WO2018176309A1 - Virtual library device, virtual reality headpiece, and virtual reading system - Google Patents

Abstract

The present invention discloses a virtual library device, comprising: a somatosensory virtual module, configured to simulate an e-book and generate a 3D virtual book, creating for the 3D virtual book an animated page turning function and a page turning sound played when a page is turned, and setting a placement angle of the 3D virtual book, the 3D virtual book comprising a voice playing function; and a control module, configured to transmit the 3D virtual book having the animated page turning function to a display device for the display device to display the 3D virtual book having the animated page turning function. The present invention further provides a virtual reality headpiece and a virtual reading system. The present invention can virtualize an e-book three-dimensionally and provides a user with the same reading experience as a physical book, with the same page turning functionality, helping to improve the reading experience and reading efficiency.

Description

 Virtual library equipment, virtual reality helmet and virtual reading system

Technical field

The present invention relates to the field of communication technologies, and in particular, to a virtual library device, a virtual reality helmet, and a virtual reading system.

Background technique

Virtual reality technology is an integrated technology that integrates computer graphics, human-computer interaction, and sensing technologies. Through computer graphics, three-dimensional image space, such as visual, auditory, and olfactory, can be sensed. Virtual reality technology can design virtual space into a realistic real world, enabling experience and interaction.

In the field of digital museums, virtual reality technology can be used for the digital protection of cultural relics such as libraries, manuscripts, photographs, sound recordings, films and museum collections. Typical applications include the Metropolitan Museum of New York, the British Museum, the National Library of China, the Russian Hermitage Museum and the Louvre in France. However, in the application of the library, the books are still digital e-books. They do not get rid of the defects of traditional e-books. They lack the experience of paper books and the immersion of reading. They cannot achieve the same kind of reading as paper books. And the reading environment is monotonous and vulnerable to outside interference.

Summary of the invention

The main object of the present invention is to solve the problem that the reading experience and the reading environment of the physical book which are not available in the digital reading in the prior art are solved, and the reading interest and the reading efficiency are effectively improved.

 To achieve the above object, the present invention provides a virtual library device, comprising:

a somatosensory virtual module for simulating an e-book to generate a three-dimensional virtual book, an animated page turning function for the three-dimensional virtual book, a page turning sound played when the animated page is flipped, and setting a viewing angle of the three-dimensional virtual book, wherein The three-dimensional virtual book includes a voice playing function;

And a control module, configured to transmit the three-dimensional virtual book with the animated page turning function to the display device, so that the display device displays the three-dimensional virtual book with the animated page turning function.

 Preferably, the virtual library device further includes:

a visor generating module, configured to acquire a picture with a natural scene, and use the panoramic technology to process the picture to obtain a three-dimensional panoramic image;

The control module is further configured to transmit the three-dimensional panoramic image to the display device, so that the display device displays the three-dimensional panoramic image.

 Preferably, the view generating module is further configured to create a three-dimensional virtual model;

The control module is further configured to transmit the three-dimensional virtual model to the display device, so that the display device displays the three-dimensional virtual model.

Preferably, the control module is further configured to receive a first setting signal, and adjust attributes of the three-dimensional virtual book, the three-dimensional panoramic image, and the three-dimensional virtual model according to the first setting signal.

 Preferably, the virtual library device further includes:

a note generation module, configured to record note information of the three-dimensional virtual book;

a virtual bookshelf module for creating a three-dimensional virtual bookshelf, classifying the three-dimensional virtual books, and placing the three-dimensional virtual books on the three-dimensional virtual bookshelf;

a sharing module, configured to share the note information on the network in real time, wherein the sharing module further includes a stylus and a touchpad, and the drawing information input by the stylus on the touchpad is real-time Share;

A playback module for playing audio data and/or video data.

Preferably, the somatosensory virtual module is further configured to perform format conversion on the note information, and display the converted format note information in a browsing editor;

The control module is further configured to receive query information, and retrieve a corresponding three-dimensional virtual book according to the query information.

