CN116225216A - Tea culture display system based on AR technology - Google Patents
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Abstract
The invention discloses a tea culture display system based on an AR technology, which comprises a host, wherein a groove is formed in the host, a control panel, a storage box, a support and a collection table are respectively installed on the host, VR glasses are placed in the storage box, a code scanning gun is arranged in the groove, a camera is installed on the support and is positioned right above the collection table, and the VR glasses, the code scanning gun and the camera are electrically connected with the control panel; further comprises: the cloud service end directly collects relevant information of tea leaves by using equipment, automatically produces relevant background stories of tea culture through an intelligent analysis processing system, displays the relevant background stories to participants through VR, enables the participants to have an immersive visiting experience sense, and can reject harmful and low-quality information in the process of generating a scheme through the arrangement of a screening system so as to ensure the safety of an internal system of the equipment and further improve the VR ornamental experience sense.
Description
Technical Field
The invention relates to the technical field of tea culture display, in particular to a tea culture display system based on an AR technology.
Background
The Chinese tea culture exhibition is composed of five relatively independent and interrelated exhibition spaces of tea history, tea extraction, tea set and tea custom, and the tea culture is interpreted from different angles. The tea history hall develops a tea culture as a main line, and emphasizes the tangsheng imperial tea culture, the Song dynasty generation popular tea culture, the Ming Qing tea horse ancient road and the like, so as to display the tea culture in a spot-band manner. The tea extraction hall mainly displays six kinds of tea and reprocessed tea objects, and is assisted by a multimedia audio-visual means, so that the interaction function of audience is increased. The tea hall shows the life of various tea leaves through the contents of tea tree growing environment, tea processing, brewing of different tea types, comprehensive utilization of tea leaves, health and the like. Innovation of the display technique is performed, the manual project of the audience is increased, the audience is taught in the entertainment, and the purpose of popularizing tea culture is achieved.
"tea is drunk and originates from Shennong's disease". According to Wang Bao, ancient tea cultures in China sprout in Han dynasty. The Han dynasty people like to drink tea and look at the part behind the tea. It is the love of drinking tea, and it follows that they combine tea and culture, resulting in Chinese-specific tea culture. When the two kinds of people are in south-north orientation, under the promotion of the idea of the julian at the time, the tea culture is intersected with other ideas, and the tea culture has a basic form. The tea wine has the advantages that the Tang dynasty is distinguished as the land feather of the tea, and the tea wine integrates the tea science, the tea art and the tea ceremony, and integrates the ideological essence of the three families of the Ru-releasing road. Meanwhile, various artistic humane ideas are added, a set of shape-to-supernatural method is abstracted, a theoretical foundation of tea science is laid, and tea culture is pushed to the ancient cooking vessel.
At present, when tea culture communication is carried out, a professional carries out description aiming at different tea products, and introduces related tea culture and stories, but a communication person cannot have an immersive sense, the experience of participating in the tea culture is not strong, and along with the development of artificial intelligence and VR technology, the tea culture display communication has no related breakthrough, so that the applicant provides a tea culture display system based on AR technology for solving the problems.
Summary of the invention
Aiming at the problems existing in the prior art, the invention aims to provide a tea culture display system based on an AR technology, which can automatically produce tea culture videos and animations, enable participants to feel tea culture and history in the scene and enable tea culture display to be more intelligent.
In order to solve the problems, the invention adopts the following technical scheme:
the utility model provides a tealeaves culture display system based on AR technique, includes the host computer, is equipped with the recess on the host computer, install respectively on the host computer and control panel, case, support and collection platform, the VR glasses have been placed to the inside of case, and the inside of recess is equipped with sweeps a yard rifle, installs the camera on the support, and the camera is located and gathers the top of platform;
further comprises:
the cloud service end is used for networking communication with the host computer and providing a big data source;
the controller consists of a data acquisition system, an intelligent analysis processing system, a VR system and a screening system, wherein the VR glasses, the code scanning gun, the camera and the control panel are electrically connected with the controller;
the intelligent tea processing system comprises a data acquisition system, an intelligent analysis processing system and a VR system, wherein the data acquisition system, the intelligent analysis processing system and the VR system are sequentially in communication connection, the screening system is respectively in communication connection with the intelligent analysis processing system and the cloud server, the data acquisition system is used for acquiring data of tea leaves and delivering the data to the intelligent analysis processing system for analysis, the screening system is used for receiving big data provided by the cloud server and screening the big data to the intelligent analysis processing system to form an animation scheme, and the VR system is used for displaying the finally formed tea culture animation scheme.
