TWM564237U - Intelligent product audio and video illustration system - Google Patents

Abstract

The present invention provides a smart product audio and video interpretation system, which comprises an identification tag, a cloud server and a terminal display device. The identification tag is set on a physical object, and the identification tag is provided with an identification signal corresponding to the physical object; the cloud server The object navigation information of one of the physical objects is stored, and the satellite positioning module of the cloud server locates the location of the physical object, generates a national language signal, and judges the national language signal through a voice judgment module of the cloud server. To output a voice commentary information conforming to one of the national language signals, when the terminal display device reads the identification tag to receive the identification signal, the received voice commentary information and the object navigation information can be displayed through the display module to achieve multi-language. The effect of automatic audio and video navigation.

Description

Audio-visual interpretation system for smart products

This creation is about a product audio-visual interpretation system, especially a smart product audio-visual interpretation system that can automatically determine the use of local language audio-visual guidance based on the country's location.

In art galleries, museums, or other public exhibition venues, corresponding textual explanation information will be set up around the physical works, and usually well-known physical works are usually displayed around the world to provide visitors from all countries with the opportunity to see for themselves.

If visitors want to know more about the creative content of the physical works, they can ask the tour guides in the church field to conduct an oral tour, or rent a guide on site to explain in detail with pre-recorded audio information.

However, during the tour of works, visitors usually encounter the following imperfections:

(1). The number of guide service personnel at the venue is limited. Although most of the visitors are local residents, the guide service personnel do not need to be proficient in multiple languages. However, this manual guide service method is very labor-intensive. Moreover, the guide service staff cannot explain the physical works one by one in accordance with the preferences of the visitors, and thus the value of the physical works is lost.

(2). Rental of the tour guide requires additional costs, and the language of the stored voice information in the tour guide is limited, so not all visitors can receive the voice guide service, which relatively causes the problem of incomplete voice guide.

In order to solve the above problems, this creation provides a smart product audio-visual interpretation system, whose physical works can determine the sending of audio-visual navigation information corresponding to the language of the country based on the display position, to achieve the purpose of automatic audio-visual navigation in multiple languages.

In order to achieve the above object, the present invention provides an intelligent product audiovisual interpretation system, which includes an identification tag, a cloud server, and a terminal display device. The identification tag is set on a physical object, and the identification tag is provided with an identification signal corresponding to one of the physical objects. The cloud server has an object navigation module, a satellite positioning module, and a voice judgment module. The object navigation module stores Corresponds to object navigation information of one of the physical objects. The satellite positioning module is used to locate the physical object and generate a national language signal. The voice judgment module has a voice interpretation unit and a language judgment unit. Speech interpretation information in other languages. The language judgment unit is used to receive the national language signal and compare it with the speech interpretation information to output one of the speech interpretation information that conforms to the national language signal. The terminal display device has a reading module and A display module, the reading module reads the identification tag to receive the identification signal, the terminal display device enters the cloud server through the Internet, and uploads the identification signal to receive and obtain one of the voice commentary information and object navigation information. The display module displays one of the received voice commentary information and object navigation information.

In this way, the author created a plurality of languages of voice commentary information stored in the cloud server, and further determined the service of outputting the audio-visual guide corresponding to the national language based on the display position of the physical object to achieve the multi-language automatic audio-visual guide. effect.

In order to facilitate the explanation of the central idea expressed by the author in the above-mentioned new content column, specific embodiments are used to express it. Various objects in the embodiments are drawn according to the proportions suitable for enumeration, rather than the proportions of the actual components, which will be described beforehand.

Please refer to FIG. 1 to FIG. 3. This creation provides a smart product audiovisual interpretation system, which includes an identification tag 10, a cloud server 20, and a terminal display device 30. The identification tag 10 is wirelessly connected to the terminal display device 30. The cloud server 20 and the terminal display device 30 are connected to each other via the Internet. The terminal display device 30 may be a smart phone and a tablet mobile device.

The identification tag 10 is disposed on a physical object 40. The identification tag 10 has an identification signal corresponding to one of the physical objects 40. Among them, the identification tag 10 may be a quick response matrix code tag (QR code), a radio frequency identification tag (RFID), and Near Field Communication Tag (NFC). In this embodiment, the physical object 40 is a work of art or product displayed in a public area, and the identification tag 10 is a QR code tag, and is set on the physical object. In the periphery of 40, a terminal display device 30 is provided to read the identification tag 10 corresponding to the physical object 40.

Cloud server 20 having a data processing module 21 and an object navigation module 22, a satellite positioning module 23, a voice judgment module 24, and a wireless signal sending module coupled to the data processing module 21. 25. The object navigation module 22 stores object navigation information corresponding to one of the physical objects 40. The object navigation information includes an object profile, an object image, and a navigation image to express the creation of the physical object 40 in detail. Concept, the satellite positioning module 23 is used to locate the physical object 40 and generate a national language signal. To further explain, the satellite positioning module 23 has a position positioning unit 231 and a national judgment unit 232. The position positioning unit 231 uses global satellites. The system locates the position of the physical object 40. At this time, the position positioning unit 231 generates a position signal. The national judgment unit 232 stores a plurality of national language data. Among them, each national language data includes a national language and a national geographic location. The unit 232 receives the position signal and compares the position signal with the national language data to generate a national language signal correspondingly.

The speech judging module 24 has a speech interpretation unit 241 and a language determination unit 242. The speech interpretation unit 241 stores speech interpretation information in a plurality of languages, such as Chinese, English, Japanese, Spanish, German, and other languages. The language judging unit 242 is configured to receive a national language signal, and compare and judge the national language and the voice commentary information in the national language signal to output one of the voice commentary information in accordance with the national language signal. The wireless signal sending module 25 uses the Internet One of the audio commentary information and the object navigation information is sent online; thereby, the terminal display device 30 directly displays and plays the audio commentary information and the object navigation information corresponding to the local language during the audio-visual tour.

