Foot stimulation device

Abstract

A foot stimulation device comprising a flexible band (1), adjustable to the contour of the foot, housing a power supply, adjustable stimulation mechanisms (2), and a wireless control system (3) for said stimulation mechanisms (2).

Description

Foot stimulation device OBJECT OF THE INVENTION The invention, as the title of this descriptive document states, is a foot stimulation device. It is an innovation that offers advantages previously unknown within current techniques. TECHNICAL SECTOR The present invention falls within the sector of everyday needs, within the subclass of medical or veterinary sciences and hygiene, especially in physiotherapy apparatus, for example, devices for locating or stimulating points where the body is located, artificial respiration, massage, bathing devices for particular therapeutic or hygienic uses or for specific parts of the body, particularly in percussion or vibration massage. STATE OF THE ART The present invention arises from the growing need to offer innovative alternatives in the field of body stimulation, particularly with regard to foot stimulation, which until now has been an underexplored area compared to other erogenous zones. Despite the existence of various stimulation devices for specific areas of the body, such as devices intended for sexual stimulation or relaxation, most of them focus on well-known areas such as the genital area, leaving aside equally sensitive areas of the body, such as the feet. In everyday use situations, the devices available on the market, such as traditional massagers or stimulation devices, usually focus only on a specific area, without offering synchronized stimulation that enhances the overall body experience. Consequently, this invention presents a foot stimulation device that offers an efficient and novel solution, allowing for tactile stimulation adapted to the user's needs and preferences. This device is presented as an innovative alternative, overcoming the limitations of current devices by integrating functionalities that provide a more complete and personalized stimulation experience, promoting well-being and bodily relaxation without relying on constant manual intervention. Currently, there is no known existence of any foot stimulation device 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 foot stimulation device 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 foot stimulation device comprising a flexible band, adjustable to the contour of the foot, which houses adjustable stimulation mechanisms, a power supply and a wireless control system intended to govern the intensity and operating pattern of said stimulation mechanisms to generate sensory stimuli on the soles of a user's feet, offering an ergonomic and safe experience that enhances body awareness and well-being, being applicable in both therapeutic and personal relaxation contexts. This invention provides an effective method for stimulating the soles of the feet in a controlled manner, synchronized with bodily activity. It overcomes the limitations of conventional devices that focus solely on specific areas and do not offer a comprehensive tactile stimulation experience. By integrating precise control over the intensity and pattern of the stimuli, it allows for personalized adaptation to each user, eliminating the inconsistency and discomfort of traditional methods and offering the possibility of enhancing sensory experiences during sexual activity. This innovation is especially useful for improving body awareness and well-being during relaxation, therapeutic, or sexual activities, providing an ergonomic and safe experience. Furthermore, it facilitates uniform and adjustable sensory stimulation, increasing comfort and effectiveness, while expanding its potential uses in various personal care, physiotherapy, and intimate practice contexts. The band is designed to be made of elastic material to better fit the user's foot, ensuring the stimulation mechanisms remain securely in place during use. This allows the device to adapt to different foot sizes and shapes, guaranteeing comfort and proper support without interfering with the function of the stimulation mechanisms. Furthermore, the stimulation mechanisms can be housed in a flat, ergonomic, and durable casing. This casing can be configured to rest fully on the sole of the foot, defining a contact surface that distributes stimuli evenly while ensuring durability and safety during use. The casing's design provides structural support that protects the mechanisms and enhances the sensory experience. Furthermore, the stimulation mechanisms can be configured to generate any form of physical stimulation, such as vibration, massage, pulsation, or oscillation. This feature expands the range of sensations that can be applied, offering the possibility of tailoring the experience to the user's individual preferences. Similarly, the stimulation mechanisms can include means for regulating intensity and movement pattern, which can act individually or in combination to generate differentiated tactile stimuli on the sole of the foot, or on each foot if two bands are used in parallel. This allows the stimulation to be adjusted to different needs, increasing the versatility and personalization of the device. The wireless control system may also include a multifunction remote for adjusting the intensity, movement pattern, and synchronization with the stimulation mechanisms. This arrangement allows for centralized and flexible