CN112752060A - Artificial intelligence device and method for field meeting guarantee - Google Patents

Abstract

The utility model provides an artificial intelligence device and a method for field meeting guarantee, which comprises the following steps: the server is communicated with equipment on the mobile device through a private network, the equipment on the mobile device comprises a DTU, and the DTU is respectively connected to the camera, the millimeter wave radar, the REIF module, the GPS positioning module and the core processor; the core processor receives and processes an input signal and transmits the input signal to the server, the camera, the millimeter wave radar, the REIF module and the GPS positioning module transmit acquired information to the server, and the server positions the mobile device based on the received information and records equipment running time, running track, running distance and running state information. The self-equipped power supply system provides an energy source for the driving system, and the manpower use can be reduced through the self-driving force.

Description

Artificial intelligence device and method for field meeting guarantee

Technical Field

The disclosure belongs to the technical field of conference equipment, and particularly relates to artificial intelligence equipment and an artificial intelligence method for field conference support.

Background

The statements in this section merely provide background information related to the present disclosure and may not necessarily constitute prior art.

The video conference becomes an important mode and platform for the work of provincial company production management, decision-making consultation, remote training and the like; the emergency meeting of three-level linkage of province, city and county and the mobile emergency communication network which is distributed throughout the whole province are comprehensively built, important support means are provided for rescue and relief work, major activity guarantee and emergency drilling of province companies, the frequency of the outdoor meeting is increased along with acceleration of extra-high voltage construction, the outdoor meeting guarantee firstly needs to transport guarantee equipment to the periphery of a meeting place through vehicles, the vehicles often cannot enter the meeting place when the meeting is held, the conditions of uphill slopes and downhill slopes exist due to poor outdoor road surface conditions in the equipment carrying process, meanwhile, the meeting guarantee is high in effectiveness, the meeting guarantee pressure is high, and the guarantee equipment is difficult to carry.

The problems existing in the prior art are specifically analyzed as follows:

the artificial intelligence equipment of field meeting makes the degree of difficulty big, and field meeting artificial intelligence equipment needs integrated multiple software and hardware, forms unified data, connects through multiple mode, and the installation is fixed to need the special fixed stores pylon of customization, and the preparation degree of difficulty is big.

The meeting protection difficulty is high during the field meeting guarantee, meeting resources are integrated when needed, the requirement on personnel is high, the energy of the personnel is dispersed, and the energy of the personnel is wasted.

The field meeting artificial intelligence device is interactive many, needs powerful data transmission ability, data analysis ability and accurate positioning ability, possesses powerful detection ability, and no product satisfies the demand on the market.

In addition, at present, the device that is used for open-air equipment to carry on the market mainly includes, portable equipment box, slidingtype media case, devices such as hand-pulling type media case, these devices do not possess the driving force by oneself, install drive arrangement additional if the device needs, need carry out the optimal design, traditional driving motor needs transmission, the installation degree of difficulty has been increaseed, it is complicated to maintain, occupation space is great, influence the utilization of device space, the removal of most of devices need to remove through the manpower, it is high to user's strength requirement, can't be applied to open-air harsh environment, furthermore, current device can't satisfy equipment and bear the weight of the needs, it is visible to lack the demand in order to satisfy the meeting guarantee based on the device of.

Most devices can not hold sufficient meeting support equipment, when the meeting is held, need carry image switching equipment like switching platform, audio frequency switching equipment like audio processor, sound pick-up equipment like the microphone, image acquisition equipment like high definition cloud platform camera, network switching equipment like the switch etc. equipment is in large quantity, the system dispersion is simultaneously for convenient transportation and carrying, need stabilize fixedly, adopt soft material parcel equipment, prevent to damage. Along with scientific and technological development, meeting guarantee equipment is abundanter, for building good meeting experience, and the use need be compromise in all kinds of equipment cooperations, secondly based on the backup mechanism of main equipment, equipment is in large quantity, and the equipment that current device generally held is few, and bearing capacity is weak, and when the multiple equipment used, can cause to use two or more devices to carry, and equipment dispersion carries, and is very inconvenient, unsatisfied quick deployment demand.

Most devices do not have integration, a large amount of customization work is needed in the integration process, the functions and the forms of each device are different, the line connection is complex, and planning is needed during power supply and signal transmission. The standard modular design of the existing device ensures that the size of a specific product is relatively fixed, and compared with a non-standard size, the existing device cannot be compatible, so that the function is single.

