Furniture-attachable bathing device

Abstract

A chair-attachable bathing device enables cleaning of intimate areas while a user remains seated. The device includes a connector for coupling with a shower hose, an internal soap reservoir, a water pressure control mechanism, and a soap control switch. A plurality of water jets built within a seat structure direct water flow through strategically angled holes to provide targeted cleaning. The device incorporates multiple attachment points for secure mounting to various support structures including chairs, wheelchairs, toilets, and beds. The water jets are configured in zones with forward-facing and rear-facing orientations to effectively clean genital and buttocks areas, with supplementary jets positioned for hair washing capabilities. The device provides a safe bathing solution for individuals with physical limitations, those recovering from surgery, and others requiring assistance with personal hygiene while reducing dependence on caretaker assistance.

Description

PATENT COOPERATION (PCT) PATENT APPLICATIONFURNITURE-ATTACHABLE BATHING DEVICEInventor: Banks BittermanCROSS REFERENCE TO RELATED APPLICATIONSThis application claims the benefit of United States Provisional Patent Application 63 / 573,670 filed on April 3, 2024, which is hereby incorporated by reference in its entirety.BACKGROUND OF THE INVENTION

[0001] Personal hygiene and bathing presents significant daily challenges for individuals with physical limitations, those recovering from surgery, and those needing additional assistance who may be unable to use traditional bathing methods. Many people, particularly elderly and disabled individuals, face difficulties maintaining proper hygiene independently, which often requires intervention from caretakers. Traditional bathing solutions like bathtubs and showers pose serious safety risks, particularly for elderly persons, and are a leading cause of slip and fall injuries. These challenges extend beyond personal care to impact other aspects of daily living that require similar physical capabilities, such as the ability to properly bathe and care for companion animals, which can be particularly challenging for those with limited mobility or physical restrictions. Additionally, individuals with physical limitations or disabilities may face barriers to maintaining intimate personal care and experiencing physical satisfaction independently, further impacting their quality of life and personal autonomy. Current methods typically require either complete reliance on caretakers or risking injury through traditional bathing facilities, creating significant gaps in available solutions for independent personal care across multiple aspects of daily living.

[0002] For elderly individuals specifically, the inability to properly clean themselves after urinating or defecating creates a situation where they become dependent on others for these intimate care needs. This loss of independence in such a personal matter can be particularly distressing for the affected individuals. The disabled population faces similar challenges, where physical limitations may prevent them from performing adequate cleansing routines. These limitations can be temporary, such as during recovery from surgery, or permanent conditions that affect their mobility or dexterity.

[0003] Traditional cleansing methods present numerous limitations and challenges for both individuals requiring care and their caretakers. The primary method involves the manual process of removing a diaper and using disposable wipes for cleaning, which can be both inefficient and uncomfortable for all parties involved.

[0004] This conventional approach requires direct hands-on assistance from caretakers, who must undertake the unenviable task of manually cleansing individuals after urination or defecation. The process is particularly challenging when dealing with elderly or disabled individuals who cannot participate in their own hygiene care.

[0005] The alternative traditional method involves using a bathtub or shower for cleansing. However, this approach presents its own set of significant problems. Most notably, it creates a serious safety hazard, as it is a leading cause of slip and fall injuries, particularly among elderly individuals. This risk exists whether the person is attempting to clean themselves independently or receiving assistance from a caretaker.

[0006] For individuals recovering from surgery or those with physical limitations, these traditional cleaning methods can be especially problematic. The physical movements required for effective cleaning using conventional methods may be difficult or impossible for those with limited mobility or dexterity, further complicating the cleaning process.

[0007] The inadequacy of these traditional methods highlights a significant gap in personal hygiene solutions, particularly for those who cannot properly or adequately cleanse themselves. This situation affects not only the dignity and comfort of those requiring assistance but also creates challenging circumstances for their caretakers who must perform these intimate hygiene tasks.

[0008] The impact extends beyond just the affected individuals themselves. Caretakers often become necessarily involved in these intimate hygiene tasks, creating potentially uncomfortable situations for both parties involved. This arrangement, while necessary under current circumstances, highlights the pressing need for solutions that could restore some degree of independence and dignity to those requiring assistance.

[0009] These hygiene challenges are particularly concerning because they can lead to additional health and safety risks. For instance, when individuals attempt to use traditional cleaning methods like bathtubs or showers, they may expose themselves to significant risks of slip and fall injuries, especially among the elderly population. Currently, these individuals often must rely on caretakers to assist with cleaning after urination or defecation. This creates an uncomfortable situation for both the person requiring care and the caretaker who must perform these intimate hygiene tasks.

