected to the wall bottom box or wire box through the second wiring groove 228 from the equipment compartment to the wiring compartment and the HDMI output wire hole (first wire hole 21c6), and then connected to the TV through the pre-buried pipe together with the TV power output cable on the left side of the upper compartment 220a and the HDMI cable output from the top box. The equipment installation and cable connection to the TV are completed. Wiring management; ②. Install the set-top box in the equipment compartment and lay open pipelines to connect the TV :The operator's optical modem and TV set-top box are installed and fixed in the equipment compartment, and the infrared transmitter light 21c5 in the equipment compartment is installed close to the infrared receiver of the set-top box. The optical modem iTV interface communication cable is directly connected to the set-top box through the first wiring trough 201, and the power port cable on the top of the equipment compartment is connected to the set-top box through the first wiring trough 201. The set-top box output HDMI cable is led to the outside of the box through the HDMI output wire holes on the left and right sides of the bottom of the equipment compartment, and then connected to the TV through the open pipeline together with the power cord of the smart power socket on the left or right side of the weak current box and the HDMI cable output from the left or right side of the box. The equipment installation and the wiring management of the open connection of the cable to the TV are completed; ③. Infrared learning control: The built-in equipment area on the upper and lower parts of the equipment compartment has built-in 360-degree infrared transmitters to perform infrared learning control on the room TV and set-top box. If the TV and set-top box cannot receive or foreign objects block the infrared reception under special circumstances, there are multiple infrared output interfaces in the box, which can directly lead the remote control infrared light to the infrared receiving end of the TV or set-top box for infrared learning remote control.(2) Management of wiring installed outside the set-top box: ①. Pre-buried pipelines on the outside of the set-top box are connected to the TV: the operator's optical modem is fixedly installed in the equipment compartment, and the optical modem output TV iTV interface is connected to the TV network switch input interface on the top of the equipment compartment. The infrared extension interface output cable on the right side of the upper compartment 220a (if the infrared transmitter light of the box can be controlled by wireless coverage, this output cable can be omitted), the left TV power output cable, the HDMI output cable of the top box output and the left or right TV interface output line of the lower compartment 220b are pre-buried through the bottom box or wire box of the lower compartment 220b to the TV, thus completing the installation of internal and external equipment and the wiring management of pre-buried cables to connect the TV; ②. Exposed pipelines on the outside of the set-top box are connected to the TV: the operator's optical modem is fixedly installed in the equipment compartment, and the iTV interface of the TV is connected to the TV. The modem and optical modem output TV iTV interface is connected to the TV network exchange input interface on the top of the equipment compartment. The power cord of the power socket on the left or right side of the weak-current box, the HDMI cable output by the left or right box, and the left or right TV interface output cable are connected to the TV through exposed pipelines, thus completing the installation of internal and external equipment and the wiring management of exposed cable connection to the TV; ③. Infrared learning control: The built-in equipment area at the top and bottom of the equipment compartment has built-in 360-degree infrared transmitting lights to perform infrared learning control on the room TV and set-top box, and if the TV and set-top box cannot receive or foreign objects block the infrared reception under special circumstances, there are multiple infrared output interfaces in the box, which can directly lead the remote control infrared light to the infrared receiving end of the TV or set-top box for infrared learning remote control. (3) The system quickly controls the TV for sharing, interaction and control: The robot intelligent low-voltage box is generally installed near the TV in the living room. Due to its special structural design, it can effectively solve the problem of connecting the device to the TV with exposed or pre-buried cables. Therefore, the set-top box and other smart devices or built-in systems installed in the robot intelligent low-voltage box can easily transmit their content to the TV audio synchronous output efficiently, quickly, in high definition and in real time through wired cables; the control methods may include: contact operation control and non-contact operation control, among which the contact operation control includes touch screen operation and smart button operation; among which the non-contact operation control includes camera analysis and recognition operation, long-distance voice recognition operation, long-distance positioning, posture and gesture recognition operation, RF infrared control operation, linkage operation control, wireless communication operation control, and mobile APP software operation control.

