CN114642888B

CN114642888B - An indoor smart aircraft carrier device

Info

Publication number: CN114642888B
Application number: CN202011521249.9A
Authority: CN
Inventors: 李修球
Original assignee: Shenzhen Huiankang Technology Co ltd
Current assignee: Shenzhen Ankanghui Technology Co ltd
Priority date: 2020-12-21
Filing date: 2020-12-21
Publication date: 2025-10-03
Anticipated expiration: 2040-12-21
Also published as: CN114642888A

Abstract

The invention discloses an indoor intelligent aircraft carrier device which comprises a main ship body, a replaceable platform, a wharf module, an aircraft model building block and a logo mapping, wherein the main ship body comprises a front end functional area, a middle equipment cabin and a rear end functional area, the front end functional area is provided with a system operation area, the equipment cabin comprises an interface protection cover and a cabin cover, the rear end functional area comprises an acoustic area, a detachable power module, a wiring cabin active oxygen anion module cabin cover and a hangar door assembly, an intelligent system of the indoor intelligent aircraft carrier device comprises an AI core processing unit, an input unit, an output unit, a communication unit and a power unit which are connected with the AI core processing unit, and the problems of installation, wiring management, visual intercom upgrading, intelligent television upgrading, indoor sensing and positioning, environment sensing and management, health sensing and management, a core gateway, product appearance adaptability, traditional weak electric box position fixing, difficult installation, functional degradation and the like of household optical fiber home related equipment are mainly solved.

Description

Indoor wisdom aircraft carrier device

Technical Field

The invention relates to the technical field of building material intelligent equipment, in particular to an indoor intelligent aircraft carrier device.

Background

The intelligent home effectively combines home life such as home intelligent control, information exchange and consumption service by utilizing the internet of things technology, and aims to create high-efficiency, comfortable, safe, healthy and convenient personalized home life. The system at least comprises intelligent home appliances, intelligent entertainment, intelligent home, intelligent security, intelligent medical treatment, intelligent energy, intelligent health, intelligent education, intelligent environment and the like. The intelligent home core is that the internet of things pushes the data service to the home, so that the automation of the service and the improvement of the service efficiency are realized, and the life quality and the user experience of the user are greatly enriched and improved. However, since smart families are involved in various fields, there are various problems such as standardized protocols, managed wires, installed and maintained devices, many user demands, various devices, high failure rate, difficult integration, difficult transformation, privacy protection, and high price, so that smart families are under the condition of running. The key problems for analyzing and restricting the development of intelligent families include new and old building wiring management problems, internet communication problems, community communication problems, gateway convergence communication problems, living room television problems, user perception problems, environment perception problems, health perception problems, household appliance control problems and the like, and the problems of products with appearance forms, installation and maintenance are solved without separation. These problems correspond to the problems commonly existing in the conventional products, and have the following points:

1. The problem of the traditional weak current box is that the traditional weak current box is a key device for the installation and wiring management of household communication equipment, but has the following problems: The conventional weak current box is generally standard in 12CM depth, and a high-rise residential building is generally suitable for installation only by a bearing wall, a household wall and an outer wall, so that the installation position is naturally limited; The traditional weak current box is arranged at a deviated position, the connection with each room is limited due to various reasons, the traditional weak current box is embedded in a wall and is deviated from the metal appearance and the position, so that the wireless signal attenuation is serious, and the current optical fiber household related equipment is required to be near a television, so that the optical fiber household related equipment is basically not used for the weak current box; The intelligent optical fiber home-oriented system has simple functions, the traditional weak current box is generally only a simple box body, a plurality of intelligent devices can be installed in the box body, after the optical fiber home-oriented system is upgraded, the intelligent devices are not installed in the weak current box, and the weak current box is a burden.

2. Wiring management problem: The intelligent equipment is an indispensable tool for the life of the user at present, but each equipment needs communication, power supply, existence position and space, so the wiring management is indispensable; The method is various, namely, the diversity of the household wiring modes is determined by wired communication equipment, wireless communication equipment, strong current power supply equipment, energy storage power supply equipment, fixed position equipment, mobile equipment, open wire connection equipment, buried wire connection equipment and the like; The communication is converged, namely, the communication of the intelligent devices in the family is necessarily converged due to the unrealistic situation that each intelligent device in the family is independently accessed to the Internet and the characteristic of a star-shaped network structure, so that the converged devices and the wiring management are indispensable; and in the installation stage, the new house and the new assembly wiring management and the old house and the repair wiring management are adopted.

3. The traditional visual intercom problem is that the visual intercom is a key device for community communication, but the traditional intercom system has the following problems: The installation position is fixed, namely, the installation position is generally beside the entrance door and is required to be independently distributed and wired; The system is complex, the failure rate is high, the traditional intercom system has more intermediate devices, one device needs a plurality of or multi-core communication cables, and the failure rate of the system can be frequently caused by any factors such as material quality, installation process, device aging, environment and the like; the operation energy consumption is high, the traditional intercom system is uniformly powered by the property, and the more the user uses, the higher the operation cost paid by the property is; The function is simple and degenerated, the most basic function of the traditional intercom system is intercom and alarm, the longer the function is, the higher the operating cost paid by the property is, the more the mobile internet age is added to reduce the use frequency of intercom for users, so that the degradation of intercom function is accelerated, the more simple and cheaper intercom functions of a plurality of building at present are, and even the mobile internet cloud intercom is directly adopted; The intercom is indispensable, although the intercom function is degraded more and more, the mobile terminal cloud intercom always cannot completely replace the intercom extension, because the mobile intercom is an advantage and a deadly constraint condition, but the cloud intercom breaks the barrier of the private protocol of an intercom manufacturer, and is beneficial to the expansion of application scenes.

