Foldable object with integrated light signaling

Abstract

A deployable object with integrated light signaling, characterized in that it comprises a portable deployable structure (1) provided with a handle (2) in which is arranged a button for activating (3) a plurality of light-emitting diodes (4) integrated into said deployable structure (1), powered by an electrical power supply system (5).

Description

Foldable object with integrated light signaling OBJECT OF THE INVENTION The invention, as the title of this descriptive document states, is a deployable object with integrated light signaling. It is an innovation that offers advantages previously unknown within current techniques. TECHNICAL SECTOR The present invention falls within the sector of everyday needs, specifically in the subclassification of personal items or travel articles, and more specifically in the section of umbrellas or parasols, fans or similar items for ladies, as well as walking sticks combined with other electrical articles. STATE OF THE ART The present invention arises from observing that people who travel in areas near roads or traffic lanes have difficulty being detected by drivers in conditions of reduced visibility, such as rain, poor ambient lighting or environments with low visual perception. In everyday situations, especially while walking in poorly lit urban environments, rural areas, or areas with limited lighting, drivers' visual perception is significantly reduced. This decreases reaction time to the presence of pedestrians or other road users, increasing the risk of accidents or dangerous situations while driving. In this context, it is advantageous to have solutions that increase the visibility of deployable objects accompanying the user during movement. Consequently, the present invention provides a deployable object with integrated lighting that improves the detectability of both the object and the person carrying it, facilitating its recognition by others and contributing to increased safety during transit in conditions of reduced visibility. Currently, there is no known existence of any deployable object with integrated light signaling that presents structural and constitutive technical characteristics equal or similar to those described in this descriptive report, as claimed. DESCRIPTION OF THE INVENTION The object of the present invention is the creation of a deployable object with integrated light signaling that provides 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 this description. The invention relates to a deployable object with integrated light signaling comprising a deployable structure provided with a handle having an actuating button configured to switch on and off a plurality of light-emitting diodes integrated into said deployable structure, said light-emitting diodes being powered by an electrical power supply system arranged in the deployable structure. Being a deployable structure, visibility is greatly increased by distributing the lights over a large surface area, which remains reduced when not in use. The handle may include a deployment button and, in some cases, a retraction button, usually independent of the actuation button. The activation button is functionally linked to the power supply system to control the operation of the light-emitting diodes, providing a clearly visible light signal during use of the deployable object. Integrating the light-emitting diodes into the deployable structure improves the object's visibility in low-light conditions or outdoor environments, contributing to increased user safety and facilitating visual location of the object during use. This invention improves the detectability of the deployable object and the person carrying it in conditions of reduced visibility by generating a visual signal perceptible from multiple directions through the activation of light-emitting diodes integrated into the deployable structure, allowing third parties to identify its presence earlier during movement in dimly lit environments or under adverse weather conditions, such as rain or fog. This innovation is particularly useful on routes near roads, in rural areas, or in areas with limited lighting, where it increases pedestrian safety. Furthermore, the light signaling generated by the deployable device helps reduce hazardous situations by making the wearer more visible to people and vehicles in the vicinity. The deployable structure is envisioned as an umbrella, parasol, fan, or other similar portable object intended to be held or carried manually by a user during use. In this context, the deployable structure can have diverse structural configurations associated with everyday objects that incorporate a handle and a deployable or cover surface or structure, allowing for the integration of a light signaling system without altering their primary function. This configuration broadens the application range of the deployable object with integrated light signaling, enabling its use in various environments, such as urban travel, outdoor activities, or situations where improved visibility of the object during use is desirable. The deployable structure may also include a plurality of ribs covered by a covering, such as canvas or textile material, generally waterproof and configured to form a protective surface against external agents. The ribs may be arranged radially (in umbrellas or parasols) or in any other structural configuration that allows the covering to be supported in the expanded position by the handle, providing rigidity and stability to the assembly. Furthermore, the activation button can be ergonomically positioned for easy direct use by the user while gripping the object. This arrangement allows for the immediate activation and deactivation of the light signal without needing to change the grip position of the deployable object, improving ease of use and enabling intuitive control of the integrated lighting system. Additionally, integrating the activation button into the handle helps concentrate the controls in an accessible and protected area of ​​the device. Similarly, the light-emitting diodes (LEDs) can be arranged equidistantly within the deployable structure, establishing a homogeneous distribution of illumination points across the surface or structure of the object, or its perimeter. This arrangement can contribute to generating a uniform and clearly perceptible visual signal from multiple directions, thus improving the detectability of the deployable object in low-light conditions. The equidistant distribution of the LEDs can also enhance the overall visual balance and reinforce the effectiveness of the light signaling during device use. Furthermore, the light-emitting diodes (LEDs) can be positioned at the ends of the rods on the outer surface of the covering element. This allows for the placement of lighting points around the perimeter of the deployable object while also providing support for any power cables. This placement can enhance the projection of the light signal into the surrounding environment, increasing the object's visibility from different angles. The rod-end placement also facilitates the physical integration of the LEDs into the object's structure without interfering with the rods' mechanical operation or the opening and closing of the deployable object in various configurations. Similarly, the electrical power system includes at least one rechargeable or replaceable battery connected to internal wiring within the deployable structure, establishing a power supply system to power the light-emitting diodes. The battery can provide a compact and stable power source that allows for the continuous operation of the light signaling system while the deployable object is in use. The internal wiring can be integrated within the deployable structure to protect the electrical conductors from external elements and preserve the device's aesthetics. In relation to the above, the internal wiring can run inside the deployable structure to each light-emitting diode, establishing direct electrical connections between the power supply and the various lighting points distributed throughout the deployable object. This internal wiring arrangement can help protect the conductive elements from impacts, humidity, or wear and tear resulting from normal use of the device. Furthermore, integrating the wiring inside the deployable structure can facilitate a neat and safe installation of the electrical components. Furthermore, the rechargeable battery may be equipped with a USB charging connector, allowing the power system to be recharged using conventional charging devices such as power adapters, computers, or other compatible power sources. The inclusion of a USB charging connector facilitates replenishing the device's power and promotes its integration with widely available charging infrastructure, thus improving the usability of the deployable object with integrated light signaling. Finally, the power supply system may include at least one replaceable battery housed in a compartment located in the handle, configured to securely hold the battery within the deployable object. The compartment may be structurally integrated into the handle, allowing direct access to the battery for replacement when the electrical charge is depleted. This arrangement can facilitate maintenance of the power supply system and provide an alternative energy supply solution that allows continued use of the light signal without the need for immediate recharging. To use the deployable object with integrated light signaling, the user can deploy the deployable structure (if it is a deployable object) and hold the handle while moving. Under these conditions, the activation button can be pressed to activate the electrical power system and power the multiple light-emitting diodes integrated into the deployable structure, generating a visible light signal that facilitates the detection of the object and the person carrying it during movement. During operation, the battery of the power supply system provides energy through the internal wiring of the deployable structure to each light-emitting diode, allowing the light to continue emitting while the system is activated. When the signal is no longer needed, the activation button can be pressed again to interrupt the power supply to the light-emitting diodes, ceasing the light emission of the deployable object. 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 a deployable object with integrated light signaling, represented in the form of an umbrella. Figure 2 shows a deployable object with integrated light signaling, represented in the form of an umbrella in use. Figure 3 presents several deployable objects with integrated light signaling, represented in the form of umbrellas carried by several users. PREFERRED EMBODIMENT OF THE INVENTION The portable, deployable object with integrated light signaling comprises a deployable structure (1) provided with a handle (2) in which an actuation button (3) is arranged to turn on and off a plurality of light-emitting diodes (4) integrated into said deployable structure (1), said light-emitting diodes (4) being powered by an electrical power supply system (5) arranged in the deployable structure (1). The deployable structure (1) constitutes the load-bearing element of the assembly and provides mechanical support to the different components of the device, while the handle (2) allows a comfortable and stable grip by the user during use of the object.The activation button (3) is functionally connected to the power supply system (5) to control the switching on and off of the multiple light-emitting diodes (4), providing visible light signaling in low-light conditions, rain, fog, or nighttime environments. The integration of the light-emitting diodes (4) into the deployable structure (1) ensures adequate light distribution and improves visibility of the object from different angles, increasing user safety during operation. In a preferred embodiment, the deployable structure (1) corresponds to an umbrella, parasol, fan, or other similar deployable object intended to be carried or manually used by a user. This configuration allows for the application of integrated light signaling to different