As a preferable scheme of the invention, the data acquisition system comprises a two-dimensional code scanning module, an image acquisition module and a word and sentence typing module, wherein the two-dimensional code scanning module is used for scanning a two-dimensional code mark on a tea packing box, the image acquisition module is used for acquiring images of tea or the tea packing box, and the word and sentence typing module is used for providing data for inputting related tea culture words and sentences.
As a preferable scheme of the invention, the intelligent analysis processing system consists of a data receiving unit, a data storage unit, a query unit and an integration unit, wherein the data receiving unit and the data storage unit are electrically connected with the query unit, the query unit and the integration unit are electrically connected, the data receiving unit is used for receiving collected data, the data storage unit is used for storing formed complete scheme data or user-imported data, the query unit is used for querying relevant information of current tea, and the integration unit is used for automatically forming an animation scheme according to the current information of the tea.
As a preferred scheme of the invention, the data receiving unit comprises a two-dimension code information receiving module, an image receiving module and a word and sentence receiving module, wherein the two-dimension code information receiving module is used for receiving two-dimension code identification information and identifying, the image receiving module is used for receiving information of tea leaves or tea leaf packaging boxes and identifying, the word and sentence receiving module is used for receiving word and sentence data typed by a user, the data storage unit comprises a complete scheme data module and a user scheme input module, the complete scheme data module is used for storing a complete animation scheme formed before, and the user scheme input module is used for storing partial scheme or animation information of user intervention.
As a preferred scheme of the invention, the query unit comprises a traversing index module, a scheme transmission module, a source query module, a component query module, a story query module, a video query module and an output module, wherein the traversing index module is respectively in communication connection with the data receiving unit and the data storage unit, the traversing index module, the source query module, the component query module, the story query module, the video query module and the output module are sequentially in communication connection, the scheme transmission module is respectively in communication connection with the traversing index module and the output module, and the source query module, the component query module, the story query module and the video query module are all in communication connection with the cloud server.
As a preferable scheme of the invention, the traversing index module is used for receiving collected data of the data receiving unit and traversing the existing data in the data storage unit to index and transmit the matched data or scheme, the scheme transmission module is used for receiving and transmitting the scheme indexed by the traversing index, the source query module is used for receiving data of related tea leaves and querying the production places of the tea leaves, the component query module is used for querying the production cost of the tea leaves and the academic names of raw materials, the story query module is used for querying the example story of the current tea leaves on a silk road, the video query module is used for querying videos related to the current tea leaves and transmitting the video, the output module is used for receiving the complete scheme and the queried data, the completed scheme is directly output to the VR system, and the related data is transmitted.
As a preferable scheme of the invention, the integration unit comprises a voice generation module, an animation generation module, a video analysis module, a video editing module, an animation voice intervention module and a scheme forming module, wherein the voice generation module is used for converting received text information into voice, the animation generation module is used for randomly generating a section of animation matched with the information according to the current tea information, the video analysis module is used for analyzing redundant sections irrelevant to the current tea culture in the video, the video editing module is used for deleting the redundant sections and eliminating original sound, the animation voice intervention module is used for integrating the formed animation and voice into the video, and the scheme forming module is used for forming an overall animation scheme containing the animation, the voice and the video into a whole and transmitting the overall animation scheme into a VR system.
As a preferable scheme of the invention, the screening system comprises a network data receiving module, a data analysis module, a virus information eliminating module, a low-quality information eliminating module and a classification module, wherein the network data receiving module is in communication connection with the cloud service end, and the network data receiving module, the data analysis module, the virus information eliminating module, the low-quality information eliminating module and the classification module are in communication connection in sequence.
