CN109816795A - A kind of system and method for the augmented reality AR of distributed scene target identification - Google Patents
A kind of system and method for the augmented reality AR of distributed scene target identification Download PDFInfo
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- CN109816795A CN109816795A CN201910076577.3A CN201910076577A CN109816795A CN 109816795 A CN109816795 A CN 109816795A CN 201910076577 A CN201910076577 A CN 201910076577A CN 109816795 A CN109816795 A CN 109816795A
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Abstract
The present invention relates to augmented reality fields, especially a kind of system of the augmented reality AR of distributed scene target identification, including central processing module, the first child servers are electrically connected on central processing module, information transmission modular is electrically connected in first child servers, and information transmission mould is also electrically connected with acquisition module, acquisition module includes environment acquisition module, sound acquisition module is electrically connected on environment acquisition module, sound acquisition module is also electrically connected with image capture module, Consumer's Experience module is also electrically connected on central processing module, and the second child servers are electrically connected in user experience module.The present invention can experience the different scenes experience, and the multiple servers being arranged can independent carry out job analysis, and can cooperate with central processing module, ensure that the stability of system.
Description
Technical field
The present invention relates to augmented reality field more particularly to a kind of augmented reality AR of distributed scene target identification
System and method.
Background technique
Augmented reality is a kind of position for calculating camera image in real time and angle and plus respective image, view
Frequently, the technology of 3D model, the target of this technology are that virtual world is covered in real world and interacted on the screen, not only
The information of real world is presented, and virtual information is shown simultaneously, two kinds of information are complementary to one another, are superimposed.It is regarding
In the augmented reality of feelization, user utilizes Helmet Mounted Display, real world with computer graphic is multiple is synthesized together, can
The true world is seen around it, and with the fast development of augmented reality, but existing experience of the process is more single
More true experience sense cannot be provided.For this purpose, we have proposed a kind of augmented reality AR's of distributed scene target identification
System and method.
Summary of the invention
The purpose of the present invention is to solve disadvantages existing in the prior art, and a kind of distributed scene target proposed
The system and method for the augmented reality AR of identification.
To achieve the goals above, present invention employs following technical solutions:
The system for designing a kind of augmented reality AR of distributed scene target identification, including central processing module, it is described in
The first child servers are electrically connected in the processing module of centre, are electrically connected with information transmission modular in first child servers,
And the information transmission mould is also electrically connected with acquisition module, is acquired and is located by data of the acquisition module to needs
Reason, and the data of acquisition are transmitted to information transmission modular, and by the transmission of information transmission modular, it can be by collected letter
The central processing module that breath data are transmitted on central processing module, and are arranged carries out processing again to the data of transmission and divides
Analysis, and then for the use of next step, the acquisition module includes environment acquisition module, is electrically connected on the environment acquisition module
It is connected to sound acquisition module, the sound acquisition module is also electrically connected with image capture module, the environment acquisition of setting
Module can carry out the acquisition of temperature and humidity to the environment for needing to carry out virtual imaging, while can wind-force to environment and place
Seismaesthesia under environment is acquired, and the sound acquisition module of setting can be to needing the sound for carrying out virtual environment to adopt
Collection, and image capture module can then shoot environment, provide image information, the central processing mould to virtual image
It is also electrically connected Consumer's Experience module on block, and is electrically connected with the second child servers in the user experience module, it is described
Display terminal module is also electrically connected in user experience module, the display terminal module of setting is wearable AR glasses, is adopted
Information after collection is transmitted to central server module after the processing in the first child servers and is stored, the second son of setting
Server can be controlled and be handled to display terminal module, and the first child servers, the second child servers of setting can be independent
The processing that data are distinguished, the safety that the system of improving uses.
Preferably, third child servers are also electrically connected on the central processing module, in the third child servers
It is electrically connected with data memory module, and the data memory module is also electrically connected with data measurement module, the number
According to data transmission module is also electrically connected in memory module, the data transmission module is also carried out electrically with display terminal module
Connection.