[0010] The reliance on caretakers for intimate hygiene tasks creates numerous challenges and undesirable circumstances for both parties involved. Caretakers must undertake the unenviable responsibility of cleansing individuals who are unable to clean themselves after urinating or defecating. This intimate care requirement places caretakers in a physically and emotionallydemanding position. They must perform these personal hygiene tasks using traditional methods that typically involve removing diapers and manually cleansing the individual with wipes.

[0011] When alternative cleaning methods are required, caretakers face additional challenges and risks. They may need to assist individuals with cleaning in the bathtub or shower, which not only increases the physical demands on the caretaker but also exposes both the caretaker and the person receiving care to potential slip and fall hazards. This risk is particularly concerning when assisting elderly individuals.

[0012] The situation creates a complex dynamic where caretakers must balance providing necessary care while maintaining the dignity of those they assist. Whether the care is needed due to age-related limitations, disability, post-surgical recovery, or other physical constraints, caretakers must regularly perform these intimate hygiene tasks despite the uncomfortable nature of the situation for all parties involved.

[0013] These challenges affect not only those who need assistance due to physical limitations, but also individuals recovering from surgery or those who simply require additional help with personal hygiene. The current solutions are inadequate, creating a clear need for an improved method to assist people with personal cleansing, particularly for those who cannot properly or adequately cleanse themselves. There remains an unmet need in association with cleansing persons after urination or defecation, in particular when such persons are unable to cleanse themselves.SUMMARY OF THE INVENTION

[0014] The preferred embodiment of the invention provides a chair-attachable bathing device that enables users to clean their anal, vaginal, penile, and testicular areas while remaining seated. The device comprises several core components working together, including a connector for a shower hose, water pressure control mechanism, and strategically positioned waterjets built within the seat structure. The waterjet system features specialized channels to optimize water flow distribution, with particular attention to providing thorough coverage across the 5-inch span from the anal region to the anterior genital area. The device's versatile attachment system includes three sets of strap holes - two running front-to-back and one side-to-side - enabling secure mounting to any four-legged chair. Additional mounting flexibility is provided through side-mounted suction cup attachment points, allowing installation on built-in shower benches and similar surfaces. The streamlined design prioritizes effective cleaning through an optimized water delivery system, eliminating the previously planned soap reservoir to enhance both safety and functionality.

[0015] The device features strategically positioned waterjets that direct water flow through specifically angled holes to enable targeted cleaning of genital and buttocks areas. The jets are configured in zones, with forward-facing jets for the genital area and rear-facing jets for the buttocks region. Additional specialized jets accommodate hair washing capabilities for female users.

[0016] The device's versatile attachment system allows secure mounting to various support structures including chairs, wheelchairs, toilets, hospital beds, and conventional beds. In a preferred embodiment, the device may be provided with a corresponding chair specifically designed with waterproof materials and proper mounting points.

[0017] The invention serves individuals with physical limitations, people recovering from surgery, and those requiring additional assistance with bathing. It addresses longstanding hygiene challenges by enabling effective cleaning while maintaining user dignity and safety in a seated position. The device eliminates the need for potentially hazardous traditional bathing methods and reduces dependence on direct caretaker assistance for intimate hygiene tasks.

[0018] The design incorporates an ergonomically optimized water pressure control system featuring a specialized half-moon shaped dial specifically engineered for users with hand mobility limitations such as neuropathy, arthritis, and other physical impairments. This innovative control mechanism allows users to adjust water pressure by simply rubbing their hand across the dial's surface to increase or decrease jet intensity, ensuring accessibility and ease of use even for those with limited manual dexterity. The integrated water distribution system ensures proper water delivery through precisely angled jets, maintaining consistent functionality across all mounting configurations. The strategic positioning of these waterjets enables effective cleaning while the streamlined design, which eliminates the need for soap dispensing, optimizes water flow distribution for maximum effectiveness.BRIEF DESCRIPTION OF THE FIGURES

[0019] FIG. 1 illustrates a top down view of the attachable bathing device in an embodiment comprising a connector for shower hose attachment, water pressure controls, and integrated water distribution components.

[0020] FIG. 2 illustrates a bottom up view of the attachable bathing device showing the arrangement of water flow components and attachment mechanisms.

[0021] FIG. 3 illustrates a side view of the attachable bathing device in an embodiment showing the relationship between the shower hose attachment and water pressure control elements.