In addition, in order to achieve the above object, the present invention also provides a virtual reality helmet, which is connected to a virtual library device, and the virtual reality helmet includes:

The display module is configured to perform three-dimensional display of a three-dimensional virtual book, a three-dimensional panoramic image, and a three-dimensional virtual model with an animated page turning function.

Preferably, the virtual reality helmet further comprises:

a processing module, configured to store a picture including a natural scene, and generate the three-dimensional panoramic image according to the picture that includes a natural scene;

a setting module, configured to receive a second setting signal, and transmit the second setting signal to the virtual library device, for the virtual library device to view the three-dimensional virtual book according to the setting signal, The properties of the 3D panoramic image are adjusted.

Preferably, the display module is further configured to display note information of the three-dimensional virtual book, display a three-dimensional virtual bookshelf, classify the three-dimensional virtual book, display the three-dimensional virtual bookshelf, and play audio data and / or video data.

In addition, in order to achieve the above object, the present invention further provides a virtual reading system, including a virtual library device, a virtual reality helmet, wherein the virtual library device includes:

a somatosensory virtual module for simulating an e-book to generate a three-dimensional virtual book, an animated page turning function for the three-dimensional virtual book, a page turning sound played when the animated page is flipped, and setting a viewing angle of the three-dimensional virtual book, wherein The three-dimensional virtual book includes a voice playing function;

 a control module, configured to transmit the three-dimensional virtual book with an animated page turning function to the virtual reality helmet;

 The virtual reality helmet includes:

 And a display module, configured to perform three-dimensional display of the three-dimensional virtual book with an animated page turning function transmitted by the virtual library device.

 Preferably, the virtual library device further includes:

a visor generating module, configured to acquire a picture with a natural scene, and use the panoramic technology to process the picture to obtain a three-dimensional panoramic image;

The control module is further configured to transmit the three-dimensional panoramic image to the virtual reality helmet;

The display module of the virtual reality helmet is further configured to perform three-dimensional display on the three-dimensional panoramic image.

Preferably, the virtual reality helmet further comprises:

a setting module, configured to receive the setting signal, and transmit the setting signal to the virtual library device, wherein the setting signal is used to adjust an attribute of the three-dimensional virtual book and the three-dimensional panoramic image;

The control module of the virtual library device is further configured to receive the setting signal transmitted by the setting module of the virtual reality helmet, and the three-dimensional virtual book and the three-dimensional panoramic image according to the setting signal The properties are adjusted.

 Preferably, the view generating module of the virtual library device is further configured to create a three-dimensional virtual model;

The control module is further configured to transmit the three-dimensional virtual model to the virtual display helmet;

The display module of the virtual reality helmet is further configured to perform three-dimensional display on the three-dimensional virtual model.

 Preferably, the virtual library device further includes:

a note generation module, configured to record input note information of the three-dimensional virtual book;

a virtual bookshelf module, configured to create a three-dimensional virtual bookshelf, and classify the three-dimensional virtual books on the three-dimensional virtual bookshelf;

a sharing module for sharing the note information on the network in real time;

The control module is further configured to receive the first query information, retrieve the corresponding three-dimensional virtual book according to the first query information, receive the second query information, and retrieve the note information of the three-dimensional virtual book according to the second query information. ;

The display module of the virtual reality helmet is further configured to display note information of the three-dimensional virtual book, a three-dimensional virtual bookshelf, wherein the three-dimensional virtual book is classified and displayed on the three-dimensional virtual bookshelf, and plays audio data. And / or video data.

The invention provides a virtual library device, a virtual reality helmet and a virtual reading system, which can virtualize an e-book in three dimensions, provide a user with a reading experience like a physical book, and also provide a three-dimensional panoramic image to provide an optional reading environment for the user. The user provides a reading atmosphere that is compatible with the book, which makes the reader's reading experience richer and helps to improve readers' reading interest and efficiency.

DRAWINGS

1 is a schematic diagram of functional modules of a first embodiment of a virtual library device according to the present invention;

2 is a schematic diagram of functional modules of a second embodiment of a virtual library device according to the present invention;

3 is a schematic diagram of functional modules of a first embodiment of a virtual reality helmet according to the present invention;

4 is a schematic diagram of functional modules of a second embodiment of a virtual reality helmet according to the present invention;

FIG. 5 is a system architecture diagram of a first embodiment of a virtual reading system according to the present invention; FIG.