Disclosure of Invention

For overcoming above-mentioned prior art's not enough, this disclosure provides an artificial intelligence equipment for field meeting guarantee, realizes entire system's organic combination, realizes developing rapidly, and quick group meeting promotes overall efficiency, and the optimization operation is experienced.

In order to achieve the above object, one or more embodiments of the present disclosure provide the following technical solutions:

in a first aspect, an artificial intelligence device for field meeting support is disclosed, comprising:

the server is communicated with equipment on the mobile device through a private network, the equipment on the mobile device comprises a DTU, and the DTU is respectively connected to the camera, the millimeter wave radar, the REIF module, the GPS positioning module and the core processor;

the core processor receives and processes an input signal and transmits the input signal to the server, the camera, the millimeter wave radar, the REIF module and the GPS positioning module transmit acquired information to the server, and the server positions the mobile device based on the received information and records equipment running time, running track, running distance and running state information.

In a further technical scheme, the core processor is connected to an operation PAD, and can be operated by the PAD to present the current equipment state and the equipment storage condition.

According to the technical scheme, the server collects the surrounding environment by the aid of the camera and the millimeter wave radar, avoids obstacles according to collected data, and moves according to a planned route until the terminal is reached.

In a further technical scheme, the server receives the passive REIF signal sent by the REIF module to position internal equipment, and the internal equipment is displayed through a graphical interface.

The mobile device comprises a frame structure, wherein different sides of the frame structure are externally configured to be covered with panels so that different panels form an accommodating space;

the accommodating space is divided into different chambers for placing modules for a field conference, so that all the modules are concentrated in the accommodating space;

one side panel of the frame structure is configured to be supported by the support assembly after being opened, so that a large-sized table top is formed together with the side panel on the frame structure.

According to the technical scheme, a fixing device is arranged on one side face plate of the frame structure and used for fixing the supporting component when the supporting component is supported.

According to the technical scheme, the accommodating space is divided into different chambers, the chambers comprise an equipment placing area and a guarantee article placing area, the equipment placing area is provided with a groove structure, and equipment is fixedly installed by the groove structure.

According to the further technical scheme, an integrated interface panel is arranged on one side in the accommodating space, and rapid connection of various lines is carried out.

According to the further technical scheme, the frame structure comprises a cuboid frame, a rectangular frame is arranged on one side surface close to the cuboid, the square frame is parallel to the side surface of the cuboid frame and has the same size with the side surface of the cuboid frame, and the rectangular frame divides the cuboid frame into different accommodating spaces;

a side edge of the upper side of the cuboid frame, which is close to the upper surface of the cuboid frame, is provided with a top cuboid frame, and the lower surface of the top cuboid frame does not completely occupy the area of the upper surface of the cuboid frame.

Further technical scheme, the panel is including being located cuboid frame curb plate all around and the bottom plate of below to and be located the roof on top cuboid frame upper portion, be located the apron that forms the vacancy between cuboid frame and the top cuboid frame.

According to a further technical scheme, the panel is fixed on the frame structure in a screw, rivet or buckle mode.

Further technical scheme, the curb plate is for covering the side frame of cuboid frame and top cuboid frame respectively all around the cuboid frame, formula structure or split type structure as an organic whole.

According to a further technical scheme, the lower portion of the frame structure is further provided with a driving wheel, and one side panel is provided with a handrail.

According to the technical scheme, the accommodating space is divided into spaces with different sizes, the object placing drawer, the wireless microphone system, the main video conference terminal, the standby video conference terminal, the main switch, the standby switch and the voice equipment are sequentially arranged in the larger space from top to bottom, IAD equipment, camera storage boxes and monitoring sound boxes are arranged in the space formed below the space where the voice equipment is located and above the space where the power system equipment is located, and the power system equipment is located at the bottommost part of the accommodating space;

the smaller space is respectively provided with a wire reel, a portable seat and a control panel storage box located at the bottommost part of the accommodating space.

According to the technical scheme, the accommodating space is divided into different cavities by using the partition plates, through holes for cable sensing are formed in each layer of partition plate, and all the modules for the field conference are connected to the control panel storage box.

Further technical scheme, driving motor has still been placed to the control panel storage box, and this drive electrode drives the drive wheel work of frame structure below, the inside electromagnetic speed reduction device that is provided with of driving motor produces the reaction force through magnetic force for automatic deceleration is carried out when preventing that driving motor from controlling the control panel.