As a preferable scheme of the invention, the network data receiving module is used for being connected with the cloud server and receiving big data, the data analysis module is used for analyzing the security of the received data, the virus information removing module is used for deleting information containing viruses, the low-quality information removing module is used for removing videos with lower image quality, voice with noisy sound and sentences with chaotic characters, and the classifying module is used for classifying the removed information into video types, text types and voice types and transmitting the video types, the text types and the voice types.
Compared with the prior art, the invention has the advantages that: through the setting of VR system, VR glasses, data acquisition system isotructure, utilize the relevant information of equipment direct acquisition tealeaves, through the relevant background story of intelligent analysis processing system automatic production tealeaves culture, show the participant through VR, make the participant can have the sightseeing of personally attended experience to feel, through the setting of screening system, can reject harmful and low-quality information at the in-process of generating the scheme, with the security of guarantee equipment internal system, improve VR ornamental experience simultaneously further.
Drawings
FIG. 1 is a schematic diagram of the overall structure of a tea culture display system based on AR technology of the invention;
FIG. 2 is a schematic block diagram of a tea culture display system based on AR technology of the present invention;
FIG. 3 is a schematic block diagram of a data acquisition system in a tea culture display system based on AR technology of the present invention;
FIG. 4 is a schematic block diagram of an intelligent analysis processing system in a tea culture display system based on AR technology;
FIG. 5 is a schematic block diagram of a screening system in a tea culture display system based on AR technology of the present invention;
fig. 6 is a workflow diagram of a tea culture display system based on AR technology according to the present invention.
The reference numerals in the figures illustrate:
1. a host; 2. a control panel; 3. a groove; 4. a code scanning gun; 5. a storage box; 6. VR glasses; 7. a bracket; 8. a collection station; 10. a data acquisition system; 101. a two-dimensional code scanning module; 102. an image acquisition module; 103. the word and sentence typing module; 20. an intelligent analysis processing system; 201. a data receiving unit; 2011. the two-dimensional code information receiving module; 2012. an image receiving module; 2013. a word and sentence receiving module; 202. a data storage unit; 2021. a complete scheme data module; 2022. a user scheme input module; 203. a query unit; 2031. traversing an index module; 2032. a scheme transmission module; 2033. a source query module; 2034. a component query module; 2035. a story query module; 2036. a video query module; 2037. an output module; 204. an integration unit; 2041. a voice generation module; 2042. an animation generation module; 2043. a video analysis module; 2044. a video editing module; 2045. an animated speech intervention module; 2046. a scheme forming module; 30. a VR system; 40. a screening system; 401. a network data receiving module; 402. a data analysis module; 403. a virus information removing module; 404. a low-quality information rejection module; 405. a classification module; 50. cloud service end.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention. It is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments, and that all other embodiments obtained by persons of ordinary skill in the art without making creative efforts based on the embodiments in the present invention are within the protection scope of the present invention.
In the description of the present invention, it should be noted that the positional or positional relationship indicated by the terms such as "upper", "lower", "inner", "outer", "top/bottom", etc. are based on the positional or positional relationship shown in the drawings, are merely for convenience of describing the present invention and simplifying the description, 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 present invention. Furthermore, the terms "first," "second," and the like, are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it should be noted that, unless explicitly specified and limited otherwise, the terms "mounted," "configured to," "engaged with," "connected to," and the like are to be construed broadly, and may be either fixedly connected, detachably connected, or integrally connected, for example; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communication between two elements. The specific meaning of the above terms in the present invention will be understood in specific cases by those of ordinary skill in the art.