6 is a schematic diagram of functional modules of a second embodiment of a virtual reading system according to the present invention;

7 is a workflow diagram of a first embodiment of a somatosensory virtual module of a virtual library device;

8 is a flowchart of a second embodiment of a somatosensory virtual module of a virtual library device;

9 is a schematic diagram of functional modules of a third embodiment of a virtual reading system according to the present invention;

FIG. 10 is a flowchart showing the operation of an embodiment of a view generation module of a virtual library device.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

The preferred embodiments of the present invention are described in conjunction with the accompanying drawings, and the preferred embodiments described herein are intended to illustrate and explain the invention, and not to limit the invention, and The embodiments and the features in the embodiments can be combined with each other.

The present invention provides a virtual library device.

Referring to FIG. 1, FIG. 1 is a schematic diagram of functional modules of a first embodiment of a virtual library device according to the present invention. The virtual library device 10 shown in FIG. 1 includes a somatosensory virtual module 103 and a control module 104. The virtual library device 10 is connected to the display device. The virtual library device 10 can store a corresponding digital version of a book in a real library collection, and can also store a digital version of a book corresponding to a plurality of real library books. The function modules are described in detail below.

The somatosensory virtual module 103 simulates the e-book to generate a three-dimensional virtual book, that is, converts the related digital book into a corresponding virtual physical book, and simulates the e-book to generate a three-dimensional virtual book, which specifically includes: correspondingly formatting, rendering, and texting the digitized text. It can read at a close distance and obtain the 3D virtual book through the 3D image processing after the typed digitized text. The 3D virtual book includes the voice playing function. It should be noted that the digital book can input the text of the physical book into the virtual library device through the scanner, or directly import the electronic book from the online, and the three-dimensional virtual book further includes a physical model related to the text content of the book, and the somatosensory virtual module 103 The animation page turning function is also created for the three-dimensional virtual book, that is, the action of flipping the physical book page, the page turning sound played during the page turning action, and the setting angle of setting the three-dimensional virtual book, and the manner of triggering the animation page turning function includes: simulating the three-dimensional The virtual arm model performs the page turning action through the 3D virtual arm model, or sets the reading time and time, triggers the page turning action after the preset time, can also turn the page by voice command, and can also tap the touchpad by finger Turn the page and play the page turning sound when you turn the page. The control module 104 transmits the three-dimensional virtual book with the animated page turning function to the display device, so that the display device displays the three-dimensional virtual book with the animated page turning function, and the display device includes a mobile device capable of three-dimensional display, a virtual reality helmet and the like. .

The virtual library device provided by the invention can virtualize the electronic book in three dimensions, provide the user with the same reading experience as the physical book, and provides an animation page turning function similar to the physical book, which is beneficial to improving the reading interest and efficiency of the reader.

Referring to FIG. 2, FIG. 2 is a schematic diagram of functional modules of a second embodiment of a virtual library device according to the present invention. The virtual library device 10 shown in FIG. 2 includes a somatosensory virtual module 103, a control module 104, a view generation module 105, a note generation module 107, a virtual bookshelf module 109, a sharing module 111, and a play module 113. The virtual library device 10 is connected to a display device. The function modules are described in detail below.

The somatosensory simulation module 103 simulates the e-book to generate a three-dimensional virtual book, that is, converts the related digital book into a corresponding virtual physical book, and simulates the e-book to generate a three-dimensional virtual book, which comprises: correspondingly formatting, rendering, and texting the digitized text. The invention can read at a close distance, and obtain the three-dimensional virtual book through the three-dimensional image processing by the typed digitized text, wherein the three-dimensional virtual book includes a voice playing function. It should be noted that the digital book can input the text of the physical book into the virtual library device through the scanner, or directly import the electronic book from the online, and the three-dimensional virtual book includes the physical model related to the text content of the book. The somatosensory virtual module 103 also creates an animated page turning function for the three-dimensional virtual book, that is, an action of flipping the pages of the physical book, a page turning sound played when the animated page is turned, and setting a viewing angle of the three-dimensional virtual book. The control module 104 transmits the three-dimensional virtual book with the animated page turning function to the display device for the display device to display the three-dimensional virtual book with the animated page turning function. The visual generation module 105 creates a three-dimensional virtual model including virtual models of various animals, virtual models of various scenery, and the control module 104 transmits the three-dimensional virtual models to the display device for the display device to display the three-dimensional virtual model.

