US20130167298A1

US20130167298A1 - Cervical Ergonomic Pillow

Info

Publication number: US20130167298A1
Application number: US13/342,195
Authority: US
Inventors: Jarrett Grunstein
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-01-02
Filing date: 2012-01-02
Publication date: 2013-07-04

Abstract

An ergonomic pillow has a fabric shell with a filler and a central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread. A corresponding second central depression is sewn and is situated on opposite side of the ergonomic pillow with a central boat shaped cushion containing filler circumscribed by sewn thread attached to the ergonomic pillow. The boat shaped cushion extends outwards from either depression. The central depression has ovoid sides that curve gently down to the boat shaped cushion.

Description

CROSS REFERENCE TO RELATED APPLICATIONS

N/A

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

N/A

COPYRIGHT NOTICE

A portion of the disclosure of this patent document contains material that is subject to copyright protection. The copyright owner has no objection to the facsimile reproduction by anyone of the patent document or patent disclosure as it appears in the United States Patent and Trademark Office patent file or records, but otherwise reserves all copyrights whatsoever.

BACKGROUND

(1) Field of the Invention
Relating to improvements in devices providing support for the head and neck. More particularly, relating to pillows that cushion, support and position the head and neck in such a fashion to drastically reduce aches and pains resulting from the motion of the head and neck.
(2) Pillows are utilized to avoid discomfort to the human head and neck. A standard pillow is a square or rectangular device having an external shell or case enclosing a filler. The filler is surrounded with a cover or shell made of cloth (cotton, polyester, linen, etcetera) or silk etcetera. Typical fillers are made from foam, synthetic fills, feathers, down, viscoelastic foam and or latex. The choice of pillow is determined by various factors unique to the user. For example, a pillow used by a child would not be the same type of pillow for an adult with a sleep disorder. For this kind of user orthopedic pillows have been developed to correct incorrect postures during sleep. Amongst these are pillows designed to help chronic side sleeping, back sleeping and stomach sleeping problems and thereby provide a preventive measure to avoid aches and pains caused by these types of sleep related behaviors. As medicine has improved so has the understanding of the causes of these disorders and more and more attempts to effectively counter these has led other devices such as the following.
In particular, the Arc4life.com website describes two different types of pillows providing varying degrees of support and relief from aches and pains to the human body. A Traction ‘V’ pillow 100 shown in FIG. 1 provides for the positioning of a head inside of a vertical slit 120 that has been cut out in the center of a triangular or ‘V’ shaped shallow depression 110. In this fashion the human head is supposed to sit down within this slit 120 and apparently sink to the appropriate height. There are multiple problems with this approach as is readily appreciated. In fact, there is a tendency to hang above the slit 120 without actually falling through since the slit 120 is a linear cut in the material of the ‘V’ shaped depression 110 and as such is not shaped appropriately for a user's head. Worse then this defect is even if the linear slit 120 is large enough to accommodate it, the head enters therein and the material making up the adjacent surfaces has the tendency to grab the back of the head and could end up causing personal discomfort. Of course this negates the original intention of relieving aches and pains. Further, it should be appreciated that the recessed portion ‘V’ section 110 as taught by the Arc4life.com site is clearly not sufficient to comfortably accept the back of the human head. Finally, the device has two soft wedges 130 formed adjacent to a portion of the two angled legs of the ‘V;’ these seem to create a soft traction that forces the head away from the shoulders. Thus, a user is treated to an unnatural and undesirable stretching of the neck during his rest. For these and other reasons that are to become apparent within this disclosure, solutions to overcome these many deficiencies are necessary.
In addition to the above mentioned website, various other pillows exist but none appropriately handles the head and neck of an individual to avoid the aches and pains of nighttime sleeping or occasional rest. On another site, neckpainsupport.com there are various other pillows shown. For example, FIG. 2 illustrates another typical type of pillow having a central large square shallow depression. Clearly a human head and neck are not formed like a square and thus the device lacks an understanding of the most basic needs of the cranial structure in order to provide preventive measures that reduce or otherwise totally eliminate aches and pains of the neck and head when reclining on a pillow. Thus, there needs to be some solutions to overcome the aforementioned deficiencies.

