Attachable and detachable pillows for prone sleeping
Two rectangular pillows are attached and become prone pillows; one pillow supports one's forehead, and another supports one's chest allowing sleepers to sleep comfortably in a prone position. These two pillows can also be detached and become two general purpose pillows when they are not used for prone sleeping.
This invention relates to pillows and pillow cases. More particularly, pillows that accommodate sleeping in a prone position.
NOTEThroughout this context, the terms “pillow” or “pillows” are used with intents of including a pillowcase or pillowcases because a unit of pillow has a pillowcase incased in it. Thus, when the word “pillow” or “pillows” is referred, the pillow or pillows would be paired up with a pillowcase or pillowcases as one inseparable unit or units unless otherwise specified.
BACKGROUND OF THE INVENTIONThe benefits of prone sleeping have been published in a number of medical journals. For an example, Acta Oto-Laryngologica journal (2015) published an article supporting that prone positioning reveals promising results in improving the apnoea-hypopnoea index (AHI) and oxygen desaturation index (ODI) in patients with obstructive sleep apnoea (OSA)1. One of the main airway obstructive problems when sleepers sleep in a normal supine position is that the tongue trends to slip way back in the throat causing a snoring problem and an obstruction of airway. In fact, it is a well know fact in the medical community that the tongue is the most common cause of upper airway obstruction2. This problem is greatly reduced once sleepers sleep in a prone position because the tongue cannot slip way back into the back of the throat with a proper prone sleeping position. One prominent advocate of prone sleeping is an admirable 104 years old Japanese physician, Dr. Shigeaki Hinohara. Born in 1911, the doctor advises prone sleeping for health. Dr. Hinohara spoke in an interview, “The secret to long life is to eat less and sleep deep. Fifteen years ago, I started sleeping in the prone position, and it has improved my health.”3
TECHNICAL PROBLEMAs suggested that prone sleeping may be beneficial, but there are two short-comings for people in general to sleep this way: 1.) There is a need for a proper pillow to support prone positioning; 2). People's sleeping habit in a supine position is hard to overcome.
SOLUTION TO PROBLEMThis invention solves these two short-comings associated with prone sleeping. First, it facilitates a more comfortable posture in a prone position by raising the chest and support the forehead while allowing an adjustable open space of the nose and mouth for breathing. Second, the two pillows can be detached from each other to form two familiarly shaped rectangular pillows. This detachable feature provides the benefit of not penalizing users for trying to sleeping in a prone position because they still have two general purpose rectangular pillows to fall back on. Users can then combine these pillows into the prone pillows again at a later time when they want to resume sleeping in a prone position.
ADVANTAGEOUS EFFECTS OF INVENTIONThe claimed invention differs from what currently exists. Pillows that are purposely used for prone sleeping do not have a rectangular shape that most users are familiar with and because of this reason, they serve in a niche market where only a few percentage of population have or want to try them. This invention brings a familiarity of pillows to the mass in order to gain higher acceptance of prone sleeping. Further, the claimed invention is a set of two rectangular pillows that allows for a number of customizations—one of them being attachable and detachable along with having an adjustable breathing space between the two pillows via fastening of side straps.
SUMMARY OF INVENTIONThe present invention is a set of pillows designed to support, comfort, and accommodate the forehead and chest and open airway of the nose and mouth while a user sleeps in a prone position with or without his or her head and face turned to his or her side. In addition, these prone pillows can be used as a substitute for a massage chair with a greater portability that a user can place on a bed, a sofa seat, or even on a floor. The pillows can also be detached into two rectangular pillows as two general purpose pillows.
The pillows are designed so that a user can adjust the length of the chest rest pillow to be folded according to his or her preference. The pillows are also designed so that the space between the chest support pillow and the forehead support pillow is adjustable at the level of his or her preference. When the two pillows are detached and separated, forehead rest side straps that are hanging may be tucked away for a neat appearance.
Referring now to the invention in more detail, in
Alternatively, the forehead rest pillow 20 with its left side strap button 23 and right side strap button 24 may be fastened to any of the same side button holes on the chest rest pillow. The chest rest pillow 30 with its left and right side seams 37 & 38 has six button holes each. When the chest rest pillow 30 is folded length wise, on each of its side, there are three button holes on the top of the folded side seam and three button holes on the button of the folded side seam.
The purpose for having this many button holes on the sides of a chest rest pillow for fastening is for convenience of users; when a user folds the chest rest pillow, no matter which way he or she folds the pillow, it will not cause a complicated problem of having to flip and turn the pillow to look for a button hole to button in and fasten a strap onto it.
A customized space is created by how a user fastens the forehead rest side straps 21 & 22 with buttons 23 & 24 to button holes on the chest rest pillows seams 37 & 38. When straps and buttons are fastened more inwardly toward the inside of the chest rest pillow side seams, the space between the two pillow is narrower because both of the straps pull the forehead rest pillow closer toward the chest rest pillow. This customization contributes to higher satisfaction for users because a user may want to have some customizable control over the space which he or she can reduce or widen for his or her nose and mouth.