It should be noted that the visor generating module 105 is further configured to acquire a picture with a natural scene, and adopt a panoramic generation technology to obtain a three-dimensional panoramic image, for example, using a fisheye lens or a common camera for image collection, and acquiring some features. The natural picture can also update the picture through the network. According to different natural scene pictures, different three-dimensional panoramic images can be generated, thus providing a variety of three-dimensional panoramic images, creating a variety of reading environments for the user. The control module 104 transmits the three-dimensional panoramic image to the display device for the display device to display the three-dimensional panoramic image, providing the user with a different reading environment.

The control module 104 receives the first setting signal, and adjusts attributes of the three-dimensional virtual book, the three-dimensional panoramic image, and the three-dimensional virtual model according to the first setting signal, for example, controls the text attribute of the three-dimensional virtual book. The control module 104 also receives the query information and retrieves the corresponding three-dimensional virtual book based on the query information. The note generation module 107 records the note information of the three-dimensional virtual book, and the note information includes the reading experience input by the user, the text creation, and the like.

The virtual bookshelf module 109 creates a three-dimensional virtual bookshelf, classifies the three-dimensional virtual books, and places them on the three-dimensional virtual bookshelf. The sharing module 111 shares the note information on the network in real time. The sharing module 111 further includes a stylus and a touchpad, and the drawing information input by the stylus on the touchpad is shared in real time. The play module 113 of the virtual library device 10 is also used to play audio data and/or video data.

The virtual library device provided by the invention can virtualize the electronic book in three dimensions, provide the user with a reading experience like a physical book, and also provide a three-dimensional panoramic image, providing an optional reading environment for the user, and providing the user with the book. Reading atmosphere, can provide virtual bookshelf and note sharing function, which helps to improve readers' interest and efficiency in reading.

The invention further provides a virtual reality helmet.

Referring to FIG. 3, FIG. 3 is a schematic diagram of functional modules of a first embodiment of a virtual reality helmet according to the present invention. The virtual reality helmet 20 of the present embodiment includes a display module 201. The virtual reality helmet is connected to the virtual library device, and the display module 201 accepts a three-dimensional virtual book with an animated page turning function from the virtual library device, a three-dimensional panoramic image, and a three-dimensional virtual book with an animated page turning function and a three-dimensional panoramic image. Perform a three-dimensional display. It should be noted that the three-dimensional virtual book is in a static state when displayed, and the three-dimensional virtual book is placed on the virtual platform, such as a virtual desk, and the position of the three-dimensional virtual book placed on the virtual desk can be adjusted.

The virtual library device provided in this embodiment can display a three-dimensional virtual book with an animated page turning function to the user, providing the user with a reading experience like a physical book, and providing the user with a reading atmosphere suitable for the book, which is beneficial to improve. The reader's reading interest and efficiency, in addition, because the three-dimensional virtual book in reading is in a static state, can effectively avoid the stun effect and delay effect caused by the movement, greatly reducing the workload of the server.

Referring to FIG. 4, FIG. 4 is a schematic diagram of functional modules of a second embodiment of a virtual reality helmet according to the present invention. The virtual reality helmet 20 of the embodiment includes a display module 201, a setting module 203, and a processing module 205. The virtual reality helmet is connected to the virtual library device. The function modules are described in detail below.

The display module 201 accepts a three-dimensional virtual book with an animated page turning function, a three-dimensional panoramic image from the virtual library device, and three-dimensionally displays the three-dimensional virtual book and the three-dimensional panoramic image with the animated page turning function. The setting module 203 receives the second setting signal, and transmits the second setting signal to the virtual library device, so that the virtual library device adjusts the attributes of the three-dimensional virtual book, the three-dimensional panoramic image, and the three-dimensional virtual model according to the setting signal, for example, adjusting The text attribute of the 3D virtual book. The processing module 205 stores a picture containing a natural scene, and produces a three-dimensional panoramic image from the picture containing the natural scene.

