Smart flying device for entertainment

Abstract

An intelligent flying device for entertainment, characterized by comprising a circular structure (1) equipped with at least one lighting system (2) controlled by electronic circuits (3) associated with an audio playback system (4), internal memory (6), a user interface (7), a battery, and a wireless communication module (5) connectable to an associated mobile application (8).

Description

Smart flying device for entertainment OBJECT OF THE INVENTION The invention, as the title of this descriptive document states, is an intelligent flying device for entertainment. It is an innovation that offers advantages previously unknown within current technologies. TECHNICAL SECTOR The present invention falls within the sector of everyday needs, in the subclass of sports, games and amusements, especially in toys, for example, spinning tops, dolls, hoops or construction games, specifically in other toys that correspond to the classification of throwing or launching games. STATE OF THE ART The present invention arises from the boom experienced by illuminated flying discs and rings, which have become established as lightweight, water-resistant and highly attractive products for different age ranges. However, its value proposition has remained almost unchanged over time, relying heavily on simple, pre-installed lighting effects, which tend to quickly lose their novelty and interest to the user. In this context, the need for more versatile solutions that improve the user experience of these types of devices is identified, incorporating interactive functions, energy autonomy and greater customization possibilities adapted to different scenarios and user preferences. Accordingly, this invention presents an intelligent flying device for entertainment designed to overcome the functional limitations of conventional models by means of a circular structure equipped with advanced technology. The device integrates customizable lighting systems, audio playback, message recording, wireless connectivity, and mobile app control, all aimed at providing an interactive, versatile experience adaptable to user preferences, both day and night. Currently, there is no known existence of any intelligent flying device for entertainment that presents structural and constitutive technical characteristics equal or similar to those described in this descriptive memorandum, as claimed. DESCRIPTION OF THE INVENTION The object of the present invention is the creation of an intelligent flying device for entertainment that brings a notable innovation within its field of application in the current state of the art, the characterizing details that make it possible being conveniently included in the final claims that accompany the present description. The present invention relates to an intelligent flying device for entertainment comprising a circular structure, with an aerodynamic shape (low thickness in relation to the diameter), which is equipped with at least one lighting system controlled by electronic circuits, also functionally associated with an audio playback system, an internal memory that stores the audio and possible light patterns or the rules for creating those patterns, a user interface and a wireless communication module with an associated mobile application, allowing the control and customization of light effects, sounds and recordings during flight. This invention enhances the gaming experience by incorporating customizable lights and sounds, location tracking, and updates without replacing the device. The flying device functions as an interactive toy for daytime or nighttime activities, demonstrations, and themed events, allowing visual and sound effects to be adapted to various recreational dynamics with safety and durability. The circular structure is envisioned to have at least two deployment configurations: a flying disc type and a flying ring type. The external surfaces of these structures are designed to optimize rotational flight. They may be manufactured from lightweight, impact- and water-resistant plastic or polymer materials such as silicone, polycarbonate, or TPU to ensure durability and safety during recreational use. Regarding the lighting system, its lights can incorporate a plurality of addressable RGB LEDs, such as SMD 0805 type, whose arrangement varies depending on the implementation configuration. In the flying disc mode, the LEDs can be arranged to form an outer ring of light and a central star-shaped light, with any number of arms, while in the flying ring mode they can be arranged to form an outer ring of light and an inner ring of light, thus enabling different visual patterns. Additionally, the lighting system may include durable protective capsules, such as those made of silicone, which are placed over the outermost LEDs, as these are more susceptible to impact. These capsules may protrude partially from the device's surface, allowing for better light diffusion and providing shock absorption during use. The electronic circuits can be configured to independently control the lighting and animation modes. Operating modes can include continuous, flashing, and wave-like animations, as well as special effects and reverse bit shifts, allowing the user to combine multiple options for a wide variety of custom visual effects. As for the audio playback system, it may include at least one waterproof speaker with an approximate power rating of 1 W and an impedance of 8 ohms, and a microphone for voice recording. Both components can be connected to the internal memory, allowing for both playback of stored sounds and the management of custom recordings. The wireless communication module can incorporate Bluetooth or Wi-Fi technology, enabling its connection with the associated mobile application, facilitating remote interaction between the device and an external control terminal, such as a smartphone. On the other hand, the internal memory can be used to store pre-recorded and custom audio files. This functionality allows you to play predefined sound effects such as birthday melodies, emergency sirens, animal sounds, or spatial effects. It also offers the ability to record and store custom voice messages, which can be played on demand through the user interface or via commands defined in the associated mobile application. Regarding the user interface, this may consist of a set of buttons located on the top, bottom, or inside of the circular structure. These buttons allow you to manage the lighting and audio playback system functions, providing direct access to the device's main functions. For example, a power button. The associated mobile application can be operated from an external device, allowing the user to remotely control the lighting system, manage the audio playback system, and perform firmware updates on the electronic circuits, thus dynamically and adaptively extending the device's capabilities. Additionally, the associated mobile application may include a device location function, which simultaneously activates the lighting and audio playback systems via the wireless communication module. This function is particularly useful for visual and audible identification of the device in low-visibility conditions. Additionally, the mobile application can be configured to connect to external location networks, such as "Find My Network", which improves accuracy and range in tracking and recovering the device in wide or obstructed environments. The lighting system and electronic circuits