The terminal display device 30 includes a reading module 31, an Internet connection module 32, and a display module 33. The reading module 31 reads the identification tag 10 to receive an identification signal, and the terminal display device 30 passes the Internet The network connection module 32 enters the cloud server 20 and uploads an identification signal to receive and obtain one of the voice commentary information and the object navigation information. Finally, the terminal display device 30 displays one of the received voice commentary information through the display module 33 And object navigation information; thereby, the terminal display device 30 can directly play related information of the audio-visual navigation entity object 40.

For example, as shown in FIG. 1 to FIG. 3, the physical object 40 is displayed in a museum in the United States. At this time, the cloud server 20 locates and records the position of the physical object 40 through the satellite positioning module 23, and determines that the physical object 40 is located at The national geographic location of the United States, and the corresponding national language signal is generated. Subsequently, the speech judgment module 24 receives the national language signal generated by the satellite positioning module 23, and compares the national language signal with the voice commentary information to output in accordance with the country. Audio commentary in English for language signals.

Thereby, the user can read the identification tag 10 provided around the physical object 40 through the terminal display device 30 to receive the identification signal. At this time, the terminal display device 30 wirelessly transmits the identification signal to the cloud server 20 to exchange data, Download and obtain the English audio commentary information and object navigation information. Finally, through the display module 33, the creative concept of the physical object 40 is guided by the audio-visual navigation method.

In other words, if the physical object 40 is converted from the United States and displayed in Germany, the satellite positioning module 23 of the cloud server 20 will immediately determine that the physical object 40 is located in the national geographic location of Germany, and will generate a corresponding national language signal. The judging module 24 further judges the output of German voice commentary information; thereby, the cloud server 20 can intelligently judge the output of the audio-visual guide service corresponding to the national language according to the display position of the physical object 40 to achieve multi-language The effect of automatic video navigation.

In short, the author created a plurality of languages in the cloud server 20 to store audio commentary information, and based on the display position of the physical object 40, further judged the service of outputting the audio-visual guide corresponding to the national language to achieve multi-language automatic Audio-visual tour effect.

The above-mentioned embodiments are only used to describe the creation, and are not intended to limit the scope of the creation. Various modifications or changes that are not in violation of the spirit of this creation are all within the scope of this creative intention.

10‧‧‧Identification tags
20‧‧‧ Cloud Server
21‧‧‧Data Processing Module
22‧‧‧ Object Navigation Module
23‧‧‧Satellite positioning module
231‧‧‧Positioning unit
232‧‧‧National Judgment Unit
24‧‧‧Voice judgment module
241‧‧‧Speaking unit
242‧‧‧ Language Judgment Unit
25‧‧‧Wireless Signal Transmission Module
30‧‧‧ terminal display device
31‧‧‧Read Module
32‧‧‧Internet connection module
33‧‧‧Display Module
40‧‧‧ physical objects

Figure 1 is a schematic diagram of the system architecture of this creation. Figure 2 is a functional block diagram of the system for this creation. Figure 3 is a schematic diagram of the use state of this creation, indicating that the identification tag is set around the physical object, and the identification signal is read and received through the terminal display device.

Claims (8)

An intelligent product audio-visual explanation system includes: (1) an identification tag provided on a physical object, the identification tag being provided with an identification signal corresponding to one of the physical objects; (1) a cloud server having a data processing module and a coupling An object navigation module, a satellite positioning module, and a voice judgment module connected to the data processing module. The object navigation module stores navigation information of an object corresponding to the physical object. The satellite positioning module It is used to locate the position of the physical object and generate a national language signal. The voice judgment module has a voice interpretation unit and a language judgment unit. The voice interpretation unit stores voice interpretation information in a plurality of languages. The language judgment unit It is used for receiving the national language signal, and comparing and judging with the voice commentary information to output one of the voice commentary information that matches the national language signal; and a terminal display device having a reading module and a display Module, the reading module reads the identification tag to receive the identification signal, and the terminal display device uses the Internet Road access to the cloud server and upload the identification signal to receive a voice commentary which made the object information and navigation information received through the display module of the display in which a voice commentary and information of the object navigation information. The intelligent product audiovisual interpretation system according to claim 1, wherein the satellite positioning module has a position positioning unit and a national judgment unit, and the position positioning unit records the position of the physical object with the global satellite system positioning and generates A position signal. The national judgment unit stores a plurality of national language data. The national judgment unit receives the position signal to compare and judge the national language data to generate the national language signal correspondingly. The audio-visual interpretation system for a smart product according to claim 2, wherein each national language data includes a national language and a national geographic location. The intelligent product audiovisual interpretation system according to claim 1, wherein the reading module uses a method selected from the group consisting of a near field communication method, a radio frequency identification method, and a combination thereof for reading and receiving. The identification signal. The audio-visual interpretation system for smart products according to claim 4, wherein the identification tag may be one of a quick response matrix code tag (QR code), a radio frequency identification tag (RFID), and a short-range wireless communication tag (NFC). The audio-visual interpretation system for a smart product according to claim 1, wherein the terminal display device has an Internet connection module, the cloud server has a wireless signal sending module, and the wireless signal sending module passes the Internet Way to send one of the audio commentary information and the object navigation information to the internet connection module. The intelligent product audiovisual interpretation system according to claim 1, wherein the object navigation module includes an object profile, an object image, a navigation image, and a creative concept. The audio-visual interpretation system for smart products according to claim 1, wherein the terminal display device may be one of a smart phone and a tablet computer.