It should be noted that the display module 201 also accepts the note information of the three-dimensional virtual book, the three-dimensional virtual bookshelf, and displays the three-dimensional virtual bookshelf, and classifies the three-dimensional virtual books, displays them on the three-dimensional virtual bookshelf, and displays them while displaying the three-dimensional virtual book. Corresponding note information, wherein the setting module 203 receives the setting information input by the user, adjusts or designs the attributes of the three-dimensional virtual bookshelf, and the display module 201 is further configured to play audio data and/or video data, and provide a function of playing the audio video.

The virtual reality helmet provided by the embodiment can display a three-dimensional virtualized book, provide a user with a reading experience like a physical book, and provide a three-dimensional panoramic image, providing an optional reading environment for the user, and providing the user with the book. The reading atmosphere is conducive to improving readers' interest and efficiency in reading. In addition, because the books in reading are at rest, the stun effect and delay effect caused by image movement can be effectively avoided, and the workload of the server is greatly reduced.

The invention further provides a virtual reading system.

Referring to FIG. 5, FIG. 5 is a system architecture diagram of a first embodiment of a virtual reading system according to the present invention. The system shown in FIG. 5 includes a user 1, a virtual library device 10, and a virtual reality helmet 20. The virtual reading system is described in detail below. The virtual library device 10 manages the data of the user 1, and the user 1 can store the relevant data in the virtual library device 10. The virtual library device 10 outputs the data to the virtual reality helmet 20, which virtualizes the three-dimensional simulated image for viewing by the user 1. The user 1 personalizes the three-dimensional simulated image through the virtual reality helmet 20, and the virtual reality helmet 20 receives the corresponding personalized adjustment data, and transmits the corresponding instruction to the virtual library 10, and the virtual library 10 adjusts accordingly according to the instruction. .

Referring to FIG. 6, FIG. 6 is a schematic diagram of functional modules of a second embodiment of a virtual reading system according to the present invention. The virtual reading system 1 shown in FIG. 6 includes a virtual library device 10, a virtual reality helmet 20, a virtual library device 10 including a somatosensory simulation module 103, a control module 104, and a virtual reality helmet 20 including a display module 201. The virtual library device 10 is connected to the virtual reality helmet 20. The function modules are described in detail below.

The somatosensory simulation module 103 simulates the e-book to generate a three-dimensional virtual book, that is, converts the related digital book into a corresponding virtual physical book, and simulates the e-book to generate a three-dimensional virtual book, which comprises: correspondingly formatting, rendering, and texting the digitized text. The ability to read at a close distance and obtain a three-dimensional virtual book through three-dimensional image processing of the typed digitized text. It should be noted that the digital book can input the text of the physical book into the virtual library device through the scanner, or directly import the electronic book from the online, and the three-dimensional virtual book includes the physical model related to the book content. The somatosensory virtual module 103 also creates an animated page turning function for the three-dimensional virtual book, that is, an action of flipping the pages of the physical book, a page turning sound played when the animated page is turned, and setting a viewing angle of the three-dimensional virtual book. The control module 104 transmits a three-dimensional virtual book with an animated page turning function to the virtual reality helmet for the virtual reality helmet to display a three-dimensional virtual book with an animated page turning function. The virtual reality helmet 20 display module 201 receives a three-dimensional virtual book with an animated page turning function, a three-dimensional panoramic image from the virtual library device, and three-dimensionally displays the three-dimensional virtual book and the three-dimensional panoramic image with the animated page turning function. The somatosensory virtual module of the virtual library device will be described in detail below with reference to FIG. 7 and FIG. 8.