BRIEF SUMMARY OF THE INVENTION

An ergonomic pillow has a shell made of fabric and a filler enclosed therein and a central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread. A second central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread wherein the second central depression is situated on the opposite side of the ergonomic pillow. A cushion containing filler circumscribed by sewn thread attached to the ergonomic pillow and is located at the center of the depressions and shaped as a boat that extends out the cavity of the depressions on either side of the pillow. The corresponding depressions are formed in gently curved shapes.
An ergonomic pillow has a shell made of fabric having a filler enclosed therein. Also, a central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread has a corresponding second central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread wherein the second central depression is situated on the opposite side of the ergonomic pillow. There is a cushion containing filler circumscribed by sewn thread attached to the ergonomic pillow wherein the cushion containing filler circumscribed by sewn thread is located at the center of the depression and shaped like a boat. The central depressions are lightly curved shapes that move from the top and bottom surface of the pillow to the sewing line of the central cushion.
An ergonomic pillow has a shell made of fabric having a filler enclosed therein and a central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread. The central depression further has a boat shaped cushion containing filler circumscribed by sewn thread attached to the ergonomic pillow. There is a second central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread wherein the second central depression is situated on the opposite side of the ergonomic pillow. The ergonomic pillow has a boat shaped cushion containing filler circumscribed by sewn thread attached to the ergonomic pillow and is also shaped in a boat shape from the perspective of the second central depression such that the boat shape extends into both depressions. Also, both of the central depressions are formed in curved shapes.

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWINGS

FIG. 1 illustrates a Traction ‘V’ pillow found in the prior art having a central shallow triangular depression with a linear cut out slit for reception and passage of the back of the human had therethrough. Wedges are also shown that cause a traction effect during sleep to move the head away from the shoulders.

FIG. 2 illustrates several sizes of pillows with a shallow square depression intended to assist in nighttime sleep.

FIG. 3 illustrates a perspective view of a Cervical Ergonomic Pillow as taught in the preferred embodiment.

FIG. 4 illustrates a side view of a Cervical Ergonomic Pillow as taught in the preferred embodiment and a boat shape with a top that is cut off is found therein.

FIG. 5 illustrates an operational view of the Cervical Ergonomic Pillow as taught in the preferred embodiment from the top of the user's head with the user's head oriented to the top of the boat shape (that has a top cut off) and the chin and neck oriented to the point of the boat shape.

FIG. 6 illustrates an operational view of the Cervical Ergonomic Pillow as taught in the preferred embodiment from the side of the user's head with the user's head oriented to the top of the boat shape (boat shape cut off at the top) and the chin and neck oriented to the point of the boat shape.

FIG. 7 represents a width side view of the ergonomic pillow.

FIG. 8 represent a longitudinal side view of the ergonomic pillow.

FIG. 9 represents a top view of the ergonomic pillow.

FIG. 10 represents a close up view of the central cushion boat shape.

FIG. 11 represents various measurement views of the preferred embodiment showing how the dimensions of the device were taken.