[0022] FIG. 4 illustrates a perspective view showing the attachable bathing device in an embodiment mounted to a chair in an intended use configuration.

[0023] FIG. 5 illustrates a perspective view showing the attachable bathing device in an embodiment positioned on a chair surface.

[0024] FIG. 6 llustrates a perspective view showing the attachable bathing device in an embodiment positioned on a chair surface beneath a user in accordance with an intended use.

[0025] FIG. 7 illustrates a perspective view showing the attachable bathing device in an embodiment positioned on a bed surface beneath a user in accordance with an intended use.

[0026] FIG. 8 illustrates an exploded view of various elements of the system in an embodiment.

[0027] FIG. 9 illustrates aspects related to the control mechanism in an embodiment.

[0028] FIG. 10 provides a perspective view showing water transport components in an embodiment.

[0029] FIG. 11 illustrates an additional view of the nozzles in an embodiment.

[0030] FIG. 12 illustrates a perspective view showing the integration of the water distribution, attachment, and control components working together as a complete system in an embodiment.DETAILED DESCRIPTION

[0031] The preferred embodiment of the present invention provides a chair-attachable bathing device (100) that enables a user and his or her caretaker to clean the user’s body, and in particular the user’s genital and buttocks areas, while remaining seated. The device comprises several core components working in concert to provide an effective bathing solution for individuals with physical limitations, those recovering from surgery, or anyone needing additional assistance with personal hygiene.

[0032] The figures illustrate various views and components of the furniture-attachable bathing device (100) in a preferred embodiment. The furniture-attachable bathing device (100) is shown in a top-down view in FIG. 1, which depicts the core components including waterjets (101), water channels (102), drain holes (103) of the drainage system, corner attachment points (104) optionally comprising strap holes, side attachment points (105) optionally comprising strap holes, water hose connection (106), dial or knob to control water flow (107), and water dispensing mechanisms directed to the genital area (110).

[0033] The device's structure in an exemplary embodiment is further detailed in FIG. 2, which provides a bottom -up perspective revealing the arrangement of the water hose connection (106), drain holes (103) forming a portion of the drainage system, side attachment points (105) optionally comprising strap holes, dial or knob to control water flow (107). FIG. 3 presents a side view of the bathing device in an embodiment, while FIG. 4 and FIG. 5 demonstrate how the devices interfaces with a chair (200), optionally via straps placed through the side attachment points (105) and / or corner attachment points (104) and around aspects of the chair (200).

[0034] FIG. 6 provides an exploded view demonstrating how a user (300), generally unclothed, interacts with the device components in accordance with an exemplary method of use in a preferred embodiment. FIG. 7 illustrates how the device (100) in an embodiment may be used by a user (300) in a lying position in accordance with an intended method of use.

[0035] Aspects of the device's water distribution system in an embodiment are shown in an exploded view in FIG. 8, which illustrates the waterjets (101) removed from the water channels within which they are placed at intended angles to direct water upon the buttocks and genital areas of the user (300) in an intended embodiment. This figure depicts an intended configuration of the water channels (102) in an intended embodiment to facilitate placement of the nozzles of the waterjets (101) in a configuration to enable the water to drain toward the lowest most point of the superior aspect of the device (100) in an embodiment during an intended use to facilitate enhanced functionality. FIG. 9 and FIG. 10 depict aspects in a preferred embodiment of the water delivery system, with particular attention to the relationship between the pipe transferring water (108) from the water inlet and pressure control mechanism (107). FIG. 11 depicts a preferred arrangement and orientation of the waterjet nozzles (101) separated from other aspects of the system depicting the aim of the water toward genital and buttocks regions during intended use. Other aspects of the system assembled together are displayed in a perspective view of a preferred embodiment in FIG. 12, particularly showing how the water channels (102), drain holes (103), hose attachment (106), pressure control mechanism (107), and dispensing mechanisms directed to the genital area (110) work together as a complete system in accordance with a preferred embodiment.

[0036] At its core, the device comprises a versatile connector system that enables attachment to both shower hoses and faucets for water supply. The integrated water distribution system features a specialized water pressure control mechanism. In an embodiment, this comprises a half-moon shaped dial specifically engineered for users with hand mobility limitations such as neuropathy, arthritis, and other physical impairments. This ergonomic control allows users to adjust water flow intensity by simply rubbing their hand across the dial's surface, ensuring accessibility and ease of use even for those with limited manual dexterity. The streamlined design optimizes water flow distribution through precisely positioned waterjets.