Examples:
referring to fig. 1-6, a tea culture display system based on AR technology includes a host 1, a groove 3 is provided on the host 1, a control panel 2, a storage box 5, a support 7 and a collection table 8 are respectively installed on the host 1, VR glasses 6 are placed in the storage box 5, a code scanning gun 4 is provided in the groove 3, a camera is installed on the support 7, and the camera is located right above the collection table 8; further comprises: the cloud service end 50 is used for networking communication with the host 1 and providing a big data source; the controller consists of a data acquisition system 10, an intelligent analysis processing system 20, a VR system 30 and a screening system 40, and the VR glasses 6, the code scanning gun 4, the camera and the control panel 2 are electrically connected with the controller; the data acquisition system 10, the intelligent analysis processing system 20 and the VR system 30 are sequentially in communication connection, the screening system 40 is respectively in communication connection with the intelligent analysis processing system 20 and the cloud server 50, the data acquisition system 10 is used for acquiring data of tea leaves and delivering the data to the intelligent analysis processing system 20 for analysis, the screening system 40 is used for receiving big data provided by the cloud server 50 and screening the big data to the intelligent analysis processing system 20 to form an animation scheme, the VR system 30 is used for displaying a finally formed tea culture animation scheme, during acquisition in the implementation process of the embodiment, a two-dimensional code can be scanned by the code scanning gun 4, or tea leaves and packages are placed on the acquisition table 8, or relevant information of the tea leaves is directly input on the control panel 2 by a user, and relevant tea culture animation is viewed by wearing VR glasses.
In this embodiment, the data acquisition system 10 includes a two-dimensional code scanning module 101, an image acquisition module 102 and a word and sentence typing module 103, where the two-dimensional code scanning module 101 is used for scanning a two-dimensional code identifier on a tea packing box, the image acquisition module 102 is used for acquiring an image of the tea or the tea packing box, and the word and sentence typing module 103 is used for providing word and sentence data for inputting related tea culture.
Specifically, the intelligent analysis processing system 20 is composed of a data receiving unit 201, a data storage unit 202, a query unit 203 and an integration unit 204, wherein the data receiving unit 201 and the data storage unit 202 are electrically connected with the query unit 203, the query unit 203 is electrically connected with the integration unit 204, the data receiving unit 201 is used for receiving collected data, the data storage unit 202 is used for storing formed complete scheme data or data imported by a user, the query unit 203 is used for querying relevant information of current tea, and the integration unit 204 is used for automatically forming an animation scheme according to the current information of the tea.
In this embodiment, the data receiving unit 201 includes a two-dimensional code information receiving module 2011, an image receiving module 2012 and an expression receiving module 2013, the two-dimensional code information receiving module 2011 is used for receiving and identifying two-dimensional code identification information, the image receiving module 2012 is used for receiving and identifying information of tea leaves or tea leaf packaging boxes, the expression receiving module 2013 is used for receiving expression data entered by a user, the data storage unit 202 includes a complete scheme data module 2021 and a user scheme input module 2022, the complete scheme data module 2021 is used for storing a complete animation scheme formed before, and the user scheme input module 2022 is used for storing partial scheme or animation information of user intervention.
Specifically, the query unit 203 includes a traversal index module 2031, a scheme transmission module 2032, a source query module 2033, a component query module 2034, a story query module 2035, a video query module 2036, and an output module 2037, where the traversal index module 2031 is respectively in communication with the data receiving unit 201 and the data storage unit 202, and the traversal index module 2031, the source query module 2033, the component query module 2034, the story query module 2035, the video query module 2036, and the output module 2037 are sequentially in communication with each other, and the scheme transmission module 2032 is respectively in communication with the traversal index module 2031 and the output module 2037, and the source query module 2033, the component query module 2034, the story query module 2035, and the video query module 2036 are all in communication with the cloud service 50.
In this embodiment, the traversal index module 2031 is configured to receive the collected data of the data receiving unit 201 and traverse the existing data inside the data storage unit 202 to index and transmit the matched data or scheme, the scheme transmission module 2032 is configured to receive and output the scheme indexed by traversal, the source query module 2033 is configured to receive and query the data of the relevant tea leaves and the place where the tea leaves are produced, the component query module 2034 is configured to query the production cost of the tea leaves and the academic name of the raw materials, the story query module 2035 is configured to query the example story of the current tea leaves on the silk road, the video query module 2036 is configured to query the video related to the current tea leaves and output the video, the output module 2037 is configured to receive the complete scheme and the queried data, the completed scheme is directly output to the VR system 30, and the relevant data is transmitted.