operation, enabling the user to regulate the stimulation according to their preferences. Furthermore, the wireless control system can establish bidirectional communication between the stimulation mechanisms and the multifunction controller using wireless technology such as Bluetooth, infrared, or equivalent. This ensures that control and feedback signals can be transmitted efficiently and safely, improving the user's interaction with the device. Finally, the casing may feature a soft-touch coating on its outer surface designed to increase comfort and minimize friction during prolonged use. This feature contributes to a more comfortable ergonomic experience and reduces the possibility of irritation or discomfort during extended stimulation sessions. To use the foot stimulation device, the user should place a band around one or both feet and adjust the fit for comfort. Then, they can turn on the wireless control system and select the intensity and pattern of the stimulation mechanisms according to their preferences. The mechanisms will generate sensory stimuli on the soles of the feet, which may include vibration, massage, pulsation, or other physical sensations, distributed evenly to provide a feeling of comfort. Furthermore, the user can adjust the timing and combination of the stimuli to personalize the experience, optimizing well-being and allowing integration into sexual or relaxation practices, enhancing body awareness and sensory enjoyment during use. 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 side view of the foot stimulation device in use. Figure 2 illustrates the wireless control system. PREFERRED EMBODIMENT OF THE INVENTION. The foot stimulation device, the subject of this invention, comprises a band (1) that houses adjustable stimulation mechanisms (2), and a wireless control system (3) for regulating the intensity and operating pattern of said stimulation mechanisms (2) to generate sensory stimuli on the soles of a user's feet, providing an ergonomic and safe experience that enhances well-being and body awareness. It is generally used in pairs, one band on each foot. In a preferred embodiment, the band (1) is made of elastic material to surround the user's foot and keep the stimulation mechanisms (2) fixed and making good contact with the sole of the foot during use, ensuring a stable and uniform hold without interfering with the operation of the stimulation mechanisms. Preferably, the stimulation mechanisms (2) are housed in one or more flattened, ergonomic and resistant casings, arranged on the band (1), configured to rest completely on the sole of the foot, define a contact surface that distributes the stimuli evenly and ensure durability and safety during use, providing structural support and protection for the stimulation mechanisms. Preferably, the stimulation mechanisms (2) are configured to generate vibration, massage, pulsation, oscillation, or any other form of physical stimulation, offering a variety of sensations that allow the stimulation to be adapted to the user's needs. Electro-stimulation with electrodes on the surface of the band can also be included. Generally, the stimulation mechanisms (2) comprise means for regulating intensity and movement pattern, which act individually or in combination to generate differentiated tactile stimuli on the sole of the foot, increasing the versatility and customization of the device. Alternatively, the wireless control system (3) comprises a multifunction controller intended to adjust the intensity, movement pattern and synchronization with the stimulation mechanisms (2), allowing centralized and precise control of the stimulation. Generally, the wireless control system (3) establishes bidirectional communication between the stimulation mechanisms (2) and the multifunction controller using wireless technology, such as Bluetooth, infrared or other equivalent, ensuring efficient and safe transmission of control signals. Preferably, the outer surfaces of the casings feature a soft-touch coating designed to increase comfort and minimize friction during prolonged use, optimizing the ergonomic experience and reducing potential discomfort during continuous application of stimuli. The power source can be a battery, rechargeable or replaceable, or a connection to the mains. 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 foot stimulation device comprising a flexible band (1), adjustable to the contour of the foot, housing a power supply, adjustable stimulation mechanisms (2), and a wireless control system (3) for said stimulation mechanisms (2).

2. A foot stimulation device according to claim 1, characterized in that the band (1) is elastic.

3. A foot stimulation device according to claim 1, characterized in that the stimulation mechanisms (2) are housed in one or more flattened, ergonomic casings configured to rest on the sole of the foot.

4. A foot stimulation device according to claim 1, characterized in that the stimulation mechanisms (2) are configured to generate vibration, massage, pulsation, or oscillation. 5.A foot stimulation device according to claim 1, characterized in that the stimulation mechanisms (2) comprise electrostimulation electrodes on the surface of the band (1).

6. A foot stimulation device according to claim 1, characterized in that the wireless control system (3) comprises a multifunction remote control.

7. A foot stimulation device according to claim 3, characterized in that the outer surfaces of the housings have a soft coating.