4. The traditional television has the following problems and characteristics: The position is fixed and indispensable, namely, the living room television is the only large screen required by the family at the middle position of the customer in general; The system is complex, the normal operation of the television cannot be independent, power taking, set top box input signal accessing, internet signal communicating, infrared remote control signal expanding, other intelligent signal expanding and the like are needed, wherein the set top box and the light cat are provided by operators, a router, power supply and indoor wiring are provided by users, each device has the characteristics, and the system has the problems of difficult installation and maintenance, difficult installation position, numerous devices and cables, difficult standardization, poor experience, influence on decoration and beautiful appearance and the like; The operation is complicated, namely, the operation is complicated, such as a television, a television remote controller, a set top box remote controller, a router, a plurality of power adapters, sockets, a plurality of connecting cables and the like, and the television and related equipment have relatively complicated operations, such as on-off, a plurality of remote controllers, channel switching, content selection, internet content selection, viewing history, searching and the like; Compared with a mobile phone, the television has the advantages that the replacement period is long, the intelligent degree is in direct proportion to the price and experience sense, and the consumption demand of a user is in inverse proportion to the price, so that the development of the functions is restricted; The content/application is deficient, namely, the content enrichment of the television is in direct proportion to the system configuration and the price, the consumption demand of the user is in inverse proportion to the price, and whether the television needs a powerful intelligent system or not is a problem along with the gradual popularization of the modes of the set top box and the television.

5. The home network entrance is the core of the whole home network, the core gateway comprises at least a light cat, a router and an intelligent gateway (or an intelligent router with a gateway), but the light cat and the set top box are provided by operators, and the router and the intelligent gateway are self-purchased by users, so that the problems of installation, installation position, maintenance, difficult integration, wiring, attractive appearance, standardization and the like are caused, but the core gateway has the following characteristics: The method is indispensable, namely, whether an optical fiber network is used for home entry, 5G wireless communication or NBIoT wireless communication network, all intelligent devices in a home cannot independently access the Internet at the present stage, so that a core gateway has indispensable characteristics; the communication modes are various, namely, the intelligent home equipment is too many, each equipment possibly has own communication modes, the standardization and unification are difficult, and the system products are also provided by a plurality of mechanisms, so that the demands of the core gateway on the plurality of communication modes are naturally increased; The application requirements are various, new technologies and new equipment are continuously appeared, the living standard and the age of users are continuously improved, the consciousness and the mind state of the users are continuously changed, and the requirements of the users are continuously changed due to different user types, so that the users cannot be required in place at one time; autonomous consumption, namely, users need to take the main part of the users, so that the core gateway has the problems of functions, when to buy, what brands to buy, what protocols, what communication modes to walk, installation positions, equipment appearance, how to be compatible and the like, and the core gateway is difficult to unify and standardize when the users autonomously consume the core gateway; the product iteration is that the wireless product is developed through wifi4, wifi5 and wifi6, and the product can be updated, so that the product is updated continuously and repeatedly, the product is replaced, the cost is increased, and the system integration difficulty is increased.

6. The space perception and positioning problems are indoor user perception problems, and the existing problems are as follows: The special features include that various technologies for realizing space sensing and positioning, such as WIFI, infrared, voice, bluetooth, wearable equipment, radar, human body sensing, camera shooting, GPS, geomagnetism, mobile equipment and the like, are available, but the household application scenes are special, and many technologies are not suitable for household scene application; the floor is difficult, namely the floor is difficult and heavy due to the common problems of high cost, large error, large volume, small sensing range, short distance, difficult installation, privacy, passivity, few application scenes and the like in the floor process; The improvement requirement is that the traditional user experience requirement is realized by hands without space perception and positioning and does not influence the life of the user, but the life level and quality are improved, the safety and the care of special people are guaranteed, the life and experience are enjoyed, and the like, and the user perception is not separated; autonomous consumption, namely, the user needs himself to take the initiative, so that spatial perception and positioning are not needed, and when, the implementation degree, the related scene, privacy, the implementation mode and the like are needed, and the unified and standardized implementation is difficult on the premise of self-purchasing of the user.

7. The environmental and health perception problems are: The living without environmental sensing is the same, but the living standard and the quality are improved, and people begin to pay attention to environmental health, physical health and environmental safety; The floor difficulty is that the environment and health perception and management is a system engineering, and is not a problem which can be solved by installing a sensor or an APP, and relates to product type selection, purchase, installation, maintenance, data analysis, output control or suggestion decision-making; C end consumption, namely the user needs himself as the main, so that environment and health sensing and management are not needed, when, implementation degree, related scenes, modes are realized, and the like, and the user is difficult to realize unification and standardization on the premise of self-purchasing.

8. The product appearance adaptability problem is that the larger the product or the higher the demand of a non-strong demand product user on the product appearance is, the demand problem of families on the product appearance is as follows: The family decoration diversity is that each family has different decoration styles, and the whole coordination can only enable users to feel comfortable and have family feeling; The product appearance series are rich, namely, equipment such as an air conditioner, a television, a router, a cat, a washing machine, a sofa and the like is indispensable, but each equipment has a plurality of product series, the function is one aspect, the appearance aesthetic property is also an important aspect, but the more the cost is needed if the number of the product series is too many for a single product; The size and the installation position of the product are in direct proportion to the appearance requirement, namely, the conventional product is only used for solving a certain specific requirement, the larger the volume is, the higher the appearance requirement is, and the more the core requirement is, the higher the installation position is.

