the following description sets forth a general representation of the airway , neck , and head support device as established by the inventor . it is provided to further demonstrate the various uses of the present invention . [ 0036 ] fig1 presents the preferred embodiment of the device generally shown as 9 for supporting and stabilizing the airway , neck , and head of a supine patient , given local anesthesia or monitored anesthesia care . this three dimensional view discloses the general contour and basic design principles of the present invention , as selected by the inventor , but does not restrict the - present invention from variations in its use , contour , or design principles . in this initial view of support device 9 , the carved out central section creating an arch shape , known as the neck trough 10 , and one interior side 11 a of the neck trough 10 are disclosed . the other interior side , which is not visible , is the mirror image of side 11 a . interior sides 11 a are adjoined at the top of neck trough 10 by a curved central portion known as 11 b . the top exterior surface generally shown as 12 is disclosed as is one exterior side wall 13 . the other exterior side wall , which is not visible , is the mirror image of side 13 . furthermore , the central portion 22 , of top exterior surface generally shown as 12 , is the section of the support device on which the head , neck , or chin rests for several selected positions . according to fig1 the preferred embodiment of the device 9 also discloses its general contour . the thicker end of the support device is generally shown as 14 and is created due to the selected angular design of the device 9 . surrounding the neck trough 10 are the legs of the arch 16 and the bases of the arch 17 . furthermore , the bottom exterior surface , on which the device is placed and is , therefore , unseen , is generally represented by 15 . [ 0039 ] fig2 represents a top view of the airway , neck , and head support device . again , the carved out central portion is shown as it results in an arch shaped space creating the neck trough 10 . the interior sides 11 a and 11 b are shown as are the legs of the arch 16 and the bases of each leg of the arch 17 . the general design also shows that the width of sections 16 and of the space created by 10 is equal to the width of the opposing end 14 . this top view further demonstrates how the neck trough 10 is surrounded by one continuous piece of the foam concluding at exterior sides 13 , 14 , and 17 . [ 0040 ] fig3 illustrates another top view of the device 9 , as shown in fig2 . identified in fig3 is the top surface 12 with its removable label marked “ chin ” 18 . label 18 covers an adhesive strip which helps to secure the device in its position between the chin and chest , shown in fig7 a - c . fig4 illustrates the corresponding bottom surface 15 with its removable label marked “ chest ” 19 . label 19 covers an adhesive strip which also helps to secure the device in its position between the chin and chest , shown in fig7 a - c . [ 0041 ] fig5 a shows the flexible strap 20 and its tab 21 that is used with the support device . fig5 b illustrates another top view of the device 9 , as shown in fig1 ; identifies strap 20 fastened around the support device 9 with tab 21 ; and shows exterior surface 12 facing up and exterior surface 15 resting on the bed . the strap 20 , when wrapped around the entire device , touches exterior surfaces 13 and 14 and crosses exterior surface 17 and the space created by the neck trough 10 . [ 0042 ] fig6 a is a right side view of the support device 9 in pillow position . for this position , the strap 20 is placed around the entire device 9 and fastened with tab 21 , as demonstrated by fig5 b . the device 9 is then placed behind the patient &# 39 ; s neck and head so that the backs of the neck and head are supported comfortably . the general orientation of the device 9 in pillow position , prior to surgery , requires that device 9 be placed behind the head of the patient with the back of the patient &# 39 ; s head resting at the thicker end 14 and on the area generally shown as 22 , fig1 on top exterior surface 12 . the neck trough 10 , interior sides 11 a and 11 b , all shown in fig2 and the legs of the arch 16 correspondingly support the back and sides of the neck . the bases of the arch 17 point toward the patient &# 39 ; s shoulders . the exterior bottom surface 15 rests on the bed . labels 18 , fig3 and 19 , fig4 remain on the device while it is in pillow position . [ 0043 ] fig6 b and c are additional views of the device 9 placed in pillow position . fig6 b