[0037] In a preferred embodiment, the device serves as a comprehensive bathing solution specifically designed to address the hygiene needs of individuals with physical limitations that prevent adequate self-cleaning. The device enables these individuals to maintain proper hygiene while remaining in a stable seated position, reducing dependence on caretakers for intimate cleaning tasks.

[0038] For people recovering from surgery, the preferred embodiment provides a safe and effective cleaning solution that eliminates the need for potentially hazardous bathing methods. The device's seated operation and controlled water delivery system enables post-surgical patients to maintain proper hygiene without risking injury or compromising surgical sites.

[0039] The device particularly serves individuals requiring additional assistance with bathing tasks by providing an automated cleaning system that maintains user dignity and independence. Through its integrated waterjet system and pressure controls, the preferred embodiment enables effective cleaning while minimizing the need for direct caretaker assistance in intimate hygiene tasks.

[0040] The primary focus of the preferred embodiment centers on cleaning genital and buttocks areas while the user remains seated. This is accomplished through strategically positioned water jets that direct precisely controlled streams of water and cleaning solution to intimate areas. The device's design enables thorough cleaning of these areas without requiring the user to stand or transfer to traditional bathing facilities, thereby addressing the long-felt need for a safe and effective seated bathing solution.

[0041] In one embodiment, the device's functionality extends beyond basic cleaning to provide comprehensive hygiene care, including specialized jets configured for hair washing capabilities. This multi-purpose design ensures that users with various physical limitations or recovery needs can maintain complete personal hygiene while remaining in a safe, stable seated position.

[0042] A key feature of the invention in the preferred embodiment is its integrated system of waterjets, which are strategically built within the seat. These jets are designed to direct water flow through specifically angled holes in the seat, enabling targeted cleaning of intimate areas while the user remains seated. The same jet technology is additionally configured to accommodate hair washing for female users.

[0043] As used herein, the term "intimate areas" refers to the genital area and buttocks area of a user that require cleaning after urination or defecation. These areas present particular hygiene challenges for individuals with physical limitations, those recovering from surgery, or others requiring assistance with personal care. The intimate areas specifically encompass those regions of the body that must be cleansed for proper hygiene after using the bathroom, and which traditionally require either manual cleaning with wipes or bathing in a shower or tub to maintain adequate cleanliness.

[0044] The device's versatility is enhanced through multiple attachment points that enable secure mounting to various surfaces and furniture pieces. This design allows the device to be attached to different support structures including standard chairs, wheelchairs, toilets, hospital beds, and conventional beds, making it adaptable to various use scenarios and environments.

[0045] In a preferred embodiment, the device may be integrated with a specialized rubber structure designed for use with hospital furniture, such as hospital beds. In one exemplary embodiment, the device comprises or is designed to interact with a seat structure. In an exemplary embodiment, this rubber overlay features six elevation points that raise the structure above the bed surface, creating an optimized configuration for the bathing system. The preferred embodiment comprises a built-in drainage system at the lowest point of the rubber structure, utilizing suction to efficiently remove water during and after use. The bathing device itself is designed to slide underneath the patient within this rubber structure, enabling effective cleaning of a person’s anatomy through the integrated waterjet system. This mobile configuration allows the system to serve multiple patients, providing a more thorough cleaning alternative to traditional scrub baths. The suction-assisted drainage system minimizes residual moisture, reducing the need for extensive drying procedures after use. The rubber structure's adaptable design maintains proper positioning of users relative to the waterjets while ensuring comfort and safety throughout the bathing process.

[0046] In a preferred embodiment, the core components work in concert to enable effective intimate area cleaning while maintaining user comfort and dignity. These components include a connector that interfaces with a standard shower hose for water supply and a water pressure control mechanism that enables adjustment of water flow intensity. An alternative embodiment further incorporates a soap dispenser and soap control switch for regulated dispensing of cleaning solution, and a system of strategically positioned waterjets built within the seat structure. These jets are configured to direct water flow through specifically angled holes to achieve optimal cleaning effectiveness. The plurality of attachment points are integrated into the device's structure to ensure secure mounting to various support surfaces, enabling stable operation during use.

[0047] In a preferred embodiment, the connector comprises an interface adapted to couple with a standard shower hose to enable water flow into the device. The connector is configured to provide a secure, water-tight connection between the external water source and the device's internal components, including the water pressure control mechanism and the system of water jets. In one embodiment, the connector enables water from the shower hose to be directed through the device's internal channels to supply the strategically positioned jets within the seat structure.