[0116] Home appliance control function: Home appliances are rigid devices in the home, such as TVs and air conditioners. Intelligent control of home appliances has always been an important part of smart homes. At present, the common practice of intelligent control is to install a universal remote control or the home appliance itself supports Wifi wireless communication and control it through a mobile phone APP, but such an operating experience is not ideal, and there are also common problems such as self-purchase by users, cumbersome operation, unsatisfactory experience, need to integrate other devices to be more intelligent, and inability to control autonomously. The robot intelligent weak-current box has a built-in AI intelligent system, contact and non-contact intelligent system operation mode, unique box structure design, 180-degree infrared learning control against the wall, fiber-to-the-home and other related equipment are installed in the equipment warehouse, and the fast installation method against the wall that is not limited to the installation location and does not damage the decoration. Combined with the rigid B-end characteristics of the robot intelligent weak-current box, it solves the problems of cumbersome home appliance control operation, unsatisfactory experience, need to integrate other devices to be more intelligent, and inability to control autonomously. The user operation of home appliance control mode may include contact operation control and non-contact operation control, wherein contact operation control includes touch screen operation and smart button operation; wherein non-contact operation control includes camera analysis and recognition operation, long-distance voice recognition operation, long-distance positioning, posture and gesture recognition operation, RF infrared control operation, linkage operation control, environmental linkage operation control, wireless communication operation control, and mobile APP software operation control. For example: when the indoor temperature exceeds the custom temperature, such as exceeding 25 degrees, when the system senses that the user returns home, the air conditioner is automatically turned on; at night, when the system senses that the user leaves the living room and enters the bedroom beyond the custom time, the system automatically turns off the air conditioner, TV and other home appliances; when the system senses that the last user leaves home beyond the custom time in the morning, the system automatically turns off the air conditioner, TV and other home appliances; when the system senses that the user rests on the sofa in the living room beyond the custom time, the system actively reminds the user whether to watch TV, and if the temperature exceeds the custom temperature, the system automatically turns on the air conditioner, etc.

[0117] Smart lighting function: Lighting has always been a rigid demand market, because where there are people, there is a need for lights. The higher the family income, the greater the demand for indoor lighting products. However, house decoration is a one-time thing. If users want to experience richer lighting content, there are many problems such as replacing control switches or bulbs or adding smart lighting circuits, single live wire circuits, single smart devices lacking perception and intelligent judgment, cumbersome operation methods (such as APP software operation), users are not willing to upgrade, users are afraid of trouble and do not understand integration, the frequency of use is not high, it cannot be automatically illuminated, users purchase by themselves, and the experience is poor. The robot intelligent low-voltage box has comprehensive innovative designs such as built-in AI intelligent system, contact and contactless intelligent system operation methods, unique box structure design, built-in multiple sets of LED lights, fiber-optic access and other related equipment for installation in the equipment warehouse, and quick wall-mounted installation that is not limited to the installation location and does not damage the decoration. Combined with the B-end rigid demand characteristics of the robot intelligent low-voltage box, it solves the problems of smart lighting in home living rooms at one time and at a low cost, such as the need to replace control switches or bulbs or add smart lighting circuits, single live wire circuits, single smart devices lacking perception and intelligent judgment, cumbersome operation methods (such as APP software operation), users are not willing to upgrade, users are afraid of trouble and do not understand integration, low frequency of use, cannot actively light up, users purchase by themselves, and poor experience. The built-in LED lights have lighting functions such as lighting lights, atmosphere lights, functional auxiliary lights, and night lights. They can also be combined to achieve more lighting effects. For example, when the system senses that the user returns home at night (or there is not enough light indoors during the day), the system automatically turns on all the built-in LED lights of the device or the main lighting LED lights of the replaceable modules to achieve the maximum brightness lighting effect in the room. When the system senses that the user leaves home, the system automatically turns off all the built-in LED lights of the device. When the system senses that the user gets up at night, the system automatically turns on the lower bevel light strip of the device. When the system senses that the user re-enters the bedroom from the living room beyond the customized time, the system automatically turns off the lower bevel light strip. ; When the system senses that the user is watching TV, the system automatically turns on the left or right side of the device (the TV is on one side of the device) and the side of the upper replaceable module to create a cinema atmosphere; on holiday nights, the system turns on the color-changing light strips around the device to create a festive and joyful atmosphere indoors; when the system senses that the user is installing and maintaining indoor wiring in the wiring warehouse, the system automatically turns on the lower bevel LED lights; when the system senses that the user is standing in front of the device for a smart experience, the system automatically turns on the upper bevel LED lights and / or the front LED lights of the upper replaceable module and / or all LED lights, so that the device sensor can clearly identify the user's face or body or the surrounding environment. The robot intelligent weak-current box also reserves a wiring trough 207, which is convenient for intelligent control of the lighting circuit of the light panel through the system's own intelligent switch or extended lighting intelligent module when the device installation location covers the indoor conventional light switch panel.The system also has built-in wireless and bus communication modules such as Bluetooth, Wifi, Zigbee, RF, NB-IoT, etc. Users can freely expand and upgrade external smart lighting equipment and upgrade traditional lighting circuits to smart lighting circuits, and then combine the robot's intelligent low-voltage box AI intelligent functions and a variety of intelligent operation methods to create a smart, comfortable and beautiful lighting environment and user experience for users throughout the house.