In a second aspect, an intelligent identification and detection method for artificial intelligence equipment for field meeting security is disclosed, which comprises the following steps:

the method comprises the steps that image acquisition of surrounding road conditions is achieved by using an AI camera, whether a route is feasible or not is judged through artificial intelligence operation, and image information support is provided for automatic driving;

the millimeter wave radars are arranged around the equipment, whether barriers exist around the equipment is detected through the radars, and the functions of giving an alarm in time when the barriers exist, stopping moving in time and re-planning a path are achieved;

the combination of the AI camera and the millimeter wave radar is utilized to realize the identification and detection of the whole route, and the equipment can be controlled to stop, avoid risks and avoid obstacles. Through the equipment passback module, the front video image and the detection data can be transmitted back to the cloud.

In a third aspect, a method for using an artificial intelligence device for field meeting support is disclosed, which comprises the following steps:

step (1): starting up the machine and providing direct current power supply for the driving system;

step (2): the wheel brake is released and the remote switch is turned on by using the wireless remote controller, so that the device enters a moving mode;

and (3): the device moves, and after the device starts a moving mode, the moving speed of the device is adjusted according to the walking speed;

and (4): in the moving process, the device is provided with warning light and lighting light;

and (5): the device is fixed in position, after the device reaches a destination, a remote controller switch is turned off, a remote control state is released, the device is locked to brake, the device enters a stop state, a power supply is reset, light is turned off, and the device is powered off.

The above one or more technical solutions have the following beneficial effects:

1. the artificial intelligence equipment of field meeting is designed and manufactured through the mode of artificial intelligence, and whole framework is clear complete, and overall function is comprehensive, utilizes cloud service, and intelligent recognition technology, image acquisition technique realize combining organically, and the guarantee meeting goes on smoothly, improves meeting support ability, and the lifting device management level.

Portable mobile device through carrying out the installation in unison with all kinds of video guarantee equipment, unified access, through the integration to whole establishing, reasonable circuit layout realizes the integration of entire system, realizes entire system's organic combination, realizes developing rapidly, and quick group can promotes whole efficiency, and the optimization operation is experienced, reduces the human consumption, improves and protects meeting quality.

2. The invention has stronger field use performance. The self-equipped power supply system provides an energy source for the driving system, and the manpower use can be reduced through the self-driving force.

The device has high compatibility, can be compatible with standard cabinet equipment installation, can also be compatible with non-standard cabinet installation equipment, and can customize the capacity according to actual use so as to meet the scene requirements of different scales.

The invention has strong safety, only uses the square steel frame structure, has high strength of the main frame, and can provide powerful protection for the internal equipment of the device; the outer armor adopts a carbon fiber panel, and has the advantages of light weight and high strength; the power supply system adopts industrial modular design, is stable in installation, has shockproof capability and can meet the field complex environment.

The invention has large capacity, and a single device can bear 20U devices, thereby meeting the requirements of field large conferences.

The invention strengthens the field use capability, obviously improves the traditional carrying mode and has milestone significance.

Advantages of additional aspects of the invention will be set forth in part in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention.

Drawings

The accompanying drawings, which are included to provide a further understanding of the disclosure, illustrate embodiments of the disclosure and together with the description serve to explain the disclosure and are not to limit the disclosure.

FIG. 1 is a diagram of an apparatus frame according to an embodiment of the present disclosure;

FIG. 2 is an external block diagram of a disclosed embodiment device;

FIG. 3 is an outline view of an apparatus according to an embodiment of the present disclosure;

FIG. 4 is a diagram of the layered space within an apparatus according to an embodiment of the disclosure;

FIG. 5 is a two-sided spatial view of an embodiment of the present disclosure;

FIG. 6 is a schematic view of the interior space of the disclosed embodiment;

FIG. 7 is a schematic diagram of the operation of an apparatus according to an embodiment of the present disclosure;

FIG. 8 is a schematic diagram illustrating operation of a conferencing device according to an embodiment of the present disclosure;

FIG. 9 is a front view of a conferencing device according to an embodiment of the disclosure;

fig. 10 is a left side view of a conferencing device according to an embodiment of the present disclosure;

FIG. 11 is a rear view of a conferencing device according to an embodiment of the present disclosure;

fig. 12 is a right side view of a conferencing device according to an embodiment of the disclosure.