[0048] In a preferred embodiment, the connector may include a standard threaded fitting compatible with common shower hose connections, such as a 1 / 2 inch or 3 / 4 inch NPT (National Pipe Thread) fitting. The connector assembly can comprise a threaded female receptor configured to receive the male end of a standard shower hose, with an internal gasket or O-ringto ensure a watertight seal. In one embodiment, the connector interfaces with internal water channels that direct flow through a manifold system to the water pressure control mechanism before distributing water to the individual jets positioned within the seat structure. The connection point may be reinforced and sealed with waterproof materials to prevent leakage where the hose connector interfaces with the device's internal water distribution system.

[0049] In a preferred embodiment, the water pressure control mechanism enables adjustment of water flow intensity through the device's jet system to accommodate user comfort and cleaning effectiveness. The water pressure control interfaces with the water supply from the shower hose connector and regulates the pressure of water delivered to the strategically positioned jets within the seat structure..

[0050] In a preferred embodiment, the water pressure control may include an adjustable valve mechanism that enables variable control over water flow rates. The control system can incorporate a pressure regulator to maintain consistent water pressure regardless of input pressure variations from the water source. In one embodiment, the pressure control mechanism connects to the water distribution manifold between the shower hose connector and the jet system, allowing for precise adjustment of water pressure before distribution to individual jets within the seat structure. The pressure control in an exemplary embodiment features user- accessible adjustment controls positioned for convenient operation while the device is in use.

[0051] In a preferred embodiment, the waterjets are incorporated within the seat structure to enable targeted cleaning of intimate areas while the user remains seated. The jets are configured with specifically angled holes through the seat surface to direct water flow at optimal angles for effective cleaning. In one embodiment, the jet system works in coordination with both the water pressure control mechanism and a soap dispensing system to deliver a controlled mixture of water and cleaning solution through the precisely positioned outlets.

[0052] In a preferred embodiment, the waterjets are arranged in a pattern across the seat surface with outlets positioned to direct water flow upward and slightly forward or backward depending on the area to be cleansed. The jet outlets are integrated into the seat structure with holes angled to create intersecting water streams that provide thorough coverage of the genital and buttocks areas while the user remains seated.

[0053] In an exemplary embodiment, the jets are configured in multiple zones within the seat, with forward-facing jets angled to direct water flow for cleansing the genital area, while rearfacingjets are positioned to clean the buttocks region. This strategic positioning of angled jets enables targeted cleaning of intimate areas that traditionally require manual cleansing or bathing.

[0054] In one embodiment, the water streams from multiple jets converge to create optimal cleaning coverage while maintaining comfortable water pressure through the pressure controlsystem. The arrangement allows for effective cleansing while the user maintains a stable seated position, addressing the hygiene needs of individuals with physical limitations or those requiring assistance.

[0055] In a preferred embodiment, the jet system incorporates supplementary outlets positioned and angled specifically to accommodate hair washing needs of female users. These additional jets are integrated into strategic locations within the seat structure, in an example to direct water flow upward at calculated angles that facilitate hair cleaning while maintaining the user in a comfortable seated position.

[0056] The jet system employs precision-engineered holes that control both the direction and dispersion of water flow. The holes are sized and angled to create optimal water stream patterns while maintaining sufficient pressure for effective cleaning through the water pressure control mechanism. In one embodiment, the water pressure control system works in concert with the precisely angled jets to deliver controlled streams that provide thorough coverage while preventing unwanted spray or splash beyond the intended cleaning areas.

[0057] The strategic positioning and angling of these supplementary jets enables effective hair washing capabilities while maintaining the core functionality of intimate area cleaning. This dual-purpose design addresses multiple hygiene needs through a single integrated system, particularly beneficial for users with physical limitations or those requiring assistance with bathing tasks.

[0058] In a preferred embodiment, the waterjets may be arranged in a pattern within the seat structure to provide comprehensive coverage of intimate areas requiring cleaning. The jet system can incorporate multiple outlet points positioned at specific angles to direct water flow for optimal cleaning effectiveness. In one embodiment, the jets are configured to deliver water streams through carefully engineered holes in the seat surface, with some jets specifically oriented to facilitate hair washing capabilities for female users. The jet outlets may be integrated flush with the seat surface to maintain user comfort while ensuring proper water flow direction for thorough cleaning. The arrangement and positioning of the jets enable effective cleansing while the user maintains a stable, seated position, reducing the risk of falls or injuries associated with traditional bathing methods.