Referring to FIG. 7, FIG. 7 is a schematic diagram showing the workflow of the first embodiment of the virtual reality module of the virtual library device. The somatosensory simulation module 103 of the virtual library device 10 first stores an electronic version of the book by scanning a book or inputting an electronic document. The character recognition system performs text recognition and text typesetting on the digitized book, and obtains a digital book that can be read at a close distance. The somatosensory simulation module 103 is further configured to perform format conversion on the note information, and display the converted format note information in the browsing editor. Specifically, the character recognition system of the somatosensory virtual module 103 further includes a format conversion module. The format conversion module is used to convert the format of the text so that the notes can be displayed in commonly used reading and editing. The somatosensory virtual module 103 adds a book flip animation to the digital book through the image recognition processing system, and then generates a three-dimensional virtual book with a page turning function through a virtual reality imaging system by using a digital book with an animated page turning function, a virtual reality imaging system. The three-dimensional virtual book is fed back to the user, and the user adjusts the image recognition processing system to personalize the attributes of the three-dimensional virtual book.

Referring to FIG. 8, FIG. 8 is a schematic flowchart diagram of a second embodiment of a somatosensory virtual module of a virtual library device. The somatosensory simulation module 103 of the virtual library device 10 processes and renders the text information acquired by scanning the book or inputting the electronic document through the character recognition processing system to obtain a digital book that can be read at a close distance, and the somatosensory virtual module 103 passes the digitized book through the image. The recognition processing system increases the book flip animation simulation, sets the page turning action and the sound when the page is turned, and obtains a three-dimensional virtual book showing the original book style, so that the reader has the same experience of reading the physical book when reading the three-dimensional virtual book.

The virtual reading system provided by the embodiment can virtualize the electronic book in three dimensions, provide the user with the same reading experience as the physical book, and provide the user with a reading atmosphere suitable for the book, which is beneficial to improving the reader's reading interest and efficiency.

Referring to FIG. 9, FIG. 9 is a schematic diagram of functional modules of a third embodiment of a virtual reading system according to the present invention. The virtual reading system 1 shown in FIG. 9 includes a virtual library device 10, a virtual reality helmet 20, and the virtual library device 10 includes a somatosensory simulation module 103, a control module 104, a view generation module 105, a note generation module 107, and a virtual bookshelf module. 109. Sharing module 111. The virtual reality helmet 20 includes a display module 201 and a setting module 203. The virtual library device 10 is connected to the virtual reality helmet 20. The function modules are described in detail below.

The somatosensory simulation module 103 of the virtual library device 10 simulates an e-book to generate a three-dimensional virtual book, that is, converts the related digital book into a corresponding virtual physical book, and simulates the e-book to generate a three-dimensional virtual book, which specifically includes: correspondingly digitizing the digitized text Typesetting and rendering, so that the text can be read at a close distance, and the digitized text after the typesetting can be processed into a three-dimensional virtual book through three-dimensional image processing. It should be noted that the digital book can input the text of the physical book into the virtual library device through the scanner, or directly import the electronic book from the online, and the three-dimensional virtual book includes the physical model related to the book content. The somatosensory virtual module 103 of the virtual library device 10 also creates an animated page turning function for the three-dimensional virtual book, that is, an action of flipping a book page of a physical book, a page turning sound played when the animated page is turned, and a setting angle of setting a three-dimensional virtual book. The control module 104 of the virtual library device 10 transmits a three-dimensional virtual book with an animated page turning function to the virtual reality helmet 20 for the virtual reality helmet 20 to display a three-dimensional virtual book with an animated page turning function.

The virtual reality helmet 20 display module 201 accepts a three-dimensional virtual book with an animated page turning function from the virtual library device, and three-dimensionally displays the three-dimensional virtual book with an animated page turning function.

The visual scene generating module 105 of the virtual library device 10 creates a three-dimensional virtual model including a virtual model of various animals, a virtual model of various scenes, and the visual scene generating module 105 is further configured to acquire a picture with a natural scene, The image is processed by panoramic technology to obtain 3D panoramic images. According to different natural scene images, different 3D panoramic images can be generated, thus providing a variety of 3D panoramic images, creating a variety of reading environments for users, creating a variety of 3D virtual models can improve reading fun. The control module 104 of the virtual library device 10 transmits the three-dimensional virtual model and the three-dimensional panoramic image to the virtual reality helmet 20 for the virtual reality helmet 20 to display a three-dimensional virtual model and a three-dimensional panoramic image to provide different reading environments for the user. The specific working mode of the view generation module of the virtual library device will be described below with reference to FIG.

