Mattresses have been in use for centuries for supporting an individual in a lying position. In modern times, mattresses are constructed in various manners, but ordinarily are in the form of a rectangular case that contains cushioning and/or shock-absorbing materials, such as cotton, foam rubber, a framework of metal springs, or fluids.
Bedding is commonly placed over and on a mattress for comfort and hygiene. Bedding is commonly in the forms of sheets, blankets, and pillows. With respect to the sheets that are placed over or on a mattress, the sheets are often made from cotton, cotton/polyester blends, and similar fabrics. The selection of fabric for the sheets may depend on the individual using the bedding, taking into account his/her preferences, and, in some cases, taking into account medical conditions.
For example, for an individual prone to bedsores, a layer of wicking material (i.e., a blend of polyester and nylon) combined with a layer of padded material may be preferred. For another example, for an individual prone to night sweats or hot flashes, a wicking material alone may be preferred to draw moisture and heat away from the body. For yet another example, an absorbent material might be needed for an individual with incontinence.
The present invention is a comfort system for use with a mattress.
A comfort system for use with a mattress comprises: a base layer configured for placement below the mattress, including a central portion that is configured to extend from a first side of the mattress to a second side of the mattress, with one or more appendages that extend from a first edge of the central portion of the base layer, and with one or more appendages that extend from a second edge of the central portion of the base layer; and a top layer configured for placement over an upper surface of the mattress, including a central portion that is configured to extend from the first side of the mattress to the second side of the mattress, with one or more appendages that extend from a first edge of the central portion of the top layer, and with one or more appendages that extend from a second edge of the central portion of the top layer. Each of the appendages of the top layer includes a closure means that is adapted to engage a corresponding closure means on one of the appendages of the base layer.
In use, the base layer of the comfort system is positioned below the mattress. The base layer is solely for positioning for the comfort system, and thus, one preferred material for the base layer is duck cloth, which is a heavy, plain-woven cotton fabric that is strong, durable, and machine-washable. Duck cloth can also be treated with antimicrobial solutions if needed for a particular environment, such as a healthcare setting.
In thus, the top layer is placed over an upper surface of the mattress. The top layer is intended to contact the body of an individual. The material for the top layer will depend on which part of the body it is intended to contact.
The top layer is connected to the base layer via the respective appendages on either side of the mattress and the closure means carried by those appendages. With respect to connecting the base layer to the top layer, snap fasteners are particularly well-suited for the closure means.
Again, the top layer is intended to contact the body of an individual, and the material for the top layer will depend on which part of the body it is intended to contact. In this regard, the mattress can be characterized as having multiple zones. The comfort system can be moved along the length of the mattress to correspond to any of these zones, and the material of the top layer can be selected to correspond with the body part(s) most often in each zone.
The present invention may also be characterized as a kit, with a single base layer and multiple top layers, with each of the top layers being comprised of a different material suitable for a particular malady or use.
The present invention is a comfort system for use with a mattress.
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With respect to connecting the base layer 20 to the top layer 60, snap fasteners are particularly well-suited for this purpose. Of course, a wide variety of snap fasteners exist in the art and are commercially available. Such commercially available snap fasteners could be readily used in the comfort system 10 of the present invention. For minimizing the possibility of microbial growth on the snap fasteners, copper may be a preferred material for the snap fasteners; indeed, copper is often used in high-tough areas in healthcare settings. Other materials suitable for the snap fasteners include, but are not limited to, stainless steel and bronze.
As described above, the top layer 60 is intended to contact the body of an individual, and the material for the top layer 60 will depend on which part of the body it is intended to contact. Furthermore, in this exemplary embodiment and as described above, the top layer 60 is approximately sixteen inches (16″) wide. Since many mattresses are commonly eighty inches (80″) long (including twin, twin XL, full, queen, king, and California king mattresses), in this example, the mattress 100 can be characterized as having five zones, which are designated A-E in
For example, for an individual prone to bedsores, a layer of wicking material (e.g., a blend of polyester and nylon) may be combined with (i.e., tightly bonded to) a layer of padded material in constructing the top layer 60, and that top layer 60 may be positioned, for instance, in Zone C.
For another example, for an individual with night sweats or hot flashes, the top layer 60 may be comprised of a single layer wicking material (e.g., a blend of polyester and nylon) and positioned in Zone B or any other zone that would provide relief.
With respect to the wicking material in each of the above examples, the present applicant currently markets and sells bedding materials that are made of a blend of 53% polyester and 47% nylon, which are used to provide a wicking and cooling function. Such wicking material is one example of a material that could be used in the comfort system 10 of the present invention.
For yet another example, for an individual with incontinence, the top layer 60 may be comprised of a material capable of absorbing fluids and positioned in Zones C or D. Indeed, in at least some implementations, it is contemplated that the top layer would have a multi-layered construction, with: (i) a first (or uppermost) layer made of a wicking material (i.e., a blend of polyester and nylon); (ii) a second (or intermediate) layer made of an absorbent material; and (iii) a third (or lowermost) layer made of a waterproof material and/or a smart fabric. Furthermore, in such a multi-layered construction, sensors for identifying the occurrence of incontinent events could be incorporated into the second (or intermediate) layer.
For still yet another example, for an individual with dry skin on their feet and/or toes, the top layer 60 may be comprised of a smooth material and positioned in Zone E, i.e., in the position shown in
The dimensions provided above are only for purposes of example, and the dimensions of the base layer 20 and the top layer 60 can be readily adjusted to account for different mattress sizes and/or different applications. For example, in an alternate embodiment, it is contemplated that the base layer 20 has a width, w1, of approximately twenty-four inches (24″), and the top layer 60 similarly has a width, w2, of approximately twenty-four inches (24″). As compared to the exemplary embodiment described above with respect to
In the exemplary embodiments described above, the base layer 20 and the top layer 60 have the same dimensions. However, that is not necessary for the function of the comfort system of the present invention. For example, in alternate embodiments, the base layer could be wider than the top layer. Indeed, the base layer could extend the length of the mattress, with appendages at spaced intervals along the length of the mattress, so that the comfort system of the present invention could be repositioned by moving the top layer, but not the base layer. Furthermore, in such a configuration, more than one top layer could be connected to the base layer, with each top layer in a specified zone (or zones).
As a further refinement, either the top layer 20 or the base layer 60 could be provided with rubber microdots or similar slip-resistant features to assist in maintain their positions with respect to the mattress 100.
Finally, the present invention may also be characterized as a kit, with a single base layer and multiple top layers, with each of the top layers being comprised of a different material suitable for a particular malady or use.
One of ordinary skill in the art will recognize that additional embodiments and implementations are also possible without departing from the teachings of the present invention. This detailed description, and particularly the specific details of the exemplary embodiments and implementations disclosed therein, is given primarily for clarity of understanding, and no unnecessary limitations are to be understood therefrom, for modifications will become obvious to those skilled in the art upon reading this disclosure and may be made without departing from the spirit or scope of the invention.
The present application claims priority to U.S. Patent Application Ser. No. 63/135,832 filed on Jan. 11, 2021, the entire disclosure of which is incorporated herein by reference.
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| Number | Date | Country | |
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| 63135832 | Jan 2021 | US |