[0118] Smart socket function: The robot smart weak current box generally takes power from the indoor socket at a height of 30CM, and the internal cable standard of the 30CM socket is 2.5 square copper wire, and the live wire, neutral wire, and ground wire are complete, which can support about 3000W of power, which can meet the basic power output requirements and grounding safety of the box equipment and the smart sockets on both sides. At the same time, the box has a built-in energy consumption analysis module. When the socket is overloaded, the system automatically warns the user in multiple ways such as voice, sound and light, screen display, large-screen display on TV, and mobile terminal information push, and can directly shut down the power output of the box socket. In addition, the robot smart weak current box can also take advantage of the fiber-to-the-home, set-top box and other related equipment installation and home wiring management of the robot smart weak current box. The smart socket output and the robot smart weak current box's various signal output cables can be used together to intelligently control other smart devices around the box, such as TVs, set-top boxes, DVDs and other devices, allowing users to enjoy the smart socket and energy consumption management experience for free or at low cost, creating a safe, smart, comfortable, low-carbon, and convenient personalized smart life for users.

[0119] Smart speaker function: The robot smart weak current box has a built-in full-range speaker, combined with the built-in AI intelligent system of the robot smart weak current box, contact and non-contact intelligent system operation mode, unique box structure design, fiber-to-the-home and other related equipment installed in the equipment warehouse, home wiring management function, and fast wall installation method that is not limited to the installation location and does not damage the decoration. It not only solves the problem of high-volume and high-quality output of the speaker, but also promotes air flow in the equipment warehouse due to the design of the ventilation slot of the equipment warehouse speaker, which is conducive to the heat dissipation of smart devices. It also solves the problem of high-quality audio and video synchronous output to TV playback, and most importantly, solves the problem of multiple experience operations of smart speakers. For example: according to the volume preferred by the user, when the distance between the user and the device changes to a certain value, the volume output is automatically adjusted to keep the user always hearing the same volume of sound; when the user is sensed to go home, the system automatically turns on the background music; when the user is sensed to leave the home, the system automatically turns off the music; at night, when the user leaves the living room and enters the bedroom at a super-custom time, the system automatically turns off the music; when getting up in the morning, when the user enters the living room from the bedroom, the system automatically voices a caring greeting or turns on the user's favorite background music.