In further detail, still referring to the invention
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In further detail, still referring to the invention in a detached form of pillows in
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To convert these detached pillows to attached prone pillows, the pair of the edge buttons 31 & 32 are fastened to either the pair of button holes 33 & 34 or button holes 35 & 36 to fold down the chest rest pillow 30. Once the chest rest pillow 30 is folded, one of these button holes 39, 41, 43, 45, 47 or 49 on the left seam 37 is to be fasten with the left side strap button 23 from the head rest pillows, and on the other side, one of these button holes 40, 42, 44, 46, 48 or 50 on the right seam 38 is to be fasten with the right side strap button 24 from the head rest pillows.
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The construction details of dimensions of the invention as shown in
Pillowcases that incase both the forehead rest pillow and the chest rest pillow are cloth or fabric materials and may be made of various type of fabrics such as cotton or polyester fiber. Pillow inserts may be made of polyester fiber, polyurethane memory foam, latex foam, or other soft cushion materials suitable for prone sleeping with sufficient thickness. Buttons are commonly made of plastic materials. In addition, a process of fastening buttons with button holes may be substituted by using of Velcro or snap buttons. The outer pillow cases may be displayed with decorative patterns, stylized, embroidered with a logo, or just a plain solid color.
The advantages of the present invention include, without limitation, that it can be used as a device to achieve the health benefits of prone sleeping as evidenced by a number of medical journals which conclude that prone sleeping shows promising results in improving various types of airway obstructive syndromes. This invention looks simple and familiar to users. It enhances comfort of prone sleeping by supporting and raising the chest and forehead and creates an adjustable space for breathing through the nose and mouth. Another use for this invention is that because this invention is used in a prone position sharing the same functionality as a massage chair or a massage bed, it can be used as a simple and portable massage platform that can be placed on a bed, a sofa seat, or on a floor. Further, this invention of prone pillows can be detached and used as two separate general purpose rectangular pillows.
To make the invention, one could take pre-existing pillows with right dimensions and thickness and modify them by adding left and right seams to a chest rest pillow and add left and right long straps to a forehead rest pillow, and then add buttons and button holes to those pillows as specified. If one has some basic skills working with fabrics and sewing, one can make the invention entirely from scratch with right materials and a sewing equipment. One would measure, cut the fabrics, sew them, create seams, and straps, add buttons and button holes to two pillow cases, and then stuff pillow inserts into the two prepared pillow cases.
To use the invention, one would simply lay down in a prone position with nose and mouth parts suspended over a space in between a forehead rest pillow and a chest rest pillow with his or her forehead resting on this forehead rest pillow and his or her chest resting on this chest rest pillow. The space between the two pillows provides an unobstructed path for air exchange through the nose and the mouth for all of a period of time being free from the most common cause problem of upper airway obstruction by the tongue during this prone sleeping position.
1. Bidarian-Moniri, A., Nilsson, M., Rasmusson, L., Attia, J., & Ejnell, H. (2015). The effect of the prone sleeping position on obstructive sleep apnoea. Acta Otolaryngol Acta Oto-laryngologica, 79-84. doi:10.3109/00016489.2014.962183
2. Miyamoto, K., Ozbek, M., Lowe, A., & Fleetham, J. (1997). Effect of body position on tongue posture in awake patients with obstructive sleep apnoea. Thorax, 255-259.
3. ‘Living legend’ physician Dr. Hinohara visits Camp Zama 2. (n.d.). Retrieved Oct. 11, 2015
Claims
1. A rectangular shaped pillow, comprising:
- a. 2 hanging side straps which each one is attached along each side edge of the width of the pillow each with a length of 2 times the width of the pillow;
- b. 2 side strap buttons attached to the hanging end of the 2 side straps;
- c. 2 button holes located on the side straps at opposite ends of side strap buttons.
2. A rectangular shaped pillow, comprising:
- a. 2 side seams which each one is attached along each side edge of the long end (length wise) of the pillow extending along the same length of the pillow;
- b. each of the 2 side seams contains 6 button holes spacing with 2 sets of 3 holes placed equally apart;
- c. 2 edge buttons on one edge of the width of the pillow, evenly spaced;
- d. 2 button holes located ¾ of the pillow length away from the 2 edge buttons on one surface area of the pillow, evenly spaced;
- e. 2 end button holes located at the opposite end of 2 edge buttons, evenly spaced.
3. The pillow of claim 1 is attachable to the pillow of claim 2 by manual fastening the 2 side strap buttons of claim 1b to button holes of the pillow of claim 2b;
- a. the pillow of claim 2 is foldable by manual fastening the 2 edge buttons 2c to either pair of button holes of 2d or 2e;
- b. when both pillows are to be attached, the space gap between the pillow of claim 1 and the pillow of claim 2 can be adjusted by selecting a different set of button holes of the pillow of claim 2b to strap buttons to.
4. The pillow of claim 1 is detachable from the pillow of claim 2 by unbuttoning the pillow of claim 1b from button holes of the pillow of claim 2b;
- a. when the pillows are detached, the hanging side straps of the pillow of claim 1 are fastenable for neatness of appearance by manual fastening the side strap buttons of claim 1b to the button holes of their opposite ends 1c.
Type: Application
Filed: Nov 5, 2015
Publication Date: May 12, 2016
Inventor: Sherwin Jet Yuyungyuen (Euless, TX)
Application Number: 14/933,825