Ergonomic Support Cushion with Tailbone Relief and Variable Density Memory Foam

Description

TECHNICAL DESCRIPTION

The present invention pertains generally to the field of seat cushions, with a particular focus on cushions designed with orthopedic contours to reduce pressure on the coccyx.

BACKGROUND

A seat cushion is intended to enhance the comfort of sitting. These cushions can be designed for permanent placement in chairs or made portable for use in various scenarios such as different chairs, car seats, and wheelchairs. While contoured cushions aimed at reducing pressure on the coccyx are common, they often fail to offer sufficient leg support. Moreover, these designs typically feature a significant slant that, although effective in minimizing pressure on the rear part of the cushion, can lead to an unstable seating position.

Existing cushion designs may achieve the objective of alleviating pressure on the coccyx, but their lack of support and stability can compromise overall healthy seating posture and proper spine alignment. Therefore, there remains a need for innovative and improved contoured cushion designs that reduce pressure on the coccyx while providing adequate leg support and maintaining a stable seating position.

SUMMARY

The present invention addresses the aforementioned needs by introducing enhancements to the existing design of seat cushions. In one aspect, this reversible orthopedic seat cushion includes a right leg support channel and a left leg support channel, each running parallel to the sides and positioned between the sides and the centerline of the cushion. These channels serve to support, guide, and position the legs of the user.

Additionally, the cushion features a rear cut-out to alleviate any pressure on the coccyx for improved comfort. A front concave contoured protuberance allows the cushion to be reversed, providing a different kind of support when used in this position. The leg support channels can incorporate varying degrees of slant—negative, positive, or substantially zero—to cater to different user needs.

The cushion is constructed with an inner core of high-resilience upholstery foam and comes with a removable cushion cover. This invention provides an ergonomic support cushion that promotes proper spinal alignment and alleviates tailbone pressure.

The high-density memory foam, with a density range of 52% to 56%, adapts to the user's body shape for customized support. The non-slip base ensures the cushion remains in place, making it suitable for use in various environments, such as offices, cars, wheelchairs, and homes.

It is important to note that this invention is not limited to the specific forms and arrangements described herein. The invention is capable of being practiced in various embodiments and carried out in multiple ways. Therefore, the claims should be regarded as encompassing equivalent constructions that do not depart from the spirit and scope of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a top perspective view of an ergonomic support cushion with tailbone relief and variable density memory foam, according to an embodiment of the invention.

FIG. 2 is a top perspective view of the ergonomic support cushion, illustrating by superimposition the approximate seating position and support of a user's skeletal structure, according to an embodiment of the invention.

FIG. 3 is a side view of the ergonomic support cushion, according to an embodiment of the invention.

DESCRIPTION OF THE INVENTION

Before delving into the detailed description of the invention, it is important to note that the present invention primarily focuses on a novel and non-obvious combination of elements and process steps. To keep the disclosure clear and comprehensible for those skilled in the art, conventional elements and steps are described with lesser detail, while the drawings and specification provide a more detailed description of other key elements and steps essential to understanding the invention.

The following embodiments are provided to illustrate exemplary constructions and are not intended to define the limits of the invention's structure or method. These embodiments are meant to be illustrative rather than restrictive.

In an embodiment, an ergonomic support cushion comprises a rear cut-out to reduce pressure on the coccyx when the user is seated in a standard position. A right leg support channel, forming a convex contoured indentation with a right lowest point line defined from a right rear starting point to a right front-end point. This line is substantially in the middle between the right side of the cushion and the centerline, guiding and positioning the right leg. A left leg support channel, forming a convex contoured indentation with a left lowest point line defined from a left rear starting point to a left front-end point. This line is also substantially in the middle between the left side of the cushion and the centerline, guiding and positioning the left leg.

The cushion is designed to be placed on any chair or seating surface. The user sits on the cushion with the cut-out positioned towards the back to alleviate pressure on the tailbone. The ergonomic contours support the thighs and buttocks, distributing weight evenly and reducing strain on the lower back. Ideal for office workers, drivers, wheelchair users, and anyone who spends extended periods sitting. It can be used on office chairs, car seats, wheelchairs, and even on the floor.

FIG. 1 presents a top perspective view of an ergonomic support cushion with tailbone relief and variable density memory foam, according to an embodiment of the invention. The cushion includes a specifically designed central cut-out intended to relieve pressure on the user's coccyx, thereby reducing discomfort during prolonged sitting. The overall shape of the cushion is ergonomically contoured to support the natural curvature of the spine while evenly distributing the user's weight. The material composition primarily comprises high-density memory foam, which molds to the user's body shape, providing customized support and enhanced comfort.