Detailed Description

It should be noted that the following detailed description is exemplary and is intended to provide further explanation of the disclosure. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this disclosure belongs.

It is noted that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of example embodiments according to the present disclosure. As used herein, the singular forms "a", "an" and "the" are intended to include the plural forms as well, and it should be understood that when the terms "comprises" and/or "comprising" are used in this specification, they specify the presence of stated features, steps, operations, devices, components, and/or combinations thereof, unless the context clearly indicates otherwise.

The embodiments and features of the embodiments in the present disclosure may be combined with each other without conflict.

Example one

Referring to fig. 8-12, an artificial intelligence apparatus for field meeting security, comprising:

the server is communicated with equipment on the mobile device through a private network, the equipment on the mobile device comprises a DTU, and the DTU is respectively connected to the camera, the millimeter wave radar, the REIF module, the GPS positioning module and the core processor;

the core processor receives and processes an input signal and transmits the input signal to the server, the camera, the millimeter wave radar, the REIF module and the GPS positioning module transmit acquired information to the server, and the server positions the mobile device based on the received information and records equipment running time, running track, running distance and running state information.

The core processor is connected to the operation PAD, and the operation can be carried out through the PAD to present the current equipment state and the equipment storage condition.

The server realizes the collection of the surrounding environment by the camera and the millimeter wave radar, avoids obstacles according to collected data, and moves according to a planned route until reaching a destination.

The server receives the passive REIF signal sent by the REIF module to position internal equipment, and the internal equipment is displayed through a graphical interface.

Above-mentioned artificial intelligence equipment based on outdoor meeting guarantee promotes outdoor meeting guarantee level, provides powerful support for the meeting is held in hand, and equipment adopts the cloud, realizes the collection storage of data, and artificial intelligence technique provides powerful operation support, uses internet of things to provide powerful managerial ability, uses GPS accurate positioning technique, realizes that equipment position can be surveyed in real time, uses radar detection technique, realizes the interior object detection of scope, uses wireless transmission technique, realizes the high-speed passback of on-the-spot image, data. Through the application of high-tech technology, the management means is enhanced, and powerful support is added for meeting guarantee. The solar charging technology can improve energy supply for equipment.

The method can be realized specifically as follows:

and cloud data storage, namely, the data of the equipment is stored through the cloud storage function, the management and control capacity is enhanced, and the stable operation of the equipment is ensured in real time.

And performing visual operation, wherein an operation PAD is arranged in the equipment, the operation can be performed through the PAD, and the current equipment state and the equipment storage condition are presented through a visual system.

GPS location, but the inside GPS module that possesses of equipment gathers positional information in real time, forms visual orbit in the high in the clouds, conveniently inquires positional information.

4G operation and control, the equipment has 4G remote control capability, can be controlled by using the mobile equipment under any condition, and realizes the operations of advancing, backing and the like

Equipment possesses the automatic movement ability, through intelligent AI camera, cooperation millimeter wave radar, realizes the collection to the surrounding environment, according to the data collection, can effectively avoid the obstacle, moves according to the planning route simultaneously until reaching the terminal point.

The equipment is provided with a REIF device, can position internal equipment through a passive REIF signal and display through a graphical interface.

The equipment is provided with a rack-mounted power supply system which can provide electricity for the equipment.

The device has a driving motor, a differential steering function and a moving capability.

The sound amplifying loudspeaker is integrated in the equipment, so that the functions of remote talkback, alarm signal sending and the like can be realized.

In one embodiment, the artificial intelligence device for field meeting support uses the following steps:

the device has multiple functions and modes of use.

Visual graph display function:

the high-definition display panel with the changeable angle is integrated in the equipment, and the information such as a current equipment power system and equipment states can be displayed through visual software in the display panel, so that operation and maintenance management is facilitated, a set of data and visual management system is formed, and the guarantee capability of a field conference is improved.

Step (1): starting the main switch of the equipment, and powering on the equipment

Step (2): and adjusting the high-definition touch liquid crystal panel to the optimal sight angle, and pressing a starting button to start the liquid crystal panel.

And (3): opening an intelligent platform APP, inputting an administrator account number and a password, and logging in the platform

And (4): and starting a visual interface for viewing through touch selection.

And (5) after checking, placing the flat plate in a special storage box to finish the operation.