DETAILED DESCRIPTION OF THE INVENTION

The following is a detailed description of an Ergonomic Cervical Pillow that overcomes the deficiencies found in the prior art. In particular, the Ergonomic Cervical Pillow taught herein disallows all six vectors of motion that cause discomfort for the cervical spine. Thus, in using the unique teachings of the preferred embodiment the motions of extension, flexion, bilateral (right, left) rotation and bilateral (right, left) lateral flexion are disallowed and thereby prevented from causing a user of the pillow any aches and pains. FIG. 3 illustrates a Cervical Ergonomic Pillow as taught in the preferred embodiment. The pillow is made from two wings 310 of pillow filler and shell 300 forming essentially two integral large pillows with a central deep depression 320 at the center of the two wings. The central depression starts out from the top horizontal surface 340 of the two wings 310 as an ovoid (oval) bowl shape 350 and proceeds gradually downwards into a boat shaped filled region 330 that is to be discussed further below. The other side of the pillow also follows this same pattern and another center depression 320 between the two wings 310 starts out from the bottom of the filler shell 360 in a circular bowl shape 370 and ends at a boat shaped filled region 330 that is to be discussed further below.
FIG. 4 a illustrates a side view of a Cervical Ergonomic Pillow as taught in the preferred embodiment. In this drawing a pillow shell 400 of fabric is filled with sufficient material filler 470 to hold a head and neck of an individual in proper orientation inside of the bowl shaped cavity 430 or 440 on either side of the pillow shell 400; as a result, two ovoid (oval) bowl surfaces are defined including a lower and an upper bowl 450. As shown previously, the pillow shell 400 has a top portion 410 and a bottom portion 420 that are to be sewn together along the longitudinal borders and at the border between the two widths. Additionally, the central sewn connection is formed in a boat shape 460. FIG. 4 b describes a boat shape that is located centrally to the pillow and is suspended midway between the top 410 and bottom 420 of the pillow shell fabric material 400. The boat shape 460 has a flat top portion 475 and two curved sides 480 that gently curve and meet each other at a forward point 485. In operation the top of a person's head is oriented towards the flat top portion 475 and the person's neck is oriented towards the forward point 485. It should be appreciated from the previous discussion that the boat shape 460 is formed from sewing the top portion 410 and the bottom portion 420 of the shell 400 together along a sewing line indicated by the edge of the boat at the center of the pillow shell 410. Before completing the boat shape 460 it is filled with a sufficient amount of filler 490 as used in the rest of the pillow so as to effectively form a support cushion that extends upwards towards top portion 410 of the pillow shell 400 and downwards to the bottom portion 420 of the pillow shell 400. Then the sewing is completed to prevent any of the filler 490 from escaping from this small boat cushion.
FIG. 5 illustrates an operational view of the Cervical Ergonomic Pillow as taught in the preferred embodiment from the top of the user's head with the user's head oriented to the top of the boat shape and the chin and neck oriented to the point of the boat shape. During normal usage the ergonomic pillow 500 flexes to permit a good rest for an individual 510. He or she places his head in the central location defined by the bowl previously described and the device flexes downwards. It should be appreciated that either the top or bottom bowl shaped cavity and surface is suitable for sleeping since the user can turn the pillow 500 over and easily use the other side. Once situated therein the person's head sits suspended about an inch to an inch and a half in the air as shown in 520. Further, bilateral (right, left) rotation and bilateral (right, left) lateral flexion motions are resisted by the shape so far described since the surface of the oval bowl that has been stretched down into the pillow restricts these motions; when any of these motions happen during rest, the lower head and neck are lightly bumped back into position by the ovoid surface resisting the motion about his or her back of the head, upper neck, lower sides of the head, to the ear and upwards to the cheeks. When a user moves these portions of the human body impact the side walls of the bowl surface 530, 540. Since they are resting at night he or she will not struggle much to ‘get out’ of the bowl so to speak but feel only a soothing surface of the filled pillow and therefore maintain a good head and neck position to avoid the aches and pains associated with incorrect orientation of the same. In particular, this view shows how the instant preferred embodiment helps avoid bilateral rotation and bilateral lateral flexion during resting periods. In summary, the surface of the ovoid (oval) bowl 530, 540 gently slides the user back into proper positioning to avoid the aforementioned motions during resting periods.
FIG. 6 illustrates an operational view of the Cervical Ergonomic Pillow as taught in the preferred embodiment from the side of the user's head with the user's head oriented to the top of the boat shape and the chin and neck oriented to the point of the boat shape. In this fashion, a neck bolster portion 620 operates to support the neck in proper location and orientation and helps prevent improper flexion motion that might lead to discomfort. Most importantly this portion 620 of the pillow shell 600 and filler helps maintain proper lordosis of the neck so as to avoid pains caused by improper curvature or straightening. This neck bolster portion 620 flexes downwards to receive the neck and also forms a part of the bowl shaped surface and cavity that receives the lower part of the user's head. Additionally, the extension preventing bolster portion of the pillow shell and filler is shown as item 610. This zone helps prevent a sleeper from extending his or head away from his torso during resting times.
Manufacturing Technique:
In order to create the Ergonomic Cervical Pillow of the instant invention a manufacturer uses the following simple steps:
1—Two pieces of fabric (typically cotton, polyester, linen, etcetera) are cut out of a given larger piece of material to form the shell 300. In this exemplary discussion two pieces of fabric that are 37 in×19 in were utilized.
2—The two pieces are sewn on the borders longitudinally and along one side width forming the basic shape of the shell 300.
3—Fold the material so far created inside out so as to create a bag with one opening that is used to insert filler material 310.
4—On the top piece of material that formed one of the two original two pieces of fabric sew a boat shape to the bottom piece of material that formed the other of the two original pieces of material. Care should be taken to insert filler in the boat shape so formed before completely closing the boat shape. Once sufficient material has been inserted in the boat shape then finishing the sewing of the boat shape between the top and bottom of the two original pieces of material. Thus, both sides of the ergonomic pillow now have a central boat 330 shaped sewn and the bottom 360 and top 340 of the shell 300. It is this shape in combination with an appropriate amount of filler 310 that causes a cavity or depression to be formed for reception of the back of the head. The appropriate amount of filler needed to structure the device is dependent upon the filler type utilized and is determined by routine experimentation. Once the filler 310 is inserted in the bag in step five below the contact point (boat shape sewn piece) hangs half way between the top surface 410 and the bottom surface 420 as shown in FIG. 4.
5—Load the pillow with sufficient filler 310 (polyester, foam, synthetic fills, feathers, down, viscoelastic foam and or latex) so as to accentuate the bowl shaped cavities on either side of the pillow.
6—Finally, sew together the remaining side width of the pillow to form the completed device.
Dimensions of an Exemplary Implementation:
Pillow length: 33 inches±0.75 in
Pillow width: 13 inches±0.75 in
Pillow height: 6.5 to 7.5 inches
Head Cradle Lower Length: (Long Length of Pillow) 1.75 inches±0.75 in
Head Cradle Lower Width: 3.5 inches±0.75 in
Head Cradle Upper Length (long length of pillow): 11 inches±0.75 in
Head cradle Upper Width: 7 inches±0.75 in
Length of Side Sleeping Area (right and left): 10 inches±0.75 in
Circumference of Cervical Bolster: 15 inches±0.75 in
Central Cushion height: 0.5 inch