Preferably, the data measurement module includes distance-measurement module, and the distance-measurement module of setting can be to using
The interpupillary distance of the left and right eye of person measures, while can measure the distance between eyes and display terminal, passes through measurement
The data of measurement can be transmitted on data memory module afterwards, and data memory module can send data to third sub-services
Device is transmitted to display by data transmission module by the processing and analysis of third child servers, and by the data that processing is completed
Terminal module, and be adjusted by image size of the display terminal module to display.
Preferably, also telecommunications is connected with experience terminal module, the experience terminal module of setting in the user experience module
Including outlet air module, temperature and humidity adjustment module and seismaesthesia adjustment module, environment is acquired by environment acquisition module
Data, again pass by the processing of the first child servers, and send data on experience terminal module, and controlling need to be to be achieved
Temperature, humidity, wind-force and seismaesthesia are more really experienced to user, and the multiple servers being arranged carry out collaborative process, mention
The high efficiency of processing and the cost for having saved maintenance.
Preferably, it is also electrically connected with information storage module on the central processing module, passes through information storage module
Memory action, facilitates system to the calling and preservation of data, the inquiry for the person of being convenient to use and saves resource.
Preferably, the sound acquisition module includes multiple loudspeakers and microphone, and the image capture module of setting is more
A video camera, and environment acquisition module includes temperature sensor, humidity sensor, shock sensor and wind sensor.
The present invention also provides the methods of the augmented reality AR of distributed scene target identification a kind of, comprising the following steps:
S1: image and sound information collection: are carried out to the environment that needs acquire by video camera, loudspeaker and microphone
The acquisition of sound, and by temperature sensor, humidity sensor, shock sensor and the wind sensor of setting to ring around
The acquisition that every index in border is distinguished.
S2: information processing: the first child servers of setting will be separated and be handled to data collected in S1, and will
The information handled well is transmitted to central processing module.
S3: user experience: experiencer wears AR glasses, and the measurement module of setting, which will pass in and out the information of human eye, to be measured, and
By the information of measurement by third child servers, and display terminal module is transmitted information to, it can be right by display terminal module
The size of display picture is adjusted, and meets the wearing and experience for not having to user.
S4: environmental simulation: the environmental information data of acquisition are handled by the second child servers, and pass through setting
Acquisition environment is really presented in outlet air module, temperature adjustment module and seismaesthesia adjustment module.
The system and method for the augmented reality AR of a kind of distributed scene target identification proposed by the present invention, beneficial effect
Be: the present invention can experience the different scenes experience, and the multiple servers being arranged can be independent
Carry out job analysis, and can cooperate with central processing module, ensure that the stability of system, improve use
Safety.
Detailed description of the invention
Fig. 1 is a kind of system block diagram of the augmented reality AR of distributed scene target identification proposed by the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.
Referring to Fig.1, a kind of system of the augmented reality AR of distributed scene target identification, including central processing module, in
The first child servers are electrically connected in the processing module of centre, information transmission modular are electrically connected in the first child servers, and believe
Breath transmission mould is also electrically connected with acquisition module, is acquired and is handled by data of the acquisition module to needs, and will
The data of acquisition are transferred to information transmission modular, and by the transmission of information transmission modular, can be by collected information data
The central processing module for being transmitted on central processing module, and being arranged carries out processing and analysis again to the data of transmission, into
And for the use of next step.
Acquisition module includes environment acquisition module, and sound acquisition module is electrically connected on environment acquisition module, and sound is adopted
Collection module is also electrically connected with image capture module, and the environment acquisition module of setting can be to needing to carry out virtual imaging
Environment carries out the acquisition of temperature and humidity, at the same can the wind-force to environment and the seismaesthesia under environment be acquired, be arranged
Sound acquisition module can be to needing the sound for carrying out virtual environment to be acquired, and image capture module then can be to environment
Around shot, give virtual image to provide image information, sound acquisition module includes multiple loudspeakers and microphone, setting
Image capture module be multiple video cameras, and environment acquisition module include temperature sensor, humidity sensor, shock sensor,
And wind sensor, it is shot using multiple video cameras, can guarantee the integrality of acquisition.