The equipment has an accurate positioning function, the inside of the equipment is provided with a GPS positioning module, the position information can be sent to the cloud end in real time, the accurate positioning capacity is realized, GIS map display positions can be utilized in background software, information such as equipment operation time, operation tracks, operation distances and operation states can be recorded in the background through storage of the equipment positions, and the cloud end acquisition, the cloud end display and the cloud end management are realized.

The specific operation steps during positioning are as follows:

step (1): starting background operation software, inputting administrator account and password

Step (2): click on various function modules, such as: trajectory queries, path queries, time queries, and the like. And various operations, queries and controls are realized.

And (3): and clicking an exit button to exit login.

The above-mentioned equipment has the wireless data acquisition function: the inside REIF collection module that possesses of equipment utilizes the REIF label of installing on internal plant or equipping, forms accurate positioning and information acquisition to equipment internal plant and equipment, through equipment liquid crystal display, shows equipment and equipment that carry in the current device, utilizes the data passback module to pass back the equipment information of gathering to the high in the clouds simultaneously, possesses through the network and can realize long-range the seeking, the ability of looking over

The wireless data acquisition comprises the following specific operation steps:

step (1): using the PAD to input an account number and a password to log in the APP,

step (2): the internal equipment placement position is inquired through the REIF inquiry module, and the rapid positioning and the rapid inquiry of the internal equipment are realized. The function of inquiring the internal information without opening the equipment is realized.

And (3): and exiting by clicking and exiting for logging.

The equipment has the intelligent identification and detection functions: the equipment is internally provided with a 360-degree AI intelligent camera for road identification, the AI camera can be used for acquiring images of surrounding road conditions, and whether a route is feasible or not is judged through artificial intelligence operation, so that image information support is provided for automatic driving.

The millimeter wave radars are arranged around the equipment, whether barriers exist around the equipment is detected through the radars, the functions of timely alarming when the barriers exist, stopping moving in time and re-planning paths are achieved,

the combination of the AI camera and the millimeter wave radar is utilized to realize the identification and detection of the whole route, and the actions of stopping, avoiding danger, avoiding obstacles and the like of the equipment can be controlled. Through the equipment passback module, the front video image and the detection data can be transmitted back to the cloud.

The method comprises the following specific operation steps: step (1): using the PAD to input an account number and a password to log in the APP,

step (2): the internal equipment placement position is inquired through the REIF inquiry module, and the rapid positioning and the rapid inquiry of the internal equipment are realized. The function of inquiring the internal information without opening the equipment is realized.

And (3): and exiting by clicking and exiting for logging.

The above-mentioned apparatus has an automatic travel function: the equipment can transmit the acquired data to the internal processing unit of the equipment through the intelligent identification detection equipment, the automatic running function is realized, the equipment advances according to the appointed place of an operator, and required equipment and equipment are conveyed to the required place through automatic running.

The method comprises the following specific operation steps: step (1): using a background or a mobile phone to control the APP login platform,

step (2): and clicking a destination, confirming a terminal position, clicking to automatically go to, enabling the equipment to automatically move along the optimal path, changing the path if an obstacle is met or the equipment cannot pass through the optimal path in the process, automatically replanning, and remotely prompting an operator to switch to a manual mode for operation if the equipment cannot automatically reach.

And (3): and after the destination is reached, pushing arrival information.

The above-mentioned apparatus has a power running function: the equipment passes through transmission module, can realize high in the clouds control, and accessible APP, operation software controls, utilizes the 4G technique, can realize advancing, retreating, turning and the operation that stops to equipment, and when the operation, usable AI camera scene image picture, millimeter wave radar detection information judge whether feasible.

The method comprises the following specific operation steps: step (1): login mobile phone APP

Step (2): selecting a searching device, selecting manual driving and starting clicking.

And (3): by using the 4G network, the APP control equipment can be used for advancing and retreating, and the direction is changed by using differential speed. Until the destination is reached.

The disclosed embodiment has strong remote control capability, and can remotely realize the functions of quick control, quick movement, automatic driving and remote control. Compact structure, the function is comprehensive, possesses powerful integration ability, adapts to open-air environment abominable relatively. The invention has strong safety, has various identification and detection capabilities, can realize safe driving, and can realize safety control by manual control under extreme conditions. The invention has strong management function and is convenient for operation, maintenance and management. The invention fills the application gap. The field using capability is strengthened, the traditional carrying mode is obviously improved, and the milestone significance is achieved.

