Ancient building block acousto-optic immersive assembling system, intelligent base and scene background plate system

Abstract

The invention relates to a historic building block acousto-optic immersion type assembling system, an intelligent base and a scene background plate system, and relates to the technical field of electrics, and the system comprises the intelligent base, a building block component with a special function, a special decoration component with a programmable LED lamp strip, a detachable scene background plate system and a matched mobile phone APP. The intelligent base is used for recognizing information of the building block components and playing corresponding sound effects, the building block components with the special functions comprise NFC labels and exclusive sound effect triggering devices, and the special decoration components of the programmable LED lamp strip are used for simulating the light and shadow effect of an ancient building. The detachable scene background plate system is used for constructing a complete ancient building environment scene, and the mobile phone APP is used for controlling the work of each part. The method has the advantages that automatic playing of the sound effect and triggering of the specific sound effect of the component are achieved, historical immersion is created, the light and shadow effects of the historic building in different time periods are simulated, the visual experience is improved, and different historic building environment scenes are rapidly constructed according to requirements.

Description

Technical Field

[0001] The present application relates to electricity, and in particular to an immersive sound and light assembly system of ancient building building blocks, an intelligent base, and a scene background board system. Background Art

[0002] The traditional assembly of ancient building models mainly focuses on structural restoration and is committed to accurately presenting the appearance and architectural structure of ancient buildings. However, this assembly method has obvious limitations and lacks attention to multi-sensory experience and the creation of cultural atmosphere. Ancient buildings, as important carriers of historical culture, contain rich historical information and cultural connotations. The traditional assembly method only stays on the surface of the structure and cannot fully display the historical charm and aesthetic value of the ancient buildings. During the assembly process, it is difficult for users to deeply feel the cultural heritage carried by the ancient buildings and cannot obtain a comprehensive and profound experience.

[0003] The ancient building building block assembly products currently on the market can, to a certain extent, restore the structure of ancient buildings and meet users' basic needs for understanding building structures. However, in terms of user experience, these products have obvious shortcomings and only stay at the visual level. Users can only understand the structure of ancient buildings by observing the shape and splicing methods of the building blocks. There is a lack of integration of elements such as sound, light and shadow. This single experience method cannot provide users with an immersive cultural experience, making it difficult for users to truly integrate into the historical and cultural context represented by ancient buildings.

[0004] In the existing technology, ancient building building block assembly products fail to make full use of modern electronic communication technology to enhance users' cultural experience and historical immersion, resulting in limitations in the educational significance and entertainment value of the products. To address the above problems, an ancient building building block sound and light immersive assembly system, an intelligent base and a scene background board system are proposed. Summary of the Invention

[0005] The purpose of this application is to provide an immersive sound and light assembly system for ancient building building blocks, an intelligent base and a scene background board system to solve the above-mentioned problems.

[0006] In the first aspect, the ancient building building block sound and light immersive assembly system provided by this application adopts the following technical solutions: including an intelligent base, building block components with special functions, special decorative components with programmable LED light strips, a detachable scene background board system and a supporting mobile phone APP; The smart base is used to identify building block component information and play corresponding sound effects. The building block components with special functions include NFC tags and exclusive sound effect triggering devices. The special decorative components of the programmable LED light strips are used to simulate the light and shadow effects of ancient buildings. The detachable scene background board system is used to build a complete ancient building environment scene. The mobile phone APP is used to control the operation of each part.

[0007] Preferably, the main body of the building block component with special functions is made of high-quality wood, the NFC tag is embedded in a specific position of the component, and the exclusive sound effect trigger device is a micro-mechanical trigger device. When the components are correctly assembled, the trigger device generates a sound signal and sends it to the smart base, and the smart base plays the corresponding wooden structure bite sound.

[0008] Preferably, the decorative component body of the special decorative component of the programmable LED light strip is made of translucent acrylic material, the RGBW LED light strip is integrated inside the decorative component, the wireless communication module uses a Bluetooth or Wi-Fi module for communicating with a mobile phone APP, and the power module is a built-in rechargeable lithium battery, which is charged through a USB interface.

[0009] Preferably, the background board body of the detachable scene background board system uses high-strength magnetic material as the base, and the surface is covered with historical street scene stickers. The three-dimensional props include character models, animal models, and tree models, which are fixed to the background board by magnetic adsorption. The replacement device facilitates users to quickly replace the background board and three-dimensional props.