[0120] Environmental monitoring function: The system has built-in sensors such as CO2, temperature, humidity, illumination, VOC, CO, and air pressure. Combined with the AI ​​intelligent system built into the robot intelligent weak-current box, contact and contactless intelligent system operation methods, unique box structure design, fiber-to-the-home and other related equipment are installed in the equipment warehouse, home wiring management function, and quick wall-mounted installation method that is not limited to the installation location and does not damage the decoration, etc. Comprehensive innovative designs allow users to experience the environmental monitoring function for free or at a low cost, which is conducive to maintaining a healthy air environment at home and allowing users to enjoy a safe, intelligent, comfortable, low-carbon, and convenient personalized smart life.

[0121] A variety of built-in and extended software application functions: AI intelligent system built into the robot intelligent low-voltage box, contact and non-contact intelligent system operation methods, unique box structure design, fiber-to-the-home and other related equipment are installed in the equipment warehouse, large-screen TV synchronous display, and fast wall-mounted installation methods that are not limited to installation locations and do not damage decoration. In addition to multiple built-in application software, the system also allows users to download and install extended application software through the system's application market. The extended application software program is combined with the system's intelligent perception and a variety of intelligent system operation methods to allow users to enjoy a richer, smarter, and faster intelligent system experience, such as: entertainment software, game software, music software, conference software, farmland management software, simulation test software, reading software, radio and broadcasting software, education software, companion communication software, intelligent assistant software, translation software, energy management software, audio and video stereo interaction software, emotion analysis software, image design software, 3D fitting software, shopping software, ticket booking software, office software, stock software, social software, community service software, community O2O software, etc.

[0122] It can be understood that the above-mentioned technical features can be used in any combination without limitation.

[0123] The above embodiments only express the preferred implementation modes of the present utility model, and the descriptions thereof are relatively specific and detailed, but they cannot be understood as limiting the patent scope of the present utility model. It should be pointed out that, for ordinary technicians in this field, the above technical features can be freely combined without departing from the concept of the present utility model, and several deformations and improvements can be made, which all belong to the protection scope of the present utility model. Therefore, all equivalent changes and modifications made to the scope of the claims of the present utility model should belong to the scope covered by the claims of the present utility model.