Example two

Referring to fig. 1 to 3, the embodiment discloses a mobile device for field meeting support, comprising:

the outer sides of different sides of the frame structure are all covered with panels so that different panels form an accommodating space;

the accommodating space is divided into different chambers for placing modules for a field conference, so that all the modules are concentrated in the accommodating space;

one side panel of the frame structure is configured to be supported by the support assembly after being opened, so that a large-sized table top is formed together with the side panel on the frame structure.

The supporting component is supported by a hydraulic rod, the meeting desktop using space and multifunctional integration are conveniently realized through the design of the structure on the top.

The utility model discloses a technical scheme is portable mobile device, through carrying out the installation of unifying all kinds of video guarantee equipment, and unified access through the integration to whole establishing, reasonable circuit layout realizes the integration of whole system, realizes that whole system's organic combines, realizes developing rapidly, and quick group can promote whole efficiency, and the optimization operation is experienced, reduces the human consumption, improves and protects the meeting quality.

Specifically, a side panel of the frame structure in the portable mobile device for field meeting support is provided with a fixing device for fixing the support component when supporting the support component.

The interior chamber of dividing into the difference in accommodation space, including equipment placement area and guarantee article placement area, wherein, equipment placement area is provided with groove structure, utilizes groove structure to carry out fixed mounting with equipment.

One side setting in the accommodation space possesses integrated interface panel, carries out the high-speed joint of various circuits.

The frame structure comprises a cuboid frame, a rectangular frame is arranged on one side surface close to the cuboid, the square frame is parallel to the side surface of the cuboid frame and has the same size with the side surface of the cuboid frame, and the rectangular frame divides the cuboid frame into different accommodating spaces;

a side edge of the upper side of the cuboid frame, which is close to the upper surface of the cuboid frame, is provided with a top cuboid frame, and the lower surface of the top cuboid frame does not completely occupy the area of the upper surface of the cuboid frame.

The panel includes bottom plate that is located cuboid frame curb plate and below all around to and be located the roof on top cuboid frame upper portion, be located the apron that forms the vacancy between cuboid frame and the top cuboid frame.

The panels are fixed to the frame structure by means of screws, rivets or snap-fits.

The cuboid frame is a side frame which covers the cuboid frame and the top cuboid frame respectively, and is of an integrated structure or a split structure.

The lower part of the frame structure is also provided with a driving wheel, and one side panel is provided with a handrail.

Referring to fig. 4, 5, and 6, the accommodating space is divided into spaces with different sizes, a storage drawer, a wireless microphone system, a main video conference terminal, a standby video conference terminal, a main switch, a standby switch, and a voice device are sequentially arranged in a larger space from top to bottom, an IAD device, a camera storage box, and a monitoring speaker are arranged in a space formed below a space where the voice device is located and above a space where the power system device is located, and the power system device is located at the bottommost part of the accommodating space;

the smaller space is respectively provided with a wire reel, a portable seat and a control panel storage box located at the bottommost part of the accommodating space.

The space with different left and right sizes is designed based on the structural characteristics of the conference equipment, so that the space is conveniently utilized and the conference equipment is more intensively placed.

In addition, the order of the devices placed in the space from top to bottom is also set based on the characteristics of the devices and the connection relationship and interaction of the devices.

The accommodating space is separated into different cavities by using the partition plates, through holes for cable sensing are formed in each layer of partition plate, and all the modules for the field conference are connected to the control panel storage box.

In an implementation example, in order to facilitate the meeting equipment to rock the damage to the equipment that causes in the transportation, all be provided with stop gear on each interlayer, stipulate spacing with meeting equipment, avoid rocking, the mode such as spacing groove or stopper is adopted constantly in the concrete implementation.

The control panel storage box has still placed driving motor, and this driving electrode drives the drive wheel work of frame structure below, the inside electromagnetism decelerator that is provided with of driving motor produces the reaction force through magnetic force for prevent that driving motor from carrying out automatic deceleration when not controlling the panel control.

In order to facilitate field operation and prevent the damage of a control circuit, the control of the driving motor adopts wireless control.

In addition, a wireless communication node can be arranged to form a self-organizing network, so that the method is suitable for the situation of poor field signals.