shows the device 9 in pillow position from the left side . fig6 c shows the device 9 from the top of the head . upon delivery of anesthesia , the device 9 is then converted from pillow position to one of several positions that help keep the airway open , support the neck , and stabilize the head for surgery . this conversion results from a change in position of device 9 . the first preferred embodiment proposes a method of stabilizing the airway , neck , and head in a position between the chin and chest , as described by fig7 a - c . the second preferred embodiment proposes three methods of stabilizing the airway , neck , and head from behind the head . first , the support device 9 is positioned so that the thicker end 14 is behind the neck , as described by fig8 a - c . second , the support device 9 as shown in fig6 a - c can be pushed directly behind the neck with the legs of the arch 16 extending generally upward and the exterior surface 14 resting on the bed . fig9 a and b demonstrate this positioning . third , the support device 9 can be placed behind the head with the thicker end 14 pushed under the neck and with the legs of the arch 16 extending on either side of the head , as described by fig1 a - c . each embodiment achieves pushing and holding the neck forward ; elevating the chin thereby keeping the airway open ; and stabilizing the head for surgery . each embodiment is described below in further detail . [ 0047 ] fig7 a is a right side view of the device 9 illustrating one of its positions during local anesthesia or monitored anesthesia care . with the patient in a supine position , the device 9 is between the chin and chest . for this usage , the support device 9 can originate in pillow position , as shown in fig6 a - c , and is then rotated from around the back of the head to its position between the chin and chest . to rotate the device 9 , strap 20 is unfastened and removed , the head is slightly lifted , and the device 9 is carefully turned about the neck while keeping its same orientation . if the device 9 has not been used as a pillow , then it can simply be placed into position between the chin and chest . the neck trough 10 , fig2 fits over the front of the neck while interior sides 11 a and 11 b of neck trough 10 , fig2 contact the sides and front of the neck , respectively . the legs of the arch 16 point toward the bed with the base of each leg 17 near the bed . the top exterior surface 12 and bottom exterior surface 15 respectively contact the chin and chest . labels 18 , fig3 and 19 , fig4 are removed to expose the adhesive strips which gently adhere to the chin and chest of the patient , securing the device in its position . the strap 20 is replaced and wrapped around the entire device , touching exterior surfaces 13 , 14 , and 17 and crossing the space created by the neck trough 10 . the tightness of the strap is adjusted according to the size of the patient &# 39 ; s head and length of the neck and then fastened with its tab 21 , preferably at the thicker end 14 . [ 0049 ] fig7 b and c are additional views of the device 9 placed between the chin and chest . fig7 b shows the device 9 placed between the chin and chest from the left side . fig7 c is a frontal view of this position . [ 0050 ] fig8 a is a right side view of the device 9 stabilizing the airway , neck , and head from behind the neck and head . for this usage , the support device 9 can originate in pillow position , as shown in fig6 a - c . it is then rotated 180 degrees behind the head so that the thicker end 14 is behind the neck . the strap 20 can remain wrapped around the device 9 . if the device 9 has not been used as a pillow , then the head is lifted , and the device 9 is placed behind the head and neck with the thicker end 14 pushed under the neck . fig8 a also shows the strap 20 wrapped around the device 9 touching exterior surfaces 13 , 14 , and 17 and crossing the space created by the neck trough 10 . again , the tightness of the strap is adjusted according to the size of the patient &# 39 ; s head and the length of the neck and fastened with its tab 21 , preferably at the bases of the arch 17 . with the thicker end 14 of the device 9 pushed under the neck , the central portion 22 , fig1 of top exterior surface 12 contacts the back of the neck . label 18 , fig3 marked “ chin ,” is not removed . the bottom exterior surface 15 contacts the bed , and label 19 , fig4 marked “ chest ” is also not removed . the neck trough 10 , fig2 and its legs 16 and their bases 17 now extend toward the top of the head . in this position , the head slightly tilts , causing the chin to elevate , and rests within the neck trough 10 , fig2 . [ 0052 ] fig8 b and c are additional views of the device stabilizing the airway , neck , and head from behind the head . fig8 b shows the device 9 from the left side . fig8 c shows this position from the top of the head . [ 0053 ] fig9 a represents a right side view of the device 9 in an alternate position used for stabilizing the airway , neck , and head from behind the head during local anesthesia or monitored anesthesia care . for this usage , the support device 9 can again originate in pillow position , as shown in fig6 a - c . the strap 20 is then unfastened and removed , and the device 9 is pushed forward and generally upward until it supports the neck and contacts the patient &# 39 ; s shoulders . if the device 9 has not been used in pillow position , then the head is lifted , the device 9 is placed behind the head and neck and then pushed forward and generally upward until it supports the neck and contacts the patient &# 39 ; s shoulders . the thicker exterior end 14 now touches the bed . top exterior surface 12 contacts the lower portion of the back of the head and bottom exterior surface 15 contacts the patient &# 39 ; s shoulders . labels 18 , fig3 and 19 , fig4 are not removed . the legs 16 point generally upward , as positioned under the chin . the neck rests in the neck trough 10 , fig2 with the head slightly tilted and supported by the thicker end 14 . the strap 20 , as wrapped around the entire device , touches exterior surfaces 13 , 14 , and 17 and crosses the space created by the neck trough 10 , fig2 which now points toward the chin . the strap 20 is then fastened with tab 21 , preferably at the bases of the legs of the arch 17 , to secure the device in its position . fig9 b shows this second means of stabilizing the airway , neck , and head from behind the head from the left side . [ 0055 ] fig1 a shows a left side view of the device 9 in the final proposed position for stabilizing the airway , neck , and head from behind the head . for this usage , the support device 9 can again originate in pillow position , as shown in fig6 a - c . it is then rotated 180 degrees behind the head so that the thicker end 14 is behind the neck ; the strap 20 is removed . if the device 9 has not been used as a pillow , then the head is lifted , and the device 9 is placed behind the head and neck with the thicker end 14 pushed under the neck . with the thicker end 14 of the device 9 pushed under the neck , the central portion 22 , fig1 of top exterior surface 12 contacts the back of the neck . label 18 , fig3 marked “ chin ,” is not removed . the bottom exterior surface 15 contacts the bed , and label 19 , fig4 marked “ chest ” is also not removed . the legs of the arch 16 point toward the top of the head and extend on either side of the head with the bases 17 near the top of the head . exterior sides 13 face away from the patient while interior sides 11 a contact the sides of the head . the strap 20 is not replaced for this position . [ 0057 ] fig1 b and c are additional views of the device stabilizing the airway , neck , and head from behind the head . fig1 b shows a frontal view of this position . fig1 c shows the device 9 from the top of the head . during local anesthesia or monitored anesthesia care , the device 9 can be positioned according to fig7 a - c , fig8 a - c , fig9 a and b , and fig1 a - c to elevate the chin and stabilize the airway , neck , and head . each of these placements , as proposed by the inventor , assists in preventing the chin from collapsing toward the neck and chest and consequently keeps the airway open and the head still . this enables the patient to breathe consistently without obstruction or stress and allows surgery to be completed in a safe manner .
an airway , neck , and head support device that assists in stabilizing the airway of a supine patient , given local anesthesia or monitored anesthesia care , by keeping the chin elevated thereby preventing secondary collapse of the airway , and by maintaining head stability for the continuance of uninterrupted , safe surgery . the support device , made of polyurethane foam , can also be used to receive and support the neck and the back of the head prior to surgery thereby providing physical comfort for the patient . construction of this device was designed to enable the user to rotate it from the back of the head to its selected position between the chin and chest or to place it in various selected positions behind the head to push the neck forward , open the airway , and stabilize the head during local anesthesia or monitored anesthesia care .