The subject disclosure relates generally to the field of protective covers. In particular,the subject disclosure relates to covers for a car seat.
Infants and toddlers are often transported in a portable car seat or other carrying apparatus. During such transport, the infant is exposed to various environmental conditions, such as, for example, snow, rain, cold temperatures, sun, high heat, insects or other animals. All of these environmental conditions would be detrimental to the health of a fragile body. Parents and caretakers try to dampen some of the effects of these environmental hazards by covering the infant up with multiple layers to serve as a barrier between the infant and the environment. However, the additional layers could add their own hazards such as affecting the breathing of the infant, or getting caught up in other objects during transport. Thus, transporting an infant in a car seat while protecting the infant from environmental hazards is an ongoing concern for parents and caretakers.
The present subject disclosure provides a concept for novel devices which may be used as protective covers for infants while they are in standard car seats, chairs, or other infant cradling, seating, or holding apparatus. The present subject disclosure provides multiple layers of covering which serve different functions to allow the parent or caretaker to choose which one or more covering layer is desired for a given environment at a given time. The subject matter is easy to use or adjust, add or remove, clean and operate.
In one exemplary embodiment, the present subject matter is a protective cover. The seat cover includes a frame having an elastic edge, the elastic edge adapted to fit over a car seat; a first layer of material within the frame; and a second layer of material within the frame and substantially overlapping the first layer of material; wherein the first layer of material is rollable over the second layer of material.
In another exemplary embodiment, the present subject matter is a protective cover for a car seat. The container assembly includes a frame having an elastic edge, the elastic edge adapted to stretch over a car seat; a first layer of insulating material within the frame; a second layer of mesh material within the frame and larger in size than the first layer of material, wherein when the first layer of material is fully extended to cover the second layer of material, an exposed portion of the second layer of material remains uncovered; a storage compartment; and wherein the first layer of material is rollable into the storage compartment.
In yet another exemplary embodiment, the present subject matter is a protective cover for a car seat. The seat cover includes a frame having an elastic edge, the elastic edge adapted to stretch over a car seat; a first layer of insulating material within the frame; a second layer of mesh material within the frame and larger in size than the first layer of material, wherein when the first layer of material is fully extended to cover the second layer of material, an exposed portion of the second layer of material remains uncovered; and an extendable canopy positioned on the frame that covers the exposed portion of the second layer of material.
Various exemplary embodiments of this disclosure will be described in detail, wherein like reference numerals refer to identical or similar components or steps, with reference to the following figures, wherein:
Particular embodiments of the present subject disclosure will now be described in greater detail with reference to the figures.
An exemplary embodiment of the present subject disclosure is presented as a cover 100, as shown in
The cover 100 includes an upper surface frame 101 having an upside down U-shaped configuration with two side portions linked by a top portion. A further elastic layer 102 is positioned on an exterior edge of the upper surface frame 101 and serves to wrap around corresponding structures of the car seat 200 and firmly maintain the car cover 100 thereon. The upper surface frame 101 may include rigid inserts 104 placed at strategic positions to maintain the structural integrity of that portion of the upper surface frame 101. For example, rigid insert 104 may be inserted within the body of the upper surface frame 101 at a position just above a retracting canopy 110 and may serve to maintain the structural integrity of the frame 101 material which is positioned above the face of the infant to prevent the collapse of the cloth and material upon the infant's face. The rigid insert 104 works in conjunction with the rigid canopy 110 to keep the upper portion of the cover 100 relatively rigid to prevent the material from collapsing onto the face of the infant. Other locations for the rigid inserts are possible, and can be positioned at, for example, the feet portion or side portions of the infant with respect to the cover 100. The rigid insert 104 may be a hardened plastic, cardboard, or other material having properties which bring some level of stiffness to the area in proximity to it.