Depth of Depressions: 3.25 in

Note: It should be understood that as different values for the pillow height range of 6.5 to 7.5 are used then different values are used for the Central Cushion height and the Depth of the Depressions that are reduced or increased accordingly in a proportional manner.
Back Sleeping Position:
The Ergonomic Cervical Pillow of the instant embodiment uses two primary structures as well as an extension bolster portion to prevent aches and pains from developing in the neck and head region of a user. These two structures are namely, a ‘head cradle’ form and a ‘neck bolster’ form. In particular, since the head is positioned in the center of the pillow in a deep depression a head ‘cradling’ effect is created that maintains the head in a neutral position. This localization comfortably maintains the head by disallowing for cervical and upper thoracic lateral flexion or rotation. A critical component of the cradle effect is the deep depth of the cavity or depression formed in the pillow that forbids the aforementioned painful motions. The thickness of the pillow permits all of this as it is much wider then the ordinary pillow being 6.5 in to 7.5 inches. The same bowl shaped depression that serves to cradle the head also serves to have a neck bolster structure as discussed previously. Thus, a sleep can maintain cervical lordorsis and sleep without improperly straightening or bowing of the spine in an incorrect fashion.
FIG. 7 represents a width side view of the ergonomic pillow.
FIG. 8 represent a longitudinal side view of the ergonomic pillow.
FIG. 9 represents a top view of the ergonomic pillow.
FIG. 10 represents a close up view of the central cushion boat shape.
FIG. 11 represents various measurement views of the preferred embodiment showing how the dimensions of the device were taken.