[0010] Preferably, the mobile phone APP includes a sound effect control module, a lighting control module, a scene selection module, an AR time and space travel module and an assembly progress management module. The sound effect control module is used to select and adjust the sound effects, and the lighting control module is used to control the color, brightness and pulsation rhythm of the LED light strip.

[0011] Preferably, the scene selection module is used to select street scene stickers and three-dimensional props from different historical periods, the AR time-space travel module is used to scan QR codes and display the ancient building usage scenes demonstrated by virtual characters on the mobile terminal, and the assembly progress management module is used to record and prompt the assembly progress.

[0012] On the second aspect, the ancient building building block sound and light immersive smart base and the ancient building building block sound and light immersive scene background board system provided by this application adopt the following technical solutions: including a shell, an environmental sensor, an NFC identification module, an audio processing module and a control circuit board; the shell is used to protect internal components, the environmental sensor is used to sense the sound, light and motion information of the surrounding environment, the NFC identification module is used to identify building block components with NFC tags, the audio processing module is used to play sound effects, and the control circuit board is used to process data and control the operation of each module.

[0013] Preferably, the microprocessor calls the corresponding sound effect from the memory for playback based on the data transmitted by the environmental sensor and the NFC identification module, and automatically adjusts the sound effect volume according to environmental changes. The communication interface includes a Bluetooth module and a USB interface. The Bluetooth module is used for wireless communication with the mobile phone APP, and the USB interface is used for data transmission and charging.

[0014] Preferably, the environmental sensor includes a sound sensor, a light sensor and a motion sensor. The sound sensor senses the sound intensity of the surrounding environment in real time. The light sensor detects the brightness and color of the ambient light. The motion sensor detects the placement action and position change of the building block components. The NFC recognition module adopts an advanced NFC chip with high sensitivity and fast recognition capability. The audio processing module includes an audio decoding chip, a power amplifier and a speaker. The audio decoding chip decodes the audio file stored in the built-in memory, the power amplifier amplifies the decoded audio signal, and the speaker plays the amplified audio signal.

[0015] Preferably, it includes a background board body, three-dimensional props and a replacement device. The background board body uses high-strength magnetic material as a base, and the surface is covered with historical street scene stickers. The three-dimensional props are fixed on the background board by magnetic adsorption. The replacement device facilitates users to quickly replace the background board and three-dimensional props to construct ancient architectural environment scenes of different historical periods.