[0059] In a preferred embodiment, the device incorporates a plurality of attachment points strategically positioned to enable secure mounting to various support structures. These attachment points are integrated into the device's structure to facilitate stable connection to chairs, wheelchairs, toilets, hospital beds, and conventional beds.

[0060] In a preferred embodiment, the device includes attachment points specifically configured to interface with a corresponding chair designed for use with the bathing device, and in anoptional system embodiment that is provided with the device. These attachment points may comprise receiving brackets or slots integrated into the chair's structure that align precisely with corresponding mounting points on the device. The attachment system enables secure mounting while maintaining proper positioning of the waterjets and other functional components relative to the user's seated position. In one embodiment, the attachment points interface with waterproof materials of the corresponding chair to create a stable, sealed connection that prevents water intrusion while enabling proper water flow and drainage during operation of the bathing device. The integrated design of the chair and device attachment points ensures optimal alignment of the water distribution system and control mechanisms while maintaining user comfort and safety during operation.

[0061] In one embodiment, the attachment points may include adjustable mounting brackets, clamps, or fasteners that enable secure installation while accommodating different surface configurations and dimensions of the various support structures. The attachment system is designed to maintain stability during operation while allowing the device to be removed or transferred between different mounting locations as needed.

[0062] The plurality of attachment points works in coordination with the device's overall structure to ensure proper positioning of the waterjets and other functional components relative to the user. In a preferred embodiment, the attachment system enables the device to be securely mounted while maintaining proper alignment of the water distribution system and control mechanisms.

[0063] The attachment points are configured to provide stable mounting that can withstand the forces generated during operation of the waterjets while maintaining user safety and comfort. The system's versatility in attachment options enables the device to be effectively utilized across various care environments, from private homes to healthcare facilities.

[0064] In a preferred embodiment, the device incorporates an adaptable attachment system that enables secure mounting to multiple types of support structures commonly found in both home and healthcare environments.

[0065] For chair attachment, the device includes adjustable mounting points that can secure to standard chair frames while maintaining proper positioning of the waterjets and control mechanisms. The attachment system accommodates various chair designs through adaptable brackets and fasteners that create stable connections to chair supports.

[0066] In the wheelchair configuration, the embodiment features specialized attachment points designed to interface with common wheelchair frame components. These attachments enable secure mounting while maintaining accessibility to wheelchair functions and ensuring proper positioning of the device's cleaning systems relative to the seated user.

[0067] For toilet mounting, the preferred embodiment incorporates attachment points configured to secure the device to standard toilet fixtures. The mounting system maintains stability during operation while enabling proper alignment of the water distribution and jet systems for effective cleaning.

[0068] In hospital bed applications, the device's attachment system is designed to interface with standard hospital bed frames and rails. The mounting points accommodate the specialized requirements of medical environments while ensuring secure positioning of the device for bedridden users.

[0069] For conventional bed mounting, the preferred embodiment includes adaptable attachment points that can secure to standard bed frames or headboards. These attachments enable stable mounting while maintaining proper positioning of the device's functional components for effective operation.

[0070] In some embodiments, the device includes an integrated attachment system comprising three distinct sets of strap holes strategically positioned across the seat structure. Two sets of strap holes run in a front-to-back orientation, with one set positioned along each lateral edge of the device. The third set of strap holes runs side-to-side, traversing the width of the device.

[0071] Each strap hole is reinforced to maintain structural integrity during repeated use and accommodate standard-width securing straps. The front-to-back strap hole sets enable the device to be securely fastened to the front and back legs of a chair, while the side-to-side set provides lateral stability by securing to the chair's side supports.

[0072] The attachment system is designed to accommodate various chair configurations, including but not limited to standard four-legged chairs, wheelchairs, and shower chairs. The spacing between strap holes is engineered to allow for adjustment based on different chair dimensions and designs.

[0073] In addition to the strap hole system, the device includes mounting points along its sides designed to accommodate suction cup attachments. These suction cup mounting points enable secure attachment to smooth, non-porous surfaces such as built-in shower benches.

[0074] The straps, when threaded through the designated holes, create a secure under-chair mounting configuration that maintains the device's stability during use while allowing for easy installation and removal. This versatile attachment system enables the device to be readily transferred between different seating surfaces as needed.

[0075] Across all mounting configurations, in a preferred embodiment the attachment system works in coordination with the device's water distribution system, ensuring proper alignment of waterjets, maintenance of stable water pressure, and optionally when a soap dispenser is included, effective soap dispensing, regardless of the mounting surface.