Disclosure of Invention

In order to solve at least one of the technical problems, the invention provides the indoor intelligent aircraft carrier device which has the advantages of reasonable wiring structure, convenient disassembly and assembly, higher safety performance and integration of a plurality of sensing sensors, intelligent modules, AI algorithms, systems and functions. To achieve the purpose, the invention adopts the following technical scheme:

an indoor wisdom aircraft carrier device includes:

the main ship body comprises a front end functional area, an intermediate equipment cabin and a rear end functional area, wherein the rear end functional area comprises an acoustic area, a detachable power module, a wiring cabin, an oxygen anion module cabin cover of the wiring cabin and a hangar door assembly which are sequentially arranged from front to back;

The replaceable platform is detachably arranged at the front end of the main ship body;

The wharf module is inserted into the side wall of the main warship body, a first wire slot is formed in the bottom of the wharf module, a first wire passing slot with an upward opening is formed in the side wall of the main warship body corresponding to the wharf module, the first wire passing slot is communicated with the first wire slot and the inside of the main warship body, and the wharf module is used for concealing an external circuit into the main warship body and simultaneously creating a scene of an indoor intelligent aircraft carrier berthing wharf;

The model airplane building blocks are inserted into the main ship body and/or the cabin cover of the main ship body and/or the model airplane building block modules;

the mark mapping is mainly used for mapping marks on the main ship body and model building blocks by users;

The intelligent system of the indoor intelligent aircraft carrier device comprises an AI core processing unit, an input unit, an output unit, a communication unit and a power supply unit, wherein the input unit, the output unit, the communication unit and the power supply unit are connected with the AI core processing unit.

A plurality of sensors are arranged in the front-end functional area and are used for detecting environmental information, voice and vital signs.

The left and right sides of front end functional area and the left and right sides of stereo set district all are provided with radar sensor, radar sensor slope is established, so that a plurality of radar sensor combination forms the blind area detection.

The periphery of the main warship body and the replaceable platform are both provided with lamp bands, the front-end functional area is provided with an AI core processing unit, and the lamp bands are controlled by the AI core processing unit.

The replaceable platform comprises a lamp strip arranged on the side wall of the replaceable platform, an annular lamp arranged at the top of the replaceable platform, a detachable inner circular mirror arranged in the annular lamp and a camera arranged at the edge of the detachable inner circular mirror.

The bottom of the front end functional area is provided with a first heat dissipation well, the first heat dissipation well is recessed from the bottom end of the front end functional area to the top end of the front end functional area, the side wall of the first heat dissipation well is provided with a heat dissipation hole, the bottom of the replaceable platform is provided with a second heat dissipation well, the second heat dissipation well is recessed from the bottom end of the replaceable platform to the top end of the replaceable platform, the side wall of the second heat dissipation well is provided with a heat dissipation hole, and the first heat dissipation well is communicated with the second heat dissipation well.

The intelligent system comprises an AI core processing unit, an input unit, an output unit, a communication unit and a power supply unit, wherein the input unit, the output unit, the communication unit and the power supply unit are connected with the AI core processing unit;

The input unit comprises a microphone array, a radar sensor, an HDMI input interface, a camera module, a health sensing module, a multi-channel intelligent key, a main/auxiliary IO input/output module, a pluggable NVR module, an anti-dismantling alarm switch, an on-off sensor, a vibration sensor, an illuminance sensor and a pluggable environment sensor module;

the output unit comprises a touch display, a power amplifier module, an output control module, a sound box, a multi-HDMI output interface, a DOAO output module, a multi-USB interface, a power socket, a dock connection interface, a multi-channel LED lamp strip, a power supply output and an active oxygen anion module;

The communication unit comprises a pluggable WIFI6 router module, bluetooth, RF, NFC, wifi, zigbee, loRa, NB-IoT, 433M wireless, a pluggable ONU optical network module, a carrier module, a multi-path bus, a network switching module, a telephone switching module and a pluggable AC control module;

the power supply unit comprises a power supply module, a detachable energy storage module, a multi-path intelligent POE power supply output, a multi-path intelligent power supply output and a multi-path intelligent 220VAC power supply output.

The intelligent aircraft carrier comprises a main ship body, wherein a plurality of cabin covers and functional modules are arranged on the main ship body, on-off sensors or magnetic sensors connected with an AI core processing unit on the main ship body are arranged between each cabin cover and the main ship body and between each functional module and the main ship body so as to detect the dismounting condition of the cabin covers or the functional modules, and an anti-dismounting switch is arranged at the bottom of the main ship body so as to detect whether an indoor intelligent aircraft carrier device leaves a wall body.

The model airplane building block comprises a main ship body, a main ship body tail gas baffle, a main ship body cabin elevator and a main ship body cabin, wherein magnetic sensors connected with AI core units on the main ship body are arranged in the main ship body or the main ship body cabin, so as to sense states of the main ship body, the main ship body cabin tail gas baffle and the main ship body cabin, the main ship body surface is provided with LED indicator lamps of the main ship body, the main ship body surface, a runway, a command tower and a missile launching well, and the model ship is internally provided with a three-in-one gyroscope, a communication module and an instruction module which are used for sensing flight states of the model ship and controlling the model ship to play games.

The invention has the advantages that:

The indoor intelligent aircraft carrier device is based on the innovative unique product form of the traditional weak current box just needed, integrates a plurality of communication modules, organically separates the equipment installation space of the traditional weak current box from the wiring management interface in the device, enables the ultrathin structural space to be capable of installing external equipment and facilitating wiring management, simultaneously utilizes the advantages of the household communication inlet equipment arranged in the equipment bin, integrates a plurality of advanced sensing sensors, intelligent modules, AI algorithms, systems and functions, changes the realization method and the system of the traditional intelligent functions, avoids the problems of difficult communication, difficult wiring, difficult installation and maintenance, difficult transformation, difficult integration, complex operation, non-just needed, poor experience, difficult standardization and the like of the traditional intelligent functions, combines the superposition form of aircraft carrier appearance and aircraft carrier building blocks, and comprehensively solves the problems of installation, wiring management, visual intercom upgrading, television intelligent upgrading, indoor sensing and positioning, environment sensing and management, health sensing and management, core gateway, product appearance adaptability, difficult position fixing of the traditional weak current box, degradation function and the like of household optical fiber home-related equipment.