[0016] In summary, this application includes at least one of the following beneficial technical effects: 1. The smart base has built-in NFC identification module and audio processing module. When a building block with an NFC tag is close to or placed on the smart base, the NFC identification module reads the tag information, and the audio processing module plays the corresponding sound effect according to the read information. Building blocks with special functions have NFC tags embedded in specific locations during production and are equipped with exclusive sound trigger devices. When the building blocks are correctly assembled, the trigger device generates a sound signal and sends it to the smart base. The detachable scene background board system provides street scene stickers and three-dimensional props from different historical periods. Users can combine them according to their needs to build a complete ancient architectural environment scene. The mobile phone APP develops functional modules such as sound effect control, lighting control, scene selection, AR time and space travel, and assembly progress management. It communicates with the smart base and special decorative components of programmable LED light strips via Bluetooth or Wi-Fi to achieve control of each part. High-quality wood is selected as the main material of the component, and the components are manufactured through injection molding or carving processes. The embedding position of the NFC tag is determined during the component design stage, and the NFC tag is embedded in the component during the production process. The tag is accurately embedded, and a micro-mechanical trigger device is installed at the splicing part of the component. When the component is correctly spliced, the mechanical structure inside the trigger device generates a sound signal, which is sent to the smart base via wired or wireless means. After receiving the sound signal, the smart base searches for and plays the corresponding wooden structure bite sound from the built-in sound effect library to ensure that the material of the component body is environmentally friendly and durable. The NFC tag is used to identify the component information, and the exclusive sound effect trigger device triggers the sound effect when the component is spliced. The smart base plays the wooden structure bite sound to enhance the realism and fun of the assembly. When developing the mobile phone APP, functional modules such as sound effect control, lighting control, scene selection, AR time and space travel, and assembly progress management are designed respectively. The sound effect control module provides a sound effect list. Users can select different sound effects by touching the screen and adjust the volume, tone and other parameters of the sound effect. The lighting control module provides a color selector, a brightness adjustment slider, and a pulsation rhythm setting option. Users can control the color, brightness and pulsation rhythm of the LED light strip by touching the screen. Mobile phone APP Each module provides users with convenient control methods. The sound effect control module allows users to select and adjust sound effects according to their preferences, enhancing the assembly experience. The ancient building building block sound and light immersive assembly system uses a smart base with environmental sensing function and NFC recognition technology to achieve automatic playback of sound effects and trigger specific sound effects of components, creating a sense of historical immersion. 2. The special decorative components of the programmable LED light strip receive commands sent by the mobile phone APP through the built-in wireless communication module, control the color, brightness and pulsation rhythm of the LED light strip, and simulate the light and shadow effects of ancient buildings. The translucent acrylic material can ensure the transmission of light while creating a soft light and shadow effect. The RGBW LED light strip can achieve rich color changes to meet the light and shadow requirements of different scenes. The wireless communication module realizes convenient communication with the mobile phone APP, which is convenient for users to control. The built-in rechargeable lithium battery and USB interface are convenient for users to charge and use. The high-strength magnetic material base has good adsorption performance and durability, ensuring the stability of the background board and the fixing effect of the three-dimensional props. The historical street scene stickers create different ancient architectural environment scenes, and the three-dimensional props increase the realism and fun of the scene. The replacement device allows users to quickly change scenes according to their needs and experience the ancient architectural environment of different historical periods. The lighting control module enables users to freely control the effects of the LED light strip to create different atmospheres. The scene selection module allows users to quickly build ancient architectural environments of different historical periods. The AR time and space travel module uses AR The technology provides users with a more intuitive display of ancient building usage scenarios, enhancing the user's immersion. The assembly progress management module helps users understand the assembly progress and improve assembly efficiency. The programmable LED light strip is combined with APP control technology to simulate the light and shadow effects of ancient buildings at different times, enhancing the visual experience. 3. Design and manufacture the shell, and install internal components such as the environmental sensor, NFC identification module, audio processing module and control circuit board inside the shell. The shell protects the internal components from external damage. The environmental sensor enables the system to automatically adjust the sound and lighting effects according to changes in the surrounding environment. The NFC identification module realizes the recognition of building blocks and triggers sound effects. The audio processing module is responsible for the playback of sound effects. The control circuit board is the core of the system, coordinating the work of each module to realize intelligent control of the system. The microprocessor realizes intelligent selection of sound effects and automatic volume adjustment based on the data of the environmental sensor and NFC identification module, improving the user experience. The Bluetooth module and USB interface provide convenient communication and charging methods for user convenience. The sound sensor, light sensor and motion sensor enable the system to fully perceive changes in the surrounding environment, providing a basis for automatic adjustment of sound effects and lighting. Advanced NFC The chip improves the recognition efficiency and accuracy of building block components. The various components of the audio processing module work together to ensure high-quality playback of sound effects. The high-strength magnetic material base of the background board body and the magnetic adsorption method of the three-dimensional props ensure the stability and replaceability of the scene. The replacement device allows users to quickly build ancient architectural environment scenes from different historical periods according to their needs, which increases the fun and playability of the system. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1This is a schematic diagram of the workflow of this application; DETAILED DESCRIPTION The following is combined with Figure 1 , further details of this application are given.

[0018] Example 1: Ancient building building block sound and light immersive assembly system, intelligent base and scene background board system, refer to Figure 1 , including a smart base, building blocks with special functions, special decorative components with programmable LED light strips, a detachable scene background board system and a matching mobile phone APP; The smart base is used to identify building block component information and play corresponding sound effects. The building block components with special functions include NFC tags and exclusive sound effect triggering devices. The special decorative components of the programmable LED light strips are used to simulate the light and shadow effects of ancient buildings. The detachable scene background board system is used to build a complete ancient building environment scene. The mobile phone APP is used to control the operation of each part.