It is also electrically connected Consumer's Experience module on central processing module, and is electrically connected with second in user experience module
Child servers, display terminal module is also electrically connected in user experience module, and the display terminal module of setting is wearable
AR glasses, the information after acquisition are transmitted to central server module after the processing in the first child servers and are stored, if
The second child servers set can be controlled and be handled to display terminal module, the first child servers, the second sub-services of setting
The processing that device can individually distinguish data, the safety that the system of improving uses.
Also telecommunications is connected with experience terminal module in user experience module, and the experience terminal module of setting includes outlet air mould
Block, temperature and humidity adjustment module and seismaesthesia adjustment module, the data being acquired by environment acquisition module to environment pass through again
Cross the processing of the first child servers, and send data on experience terminal module, and control need temperature to be achieved, humidity,
Wind-force and seismaesthesia are more really experienced to user, and the multiple servers being arranged carry out collaborative process, improve processing
Efficiency and the cost for having saved maintenance.
It is also electrically connected with third child servers on central processing module, is electrically connected with data in third child servers and deposits
Module is stored up, and data memory module is also electrically connected with data measurement module, is also electrically connected on data memory module
Data transmission module, data transmission module are also electrically connected with display terminal module, and data measurement module includes that distance is surveyed
Measure module, the distance-measurement module of setting can the interpupillary distance of left and right eye to user measure, while can survey
The distance between eyes and display terminal are measured, by the way that the data of measurement can be transmitted on data memory module after measurement, and number
Third child servers can be sent data to according to memory module, by the processing and analysis of third child servers, and will have been handled
At data display terminal module is transmitted to by data transmission module, and by display terminal module to the image size of display
It is adjusted, information storage module is also electrically connected on central processing module, pass through the memory action of information storage module, side
System to the calling and preservation of data, the inquiry for the person of being convenient to use and save resource.
The present invention also provides the methods of the augmented reality AR of distributed scene target identification a kind of, comprising the following steps:
S1: image and sound information collection: are carried out to the environment that needs acquire by video camera, loudspeaker and microphone
The acquisition of sound, and by temperature sensor, humidity sensor, shock sensor and the wind sensor of setting to ring around
The acquisition that every index in border is distinguished can provide more true experience by the data of acquisition to experiencer.
S2: information processing: the first child servers of setting will be separated and be handled to data collected in S1, and will
The information handled well is transmitted to central processing module, and the data of acquisition can be classified by the processing of central processing module
Processing, calling when data being facilitated to use improve the efficiency of system work.
S3: user experience: experiencer wears AR glasses, and the measurement module of setting, which will pass in and out the information of human eye, to be measured, and
By the information of measurement by third child servers, and display terminal module is transmitted information to, it can be right by display terminal module
The size of display picture is adjusted, and meets the wearing and experience for not having to user, optical data that can be different according to experiencer,
The size of imaging is adjusted, the hommization of system is improved, the sense of reality of experience equally can be improved.
S4: environmental simulation: the environmental information data of acquisition are handled by the second child servers, and pass through setting
Acquisition environment is really presented in outlet air module, temperature adjustment module and seismaesthesia adjustment module.
The present invention can experience the different scenes experience, and the multiple servers being arranged can be only
Vertical carry out job analysis, and can cooperate with central processing module, it ensure that the stability of system, improving makes
Safety.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its
Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (7)
1. a kind of system of the augmented reality AR of distributed scene target identification, including central processing module, which is characterized in that institute
It states and is electrically connected with the first child servers on central processing module, information transmission mould is electrically connected in first child servers
Block, and information transmission mould is also electrically connected with acquisition module, is acquired by data of the acquisition module to needs
And it handles, and the data of acquisition are transmitted to information transmission modular, and by the transmission of information transmission modular, can will collect
Information data transmission to central processing module on, and the central processing module being arranged carries out processing again to the data of transmission
And analysis, and then for the use of next step, the acquisition module includes environment acquisition module, and the environment acquisition module powers on
Property is connected with sound acquisition module, and the sound acquisition module is also electrically connected with image capture module, the environment of setting
Acquisition module can carry out the acquisition of temperature and humidity to the environment for needing to carry out virtual imaging, at the same can wind-force to environment with
And the seismaesthesia under environment is acquired, the sound acquisition module of setting can to need to carry out the sound of virtual environment into
Row acquisition, and image capture module can then shoot environment, provide image information, the centre to virtual image
It is also electrically connected Consumer's Experience module in reason module, and is electrically connected with the second child servers in the user experience module,
Display terminal module is also electrically connected in the user experience module, the display terminal module of setting is wearable AR
Mirror, the information after acquisition are transmitted to central server module after the processing in the first child servers and are stored, setting
Second child servers can be controlled and be handled to display terminal module, the first child servers of setting, the second child servers energy
Enough processing that individually data are distinguished, the safety that the system of improving uses.