Drawings

FIG. 1 is a schematic diagram of an indoor intelligent aircraft carrier device according to an embodiment of the present invention;

FIG. 2 is a schematic diagram of an exploded structure of an indoor smart carrier device according to an embodiment of the present invention;

FIG. 3 is an enlarged schematic view of portion A of FIG. 1 in accordance with the present invention;

FIG. 4 is a schematic view of another view of the structure of FIG. 2 in accordance with the present invention;

FIG. 5 is a schematic view of the structure of the main vessel in an embodiment of the invention;

FIG. 6 is an enlarged schematic view of portion B of FIG. 5 in accordance with the present invention;

Fig. 7 is an enlarged schematic view of section C of fig. 5 in accordance with the present invention.

In the figure:

100. Main warship body, 101, model airplane, 103, heat dissipation hole, 104, first wire passing groove, 105, protection plug, 106, radar sensor, 107, airplane tail gas baffle, 110, front end function area, 111, key control area, 112, display panel, 113, first heat dissipation well, 120, intermediate equipment cabin, 130, rear end function area, 131, sound area, 132, power module, 133, wiring cabin;

200. A replaceable platform; 201, an annular lamp 202, a detachable inner mirror 203, a second heat dissipation well;

300. A dock module;

400. the wiring cabin cover of the oxygen anion module is provided with a wiring cabin;

500. an intermediate equipment compartment cover;

600. And a hangar door assembly.

Detailed Description

The invention is described in further detail below with reference to the drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not limiting thereof. It should be further noted that, for convenience of description, only some, but not all of the structures related to the present invention are shown in the drawings.

In the description of the present invention, unless explicitly stated or limited otherwise, the terms "connected," "connected," and "fixed" are to be construed broadly, and may, for example, be fixedly connected, detachably connected, or integrally formed, mechanically connected, electrically connected, directly connected, indirectly connected through an intervening medium, or in communication between two elements or in an interaction relationship between two elements. The meaning of the above terms in the present invention can be understood by those of ordinary skill in the art according to the specific circumstances.

In the present invention, unless expressly stated or limited otherwise, a first feature "above" or "below" a second feature may include both the first and second features being in direct contact, as well as the first and second features not being in direct contact but being in contact with each other through additional features therebetween. Moreover, a first feature being "above," "over" and "on" a second feature includes the first feature being directly above and obliquely above the second feature, or simply indicating that the first feature is higher in level than the second feature. The first feature being "under", "below" and "beneath" the second feature includes the first feature being directly under and obliquely below the second feature, or simply means that the first feature is less level than the second feature.

In the description of the present embodiment, the terms "upper", "lower", "left", "right", and the like are orientation or positional relationships based on those shown in the drawings, merely for convenience of description and simplicity of operation, and do not indicate or imply that the apparatus or elements referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus should not be construed as limiting the invention. Furthermore, the terms "first," "second," and the like, are used merely for distinguishing between descriptions and not for distinguishing between them.

The technical scheme of the invention is further described below by the specific embodiments with reference to the accompanying drawings.

The invention provides an indoor intelligent aircraft carrier device, please refer to fig. 1-3, which comprises a main ship body 100, a replaceable platform 200, a wharf module 300, model building blocks, a model aircraft 101 and a logo map, wherein the main ship body 100 comprises a front end functional area 110, an intermediate equipment cabin 120 and a rear end functional area 130, the rear end functional area 130 comprises an acoustic area 131, a detachable power module 132, a wiring cabin 133 and a wiring cabin active oxygen anion module cabin cover 400 which are sequentially arranged from front to back, the wiring cabin active oxygen anion module cabin cover 400 is arranged above the wiring cabin 133, and an interface protecting cover and an intermediate equipment cabin cover 500 are arranged above the intermediate equipment cabin 120. An organic library is formed in the wiring cabin active oxygen anion module cabin cover 400, and a hangar door assembly 600 which can close the rear end of the wiring cabin active oxygen anion module cabin cover 400 to open or close the hangar is arranged at the rear end of the main ship body 100, so that the wiring cabin active oxygen anion module cabin cover rear side plugging module can be protected, and the user interaction entertainment experience can be increased. An active oxygen anion aromatherapy box is also arranged in the wiring cabin active oxygen anion module cabin cover 400 to improve the air quality.

The intelligent system of the indoor intelligent aircraft carrier device comprises an AI core processing unit, an input unit, an output unit, a communication unit and a power supply unit, wherein the input unit, the output unit, the communication unit and the power supply unit are connected with the AI core processing unit, and a plurality of detachable functional modules are arranged on the surface of the main ship body 100 and in the cabin body so as to realize corresponding functions in cooperation with the AI core processing unit. The AI core processor of the AI core processing unit may preferably be disposed in the front-end functional area 110. The indoor intelligent aircraft carrier device is based on the innovative unique product form of the traditional weak current box, integrates a plurality of communication modules, organically separates the equipment installation space and the wiring management interface of the traditional weak current box in the device, enables the ultrathin structural space to be capable of installing external equipment and convenient for wiring management, integrates a plurality of advanced sensing sensors, intelligent modules, AI algorithms, systems and functions by utilizing the advantages of the built-in household communication inlet equipment of the equipment bin, enables the indoor intelligent aircraft carrier device to change the realization method of the traditional intelligent function, realizes comprehensive intelligent services such as active visual intercom upgrading, television intelligence, indoor sensing and positioning, environment sensing and management, health sensing and management, wiring management, intelligent education, intelligent entertainment, intelligent safety, household appliance control, intelligent illumination, community service, intelligent assistant, image design, make-up, fitting, social interaction, shopping and the like in a brand-new mode, and simultaneously creates an indoor intelligent aircraft carrier ornament which can exist in any decoration style indoor independently, and creates intelligent, safe, healthy, comfortable, convenient and low-carbon household life environment for household users.