Referring to FIG. 10, FIG. 10 is a flowchart showing the operation of an embodiment of a visual generating module of a virtual library device. The gaze generating module 105 performs image acquisition using a fisheye lens or a normal camera, and generates a three-dimensional panoramic image with a very realistic natural scene and a three-dimensional virtual image corresponding to other images according to the image processing technology and the panoramic technology.

Referring to FIG. 9 , the display module 201 of the virtual reality helmet 20 receives the three-dimensional virtual model and the three-dimensional panoramic image from the virtual library device 10 , and displays the three-dimensional virtual model and the three-dimensional panoramic image in three dimensions.

The setting module 203 of the virtual reality helmet 20 receives the setting signal and transmits the setting signal to the virtual library device 10, wherein the setting signal is used to adjust the attributes of the three-dimensional virtual book, the three-dimensional panoramic image, and the three-dimensional virtual model.

The control module 104 of the virtual library device 10 receives the setting signal transmitted by the setting module 203 of the virtual reality helmet, and adjusts the attributes of the three-dimensional virtual book and the three-dimensional panoramic image according to the setting signal, for example, adjusting the text attribute of the three-dimensional virtual book. The control module 104 further receives the first query information, retrieves the corresponding three-dimensional virtual book according to the first query information, receives the second query information, and retrieves the note information of the three-dimensional virtual book according to the second query information. The note generation module 107 records the note information of the three-dimensional virtual book, and the note information includes the reading experience input by the user, the text creation, and the like.

The virtual bookshelf module 109 of the virtual library device 10 creates a three-dimensional virtual bookshelf, classifies the three-dimensional virtual books, and places them on the three-dimensional virtual bookshelf. The sharing module 111 shares notes information on the network in real time.

The virtual reality helmet 20 display module 201 also accepts the three-dimensional virtual book's note information, the three-dimensional virtual bookshelf, and displays the three-dimensional virtual bookshelf, and classifies the three-dimensional virtual book, displays it on the three-dimensional virtual bookshelf, and displays the corresponding corresponding to the three-dimensional virtual book. Note information. The virtual reality helmet 20 display module 201 further includes a video audio playing module, and the video audio playing module is used for playing audio video and providing a video audio playing function.

The virtual reading system provided by the embodiment can virtualize the electronic book in three dimensions, provide the user with a reading experience like a physical book, and provide a three-dimensional panoramic image, providing an optional reading environment for the user, and providing the user with the book. Reading atmosphere, can provide virtual bookshelf and note sharing function, which helps to improve readers' interest and efficiency in reading.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims (14)