[0019] Specifically, the smart base has a built-in NFC identification module and an audio processing module. When a building block with an NFC tag is close to or placed on the smart base, the NFC identification module reads the tag information, and the audio processing module plays the corresponding sound effect based on the read information. Building blocks with special functions have NFC tags embedded in specific positions during production and are installed with exclusive sound trigger devices. When the building blocks are correctly assembled, the trigger device generates a sound signal and sends it to the smart base. The special decorative components of the programmable LED light strip receive instructions sent by the mobile phone APP through the built-in wireless communication module to control the color, brightness and pulsation rhythm of the LED light strip, simulating the light and shadow effects of ancient buildings. The detachable scene background board system provides street scene stickers and three-dimensional props from different historical periods. Users can combine them according to their needs to build a complete ancient building environment scene. The mobile phone APP has developed functional modules such as sound effect control, lighting control, scene selection, AR time and space travel, and assembly progress management, and communicates with the smart base and the special decorative components of the programmable LED light strip via Bluetooth or Wi-Fi to achieve control of each part.

[0020] The main body of the building block component with special functions is made of high-quality wood, the NFC tag is embedded in a specific position of the component, and the exclusive sound effect trigger device is a micro-mechanical trigger device. When the components are correctly assembled, the trigger device generates a sound signal and sends it to the smart base, which plays the corresponding wooden structure bite sound.

[0021] Specifically, high-quality wood is selected as the main material of the component, and the component is manufactured through injection molding or carving processes. The embedding position of the NFC tag is determined in the component design stage, and the NFC tag is accurately embedded in the production process. A micro-mechanical trigger device is installed at the splicing part of the component. When the component is correctly spliced, the mechanical structure inside the trigger device generates a sound signal, which is sent to the smart base via wired or wireless means. After receiving the sound signal, the smart base searches and plays the corresponding wooden structure bite sound from the built-in sound effect library to ensure that the material of the main body of the component is environmentally friendly and durable. The NFC tag is used to identify the component information, and the exclusive sound effect trigger device realizes the sound effect triggering when the component is spliced. The smart base plays the wooden structure bite sound to enhance the realism and fun of the assembly.

[0022] The main decorative component of the special decorative component of the programmable LED light strip is made of translucent acrylic material, the RGBW LED light strip is integrated inside the decorative component, the wireless communication module uses a Bluetooth or Wi-Fi module for communicating with a mobile phone APP, and the power module is a built-in rechargeable lithium battery that is charged through a USB interface.

[0023] Specifically, the translucent acrylic material can ensure the transmission of light while creating a soft light and shadow effect. The RGBW LED light strip can achieve rich color changes to meet the light and shadow requirements of different scenes. The wireless communication module realizes convenient communication with the mobile phone APP, which is convenient for user control. The built-in rechargeable lithium battery and USB interface are convenient for users to charge and use.

[0024] The background board body of the detachable scene background board system uses high-strength magnetic material as the base, and the surface is covered with historical street scene stickers. The three-dimensional props include character models, animal models, and tree models, which are fixed to the background board by magnetic adsorption. The replacement device allows users to quickly replace the background board and three-dimensional props.

[0025] Specifically, the high-strength magnetic material base has good adsorption properties and durability, ensuring the stability of the background board and the fixing effect of the three-dimensional props. The historical street scene stickers create different ancient architectural environment scenes, and the three-dimensional props increase the realism and fun of the scene. The replacement device allows users to quickly change scenes according to their needs and experience the ancient architectural environment of different historical periods.

[0026] The mobile phone APP includes a sound effect control module, a lighting control module, a scene selection module, an AR time and space travel module and an assembly progress management module. The sound effect control module is used to select and adjust the sound effects, and the lighting control module is used to control the color, brightness and pulsation rhythm of the LED light strip.

[0027] Specifically, when developing a mobile phone APP, functional modules such as sound effect control, lighting control, scene selection, AR time and space travel, and assembly progress management are designed respectively. The sound effect control module provides a sound effect list. Users can select different sound effects by touching the screen and adjust the volume, tone and other parameters of the sound effects. The lighting control module provides a color selector, brightness adjustment slider and pulsation rhythm setting options. Users can control the color, brightness and pulsation rhythm of the LED light strip by touching the screen. The various modules of the mobile phone APP provide users with convenient control methods. The sound effect control module allows users to select and adjust sound effects according to their preferences to enhance the assembly experience. The lighting control module enables users to freely control the effects of the LED light strip to create different atmospheres.

[0028] The scene selection module is used to select street scene stickers and three-dimensional props from different historical periods, the AR time-space travel module is used to scan QR codes and display the ancient building usage scenes demonstrated by virtual characters on the mobile terminal, and the assembly progress management module is used to record and prompt the assembly progress.