Claims

1. A robot intelligent weak current box, characterized in that: It includes a main box body (2), and the main box body (2) includes an equipment area (21) located in the upper part and a wiring management area (22) located in the lower part; The main box body (2) is in a three-dimensional dish shape. The back surface of the rectangular base (20) of the dish shape 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) includes a system operation area (21a), an internal equipment area, and an equipment bin (21c) for installing external equipment. The equipment bin (21c) includes a first wire passing hole for communicating the equipment bin (21c) with the outside world, a first power interface and a first information interface provided on the inner side surface of the equipment bin (21c), a mounting seat for fixing the external equipment, and a bin cover detachably mounted on the base (20); The wiring management area (22) includes 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 world, a second power interface and a second information interface provided on the inner side surface of the wiring bin (220); The main box body (2) further includes a first wire groove (201) provided in the equipment bin (21c), a second wire groove (228) communicating the equipment bin (21c) and the wiring bin (220), and a third power interface, a third information interface, and an LED lamp provided on the outer side of the main box body (2); The intelligent system of the main box body (2) includes an AI core processor, a storage unit, an input unit, an output unit, a communication unit, a switching unit, and a power supply unit; The first wire groove (201) is longitudinally and penetratingly provided in the middle of the base (20); The first wire groove (201) is provided above the second wire groove (228) and is communicated with the second wire groove (228); A lighting reserved wire groove (207) is also recessed on the back surface of the base (20), and the lighting reserved wire groove (207) is provided above the first wire groove (201) and is communicated with the first wire groove (201); The mounting seat includes multiple rows of equipment fixing holes (204) and multiple rows of horizontal movable adjustment mounting grooves (203) provided on the base (20); The equipment bin (21c) further includes four box body fixing holes (205) penetratingly provided on the base (20) and multiple first wire management cross beams (206) horizontally straddling the first wire groove (201), and the four box body fixing holes (205) are respectively located at the four corners of the equipment bin (21c); The bin cover includes multiple segmented covers detachably mounted on the base (20) in sequence along the longitudinal direction, and an interface protection cover (27) provided above the multiple segmented covers and detachably mounted on the base (20); The left side and / or right side of at least one group of segmented covers among the multiple groups of segmented covers is also provided with at least one antenna mounting hole (283) and a hole cover (28c) detachably covering the antenna mounting hole (283); the upper side and / or lower side of at least one group of segmented covers among the multiple groups of segmented covers is also provided with a partition wall (287); and a plurality of heat dissipation holes are provided on the front side, the left side, the right side and the partition wall (287) of the segmented cover; The multiple groups of segmented covers include a plurality of groups of fixed-width segmented covers and / or a plurality of groups of adjustable-width segmented covers; each group of the adjustable-width segmented covers includes a left sliding segmented cover (28a) and a right sliding segmented cover (28b) which are mutually plugged in and can slide relative to each other; a plurality of insertion strips (281) are respectively provided on the left sliding segmented cover (28a) and the right sliding segmented cover (28b), a slot (282) is formed between every two adjacent insertion strips (281), and the left sliding segmented cover (28a) and the right sliding segmented cover (28b) are cross-connected via the plurality of insertion strips (281) and the slots (282); The left side wall back of the left sliding segmented cover (28a) and the right side wall back of the right sliding segmented cover (28b) are respectively extended inward to form at least one latch pin (284); the left side and right side of the base (20) are respectively formed with insertion holes (202) corresponding to the latch pin (284); the left sliding segmented cover (28a) and the right sliding segmented cover (28b) are respectively plugged into the corresponding insertion holes (202) via their respective latch pins (284); the upper side and the lower side of each group of segmented covers are respectively provided with a buckle structure with convex and concave fits in with each other; at least one mutually fitting sliding contact surface of the left sliding segmented cover (28a) and the right sliding segmented cover (28b) is respectively provided with a slide groove and slide rail structure with convex and concave fits in with each other; At least one mutually cooperating sliding contact surface of the left sliding segmented cover (28a) and the right sliding segmented cover (28b) is respectively formed with a plurality of left locking grooves and a plurality of right locking grooves with openings facing each other along the sliding direction thereof, the left locking groove and the right locking groove are spliced ​​together to form a locking hole, and each group of the adjustable width segmented covers also includes a locking pin arranged in the locking hole to lock the relative position of the left sliding segmented cover (28a) and the right sliding segmented cover (28b); The plurality of groups of fixed width segmented covers include an integral large segmented cover and / or a plurality of groups of left fixed segmented covers and right fixed segmented covers that cooperate with each other on the left and right sides; The integral large section cover is detachably fixed to the base (20) by means of buckling and / or screwing, and the backs 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 that buckles with the insertion hole (202); or, the integral large section cover is connected to the base (20) by means of a single door; The left fixed segmented cover and the right fixed segmented cover are connected by means of buckling and / or screwing, and the left fixed segmented cover and the right fixed segmented cover are detachably fixed to the base (20) by means of buckling and / or screwing; or, the left fixed segmented cover and the right fixed segmented cover are connected to the base (20) by means of double doors; The first wire-passing hole is set through the left and right sides of the bottom of the equipment compartment, and the first power interface and the first information interface are both set on the top of the equipment compartment; a terminal block is provided on one side of the top of the equipment compartment, the first power interface includes a plurality of 9VDC interfaces and a plurality of 12VDC interfaces set on the terminal block, the first information interface includes a light control bus and an RF infrared transmitting light interface set on the terminal block, an interface row set on the other side of the top of the equipment compartment, and a fixed RF infrared transmitting light (21c5) set between the interface row and the terminal row, and the interface row includes 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, and the interface protection cover (27) comprises a partition (277), the partition (277) is provided with a through hole (276) for the fixed RF infrared emitting lamp (21c5) to pass through, and a plurality of third wire holes (273) for wiring, and a plurality of lifting rings (271) are also provided on the lower side of the partition (277); the upper side and the lower side of the interface protection cover (27) are also provided with a card strip or a strip card slot.