As shown in fig. 3, the surface of the main ship body 100 is provided with a heat dissipation hole 103, it can be appreciated that the heat dissipation holes 103 can be also arranged on the surface of each cabin cover and part of the functional modules according to the needs, and the heat dissipation holes 103 can be used as model plane fixing holes to fix model plane building blocks, and the model plane building blocks can be building block models of command towers, various artillery, air defense radars and the like. Still set up the sign map on the indoor wisdom aircraft carrier device, the sign map mainly supplies the user to map the sign on main warship body 100 and model airplane building block, and convenience of customers plans indoor wisdom aircraft carrier device surface recreation function location wantonly, enriches the outward appearance form of model airplane building block and promotes indoor wisdom aircraft carrier device in indoor outward appearance adaptability.

As shown in fig. 1 and 3, the surface of the main ship body 100 is also provided with LED indicator lamps of a stand, a runway, a command tower, a missile launching well and the like for indicating different states of a game.

The dock modules 300 are inserted into the side walls of the main ship body 100, and in fact, the dock modules 300 on one side of the main ship body 100 are shown in fig. 1, the dock modules 300 on the left and right sides of the front end of the main ship body 100 are actually provided with the dock modules 300, the dock modules 300 on the left and right sides of the front end of the main ship body 100 are front dock modules, the front dock modules correspond to the middle equipment cabin 120, the dock modules 300 on the left and right sides of the rear end of the main ship body 100 are rear dock modules, the rear dock modules correspond to the wiring cabins 133, a first wire slot is formed in the bottom of each dock module 300, as shown in fig. 5 to 7, a first wire passing slot 104 with an upward opening is formed in the side wall of the main ship body 100 corresponding to the dock modules 300, and the first wire passing slot 104 is communicated with the inside of the main ship body 100, so that the dock modules 300 can guide external wires into the inside the main ship body 100 in a concealed manner through the first wire passing slots 104. Specifically, as shown in fig. 6, a first wire passing groove 104 is provided at a position of the main warship body 100 corresponding to the front dock module so that external wires enter the intermediate equipment compartment 120 through the first wire passing groove 104, and a first wire passing groove 104 is provided at a position of the main warship body 100 corresponding to the rear dock module so that external wires enter the wiring compartment 133 through the first wire passing groove 104. The intermediate equipment compartment 120 and the wiring compartment 133 are also provided with wire slots that communicate with each other so that the wire bodies in the wiring compartment 133 are connected into the intermediate equipment compartment 120. The first wire passing groove 104 with the upward opening on the side wall below the cabin cover protects the cables, is safe and attractive in appearance, is quite convenient for wiring construction, and a user only needs to buckle the cables into the wire passing groove, so that the problem that the cables with joints cannot pass through the wire passing groove is avoided, more importantly, the first wire passing groove 104 with the upward opening on the lower wharf area can avoid dividing the IO input and output module behind the main ship body 100, the integrity of the module is maintained, and the connectivity of each interface is easier to realize.

As shown in fig. 6 and 7, the width of the first wire passing groove 104 communicating with the wiring cabin 133 is larger than twice the width of the first wire passing groove 104 communicating with the intermediate equipment cabin 120, and the protection plug 105 is arranged in the first wire passing groove 104, as shown in fig. 7, if the width of the first wire passing groove 104 is larger, a plurality of protection plugs 105 can be adopted, and the protection plugs 105 are fixedly connected with the wire passing groove wall and other protection plugs 105 through fixing edges or fixing seats. The ultra-wide design of the first wire passing groove 104 is convenient for a user to lead out a plurality of cables from the wiring cabin 133 to communicate with the outside under specific conditions, for example, a plurality of computers are arranged beside an indoor intelligent aircraft carrier device, but no pipeline is embedded in the indoor intelligent aircraft carrier device, only the cables can be exposed, and a switch is not required to be arranged, at the moment, 10 network wires and 10 telephone wires can be led out from the inside and the outside of the wiring cabin 133 to communicate, wherein 8 networks and 8 telephone wires are led out through the first wire passing groove 104, and the hidden wiring characteristics of a wharf are combined, so that the cables are transmitted to a user demand point in a hidden manner.

The intelligent system of the main ship body 100 includes the AI core unit described above, and an input unit, an output unit, a communication unit, and a power supply unit connected to the AI core processing unit.