[0029] Specifically, the scene selection module allows users to quickly build ancient architectural environments from different historical periods. The AR time-space travel module uses AR technology to provide users with a more intuitive display of ancient architectural usage scenarios, enhancing the user's sense of immersion. The assembly progress management module helps users understand the assembly progress and improve assembly efficiency.

[0030] The implementation principle of the embodiment of the present application is as follows: the smart base has a built-in NFC recognition module and an audio processing module. When a building block with an NFC tag is close to or placed on the smart base, the NFC recognition module reads the tag information, and the audio processing module plays the corresponding sound effect according to the read information. The building block components with special functions have the NFC tag embedded in a specific position during production and are installed with a dedicated sound trigger device. When the building blocks are correctly assembled, the trigger device generates a sound signal and sends it to the smart base. The special decorative components of the programmable LED light strip receive instructions sent by the mobile phone APP through the built-in wireless communication module to control the color, brightness and pulsation rhythm of the LED light strip to simulate the light and shadow effects of ancient buildings. The detachable scene background board system provides street scene stickers and three-dimensional props from different historical periods. Users can combine them according to their needs to build a complete ancient building environment scene. The mobile phone APP develops functional modules such as sound effect control, lighting control, scene selection, AR time and space travel, and assembly progress management, and communicates with the smart base and programmable LED via Bluetooth or Wi-Fi. The NFC tag is embedded in the component during the design phase and accurately embedded during the production process. A micro-mechanical trigger device is installed at the splicing part of the component. When the component is correctly spliced, the mechanical structure inside the trigger device generates a sound signal, which is sent to the smart base via wired or wireless means. After receiving the sound signal, the smart base searches for and plays the corresponding wooden structure's snapping sound from the built-in sound effect library, ensuring that the main material of the component is environmentally friendly and durable. The NFC tag is used to identify the component information. The exclusive sound effect trigger device triggers the sound effect when the component is spliced ​​together. The smart base plays the wooden structure's snapping sound to enhance the realism and fun of the assembly. The translucent acrylic material ensures light transmission while creating a soft light and shadow effect. The RGBW LED light strip can achieve rich color changes to meet the light and shadow requirements of different scenes. The wireless communication module enables convenient communication with the mobile phone APP for easy user control. It has a built-in rechargeable lithium battery and USB The interface is convenient for users to charge and use. The high-strength magnetic material base has good adsorption performance and durability, ensuring the stability of the background board and the fixing effect of the three-dimensional props. The historical street scene stickers create different ancient architectural environment scenes, and the three-dimensional props increase the realism and fun of the scene. The replacement device allows users to quickly change scenes according to their needs and experience the ancient architectural environment of different historical periods. When developing mobile APP, functional modules such as sound effect control, lighting control, scene selection, AR time and space travel, and assembly progress management are designed separately. The sound effect control module provides a sound effect list. Users can select different sound effects by touching the screen and adjust the volume, tone and other parameters of the sound effect. The lighting control module provides a color selector, brightness adjustment slider and pulsation rhythm setting options.Users can control the color, brightness, and pulsation of the LED light strips by touching the screen. The various modules of the mobile app provide users with convenient control methods. The sound effect control module allows users to select and adjust sound effects according to their preferences, enhancing the assembly experience. The lighting control module allows users to freely control the effects of the LED light strips to create different atmospheres. The scene selection module allows users to quickly build ancient architectural environments from different historical periods. The AR time travel module uses AR technology to provide users with a more intuitive display of ancient architectural usage scenarios, enhancing the user's immersion. The assembly progress management module helps users understand the assembly progress and improve assembly efficiency. This ancient architectural building block sound and light immersive assembly system uses a smart base with environmental sensing function and NFC recognition technology to achieve automatic playback of sound effects and trigger component-specific sound effects, creating a sense of historical immersion.

[0031] Example 2: Ancient building building block sound and light immersive assembly system, intelligent base and scene background board system, refer to Figure 1 , including a shell, an environmental sensor, an NFC identification module, an audio processing module and a control circuit board; the shell is used to protect internal components, the environmental sensor is used to sense the sound, light and motion information of the surrounding environment, the NFC identification module is used to identify building blocks with NFC tags, the audio processing module is used to play sound effects, and the control circuit board is used to process data and control the operation of each module.