CONCLUSION

Because of the novel teachings of the Ergonomic Cervical Pillow taught herein a user can expect to have little or no aches and pains as a result of improper positioning of the neck and head. This because the improvements taught herein disallow all six vectors of motion that cause discomfort for the cervical spine. Thus, in using the unique teachings of the preferred embodiment the motions of extension, flexion, bilateral rotation and bilateral lateral flexion are disallowed and thereby prevented from causing a user of the pillow any aches and pains.
The invention has thus been described in such clear and precise terms as to enable one of ordinary skill in the art to make and use the invention. Further, while there has been shown and described the preferred embodiment of the instant invention it is to be appreciated that the invention may be embodied otherwise than is herein specifically shown and described and that, within said embodiment, certain changes may be made in the form without departing from the underlying ideas or principles of this invention as set forth in the Claims appended herewith.

Claims

I claim:

1. An ergonomic pillow comprising:

a shell made of fabric having

a filler enclosed therein and

a central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread.

2. The ergonomic pillow of claim 1 further comprising:

a second central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread wherein the second central depression is situated on the opposite side of the ergonomic pillow.

3. The ergonomic pillow of claim 1 further comprising:

a cushion containing filler circumscribed by sewn thread attached to the ergonomic pillow.

4. The ergonomic pillow of claim 3 wherein the cushion containing filler circumscribed by sewn thread is located at the center of the depression.

5. The ergonomic pillow of claim 3 wherein the cushion containing filler is formed in the shape of a boat.

6. The ergonomic pillow of claim 2 further comprising:

7. The ergonomic pillow of claim 6 wherein the cushion containing filler circumscribed by sewn thread is located at the center of the depression.

8. The ergonomic pillow of claim 6 wherein the cushion containing filler is formed in the shape of a boat.

9. The ergonomic pillow of claim 1 such that the central depression is formed in a curved shape.

10. The ergonomic pillow of claim 2 such that the second central depression is formed in a curved shape.

11. An ergonomic pillow comprising:

a shell made of fabric having

a filler enclosed therein

a central depression that is sewn with a thread at its bottom such that a thickness along a sewing line is only two layers of the fabric and the sewn thread and

12. The ergonomic pillow of claim 11 further comprising:

13. The ergonomic pillow of claim 8 wherein the cushion containing filler circumscribed by sewn thread is located at the center of the depression.

14. The ergonomic pillow of claim 11 wherein the cushion containing filler is formed in the shape of a boat.

15. The ergonomic pillow of claim 11 such that the central depression is formed in a curved shape.

16. The ergonomic pillow of claim 11 such that the second central depression is formed in a curved shape.

17. An ergonomic pillow comprising:

a shell made of fabric having

a filler enclosed therein

a boat shaped cushion containing filler circumscribed by sewn thread attached to the ergonomic pillow.

18. The ergonomic pillow of claim 17, further comprising:

19. The ergonomic pillow of claim 18, wherein the boat shaped cushion containing filler circumscribed by sewn thread attached to the ergonomic pillow is also shaped in a boat shape from the perspective of the second central depression and extends into both depression cavities.

20. The ergonomic pillow of claim 19, such that the central depressions are formed in curved shapes.