The input unit comprises a microphone array, a radar sensor 106, an HDMI input interface, a camera module, a health sensing module, a multi-channel intelligent key, a main/auxiliary IO input/output module, a pluggable NVR module, an anti-disassembly alarm switch, an on-off sensor, a vibration sensor, an illuminance sensor and a pluggable environment sensor module. The intelligent sensor system comprises a microphone array, a radar sensor 106, a camera module, a pluggable environment sensor module, a health sensing module, a vibration sensor, a multichannel intelligent key, a user input related control instruction, an intelligent key area distribution, a display lamp system, a pluggable environment sensor module, a monitoring module, a control module and a control module, wherein the radar sensor 106 or the radar array is used for collecting external voice and human voice positioning, the radar sensor 106 or the radar array is used for detecting data such as human body position, motion direction, speed, distance, falling, micro-motion, heart rate, breathing frequency, existence, and the like, part of the radar sensor is controlled by a privacy manual control switch, the camera module is used for realizing monitoring, video conversation, video analysis and the like, all the video modules are controlled by privacy manual control of the switch, the health sensing module can be used for detecting parameters such as blood pressure, blood oxygen, heart rate, breathing frequency, electrocardio, body temperature and the like of a user human body, the on-off sensor is used for detecting the dismounting condition of each module, the vibration sensor is used for detecting whether the main ship body 100 is impacted and vibrated, the multichannel intelligent key is used for inputting related control instructions by a user, the intelligent key is distributed in an area, a user can conveniently distinguish each key position quickly, the intelligent key is provided with an indicator lamp system controlled by an independent IO module to cooperate with user operation instruction, the user operation instruction and the interaction entertainment experience, the pluggable environment sensor module is used for detecting parameters such as CO, CO2, formaldehyde, 2.5, PM10, temperature, humidity, smoke and smoke of the visible in the can be used for detecting the sound in the control according to the indoor air, the condition, the sound module can be clearly recorded by the video.

The output unit comprises a touch display, a power amplifier module, an output control module, a sound box, a multi-HDMI output interface, a DOAO output module, a multi-USB interface, a power socket, a dock connection interface, a multi-channel LED lamp strip, a low-voltage power supply output and an active oxygen anion module.

The communication unit comprises a pluggable WIFI6 router (supporting MESH networking and 5G extension) module, bluetooth, RF, NFC, wifi, zigbee, loRa, NB-IoT (supporting pluggable card), 433M wireless, pluggable ONU optical network module, carrier module, multi-path bus, network exchange module, telephone exchange module and pluggable AC control module. The pluggable WIFI6 router module data are connected with the switch module through the MINI PIC-E interface, antenna signals are connected with the built-in antenna of the main warship body through the thimble interface, system realization is simplified, and assembly, installation, maintenance, upgrading and replacement are convenient. The pluggable AC control module is connected with the switch module through the MINI PIC-E interface, so that system realization, installation, maintenance, upgrading and replacement are simplified. The ONU optical network module mainly solves the connection with the community property local area network, but because the property local area network has various network forms, such as a PON network, a wired switching network, an optical fiber transceiver network, an operator virtual channel network and the like, the ONU optical network module is designed to be pluggable, so that a user can conveniently select the networking module to connect according to the characteristics of the community local area network,

The power supply unit comprises a detachable power supply module 132, a detachable energy storage module, a multi-path intelligent POE power supply output, a multi-path intelligent power supply output and a multi-path intelligent 220VAC power supply output. The detachable power module 132 is connected with the main ship body 100 through a multi-pin input/output interface, so that the system implementation is simplified, and the installation, maintenance, upgrading and replacement are also convenient.

The modules can be arranged at different positions on the main ship body 100 according to the requirements, and the related modules are mutually matched, so that the functions of the indoor intelligent aircraft carrier device are realized under the total control of the AI core processing unit.

The on-off sensor or the magnetic force sensor is arranged between each hatch cover and each functional module on the main ship body 100 and the main ship body 100, the on-off sensor or the magnetic force sensor is connected with the AI core processing unit on the main ship body 100 to detect the disassembly and assembly conditions of each hatch cover or functional module and correspondingly control and output according to the disassembly and assembly conditions, for example, when a certain intelligent module is disassembled and assembled by a user, an operation service platform or a property service platform or a user mobile terminal can know the disassembly and assembly conditions at the first time, and the first time of the system site alarms to remind the user not to disassemble and assemble the system at will, for example, a disassembly and assembly personnel can be authorized to license the system, and the system can record whether the disassembly and assembly personnel disassemble and assemble the over-range or the disassembly and maintenance time so as to trace the service process and quality, and further, for example, the front wharf module is not inserted into the side wall of the main ship body 100, and a power socket in the front wharf area has no power output and the like, so that the safety performance of the indoor intelligent aircraft carrier device is improved. Because the indoor smart carrier device is installed by being attached to a wall, an anti-dismantling switch can be arranged at the bottom of the main ship body 100 to detect whether the indoor smart carrier device leaves the wall. The wiring cabin 133 is designed with a hollowed-out bottom, so that the external boundary body is connected to the wiring cabin 133 from the embedded pipe in the wall body, meanwhile, various interfaces are arranged on the side wall of the wiring cabin 133 to be connected with the external boundary body, for example, a strong electric interface is arranged to be connected with an external high-voltage power supply, and the high-voltage power supply is transformed into a high-voltage power supply through the power supply module 132 on the main ship body 100 and is output to the main ship body 100 for supplying power, or is output to the outside.

The front-end functional area 110 is similar to a general control area, and a plurality of detachable functional modules are disposed in the front-end functional area 110 to implement various control or detection functions. The side wall of the front end functional area 110 is provided with a plurality of communication interfaces, such as a power switch, a privacy switch, a network interface, an HDMI output interface, a USB and Type C interface, a power socket, etc., as shown in FIG. 5, the top of the front end functional area 110 is provided with a key control area 111 and a display panel 112, so that the indoor intelligent aircraft carrier device can be conveniently controlled. A number of sensors are provided in the front-end functional area 110 for detecting environmental information, speech and vital signs.