can also be associated with a motion sensor, such as an accelerometer or gyroscope, which is configured to automatically activate the light-emitting diodes when the circular structure moves or exceeds a certain speed or acceleration, increasing energy efficiency and visual response during use. The circular structure houses a rechargeable battery, connected to a USB charging port located on the bottom or inside the structure, which is protected against water ingress. This energy solution allows the device to be recharged without replacing components, increasing its lifespan and ease of use. Finally, the circular structure can incorporate one or more low-power laser modules, complemented by diffractive lenses arranged to project visible geometric figures, such as stars or spirals, during flight, providing an additional visual effect that enhances the device's appeal in dark environments or during special events. To use the smart flying device for entertainment, the user must hold the circular structure and throw it into the air with a rotational motion, similar to a frisbee. Through the user interface or the associated mobile app, they can activate and manage the lighting and audio functions according to their preferences. During flight, the system can automatically react to movement, activating programmed or customized visual and sound effects, enriching the play experience and making it easier to locate the device in low visibility conditions. EXPLANATION OF THE FIGURES To complete the description being made and in order to help in the better understanding of the characteristics of the invention, this descriptive report is accompanied, as an integral part thereof, by some figures in which, for illustrative and non-limiting purposes, the following has been represented. Figure 1 illustrates the intelligent flying device for entertainment in a flying disc-type configuration. Figure 2 shows a side view of the intelligent flying device for entertainment in the flying disc type configuration. Figure 3 presents a rear view of the intelligent flying device for entertainment in the flying disc type configuration. Figure 4 illustrates the intelligent flying device for entertainment in the flying ring type configuration. Figure 5 shows an electronic circuit of the intelligent flying device for entertainment. Figure 6 presents the mobile application associated with the smart flying device for entertainment. PREFERRED EMBODIMENT OF THE INVENTION. The intelligent flying entertainment device, the subject of this invention, comprises a circular structure (1), equipped with at least one lighting system (2) controlled by electronic circuits (3). These electronic circuits (3) are also associated with an audio playback system (4), an internal memory (6), a user interface (7), and a wireless communication module (5) that connects to an associated mobile application (8), allowing the control and customization of light effects, sounds, and recordings during flight. The circular structure (1) has at least two implementation configurations: a flying disc type and a flying ring type, whose external surfaces are designed to optimize rotational flight. It is manufactured using lightweight, impact- and water-resistant plastic or polymer materials such as silicone, polycarbonate, or TPU. Alternatively, the lighting system (2) includes a plurality of addressable RGB LEDs, such as SMD 0805 type, arranged in a flying disc configuration forming an outer luminous ring and a central luminous star. In the flying disc configuration, the LEDs form an outer luminous ring and an inner luminous ring. Preferably, the lighting system (2) comprises durable, translucent or transparent protective capsules, such as those made of silicone, arranged over the LEDs. These capsules protrude partially from the surface to diffuse the light and absorb impacts during use. In another preferred claim, the electronic circuits (3) are programmed to independently control the lighting and animation modes of the LEDs. These include continuous, flashing, and wave lighting modes or patterns, as well as special effects and reverse bit shifts, allowing the user to combine these modes to generate multiple visual combinations. The electronic circuit (3) can also create a pattern from the audio emitted by the audio playback system (4). Alternatively, the audio playback system (4) comprises at least one waterproof speaker, for example with a rated power of approximately 1 W and an impedance of 8 ohms, as well as a microphone for voice recording. Both are connected to the internal memory (6) which allows playback of stored sounds and custom recordings. Preferably, the wireless communication module (5) uses Bluetooth or Wi-Fi type technology, allowing connection with the associated mobile application (8). In another preferred claim, the internal memory (6) is intended for storing audio files, enabling their playback via the audio playback system (4). This arrangement allows the playback of various pre-recorded sound effects, such as birthday melodies, police or fire sirens, animal sounds, and spatial effects, and also offers the user the possibility of recording and storing their own voice or custom sounds, which can be played back on demand via the control interface or by means of commands defined in the associated mobile application. The user interface (7) generally comprises a set of buttons arranged on the top, bottom or inside of the circular structure (1), intended for the management of the lighting system (2) and the audio playback system (4). Alternatively, the associated mobile application (8) is operated from an external device, allowing the user to remotely control the lighting (2), manage the audio (4) and update the firmware of the electronic circuits (3). Generally, the associated mobile application (8) incorporates a function for locating the circular structure (1), which simultaneously activates the lighting system (2) and the audio playback system (4) through the wireless communication module (5), facilitating its identification in low visibility conditions. In another mode of preferred claim, the associated mobile application (8) includes the ability to connect to external location networks, such as "Find My Network", to improve the accuracy and range of tracking. Preferably, the lighting system (2) and the electronic circuits (3) are associated with a motion sensor configured to automatically activate the LEDs when the circular structure (1) is in motion. The circular structure (1) houses a battery, preferably rechargeable and connected to a USB charging port, located at the bottom or inside of said structure, being protected against the entry of water. Alternatively, the circular structure (1) incorporates one or more low-power laser modules, so that it cannot cause eye injury, accompanied by diffractive lenses configured to project visible geometric figures, such as stars or spirals, during flight. Having sufficiently described the nature of the present invention, as well as the manner of putting it into practice, it is not considered necessary to make its explanation more extensive so that any expert in the field may understand its scope and the advantages that derive from it, it being noted that, within its essentiality, it may be put into practice in other modes of embodiment that differ in detail from the one indicated as an example, and which will also achieve the protection sought provided that its fundamental principle is not altered, changed or modified.