Specifically, the integrating unit 204 is composed of a speech generating module 2041, an animation generating module 2042, a video analyzing module 2043, a video editing module 2044, an animated speech intervention module 2045 and a scheme forming module 2046, wherein the speech generating module 2041 is used for converting received text information into speech, the animation generating module 2042 is used for randomly generating a section of animation matched with the information according to the current tea information, the video analyzing module 2043 is used for analyzing redundant sections irrelevant to the current tea culture in the video, the video editing module 2044 is used for deleting redundant sections and eliminating original sound, the animated speech intervention module 2045 is used for integrating the formed animation and speech into the video, and the scheme forming module 2046 is used for forming an overall animation scheme integrating the animation, the speech and the video and transmitting the overall animation scheme to the VR system 30.
In this embodiment, the screening system 40 includes a network data receiving module 401, a data analysis module 402, a virus information rejecting module 403, a low quality information rejecting module 404 and a classification module 405, where the network data receiving module 401 is connected to the cloud service end 50 in a communication manner, and the network data receiving module 401, the data analysis module 402, the virus information rejecting module 403, the low quality information rejecting module 404 and the classification module 405 are connected in a communication manner in sequence.
Specifically, the network data receiving module 401 is configured to connect to the cloud service 50 and receive big data, the data analysis module 402 is configured to analyze security of the received data, the virus information removing module 403 is configured to delete information containing virus, the low quality information removing module 404 is configured to remove video with lower image quality, acoustic noisy speech and sentences with chaotic characters, and the classifying module 405 is configured to divide the removed information into video class, text class and speech class and transfer.
The present invention is not limited to the above-mentioned embodiments, and any person skilled in the art, based on the technical solution of the present invention and the improved concept thereof, can be equivalently replaced or changed within the scope of the present invention.
Claims (9)
1. The utility model provides a tealeaves culture display system based on AR technique, includes host computer (1), is equipped with recess (3) on host computer (1), its characterized in that, install respectively on host computer (1) and control panel (2), case (5), support (7) and collection platform (8), VR glasses (6) have been placed to the inside of case (5), the inside of recess (3) is equipped with sweeps a yard rifle (4), installs the camera on support (7), and the camera is located directly over collection platform (8);
further comprises:
the cloud service end (50) is used for networking communication with the host (1) and providing a big data source;
the controller consists of a data acquisition system (10), an intelligent analysis processing system (20), a VR system (30) and a screening system (40), wherein the VR glasses (6), the code scanning gun (4), the camera and the control panel (2) are electrically connected with the controller;
the intelligent tea processing system comprises a data acquisition system (10), an intelligent analysis processing system (20) and a VR system (30) which are sequentially in communication connection, wherein a screening system (40) is respectively in communication connection with the intelligent analysis processing system (20) and a cloud service end (50), the data acquisition system (10) is used for acquiring data of tea leaves and delivering the data to the intelligent analysis processing system (20) for analysis, the screening system (40) is used for receiving big data provided by the cloud service end (50) and screening the big data to the intelligent analysis processing system (20) so as to form an animation scheme, and the VR system (30) is used for displaying the finally formed tea culture animation scheme.
2. The tea culture display system based on the AR technology according to claim 1, wherein the data acquisition system (10) comprises a two-dimensional code scanning module (101), an image acquisition module (102) and a word and sentence typing module (103), the two-dimensional code scanning module (101) is used for scanning a two-dimensional code identifier carried on a tea packing box, the image acquisition module (102) is used for acquiring images of tea leaves or the tea packing box, and the word and sentence typing module (103) is used for providing word and sentence data for inputting relevant tea culture.
3. The tea culture display system based on the AR technology according to claim 1, wherein the intelligent analysis processing system (20) is composed of a data receiving unit (201), a data storage unit (202), a query unit (203) and an integration unit (204), the data receiving unit (201) and the data storage unit (202) are electrically connected with the query unit (203), the query unit (203) and the integration unit (204) are electrically connected, the data receiving unit (201) is used for receiving collected data, the data storage unit (202) is used for storing complete scheme data already formed or data imported by a user, the query unit (203) is used for querying relevant information of current tea, and the integration unit (204) is used for automatically forming an animation scheme according to the current information of the tea.