In the present invention, radar sensors 106 are disposed on both the left and right sides of the front functional area 110 and the left and right sides of the acoustic area 131 of the main ship body 100, and as shown in fig. 5, the radar sensors 106 are disposed obliquely, so that a plurality of radar sensors 106 are combined to form blind area-free detection. Specifically, the top edge level of the left and right radar sensors 106 at the front end and the rear end of the main warship body 100 forms an oblique angle of 45 degrees with the bottom surface of the main warship body 100, so that two radars with detection ranges larger than 90 degrees at the front end are combined into a 180-degree detection plane, and the upper detection plane and the lower detection plane are combined into a stereoscopic space detection, namely, the accuracy and the stability of detection are improved, the height of a human body can be detected, and the human body falls, pets, poultry, children, movable curtains, wind-blown clothes, doors and the like can be detected by combining time factors. The back of the chip of the radar sensor 106 adopts a shielding cover design, namely shielding signal interference, and is also beneficial to independent heat dissipation of the module. In addition, the multi-radar combined three-dimensional space detection is combined with a plurality of sensors, an input/output module, an AI core processing unit and a communication unit of a main warship body 100, so that various problems of traditional passive intelligence can be solved, for example, the problems that a user sits at sofa for more than a user-defined time and can automatically start a television or actively inquire the user's needs by voice are solved, for example, when a building talkback calls, the user is not in a sensing area, the calling volume is automatically increased or an output instruction is sent to other intelligent equipment to remind the user of talkback calling, for example, the user leaves home for more than the user-defined time is sensed, home appliances such as televisions, air conditioners and lights are automatically turned off, the lights are automatically turned on, the televisions, the air conditioners and the like are automatically turned off when the user is sensed to sleep, for example, when the user is sensed to play nearby the television, the system automatically starts playing foreign language songs or videos or stories and the like of the child, and the child is enabled to be in a foreign language voice environment, and the foreign language sense of the child is cultivated.

As shown in fig. 2, the replaceable platform 200 is detachably disposed at the front end of the main vessel body 100, and the replaceable platform 200 includes a lamp band disposed on a sidewall of the replaceable platform 200, an annular lamp 201 disposed at the top of the replaceable platform 200, a detachable inner circular mirror 202 disposed in the annular lamp 201, and a camera disposed at the edge of the detachable inner circular mirror 202. The replaceable platform 200 can be designed circularly, so that the appearance of the whole indoor intelligent aircraft carrier device is improved, the irradiation range of the built-in lamp strip is increased, more lighting scenes and atmosphere are created, the indoor intelligent aircraft carrier device is similar to the shape of a bullet, and the replaceable platform 200 has certain practical performance, for example, the detachable inner circular mirror 202 on the replaceable platform 200 can be used by a user, and the camera on the replaceable platform 200 can be used for indoor monitoring, live broadcasting, identity authentication, image design, intelligent fitting, cosmetic guidance, emotion analysis, health analysis or video call. The lamp strip on the replaceable platform 200 is controlled by the AI core processing unit and can be matched with the whole device to realize corresponding light effect. In addition, the periphery of the main ship body 100 is also provided with a lamp strip, and different light effects are realized under the control of the AI core processing unit.

As shown in fig. 4, a first heat dissipation shaft 113 is disposed at the bottom of the front end functional area 110, the first heat dissipation shaft 113 is recessed from the bottom of the front end functional area 110 to the top of the front end functional area 110 to form a groove-shaped heat dissipation shaft, heat dissipation holes 103 are disposed on the side wall of the first heat dissipation shaft 113, and heat inside the indoor intelligent aircraft carrier device can be transferred to the heat dissipation shaft through the heat dissipation holes 103. The setting of heat dissipation well makes and forms the heat dissipation space between indoor wisdom aircraft carrier device and the wall body, promotes indoor wisdom aircraft carrier device's heat dispersion, avoids indoor wisdom aircraft carrier's bottom to laminate with the wall body completely, guarantees indoor wisdom aircraft carrier device can in time dispel the heat normal work. The bottom of the replaceable platform 200 is also provided with a second heat dissipation well 203, the second heat dissipation well 203 is recessed from the bottom end of the replaceable platform 200 to the top end of the replaceable platform 200, the side wall of the second heat dissipation well 203 is also provided with heat dissipation holes 103, the first heat dissipation well 113 is communicated with the second heat dissipation well 203, and the first heat dissipation well 113 is about 2 times larger than the vertical second heat dissipation well 203, so that well air flow is formed by utilizing a chimney principle, and the purpose of heat dissipation is achieved.

The permanent seat of model airplane building blocks or the tire of model airplane 101 are internally provided with magnetic sheets, the surface of main ship body 100, the aircraft tail gas baffle 107, the hangar elevator and the stand are all provided with magnetic sensors connected with AI core units on main ship body 100 so as to sense the states of model airplane 101, aircraft tail gas baffle 107 and hangar elevator, and the model airplane 101 is internally provided with a three-in-one gyroscope, a communication module and an instruction module for sensing the flight state of model airplane 101 and controlling the airplane to play games, thereby increasing the interestingness.

It is to be understood that the above examples of the present invention are provided for clarity of illustration only and are not limiting of the embodiments of the present invention. Various obvious changes, rearrangements and substitutions can be made by those skilled in the art without departing from the scope of the invention. It is not necessary here nor is it exhaustive of all embodiments. Any modification, equivalent replacement, improvement, etc. which come within the spirit and principles of the invention are desired to be protected by the following claims.