Claims

1. An intelligent flying device for entertainment, characterized by comprising a circular structure (1) equipped with at least one lighting system (2) controlled by electronic circuits (3) associated with an audio playback system (4), internal memory (6), a user interface (7), a battery, and a wireless communication module (5) connectable to an associated mobile application (8).

2. An intelligent flying device for entertainment, according to claim 1, characterized in that the circular structure (1) is a flying disc.

3. An intelligent flying device for entertainment, according to claim 1, characterized in that the circular structure (1) is a flying ring.

4. An intelligent flying device for entertainment, according to claim 1, characterized in that the circular structure (1) has external surfaces made of silicone, polycarbonate, or TPU. 5.

6. An intelligent flying device for entertainment, according to claim 1, characterized in that the lighting system (2) includes a plurality of light-emitting diodes.

7. An intelligent flying device for entertainment, according to claim 5, characterized in that the lighting system (2) comprises resistant, transparent or translucent protective capsules arranged over the light-emitting diodes (LEDs).

8. An intelligent flying device for entertainment, according to claim 1, characterized in that the audio playback system (4) comprises at least one waterproof speaker and a microphone connected to the internal memory (6).

9. An intelligent flying device for entertainment, according to claim 1, characterized in that the wireless communication module (5) is Bluetooth or Wi-Fi.

10. An intelligent flying device for entertainment, according to claim 1, characterized in that the user interface (7) comprises a set of buttons arranged on the top, bottom, or inside of the circular structure (1).

11. An intelligent flying device for entertainment, according to claim 1, characterized in that the lighting system (2) and the electronic circuits (3) are associated with a motion sensor.

12. An intelligent flying device for entertainment, according to claim 1, characterized in that the circular structure (1) incorporates one or more laser modules accompanied by diffractive lenses.