[0076] In a preferred embodiment, the water flow system comprising waterjets maintains consistent functionality regardless of mounting configuration through an integrated network of water channels that connect the shower hose inlet to the strategically positioned jets. The water distribution system directs flow from the pressure control mechanism through internal channels to each jet outlet, maintaining specific angles and pressure regardless of the device's mounting position.

[0077] The water flow jets in an exemplary embodiment are engineered with precisely angled holes built within the seat structure to create optimal water flow patterns for intimate area cleaning. In one embodiment, these holes are positioned to direct intersecting water streams that provide comprehensive coverage while the user remains seated, with the water pressure control mechanism ensuring consistent flow regardless of the mounting surface or position.

[0078] The jet configuration includes multiple arrays of openings positioned at calculated angles to ensure thorough coverage of intimate areas while maintaining user comfort, which in some examples is intended to be delivered to provide genital stimulation, particularly for users otherwise unable to perform genital stimulation activities due to physical limitations. Water pressure through these jets is controlled by the ergonomic half-moon shaped dial, allowing users to adjust stimulation intensity according to personal preference and comfort levels. The water distribution system maintains consistent functionality across various mounting configurations, ensuring reliable performance whether attached to chairs, wheelchairs, or specialized rubber bed overlays. The precise engineering of jet angles and water flow patterns accommodates different user positions and physical requirements while delivering effective stimulation for intimate personal care needs.

[0079] The water distribution system incorporates a manifold design that maintains equal pressure and flow rates to all jets regardless of the device's orientation when mounted to different support structures. This ensures that whether the device is attached to a chair, wheelchair, toilet, hospital bed, or conventional bed, the waterjets maintain their designed flow patterns and cleaning effectiveness.

[0080] In a preferred embodiment, the jet system's holes are engineered at specific angles to create optimal cleaning coverage while minimizing splashing or overspray. The integration of the soap control system in an alternative embodiment with the water distribution network enables proper mixing and delivery of cleaning solution through the angled jets, maintaining consistent performance across all mounting configurations.

[0081] The water flow system works in coordination with the device's attachment points to ensure proper alignment of the jet outlets relative to the user regardless of mounting surface.This maintains the effectiveness of the specifically angled water streams for both intimate area cleaning and hair washing capabilities across all installation scenarios.

[0082] In a preferred embodiment, the device enables effective cleaning of intimate areas while the user maintains a stable seated position, addressing the challenges faced by individuals with physical limitations or those requiring assistance. The strategic positioning of waterjets within the seat structure enables targeted cleaning of both the genital and buttocks areas through precisely angled water streams. In embodiments where a soap dispensing mechanism is included, the water pressure control mechanism and soap dispensing system work in concert to deliver an adjustable mixture of water and cleaning solution directly to these intimate areas while the user remains comfortably and safely seated.

[0083] In one embodiment, the device eliminates the need for manual cleaning or potentially hazardous bathing methods by providing automated cleansing capabilities through its integrated jet system. The arrangement of jets creates intersecting water streams that provide comprehensive coverage of intimate areas requiring cleaning, while the user maintains a stable seated position on the device regardless of its mounting configuration.

[0084] The preferred embodiment enables thorough cleaning of intimate areas without requiring the user to stand or transfer to a bathtub or shower, thereby reducing the risk of slip and fall injuries that are common with traditional bathing methods. The combination of precisely controlled water pressure and strategically positioned jets ensures effective cleansing while maintaining user dignity and comfort throughout the cleaning process.

[0085] In a preferred embodiment, the device incorporates specialized jet technology that enables female users to wash their hair while remaining in a seated position. The waterjets are configured with additional outlets specifically positioned and angled to direct water flow for effective hair washing capabilities. These specialized jets work in coordination with the water pressure control mechanism to deliver water at appropriate angles and pressure levels for hair washing. The integration of hair washing functionality with the intimate area cleaning system provides a comprehensive hygiene solution through the same water distribution network and pressure control system while maintaining the stability and safety benefits of a user being seated position as depicted by FIG. 6 or in a lying position as depicted by FIG. 7.

[0086] In accordance with various embodiments, the device's design allows for various modifications and refinements to optimize functionality while maintaining the core purpose and operation. The specifications may be adjusted to accommodate different manufacturing processes, materials, or technological improvements that enhance the device's performance. For example, the waterjet configuration in an embodiment could be modified to include additional angles or outlet positions while maintaining the fundamental cleaning capabilities. Theintegrated soap dispensing system in an alternative embodiment may be refined to incorporate different reservoir capacities or dispensing mechanisms based on usage requirements. The attachment system in an embodiment could be adapted to include various mounting configurations beyond the initial design while preserving secure connection to support structures. Additionally, the water pressure control mechanism in an embodiment may be enhanced with different adjustment ranges or control interfaces to improve user experience. These potential modifications maintain the device's essential function as a chair-attachable bathing device while allowing for technological advancement and optimization of the design.