2. the system of the augmented reality AR of distributed scene target identification according to claim 1 a kind of, which is characterized in that
It is also electrically connected with third child servers on the central processing module, is electrically connected with data in the third child servers and deposits
Module is stored up, and the data memory module is also electrically connected with data measurement module, it is also electric on the data memory module
Property is connected with data transmission module, and the data transmission module is also electrically connected with display terminal module.
3. the system of the augmented reality AR of distributed scene target identification according to claim 2 a kind of, which is characterized in that
The data measurement module includes distance-measurement module, and the distance-measurement module of setting being capable of left and right eye pupil to user
Between distance measure, while can measure the distance between eyes and display terminal, by measure after can be by the data of measurement
It is transmitted on data memory module, and data memory module can send data to third child servers, by third sub-services
The processing and analysis of device, and the data that processing is completed are transmitted to display terminal module by data transmission module, and by aobvious
Show that the image size of display is adjusted in terminal module.
4. the system of the augmented reality AR of distributed scene target identification according to claim 1 a kind of, which is characterized in that
Also telecommunications is connected with experience terminal module in the user experience module, and the experience terminal module of setting includes outlet air module, temperature
Moisture adjustment module and seismaesthesia adjustment module, the data being acquired by environment acquisition module to environment again pass by
The processing of one child servers, and send data on experience terminal module, and control need temperature to be achieved, humidity, wind-force
And seismaesthesia, the multiple servers more really experienced, and be arranged to user carry out collaborative process, improve the efficiency of processing
And the cost of maintenance is saved.
5. the system of the augmented reality AR of distributed scene target identification according to claim 1 a kind of, which is characterized in that
It is also electrically connected with information storage module on the central processing module, by the memory action of information storage module, is facilitated
System the inquiry for the person of being convenient to use and saves resource to the calling and preservation of data.
6. the system of the augmented reality AR of distributed scene target identification according to claim 1 a kind of, which is characterized in that
The sound acquisition module includes multiple loudspeakers and microphone, and the image capture module of setting is multiple video cameras, and environment
Acquisition module includes temperature sensor, humidity sensor, shock sensor and wind sensor.
7. the method for the augmented reality AR of distributed scene target identification according to claim 1 a kind of, which is characterized in that
The following steps are included:
S1: information collection: by video camera, loudspeaker and microphone to the environment progress image and sound for needing to acquire
Acquisition, and by temperature sensor, humidity sensor, shock sensor and the wind sensor of setting to ambient enviroment
The acquisition that every index is distinguished.
S2: information processing: the first child servers of setting will be separated and be handled to data collected in S1, and will processing
Good information is transmitted to central processing module.
S3: user experience: experiencer wears AR glasses, and the measurement module of setting, which will pass in and out the information of human eye, to be measured, and will be surveyed
The information of amount transmits information to display terminal module by third child servers, can be to display by display terminal module
The size of picture is adjusted, and meets the wearing and experience for not having to user.
S4: environmental simulation: the environmental information data of acquisition are handled by the second child servers, and pass through the outlet air of setting
Acquisition environment is really presented in module, temperature adjustment module and seismaesthesia adjustment module.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110454657A (en) * | 2019-06-24 | 2019-11-15 | 河南四方建设管理有限公司 | Project supervision supervisory systems |
| WO2022246653A1 (en) * | 2021-05-25 | 2022-12-01 | 京东方科技集团股份有限公司 | Image processing system, cloud serving end, and method |
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Application publication date: 20190528 |