With the risks of infection in public places having grave consequences, consumers are looking for ways to minimize exposure to environments of unknown cleanliness. In particular, air travel has become a risky endeavor, with the potential for transmission of germs, virus, and bacteria heightened due to the close environment and heavy turnover of users. One of the risky areas of an airplane seat is the armrest between seats. Travelers often grab the seat with their bare hands to raise and lower the armrest for entrance and exit, as well as placing a hand on it for leverage to exit the seat. The seat recline button is often part of the armrest, making it a location of high skin contact, leading to contamination concerns. The same problem exists in other public transportation and public environments, namely that cleanliness of armrests is unknown and presents a risk to the user.
In the current art, people might use alcohol wipes or other disinfecting products to clean surfaces in their immediate environment. But it is difficult to know if the cleaning has been thorough enough. Another prior art solution is to wear sterile gloves during travel. However, this can be uncomfortable and can lead to dry hands if used over long periods of time. Another solution is needed.
The present system provides a cover that can be used to protect a user from existing contamination on an armrest, in particular an armrest in an airplane, bus, train, public area, or the like. To accommodate different dimensions of armrests, the cover is such that it can be secured over a large number of sizes of armrest, by allowing it to be fastened in a variety of ways for a custom fit. In one embodiment, the cover is substantially rectangular with Velcro™ strips used to secure the cover to an armrest more tightly or loosely depending on the dimensions of the armrest.
The passenger seat 100 comprises a seat back 101, seat 102, and armrest 103. The armrest 103 may rotate up and down for entry and egress from the seat 100. The armrest 103 is handled physically quite often, often with exposed hands, by passengers, attendants, cleaning crew, maintenance crew, and the like, resulting in an increased risk of contamination.
The cover 201 may be comprised of a sanitary material which may be stretchy, with integrated elastic, so that the cover 201 may easily be used with a variety of armrest types and dimensions. The material of the cover 201 is washable and reusable by the traveller.
In one embodiment, the perimeter of the cover 201 may have an elastic band sewn in to create a shower cap effect that allows the cover 201 to be stretched over an armrest and stay in place. In one embodiment, the Velcro strips are in the form of two or more straps that can be fastened around an armrest to help hold the cover in place.
In one embodiment, the cover may be somewhat teardrop shaped to account for an armrest that is wider at one end and narrower at another end. In one embodiment, the cover is like a stocking that slips over the armrest.
Pockets
Cover 400 includes a pocket 403 attached to side member 402. There may be a corresponding pocket attached to the other side member. More than one pocket may be attached per side as desired. The pockets may be sized to be wide enough to hold a typical smartphone in place during travel. Opening 404 formed in the front of top member 401 is an opening for power cords, USB and other connectors, ear buds and the like. In one embodiment there are buttonhole style openings in or near the pockets so that a smartphone or other device can be plugged in while inserted into the pocket.
Referring to the bottom view of
In one embodiment, the straps could be replaced with a Velcro pad in region 805 which engages a Velcro pad at region 806.
The cover can be comprised of a stretchy material such as lycra, spandex, or the like to allow it to fit snugly over different armrests. The material is washable and breathable. The padding in the top of the cover may be memory foam, memory gel, or some other suitable padding.
Thus, an improved armrest cover has been described.
This patent application claims priority to U.S. Provisional Patent Applications 63/002,584 filed on Mar. 31, 2020 and 63/033,212 filed on Jun. 2, 2020, both of which are incorporated by reference herein in their entirety.
Number | Date | Country | |
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63002584 | Mar 2020 | US | |
63033212 | Jun 2020 | US |