2. The robot intelligent weak current box according to claim 1, characterized in that: The built-in equipment area comprises 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 compartment (21c) and the lower built-in equipment area (21d) are arranged in sequence from top to bottom; The four sides of the rectangular base (20) of the main box (2) are perpendicular to its back side; The front of the equipment area (21) is surrounded by inclined surfaces, forming an upper inclined surface (211), a lower inclined surface (214), a left inclined surface (212), and a right inclined surface (213); the upper inclined surface (211) is the system operation area (21a); ​​and the LED lights include an upper inclined surface light strip (21a6) arranged at the bottom of the upper inclined surface (211), a lower inclined surface light strip arranged on the lower inclined surface (214), and side light strips (29) respectively arranged at the upper left and right sides of the base (20).

3. The robot intelligent weak-current box according to claim 2 is characterized in that: The lower built-in device area (21d) has a built-in speaker; a plurality of speaker sound holes (21d1) are arranged on the front plane of the lower built-in device area (21d); a ventilation groove (21d2) connecting the speaker and the device compartment is arranged on the inner side of the top of the left and right inclined surfaces of the lower built-in device area (21d); the third power interface comprises at least one two-hole / three-hole smart socket (21d3) respectively arranged on the left and right inclined surfaces of the lower built-in device area (21d); The upper built-in device area (21b) is equipped with a wireless module, and the wireless module includes at least one of RF, Wifi, Bluetooth, Zigbee, NB-IoT, and 4G / 5G communication modules; a plurality of heat dissipation holes are distributed on the upper built-in device area (21b), and a 2# camera module (21b2) is also provided at the bottom of the front plane of the upper built-in device area (21b); The upper inclined surface (211) of the system operation area (21a) is provided with a 1# camera / body temperature / illuminance sensor module (21a1), a touch screen (21a2), a microphone array (21a3), and a smart button (21a5) in order from top to bottom; the left and right sides of the smart button (21a5) are also provided with distance sensors (21a4), respectively; and the left and right sides of the upper inclined light strip (21a6) are also provided with at least one of a blood pressure, blood oxygen, heart rate, and respiratory rate detection sensor.

4. The robot intelligent weak-current box according to claim 1, characterized in that: A second wire management beam (222) is horizontally arranged in the wiring bin (220), dividing the wiring bin (220) into an upper bin (220a) located at the top and a lower bin (220b) located at the bottom; 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 management beam (222); an inclined interface row is arranged on one side of the upper bin (220a); The second information interface comprises a second network interface (225a) and a second telephone interface (226a) arranged on the left and right sides of the lower compartment (220b), a multi-input and output information interface arranged on the inclined interface row, a first HDMI output interface (2203) and a community PON network optical interface (2204) arranged on the top of the upper compartment (220a); The second power interface comprises a device power input interface (2201) and a television power output interface (2202) arranged on the other side of the upper compartment (220a), and a 9VDC interface, a 12VDC interface and an external extension light strip interface arranged on the inclined interface row (224); The second wire passing hole comprises an external power wire passing hole (2207) and an optical fiber sheath 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) arranged on left and right sides of the lower part of the base (20).

5. The robot intelligent weak-current box according to claim 1, characterized in that: The wiring bin (220) is arranged through, and the wiring management area (22) further comprises a cover plate (221) detachably slidably covered on the wiring bin (220); left and right sides of the back of the cover plate (221) are respectively protruding to form strip-shaped slide rails (2211), and two sides of the front of the base (20) are respectively recessed to form slide grooves (223) for slidably installing the slide rails (2211); The bottom back side of the cover plate (221) is provided with protruding fixing plates (2213) on both sides, and the bottom side of the base (20) is provided with recessed mounting grooves for accommodating the fixing plates (2213) on both sides, and the fixing plates (2213) and the mounting grooves are provided with corresponding longitudinally extending screw holes.