The technical scheme of the disclosure provides powerful support in the field meeting guarantee, reduces intermediate links of the field meeting guarantee, and improves the stability and convenience of equipment connection. The equipment adopts a frame structure, the structure is very firm, the support is provided for the bearing of the equipment, and the surface of the device is covered with a high-strength carbon fiber protection panel, so that the internal equipment can be effectively protected from being damaged by collision; the power supply system is integrated in the device, is arranged at the bottom of the internal space of the device, is fixed in the U-shaped groove through the hanging lug, can supply power to the device, provides energy for the driving device, and reduces the physical consumption of personnel by utilizing the driving force; the warning lamp and the illuminating lamp light are integrated outside the device, so that the device can play a role in illuminating the advancing direction and warning others, and is convenient to use at night; the device is internally integrated with humanized designs such as a seat, an umbrella and the like, so that the field meeting guarantee is facilitated; the equipment interface adopts an embedded design, is simple in connection and can be used in a plug-and-play mode; the device is provided with an access hole, so that equipment can be conveniently overhauled; the device forms a large-size desktop through form change, can place various devices, and is convenient to lay.

The invention provides equipment based on field meeting guarantee, which has complete functions, wherein a built-in power supply of a single device is arranged at the bottom inside the device; the driving system is arranged at the bottom of the device, and the lighting system is arranged on the surface of the device; the remote control system is arranged in a controller box reserved in the device, and all conference equipment can be borne by a single device.

The design is humanized, and the demand of open-air meeting guarantee has fully been considered to the device, and equipment designs according to ergonomic, very big increase the convenience of use, and stability is high, and the device sound construction, inner frame, exterior structure all adopt intensive processing. The bearing capacity is high, the driving device adopts two brushless motor driving wheels to be installed at the bottom of the device, the two brushless motor driving wheels are installed by screws and are connected into a control panel placing area at the bottom of the device by special power supply cables, and an input cable interface of the control panel is connected to a power output interface to complete circuit connection. Can carry 150KG of weight to operate at the highest.

Example III

Referring to fig. 7, the disclosed embodiment discloses the use steps of an artificial intelligence device for field meeting support:

step (1): the device is started by pressing the waterproof reset button, the power supply system of the device is started, the device is started to operate, the equipment adopts the external waterproof reset power supply button, after the switch button is pressed, the LED indicator lamp arranged in the button is turned on, the power supply system finishes starting, and at the moment, the device can provide direct current 24V power supply for the driving system.

Step (2): the device enters a moving mode, the remote controller placing box is opened, the wireless remote controller is taken out, the wheel brake is released, the remote control switch is turned on, the device enters the moving mode, the device can be remotely controlled through the remote controller, and the forward and backward operations can be realized.

And (3): the device moves, after the device starts a moving mode, an operator can control the wireless remote controller by one hand and place the other hand on an armrest outside the device at the moment, when the operator needs to turn around in a corner due to the fact that the moving speed of the device is adjusted by the other hand, the operator can adjust the direction of the device to the advancing direction to finish turning, the direction of the device can be changed by the aid of the differential principle in the turning process, and manpower use is reduced.

And (4): in the moving process, the device has warning light and illuminating light, can warn surrounding personnel to pay attention to safety, and can illuminate the road in front in dark environment at night to ensure the traveling safety.

And (5): the device is fixed in position, after the device reaches a destination, a remote controller switch is turned off, a remote control state is released, an operator locks the device to brake, the device enters a stop state, a power reset button is pressed, the button light is turned off, and the device is powered off.

And after the device arrives at the meeting site, the device enters a meeting guarantee mode.

After the device is stably stopped in the step (1), firstly, the right side panel is opened, two independent supporting assemblies are arranged inside the right side panel, the supporting assemblies are fixed to the bottom of the panel through screws, the supporting assemblies are lifted to be vertical to the panel, the supporting assemblies can be adjusted to be at a proper height through rotating, extending and contracting, the hooks on the upper portion of the panel are hung and installed on hook assemblies on the rear portion of the device, and at the moment, a large-size desktop is formed on the rear portion of the device and can be used for placing operating equipment.

After the device in the step (2) opens the right side panel, the internal space of the equipment can be seen, wherein the right side is an equipment placing area, the rear part is a guarantee article placing area, and the right side is provided with a U-shaped groove, so that the equipment can be installed through U-shaped screws, and the equipment can be opened flexibly; the front portion is the equipment placing area, carries and can ensure the tripod, flexible cable, sunshade umbrella subassembly, device control box and rest seat.

And (3) the integrated interface panel is arranged above the left side of the device, so that the quick connection of various lines can be realized.