types of everyday objects, improving their visibility and providing an additional signaling function in outdoor or dimly lit environments. In this way, the deployable object acquires an additional functionality that increases user safety and facilitates its visual location in pedestrian or vehicular traffic situations. In this preferred embodiment, the deployable structure (1) comprises a plurality of rods (6) covered by a waterproof covering element (7), such as canvas or textile material. The rods (6) constitute structural elements that define the geometry of the object and provide support for the covering element (7), which acts as a protective surface against rain, sun, or other external agents. The covering element (7) is firmly attached to the rods (6), forming an extended surface that covers the upper area of ​​the deployable object and contributes to the correct arrangement of the light-emitting diodes (4) on the deployable structure (1). Preferably, the activation button (3) is located on the handle (2) of the deployable object, so that the user can easily access the lighting control system with their thumb or fingers while gripping the handle (2). This arrangement allows the light-emitting diodes (4) to be activated or deactivated immediately and conveniently without having to change the gripping position of the deployable object, optimizing the ergonomics of the device and facilitating its use in adverse weather conditions. Generally, the light-emitting diodes (4) are arranged equidistantly on the deployable structure (1), establishing a homogeneous distribution of the illumination points. This equidistant arrangement allows for uniform light signaling around the deployable structure (1), increasing the visibility of the object from multiple directions and helping the user to be easily identified in low-light conditions. Alternatively, the light-emitting diodes (4) are located at the ends of the rods (6) on the outer surface of the cover element (7). This placement provides a high, perimeter position for the light sources, increasing the signaling capacity of the deployable object and ensuring that the illumination is visible from a wide field of vision around the user. The arrangement at the ends of the rods (6) also facilitates the structural integration of the light-emitting diodes (4) without interfering with the primary functionality of the deployable object. The power supply system (5) typically comprises at least one battery connected to internal wiring arranged within the deployable structure (1). This power supply system (5) provides the energy required for the operation of the light-emitting diodes (4), ensuring a stable and continuous power supply during device use. The internal wiring is integrated into the deployable structure (1) itself, thus protecting it from external agents such as moisture, impacts, or accidental tampering. In this preferred embodiment, the internal wiring runs inside the deployable structure (1) to each light-emitting diode (4), establishing a direct electrical connection between the power supply system (5) and the plurality of light-emitting diodes (4). This internal wiring arrangement maintains the aesthetic integrity of the deployable object, prevents interference with the moving parts of the structure, and protects the electrical conductors from wear or deterioration caused by normal use. Preferably, the battery is rechargeable and equipped with a USB charging connector, allowing the power supply system (5) to be recharged using conventional charging devices such as power adapters, computers, or external batteries. The inclusion of the USB charging connector simplifies device maintenance and provides a convenient and widely used rechargeable power source, increasing the operational autonomy of the deployable object with integrated light signaling. Generally, the power supply system (5) comprises at least one replaceable battery housed in a compartment located in the handle (2). This compartment is structurally integrated into the handle (2) and allows the battery to be securely and safely stored, facilitating its replacement when the electrical charge is depleted. The compartment's location in the handle (2) promotes balanced weight distribution of the device and allows direct access to the power supply system (5) for battery replacement without the need to disassemble other components of the deployable structure (1). 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. A deployable object with integrated light signaling, characterized in that it comprises a portable deployable structure (1) provided with a handle (2) in which is arranged a button for activating (3) a plurality of light-emitting diodes (4) integrated into said deployable structure (1), powered by an electrical power supply system (5).

2. A deployable object with integrated light signaling, according to claim 1, characterized in that the deployable structure (1) corresponds to an umbrella, parasol, or fan, with a plurality of ribs (6) and a covering element (7).

3. A deployable object with integrated light signaling, according to claim 1, characterized in that the light-emitting diodes (4) are arranged equidistantly on the deployable structure (1). 4.A deployable object with integrated light signaling, according to claim 2, characterized in that the light-emitting diodes (4) are located at the ends of the rods (6).

5. A deployable object with integrated light signaling, according to claim 1, characterized in that the power supply system (5) comprises at least one battery.

6. A deployable object with integrated light signaling, according to claim 1, characterized in that it comprises internal wiring inside the deployable structure (1) to each light-emitting diode (4).

7. A deployable object with integrated light signaling, according to claim 5, characterized in that the battery is rechargeable.

8. A deployable object with integrated light signaling, according to claim 1, characterized in that the power supply system (5) comprises at least one replaceable battery arranged in a compartment located in the handle (2).