6. The robot intelligent weak-current box according to claim 1, characterized in that: The intelligent system operation control of the system operation area (21a) includes contact operation control and non-contact operation control; the contact operation control includes touch display operation control and intelligent key operation control, and the non-contact operation control includes camera module video and body temperature recognition operation control, microphone array voice recognition operation control, distance sensor positioning operation control, posture and gesture recognition operation control, RF infrared operation control, linkage operation control, wireless communication operation control, and APP software operation control; the wireless communication module includes at least one of built-in Wifi, Bluetooth, Zigbee, NB-IoT, and 4G / 5G communication modules.

7. The robot intelligent weak-current box according to claim 1, characterized in that: The input unit includes a microphone, at least one set of 180-degree detection distance sensors, a camera, a health sensor module, an environmental sensor module, a touch display, a multi-channel smart button, a DI / AI input module, an anti-tamper alarm switch, and a vibration sensor; The output unit includes a touch display, a power amplifier module, a speaker, a DO output module, multiple HDMI interfaces, multiple USB interfaces, multiple smart sockets, multiple LED light strips, and a low-voltage power output module; The communication unit includes a router module, a Bluetooth, Wifi, Zigbee, RF, 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 switching unit includes a network switching module, a telephone network switching module, and a television network switching module; The power supply unit includes an energy storage module, a power supply module, an energy monitoring module and a control module; The health sensor module (21a7) includes at least one of a blood pressure, blood oxygen, heart rate, respiratory rate, and body temperature detection sensor; the environment sensor module includes 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 (208) arranged on the back of the base (20), a second anti-disassembly switch (227) arranged on the front bottom of the wiring compartment (220), and a third anti-disassembly switch (229) arranged on the upper side and the lower side of the base (20); The DI input module comprises an anti-disassembly alarm switch, a privacy switch (209) arranged on the top of the left side and / or right side of the base (20), and a multi-channel alarm input interface arranged on an inclined interface row (224) on the left or right side of the wiring compartment (220); The DO output module comprises a light control switch, a light strip control switch, and a power control switch of an intelligent module, which are arranged on a terminal block (21c1) at the top of the equipment compartment (21c).

8. The robot intelligent weak-current box according to claim 1, characterized in that: The robot intelligent weak-current box further comprises an upper replaceable module (1) detachably arranged on the top of the main box (2) and a lower replaceable module (3) detachably arranged on the bottom of the main box (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 communication connection with the main box (2); A pair of fixing seats (25) are respectively provided at the top and the bottom of the base (20), and the upper replaceable module (1) and the lower replaceable module (3) are respectively formed with a pair of fixing grooves (26) which are plugged into the pair of fixing seats (25).

9. The robot intelligent weak-current box according to claim 8, characterized in that: Each of the fixing seats (25) comprises a first plug-in board (251) and a second plug-in board (252) which are perpendicular to each other. The first plug-in board (251) is formed by extending upwards or downwards from the left and right side walls of the base (20), and the second plug-in board (252) is formed by extending upwards or downwards from the back side of the base (20). A first screw hole may also be provided through the first plug-in board (251), and second screw holes are provided on the left and right sides of the upper replaceable module (1) and the lower replaceable module (3) respectively corresponding to the first screw holes.

10. The robot intelligent weak-current box according to claim 8, characterized in that: The upper replaceable module (1) is circular, and the lower replaceable module (3) is horizontally arranged in a trapezoidal shape; a circular mirror or an LED screen or a mirror with an LED screen built in (11) is provided on the front of the upper replaceable module (1), and a hanging hole (15) is provided on the back; The LED lamp comprises a front annular light strip (12) arranged on the front of the upper replaceable module (1) and surrounding the circular mirror or the LED screen or the mirror-built-in LED screen (11), a side annular light strip (13) arranged on the side of the upper replaceable module (1), and an integrated LED light strip (33) arranged on the front and trapezoidal inclined surface of the lower replaceable module (3).

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