And (4) the front part of the device in the step (4) is provided with an openable access door, so that the device can be conveniently overhauled.

The above description is only a preferred embodiment of the present disclosure and is not intended to limit the present disclosure, and various modifications and changes may be made to the present disclosure by those skilled in the art. Any modification, equivalent replacement, improvement and the like made within the spirit and principle of the present disclosure should be included in the protection scope of the present disclosure.

Although the present disclosure has been described with reference to specific embodiments, it should be understood that the scope of the present disclosure is not limited thereto, and those skilled in the art will appreciate that various modifications and changes can be made without departing from the spirit and scope of the present disclosure.

Claims (10)

1. An artificial intelligence device for field meeting guarantee, characterized by, includes:

the server is communicated with equipment on the mobile device through a private network, the equipment on the mobile device comprises a DTU, and the DTU is respectively connected to the camera, the millimeter wave radar, the REIF module, the GPS positioning module and the core processor;

the core processor receives and processes an input signal and transmits the input signal to the server, the camera, the millimeter wave radar, the REIF module and the GPS positioning module transmit acquired information to the server, and the server positions the mobile device based on the received information and records equipment running time, running track, running distance and running state information.

2. The artificial intelligence device of claim 1, wherein the core processor is coupled to an operational PAD operable to present current device status and device storage.

3. The artificial intelligence device for field meeting support of claim 1, wherein the server collects the surrounding environment through a camera and a millimeter wave radar, avoids obstacles according to the collected data, and moves according to the planned route until reaching the destination.

4. The artificial intelligence apparatus for field meeting security as claimed in claim 1, wherein the camera is located on top of the mobile device, and the millimeter wave radar is located in front of the moving direction of the mobile device.

5. The artificial intelligence apparatus for outdoor conference support of claim 1, further comprising a distance detector, the distance detector being located in front of a moving direction of the moving means.

6. The artificial intelligence device for field meeting assurance as claimed in claim 1, wherein the server receives the passive REIF signal sent by the REIF module for internal equipment positioning and displaying through a graphical interface.

7. The artificial intelligence apparatus for outdoor meeting security as claimed in claim 1, wherein said moving means comprises a frame structure, different sides of said frame structure are configured to be covered with panels so that different panels form a containing space;

the accommodating space is divided into different chambers for placing modules for a field conference, so that all the modules are concentrated in the accommodating space;

one side panel of the frame structure is configured to be supported by the support assembly after being opened, so that a large-sized table top is formed together with the side panel on the frame structure.

8. The artificial intelligence device for outdoor meeting security as claimed in claim 7, wherein the space is divided into different chambers, including a device placing area and a security article placing area, wherein the device placing area is provided with a groove structure, and the device is fixedly installed by the groove structure.

9. The artificial intelligence device for outdoor meeting support of claim 7, wherein the accommodation space is divided into spaces with different sizes, the larger space is sequentially from top to bottom provided with a storage drawer, a wireless microphone system, a main video conference terminal, a standby video conference terminal, a main switch, a standby switch and a voice device, the space formed below the space where the voice device is located and above the space where the power system device is located is provided with an IAD device, a camera storage box and a monitoring sound box, and the power system device is located at the bottommost part of the accommodation space;

the small space is respectively provided with a wire winch, a portable seat and a control panel storage box positioned at the bottommost part of the accommodating space;

preferably, the control panel storage box is provided with a driving motor, the driving motor drives a driving wheel below the frame structure to work, an electromagnetic speed reducer is arranged inside the driving motor, and a reaction force is generated through magnetic force to prevent the driving motor from automatically reducing speed when the driving motor is not controlled by the control panel.

10. The intelligent identification and detection method of the artificial intelligence device for field meeting security based on any one of claims 1 to 9, comprising:

the method comprises the steps that image acquisition of surrounding road conditions is achieved by using an AI camera, whether a route is feasible or not is judged through artificial intelligence operation, and image information support is provided for automatic driving;

the millimeter wave radars are arranged around the equipment, whether barriers exist around the equipment is detected through the radars, and the functions of giving an alarm in time when the barriers exist, stopping moving in time and re-planning a path are achieved;

the combination of the AI camera and the millimeter wave radar is utilized to realize the identification and detection of the whole route, and the equipment can be controlled to stop, avoid risks and avoid obstacles. Through the equipment passback module, the front video image and the detection data can be transmitted back to the cloud.

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