[0032] Specifically, the shell is designed and manufactured, and internal components such as the environmental sensor, NFC identification module, audio processing module and control circuit board are installed inside the shell. The shell protects the internal components from external damage. The environmental sensor enables the system to automatically adjust the sound and lighting effects according to changes in the surrounding environment. The NFC identification module realizes the recognition of building blocks and triggers sound effects. The audio processing module is responsible for playing sound effects. The control circuit board is the core of the system, coordinating the work of each module to realize intelligent control of the system.

[0033] The microprocessor calls the corresponding sound effect from the memory for playback based on the data transmitted by the environmental sensor and the NFC identification module, and automatically adjusts the sound effect volume according to environmental changes. The communication interface includes a Bluetooth module and a USB interface. The Bluetooth module is used for wireless communication with the mobile phone APP, and the USB interface is used for data transmission and charging.

[0034] Specifically, the microprocessor implements intelligent selection of sound effects and automatic volume adjustment based on data from the environmental sensor and NFC identification module, improving user experience. The Bluetooth module and USB interface provide convenient communication and charging methods for user convenience.

[0035] The environmental sensors include a sound sensor, a light sensor, and a motion sensor. The sound sensor senses the sound intensity of the surrounding environment in real time. The light sensor detects the brightness and color of the ambient light. The motion sensor detects the placement and position changes of the building blocks. The NFC recognition module uses an advanced NFC chip with high sensitivity and fast recognition capabilities. The audio processing module includes an audio decoding chip, a power amplifier, and a speaker. The audio decoding chip decodes the audio files stored in the built-in memory, the power amplifier amplifies the decoded audio signal, and the speaker plays the amplified audio signal. Specifically, sound sensors, light sensors, and motion sensors enable the system to fully perceive changes in the surrounding environment, providing a basis for automatic adjustment of sound effects and lighting. The advanced NFC chip improves the recognition efficiency and accuracy of building block components, and the various components of the audio processing module work together to ensure high-quality playback of sound effects.

[0036] It includes a background board body, three-dimensional props and a replacement device. The background board body uses high-strength magnetic material as the base, and the surface is covered with historical street scene stickers. The three-dimensional props are fixed to the background board by magnetic adsorption. The replacement device allows users to quickly replace the background board and three-dimensional props to construct ancient architectural environment scenes from different historical periods.

[0037] Specifically, the high-strength magnetic material base of the background board and the magnetic adsorption method of the three-dimensional props ensure the stability and replaceability of the scene. The replacement device allows users to quickly build ancient architectural environment scenes of different historical periods according to their needs, which increases the fun and playability of the system. The implementation principle of the embodiment of the present application is as follows: design and manufacture a shell, install internal components such as environmental sensors, NFC identification modules, audio processing modules and control circuit boards inside the shell, and the shell protects the internal components from external damage. The environmental sensor enables the system to automatically adjust the sound and lighting effects according to changes in the surrounding environment. The NFC identification module realizes the recognition of building block components and the triggering of sound effects. The audio processing module is responsible for the playback of sound effects. The control circuit board is the core of the system, coordinating the work of each module to realize intelligent control of the system. The microprocessor realizes intelligent selection of sound effects and automatic volume adjustment based on the data of the environmental sensor and NFC identification module, thereby improving the user experience. The Bluetooth module and USB interface provide convenient communication and charging methods, which are convenient for users to use. The sound sensor, light sensor and motion sensor enable the system to fully perceive changes in the surrounding environment, providing a basis for automatic adjustment of sound effects and lighting. Advanced NFC The chip improves the recognition efficiency and accuracy of building block components. The various components of the audio processing module work together to ensure high-quality playback of sound effects. The high-strength magnetic material base of the background board body and the magnetic adsorption method of the three-dimensional props ensure the stability and replaceability of the scene. The replacement device allows users to quickly build ancient architectural environment scenes from different historical periods according to their needs, which increases the fun and playability of the system.

[0038] The examples of this specific embodiment are all preferred embodiments of this application and are not intended to limit the scope of protection of this application. Identical components are represented by the same reference numerals. Therefore, any equivalent changes made based on the structure, shape, and principle of this application should be included in the scope of protection of this application.