 A virtual library device, comprising: a somatosensory virtual module for simulating an e-book to generate a three-dimensional virtual book, an animated page turning function for the three-dimensional virtual book, a page turning sound played when the animated page is flipped, and setting a viewing angle of the three-dimensional virtual book, wherein The three-dimensional virtual book includes a voice playing function; a control module, configured to transmit the three-dimensional virtual book with an animated page turning function to the display device, for the display device to display the three-dimensional virtual book with an animated page turning function . The virtual library device of claim 1 further comprising: a visor generating module, configured to acquire a picture with a natural scene, and use the panoramic technology to process the picture to obtain a three-dimensional panoramic image; The control module is further configured to transmit the three-dimensional panoramic image to the display device, so that the display device displays the three-dimensional panoramic image. The virtual library device according to claim 2, wherein the view generating module is further configured to create a three-dimensional virtual model; The control module is further configured to transmit the three-dimensional virtual model to the display device, so that the display device displays the three-dimensional virtual model. The virtual library device according to claim 3, wherein the control module is further configured to receive a first setting signal, and the three-dimensional virtual book, the three-dimensional panoramic image, according to the first setting signal, The properties of the three-dimensional virtual model are adjusted. The virtual library device of claim 2, further comprising: a note generation module, configured to record note information of the three-dimensional virtual book; a virtual bookshelf module for creating a three-dimensional virtual bookshelf, classifying the three-dimensional virtual books, and placing the three-dimensional virtual books on the three-dimensional virtual bookshelf; a sharing module, configured to share the note information on the network in real time, wherein the sharing module further includes a stylus and a touchpad, and the drawing information input by the stylus on the touchpad is real-time Share; A playback module for playing audio data and/or video data. The virtual library device according to claim 5, wherein the somatosensory virtual module is further configured to perform format conversion on the note information, and display the converted format note information in a browsing editor;  The control module is further configured to receive query information, and retrieve a corresponding three-dimensional virtual book according to the query information. A virtual reality helmet, comprising: The display module is configured to perform three-dimensional display of a three-dimensional virtual book, a three-dimensional panoramic image, and a three-dimensional virtual model with an animated page turning function. The virtual reality helmet of claim 7 further comprising:  a processing module, configured to store a picture including a natural scene, and generate the three-dimensional panoramic image according to the picture that includes a natural scene; a setting module, configured to receive a second setting signal, and transmit the second setting signal to the virtual library device, for the virtual library device to view the three-dimensional virtual book according to the second setting signal, The three-dimensional panoramic image and the attributes of the three-dimensional virtual model are adjusted. The virtual reality helmet according to claim 7, wherein the display module is further configured to display note information of the three-dimensional virtual book, display a three-dimensional virtual bookshelf, and classify the three-dimensional virtual book and display the same in the virtual reality book. On a three-dimensional virtual bookshelf, and playing audio data and/or video data. A virtual reading system, comprising: a virtual library device, a virtual reality helmet, wherein the virtual library device comprises: a somatosensory virtual module for simulating an e-book to generate a three-dimensional virtual book, an animated page turning function for the three-dimensional virtual book, a page turning sound played when the animated page is flipped, and setting a viewing angle of the three-dimensional virtual book, wherein The three-dimensional virtual book includes a voice playing function;  a control module, configured to transmit the three-dimensional virtual book with an animated page turning function to the virtual reality helmet;  The virtual reality helmet includes:  And a display module, configured to perform three-dimensional display of the three-dimensional virtual book with an animated page turning function transmitted by the virtual library device. The virtual reading system of claim 10, wherein the virtual library device further comprises: a visor generating module, configured to acquire a picture with a natural scene, and use the panoramic technology to process the picture to obtain a three-dimensional panoramic image; The control module is further configured to transmit the three-dimensional panoramic image to the virtual reality helmet; The display module of the virtual reality helmet is further configured to perform three-dimensional display on the three-dimensional panoramic image. The virtual reading system of claim 11, wherein the view generating module of the virtual library device is further configured to create a three-dimensional virtual model; The control module is further configured to transmit the three-dimensional virtual model to the virtual display helmet; The display module of the virtual reality helmet is further configured to perform three-dimensional display on the three-dimensional virtual model. The virtual reading system of claim 12, wherein the virtual reality helmet further comprises: a setting module, configured to receive a setting signal, and transmit the setting signal to the virtual library device, wherein the setting signal is used for the three-dimensional virtual book, the three-dimensional panoramic image, and the three-dimensional virtual model Attribute adjustment; The control module of the virtual library device is further configured to receive the setting signal transmitted by the setting module of the virtual reality helmet, and the three-dimensional virtual book and the three-dimensional panoramic image according to the setting signal The properties of the three-dimensional virtual model are adjusted. The virtual reading system of claim 11 further comprising: a note generation module, configured to record input note information of the three-dimensional virtual book; a virtual bookshelf module, configured to create a three-dimensional virtual bookshelf, and classify the three-dimensional virtual books on the three-dimensional virtual bookshelf;  a sharing module for sharing the note information on the network in real time; The control module of the virtual library device is further configured to receive first query information, retrieve a corresponding three-dimensional virtual book according to the first query information, receive second query information, and search for the second query information according to the second query information. The note information of the three-dimensional virtual book; The display module of the virtual reality helmet is further configured to display note information of the three-dimensional virtual book, a three-dimensional virtual bookshelf, wherein the three-dimensional virtual book is classified and displayed on the three-dimensional virtual bookshelf, and the audio is played. Data and / or video data.