FIG. 2 provides a top perspective view of the ergonomic support cushion, featuring an illustration by superimposition that highlights the approximate seating position and the support provided to the user's skeletal structure. This view demonstrates how the cushion's contours interact with the body, specifically supporting the thighs and buttocks while ensuring proper spinal alignment. The right and left leg support channels form convex contoured indentations aimed at guiding and positioning the user's legs, reducing strain and contributing to overall comfort. This figure emphasizes the ergonomic design's effectiveness in accommodating and supporting the natural skeletal posture.

FIG. 3 shows a side view of the ergonomic support cushion, outlining its profile and thickness. This perspective reveals the varying densities within the memory foam that correspond to different pressure zones, aiding in the distribution of the user's weight. The side view also illustrates the gentle slants and depressions designed to ensure that the user's legs are properly supported, with the rear cut-out visible at the back of the cushion to accommodate and relieve the tailbone area. Additionally, the non-slip base of the cushion is evident, ensuring that the cushion remains stable on different seating surfaces. This figure helps to visualize the elevation and ergonomic shaping intended to provide maximum comfort and support.

The cushion features a uniquely contoured design that supports the natural curvature of the spine, promoting proper posture and reducing pressure on the lower back and tailbone. This ergonomic design is specifically tailored to cradle the user's body, distributing weight evenly and maintaining proper spinal alignment. The central cut-out alleviates pressure on the tailbone (coccyx), preventing pain and discomfort during prolonged sitting. This feature is particularly beneficial for individuals with tailbone pain or those recovering from surgery or injury, as it relieves pressure on sensitive areas and enhances overall comfort.

The memory foam used in the cushion has a density range from 52% to 56%, providing varying levels of support and comfort tailored to different user preferences and needs. This high-density memory foam adapts to the user's body shape, providing customized support that enhances comfort and reduces pressure points. The cushion includes a non-slip bottom to keep it securely in place on various seating surfaces, ensuring that it remains in the optimal sitting position and does not slide around.

Constructed from high-density memory foam, the cushion offers superior support and comfort. The memory foam is encased in a breathable, hypoallergenic fabric cover that is both removable and washable, ensuring durability and ease of maintenance. The memory foam is molded into the ergonomic shape using a precision molding process, and the fabric cover is then stitched to fit snugly around the foam, enhancing the overall durability and user experience.

Designed to be placed on any chair or seating surface, the cushion positions the cut-out towards the back to alleviate pressure on the tailbone. The ergonomic contours support the thighs and buttocks, distributing weight evenly and reducing strain on the lower back. This makes the cushion ideal for office workers, drivers, wheelchair users, and anyone who spends extended periods sitting. It can be used on office chairs, car seats, wheelchairs, and even on the floor, providing versatile and portable ergonomic support.

Key features to claim rights to include the specific design and contours of the cushion that support spinal alignment and reduce pressure points, the strategically placed cut-out that relieves pressure on the coccyx, and the use of memory foam with a density range from 52% to 56% that conforms to the user's body shape. Additionally, the non-slip base that ensures the cushion stays in place and the lightweight and portable nature of the cushion are essential features that make this invention unique and highly functional.

The ergonomic design cradles the user's body, distributing weight evenly and maintaining proper spinal alignment, reducing strain on the lumbar region and preventing discomfort from prolonged sitting. The central cut-out minimizes pressure on the coccyx, which is especially beneficial for individuals with tailbone pain or those recovering from surgery or injury. The high-density memory foam adapts to the user's body shape, providing customized support that enhances comfort and reduces pressure points. The non-slip base ensures that the cushion remains securely in place, preventing it from sliding around on the seat and maintaining the optimal sitting position. Due to its lightweight and portable design, the cushion can be easily transported and used in various settings, providing ergonomic support wherever needed.

This ergonomic support cushion with a tailbone relief design and variable density memory foam provides an innovative solution to prolonged sitting discomfort, offering support and portability. The specific design features, materials used, and manufacturing process contribute to its effectiveness and versatility, making it a valuable addition for anyone requiring enhanced sitting comfort and support.

The various embodiments of the invention described herein are multifaceted and can manifest in a wide array of cushion designs and shapes. The numerous features and advantages of the invention are evident from the detailed specification. Thus, the appended claims are intended to encompass all such features and advantages that align with the true spirit and scope of the invention.

Many alternative configurations and shapes are readily apparent and should be considered fully included in this specification and the appended claims. Consequently, given the numerous modifications and variations that will readily occur to those skilled in the art, the invention is not limited to the exact construction and operation illustrated and described. All suitable modifications and equivalents may be resorted to, provided they fall within the scope of the invention.