4. A tea culture display system based on AR technology according to claim 3, wherein the data receiving unit (201) comprises a two-dimensional code information receiving module (2011), an image receiving module (2012) and a word and sentence receiving module (2013), the two-dimensional code information receiving module (2011) is used for receiving two-dimensional code identification information and identifying, the image receiving module (2012) is used for receiving information of tea leaves or tea leaf packaging boxes and identifying, the word and sentence receiving module (2013) is used for receiving word and sentence data entered by a user, the data storage unit (202) comprises a complete scheme data module (2021) and a user scheme input module (2022), the complete scheme data module (2021) is used for storing a complete animation scheme formed before, and the user scheme input module (2022) is used for storing a part scheme or animation information of user intervention.
5. The tea culture display system based on AR technology according to claim 3, wherein the query unit (203) comprises a traversal index module (2031), a scheme transmission module (2032), a source query module (2033), a component query module (2034), a story query module (2035), a video query module (2036) and an output module (2037), the traversal index module (2031) is respectively in communication connection with the data receiving unit (201) and the data storage unit (202), the traversal index module (2031), the source query module (2033), the component query module (2034), the story query module (2035), the video query module (2036) and the output module (2037) are respectively in communication connection with the traversal index module (2031) and the output module (2037), and the source query module (2033), the component query module (2034), the video query module (2035) and the video query module (2036) are respectively in communication connection with the communication service end (50).
6. The AR technology-based tea culture presentation system according to claim 5, wherein the traversal index module (2031) is configured to receive the collected data of the data receiving unit (201) and traverse the existing data inside the data storage unit (202) to retrieve and output the matched data or scheme, the scheme transmission module (2032) is configured to receive and output the scheme indexed by traversal, the source query module (2033) is configured to receive the data of the relevant tea leaves and query the place where the tea leaves are produced, the component query module (2034) is configured to query the production cost of the tea leaves and the academic name of the raw materials, the story query module (2035) is configured to query the example story of the current tea leaves on the way of the silk, the video query module (2036) is configured to query the video related to the current tea leaves and output the video related to the current tea leaves, the output module (2037) is configured to receive the complete scheme and the queried data, the completed scheme is directly output to the VR system (30), and the relevant data is transmitted.
7. A tea culture display system based on AR technology according to claim 3, wherein the integrating unit (204) is composed of a speech generating module (2041), an animation generating module (2042), a video analyzing module (2043), a video editing module (2044), an animated speech intervention module (2045) and a scheme forming module (2046), the speech generating module (2041) is used for converting received text information into speech, the animation generating module (2042) is used for randomly generating a section of animation matched with the information according to the current tea information, the video analyzing module (2043) is used for analyzing redundant sections irrelevant to the current tea culture in the video, the video editing module (2044) is used for deleting and rejecting original sound from redundant sections, the animated speech intervention module (2045) is used for integrating formed animation and speech into the interior of the video, and the scheme forming module (2046) is used for forming an animation scheme containing animation, speech and video in an integral whole and is transferred into the VR system (30).
8. The tea culture display system based on the AR technology according to claim 1, wherein the screening system (40) comprises a network data receiving module (401), a data analysis module (402), a virus information rejecting module (403), a low-quality information rejecting module (404) and a classification module (405), the network data receiving module (401) is in communication connection with the cloud service end (50), and the network data receiving module (401), the data analysis module (402), the virus information rejecting module (403), the low-quality information rejecting module (404) and the classification module (405) are in communication connection in sequence.
9. The AR technology-based tea culture display system according to claim 8, wherein the network data receiving module (401) is configured to connect with a cloud server (50) and receive big data, the data analyzing module (402) is configured to analyze security of the received data, the virus information removing module (403) is configured to delete information containing viruses, the low-quality information removing module (404) is configured to remove video with lower image quality, acoustic noisy speech and sentences with confusing characters, and the classifying module (405) is configured to divide the removed information into video, text and speech and transfer the video, text and speech.
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