A removable external layer 120 of covering is positioned on the middle portion of the upper surface of the cover 100, surrounded substantially by the U-shaped upper surface frame 101. Underneath the external layer 120 is a removable interior layer 130. The external layer 120 may be shorter in length than the internal layer 130 allowing a breathing area for the infant when both internal 130 and external layers 120 are fully unrolled, as will be described with respect to
As illustrated in
Also shown more clearly in
In the scenario shown in
As illustrated in
As the external layer 120 is rolled and tucked into pocket 121 (or removed completely), the internal layer 130 becomes exposed to the outside environment, as illustrated in
As illustrated in
Cover 100 may be used in variety of ways. In one method, the infant is first placed into a car seat 200 and secured therein. The cover 100 is then secured onto the car seat 200, while the infant is resting therein. The external layer 120 and internal layer 130, and canopy 110 are then adjusted accordingly for a desired level of protection from environmental elements.
Alternatively, the cover 100 may be already secured atop the car seat 200 whenever the infant is placed or removed from the car seat 200. In this scenario, the outer external layer 120 and inner layer 130 are zippered open and unrolled as needed to gain full access to the seat portion 201 of the car seat 200. The outer layer 120 and inner layer 130 are purposely made large to provide a large access area to the infant placed underneath them. This also make it possible to not remove the cover 100 from the car seat 200 and only remove the layers 120, 130 as needed to place and remove the infant in/from the car seat 200.
The cover 100 may be used to protect the infant when placed in any car seat, shopping cart, high chair, stroller, or other seating or resting apparatus which can accommodate the elastic outer edges 102 of the cover 100. Such seating apparatus may be outside the home, or inside the home. The versatile nature of the cover 100, as well as its low profile and light weight and durability makes it ideal to be a part of the routine travel apparatus for a parent wherever the toddler is taken.
The exemplary embodiments presented herein are shown having two layers, namely exterior layer 120 and interior layer 130, for sake of simplicity. However, any number of layers may be used as long as each layer is removable and/or unrollable as discussed herein. In the exemplary embodiments shown, outer layer 120 may be thermally insulated to keep the infant warm as needed and prevent excess body heat loss. Further, the outer portion of the external layer 130 may be water repellant and waterproof to prevent the soaking of the underneath cloth or materials which comprise the car seat, or the clothes or blanket of the infant held therein. This is particularly useful when transporting the infant when it is raining, sleeting, or snowing outside.
The inner layer 130 may be a breathable mesh to allow easy viewing of the infant. The external 120 and inner layer 130 may be zipped or opened as needed to any extent to allow more breathability (layer 120 rolled or removed) or more warmth or protection from rain/snow/etc. (layer 120 unrolled or zipped up). When the external layer 120 is unzipped ore removed, the interior layer 130 can double as a mosquito netting that allows year-round coverage in one product. Thus, the cover 100 may be used all year round, and adjusted as needed depending on the weather condition.
The cover 100 may be constructed of any combination of fabric and/or soft and/or hard plastic which are hypoallergenic, machine washable, and durable to withstand daily use. In one exemplary embodiment, the external lawyer 120 has multiple layers, and the fabric and batting on the outside may be composed of performance driven materials, similar to materials used for high performance clothing, such as hiking jackets. These types of materials keep the infant warm as needed, and are water/weather resistant. The inner fabrics are softer, applicable materials for infant contact. This ensures that any infant contact with the inner fabric does not result in skin abrasions or discomfort for the infant.
The illustrations and examples provided herein are for explanatory purposes and are not intended to limit the scope of the appended claims. It will be recognized by those skilled in the art that changes or modifications may be made to the above described embodiment without departing from the broad inventive concepts of the subject disclosure. It is understood therefore that the subject disclosure is not limited to the particular embodiment which is described, but is intended to cover all modifications and changes within the scope and spirit of the subject disclosure.
This application claims priority to U.S. Provisional Patent Application Ser. No. 62/291,767, filed Feb. 5, 2016; the content of which is hereby incorporated by reference herein in its entirety into this disclosure.
Number | Date | Country | |
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62291767 | Feb 2016 | US |