Claims

1. An indoor wisdom aircraft carrier device, its characterized in that includes:

The main ship body (100) comprises a front end functional area (110), an intermediate equipment cabin (120) and a rear end functional area (130), wherein the rear end functional area (130) comprises an acoustic area (131), a detachable power module (132), a wiring cabin (133), a wiring cabin live oxygen anion module cabin cover (400) and a machine warehouse door assembly (600) which are sequentially arranged from front to back, the front end functional area (110) is provided with a system operation area, the intermediate equipment cabin (120) comprises an interface protection cover and an equipment cabin cover, a plurality of detachable functional modules are arranged on the surface of the main ship body (100) and in the cabin body, a heat dissipation hole (103) is formed in the surface of the main ship body (100) and can serve as a model building block to fix the model building block, and the rear end of the main ship body (100) is provided with a machine warehouse door assembly (600), and the machine warehouse door assembly (600) is used for opening or closing the machine warehouse and can close the rear end cover of the wiring cabin live oxygen anion module cabin cover (400);

the replaceable platform (200) is detachably arranged at the front end of the main ship body (100);

The wharf module (300) is inserted into the side wall of the main ship body (100), a first wire slot is formed in the bottom of the wharf module (300), a first wire passing slot (104) with an upward opening is formed in the side wall of the main ship body (100) corresponding to the wharf module (300), the first wire passing slot (104) is communicated with the inside of the main ship body (100), and the wharf module (300) is used for concealing an external circuit into the inside of the main ship body (100) and simultaneously creating a scene of an indoor intelligent aircraft carrier docking wharf;

the model airplane building blocks are inserted into the main ship body (100) and/or a cabin cover of the main ship body (100) and/or model airplane building block modules;

the mark mapping is mainly used for mapping marks on the main ship body (100) and model building blocks by users;

The intelligent system of the indoor intelligent aircraft carrier device comprises an AI core processing unit, an input unit, an output unit, a communication unit and a power supply unit, wherein the input unit, the output unit, the communication unit and the power supply unit are connected with the AI core processing unit;

a first heat dissipation well (113) is arranged at the bottom of the front end functional area (110), the first heat dissipation well (113) is recessed from the bottom end of the front end functional area (110) to the top end of the front end functional area (110), the heat dissipation holes (103) are formed in the side wall of the first heat dissipation well (113), a second heat dissipation well (203) is arranged at the bottom of the replaceable platform (200), the second heat dissipation well (203) is recessed from the bottom end of the replaceable platform (200) to the top end of the replaceable platform (200), and the heat dissipation holes (103) are formed in the side wall of the second heat dissipation well (203), and the first heat dissipation well (113) is communicated with the second heat dissipation well (203);

a plurality of detachable functional modules are arranged in the front end functional area (110), a plurality of communication interfaces are arranged on the side wall of the front end functional area (110), and a key control area (111) and a display panel (112) are arranged at the top of the front end functional area (110).

2. The indoor intelligent aircraft carrier assembly of claim 1, wherein:

a plurality of sensors are arranged in the front-end functional area (110) and are used for detecting environmental information, voice and vital signs.

3. The indoor intelligent aircraft carrier assembly of claim 1, wherein:

the radar sensor (106) is arranged on the left side and the right side of the front end functional area (110) and the left side and the right side of the sound area (131), and the radar sensor (106) is obliquely arranged so that a plurality of radar sensors (106) are combined to form blind area-free detection.

4. The indoor intelligent aircraft carrier assembly of claim 1, wherein:

the periphery of the main ship body (100) and the replaceable platform (200) are both provided with lamp belts, the front-end functional area (110) is provided with an AI core processing unit, and the lamp belts are controlled by the AI core processing unit.

5. The indoor intelligent aircraft carrier assembly of claim 4, wherein:

the replaceable platform (200) comprises a lamp strip arranged on the side wall of the replaceable platform (200), an annular lamp (201) arranged at the top of the replaceable platform (200), a detachable inner circular mirror (202) arranged in the annular lamp (201) and a camera arranged at the edge of the detachable inner circular mirror (202).

6. The indoor intelligent aircraft carrier assembly of claim 1, wherein:

the input unit comprises a microphone array, a radar sensor (106), an HDMI input interface, a camera module, a health sensing module, a multi-channel intelligent key, a main/auxiliary IO input/output module, a pluggable NVR module, an anti-disassembly alarm switch, an on-off sensor, a vibration sensor, an illumination sensor and a pluggable environment sensor module;

The communication unit comprises a pluggable WIFI6 router module, bluetooth, RF, NFC, wifi, zigbee, loRa, NB-IoT, 433M wireless, a pluggable ONU optical network module, a carrier module, a multi-path bus, a network switching module, a telephone switching module and a pluggable AC controller module;

7. The indoor intelligent aircraft carrier assembly of claim 1, wherein:

The intelligent aircraft carrier comprises a main ship body (100), a plurality of cabin covers and functional modules, wherein an on-off sensor or a magnetic sensor connected with an AI core processing unit on the main ship body (100) is arranged between each cabin cover and the main ship body (100) and between each functional module and the main ship body (100) so as to detect the dismounting condition of the cabin covers or the functional modules, and an anti-dismounting switch is arranged at the bottom of the main ship body (100) so as to detect whether an indoor intelligent aircraft carrier device leaves a wall.

8. The indoor intelligent aircraft carrier assembly of claim 1, wherein:

The aircraft model building block comprises a main ship body (100), an aircraft tail gas baffle (107), a hangar elevator and a stand, wherein magnetic sensors connected with AI core units on the main ship body (100) are arranged on the surface of the main ship body or in a tire of the aircraft model building block, so as to sense states of the aircraft model building block (101), the aircraft tail gas baffle (107) and the hangar elevator, LED indicator lamps of the stand, a runway, a command tower and a missile launching well are arranged on the surface of the main ship body (100), and a three-in-one gyroscope, a communication module and an instruction module are arranged in the aircraft model building block (101) and used for systematically sensing flight states of the aircraft model building block (101) and controlling the aircraft model building block (101) to play games.