[0087] In summary, the preferred embodiment provides an innovative bathing solution that addresses the long-standing challenges faced by individuals with physical limitations, those recovering from surgery, and others requiring assistance with personal hygiene. Through its integrated system of waterjets and pressure controls, the device enables effective cleaning of intimate areas while maintaining user dignity and safety in a seated or lying position.

[0088] The device's versatile attachment system in embodiments allows for secure mounting to various support structures, from chairs and wheelchairs (powered or manual) to hospital beds and toilets, making it adaptable to different care environments. The strategic positioning of water jets and precise control mechanisms ensures consistent performance across all mounting configurations while minimizing splashing and maintaining user comfort.

[0089] The preferred embodiment incorporates multiple features working in concert to deliver a comprehensive hygiene solution. The integration of specialized jets for hair washing capabilities further extends the device's utility, particularly for female users. The fundamental design of a preferred embodiment provides an effective solution to the challenges of maintaining proper hygiene for those unable to use traditional bathing methods. The device significantly reduces the risk of slip and fall injuries associated with conventional bathing while decreasing dependence on direct caretaker assistance for intimate hygiene tasks.

[0090] While preferred embodiments of the present invention have been shown and described herein, it will be obvious to those skilled in the art that such embodiments are provided by way of example only. It is not intended that the invention be limited by the specific examples provided within the specification. While the invention has been described with reference to the aforementioned specification, the descriptions and illustrations of the embodiments herein are not meant to be construed in a limiting sense. Numerous variations, changes, and substitutions will now occur to those skilled in the art without departing from the invention. Furthermore, it shall be understood that all aspects of the invention are not limited to the specific depictions, configurations or relative proportions set forth herein which depend upon a variety of conditions and variables. It should be understood that various alternatives to the embodiments of theinvention described herein may be employed in practicing the invention. It is therefore contemplated that the invention shall also cover any such alternatives, modifications, variations or equivalents. It is intended that the following claims define the scope of the invention and that methods and structures within the scope of these claims and their equivalents be covered thereby.

Claims

CLAIMSI claim:

1. A furniture-attachable bathing device comprising: a connector configured to couple with a shower hose; a water pressure control mechanism; a plurality of waterjets built within a structure configured to be placed proximal to the buttocks and genital areas, wherein the waterjets are configured to direct water flow through angled holes to aspects of the buttocks area and genital area of a user; and a plurality of attachment points configured to enable mounting to a support structure.

2. The device of claim 1, wherein the waterjets comprise: forward -facing jets angled to direct water flow for cleansing a genital area of the user; and rear-facing jets positioned to clean a buttocks region of the user.

3. The device of claim 1, wherein the waterjets further comprise supplementary jets configured for hair washing.

4. The device of claim 1, further comprising a soap control switch is configured to regulate dispensing of cleaning solution from a internal soap reservoir into water flowing through the waterjets.

5. The device of claim 1, wherein the water pressure control mechanism comprises an adjustable valve mechanism configured to enable variable control over water flow rates.

6. The device of claim 1, wherein the plurality of attachment points are configured to secure the device to at least one of: a chair, a manual wheelchair, a powered wheelchair, a toilet, a hospital bed, and a conventional bed.

7. A bathing system comprising: a chair comprising waterproof materials and mounting structures; and a bathing device comprising: a connector configured to couple with a shower hose; a water pressure control mechanism; a plurality of waterjets built within a seat structure, wherein the waterjets are configured to direct water flow through angled holes; and a plurality of attachment points configured to interface with the mounting structures of the chair.

8. The system of claim 7, wherein the mounting structures of the chair comprise receiving brackets aligned to correspond with the attachment points of the bathing device.

9. The system of claim 7, wherein the chair is configured to properly position a user relative to the waterjets.

10. The system of claim 7, wherein the waterjets comprise: forward -facing jets angled to direct water flow for cleansing a genital area; rear-facing jets positioned to clean a buttocks region; and supplementary jets configured for hair washing.

11. The system of claim 7, wherein the chair comprises drainage holes configured to allow water flow during operation of the bathing device.

12. The system of claim 7, wherein the attachment points and mounting structures create a stable, sealed connection that prevents water intrusion during operation of the bathing device.

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