Claims

1. The ancient building building block sound and light immersive assembly system is characterized by: It includes a smart base, building blocks with special functions, special decorative components with programmable LED light strips, a detachable scene background board system and a matching mobile phone APP; The smart base is used to identify building block component information and play corresponding sound effects. The building block components with special functions include NFC tags and exclusive sound effect triggering devices. The special decorative components of the programmable LED light strips are used to simulate the light and shadow effects of ancient buildings. The detachable scene background board system is used to build a complete ancient building environment scene. The mobile phone APP is used to control the operation of each part.

2. The ancient building building block sound and light immersive assembly system according to claim 1 is characterized in that: The main body of the building block component with special functions is made of high-quality wood, the NFC tag is embedded in a specific position of the component, and the exclusive sound effect trigger device is a micro-mechanical trigger device. When the components are correctly assembled, the trigger device generates a sound signal and sends it to the smart base, which plays the corresponding wooden structure bite sound.

3. The ancient building building block sound and light immersive assembly system according to claim 1 is characterized in that: The main decorative component of the special decorative component of the programmable LED light strip is made of translucent acrylic material, the RGBW LED light strip is integrated inside the decorative component, the wireless communication module uses a Bluetooth or Wi-Fi module for communicating with a mobile phone APP, and the power module is a built-in rechargeable lithium battery that is charged through a USB interface.

4. The ancient building building block sound and light immersive assembly system according to claim 1 is characterized in that: The background board body of the detachable scene background board system uses high-strength magnetic material as the base, and the surface is covered with historical street scene stickers. The three-dimensional props include character models, animal models, and tree models, which are fixed to the background board by magnetic adsorption. The replacement device allows users to quickly replace the background board and three-dimensional props.

5. The ancient building building block sound and light immersive assembly system according to claim 1 is characterized in that: The mobile phone APP includes a sound effect control module, a lighting control module, a scene selection module, an AR time and space travel module and an assembly progress management module. The sound effect control module is used to select and adjust the sound effects, and the lighting control module is used to control the color, brightness and pulsation rhythm of the LED light strip.

6. The ancient building building block sound and light immersive assembly system according to claim 5 is characterized in that: The scene selection module is used to select street scene stickers and three-dimensional props from different historical periods, the AR time-space travel module is used to scan QR codes and display the ancient building usage scenes demonstrated by virtual characters on the mobile terminal, and the assembly progress management module is used to record and prompt the assembly progress.

7. An intelligent sound and light immersive base for ancient building building blocks, based on the sound and light immersive assembly system for ancient building building blocks according to claims 1-6, characterized in that: It includes a shell, an environmental sensor, an NFC identification module, an audio processing module and a control circuit board; the shell is used to protect the internal components, the environmental sensor is used to sense the sound, light and motion information of the surrounding environment, the NFC identification module is used to identify building blocks with NFC tags, the audio processing module is used to play sound effects, and the control circuit board is used to process data and control the operation of each module.

8. According to the ancient building building block sound and light immersive smart base according to claim 7, the microprocessor calls the corresponding sound effect from the memory for playback based on the data transmitted by the environmental sensor and the NFC identification module, and automatically adjusts the sound effect volume according to environmental changes. The communication interface includes a Bluetooth module and a USB interface. The Bluetooth module is used for wireless communication with a mobile phone APP, and the USB interface is used for data transmission and charging.

9. The ancient architectural building block sound and light immersive intelligent base according to claim 7, characterized in that: The environmental sensors include a sound sensor, a light sensor, and a motion sensor. The sound sensor senses the sound intensity of the surrounding environment in real time. The light sensor detects the brightness and color of the ambient light. The motion sensor detects the placement action and position change of the building block components. The NFC recognition module uses an advanced NFC chip with high sensitivity and fast recognition capabilities. The audio processing module includes an audio decoding chip, a power amplifier, and a speaker. The audio decoding chip decodes the audio file stored in the built-in memory, the power amplifier amplifies the decoded audio signal, and the speaker plays the amplified audio signal.

10. An immersive sound and light scene background board system for ancient building building blocks, based on the immersive sound and light assembly system for ancient building building blocks according to claims 1-6, characterized in that: It includes a background board body, three-dimensional props and a replacement device. The background board body uses high-strength magnetic material as the base, and the surface is covered with historical street scene stickers. The three-dimensional props are fixed to the background board by magnetic adsorption. The replacement device allows users to quickly replace the background board and three-dimensional props to construct ancient architectural environment scenes from different historical periods.

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