SUPPORT PILLOW
United States Patent 3678926
A pillow to support a limb of a patient comprising first and second pillow sections joined in end-to-end relationship by a flexible web. The first pillow section has a pair of elongated, flexible, rail-like members affixed to its upper surface and defining a longitudinally extending, limb-receiving channel thereon. The first pillow section is provided with means to retain the patient's limb within the channel. The second pillow section at is free end, is provided with means for attaching it to a portion of the patient's body adjacent the limb to be supported.
US Patent References:
Immobilizing splint
Weidemann, Jr. - July 1956 - 2753864
Surgical arm rest and support therefor
Longfellow - April 1941 - 2237252
Crutch splint
Kelton et al. - January 1940 - 2187323
Traction splint
Goodwin - November 1942 - 2301534
Temporary splint
Zimmerman - February 1966 - 3232289
Immobilizing splint
Weidemann, Jr. - July 1956 - 2753864
Surgical arm rest and support therefor
Longfellow - April 1941 - 2237252
Crutch splint
Kelton et al. - January 1940 - 2187323
Traction splint
Goodwin - November 1942 - 2301534
Temporary splint
Zimmerman - February 1966 - 3232289
Application Number:
05/072704
Publication Date:
07/25/1972
Filing Date:
09/16/1970
View Patent Images:
Export Citation:
Primary Class:
Other Classes:
5/647
International Classes:
A61F5/058; A61F5/04; A61F5/40
Field of Search:
128/94,93,87,86,85,83,82 5/337,338
US Patent References:
| 1304153 | May 1919 | Bugge |
Primary Examiner:
Gaudet, Richard A.
Assistant Examiner:
Yasko J.
Claims:
The embodiments of the invention in which an exclusive property or privilege is claimed are defined as follows
1. An elongated pillow to support the limb of a patient, said pillow comprising first and second flexible pillow sections joined in end-to-end relationship by a flexible web, each of said first and second pillow sections having substantially rectangular top and bottom surfaces joined so as to form a bag-like structure being filled with stuffing means, a pair of elongated flexible rail-like members affixed to the top surface of said first pillow section, said rail-like members defining a limb-receiving channel on the top surface of said first pillow section, means for retaining a patient's limb within said channel and means for affixing said second pillow section to a portion of the patient's body adjacent the limb to be supported.
2. The structure claimed in claim 1 wherein said rail-like members are affixed to said top surface of said first pillow section in spaced relationship, said rail-like members being parallel to the long axis of said first pillow section, and rail-like members extending substantially the length of said first pillow section.
3. The structure claimed in claim 1 wherein said means to affix said second pillow section to said portion of the patient's body comprises a pair of elongated, flexible strap-like elements, one end of each of said strap-like elements being affixed to opposite sides of said second pillow section near that end thereof opposite said flexible web, said strap-like elements being of sufficient length to pass about said portion of the patient's body and have their free ends joined together.
4. The structure claimed in claim 1 wherein said means to retain the patient's limb within said channel comprises two pairs of opposed, flexible strap-like elements, a first of said pairs of strap-like elements having one end affixed to either side of said first pillow section outside said channel and near said end of said first pillow section joined to said flexible web, at least one of said strap-like elements of said first pair being of sufficient length to pass across said channel and to be joined to the other strap-like element of said first pair, said second pair of strap-like elements having one end affixed to either side of said channel within said rail-like members and near that end of said first pillow section opposite said flexible web, said strap-like elements of said second pair being of sufficient length to pass over the patient's limb within said channel and to have their free ends joined together.
5. The structure claimed in claim 1 wherein each of said first and second pillow sections comprises a top portion and a bottom portion joined on two sides and an end by an elongated boxing strip so as to form a bag-like structure open at one end, each of said bag-like structures being filled with stuffing means, said flexible web comprising an elongated strip with its ends joined to form a continuous band, the open ends of said bag-like structures being closed and inserted into opposite ends of said band and affixed thereto.
6. The structure claimed in claim 3 wherein said strap-like elements comprise self-adhering tapes.
7. The structure claimed in claim 4 wherein said strap-like elements comprise self-adhering tapes.
8. The structure claimed in claim 5 wherein said rail-like members comprise elongated tube-like structures affixed to the top surface of said first pillow section, said tube-like structures being filled with stuffing means and closed at their ends.
9. The structure claimed in claim 8 wherein said bag-like structures, said continuous band and said tube-like structures are made of unbleached muslin, said stuffing means for said bag-like structures being shredded foam rubber and said stuffing means for said tube-like structures being elongated foam rubber blocks.
1. An elongated pillow to support the limb of a patient, said pillow comprising first and second flexible pillow sections joined in end-to-end relationship by a flexible web, each of said first and second pillow sections having substantially rectangular top and bottom surfaces joined so as to form a bag-like structure being filled with stuffing means, a pair of elongated flexible rail-like members affixed to the top surface of said first pillow section, said rail-like members defining a limb-receiving channel on the top surface of said first pillow section, means for retaining a patient's limb within said channel and means for affixing said second pillow section to a portion of the patient's body adjacent the limb to be supported.
2. The structure claimed in claim 1 wherein said rail-like members are affixed to said top surface of said first pillow section in spaced relationship, said rail-like members being parallel to the long axis of said first pillow section, and rail-like members extending substantially the length of said first pillow section.
3. The structure claimed in claim 1 wherein said means to affix said second pillow section to said portion of the patient's body comprises a pair of elongated, flexible strap-like elements, one end of each of said strap-like elements being affixed to opposite sides of said second pillow section near that end thereof opposite said flexible web, said strap-like elements being of sufficient length to pass about said portion of the patient's body and have their free ends joined together.
4. The structure claimed in claim 1 wherein said means to retain the patient's limb within said channel comprises two pairs of opposed, flexible strap-like elements, a first of said pairs of strap-like elements having one end affixed to either side of said first pillow section outside said channel and near said end of said first pillow section joined to said flexible web, at least one of said strap-like elements of said first pair being of sufficient length to pass across said channel and to be joined to the other strap-like element of said first pair, said second pair of strap-like elements having one end affixed to either side of said channel within said rail-like members and near that end of said first pillow section opposite said flexible web, said strap-like elements of said second pair being of sufficient length to pass over the patient's limb within said channel and to have their free ends joined together.
5. The structure claimed in claim 1 wherein each of said first and second pillow sections comprises a top portion and a bottom portion joined on two sides and an end by an elongated boxing strip so as to form a bag-like structure open at one end, each of said bag-like structures being filled with stuffing means, said flexible web comprising an elongated strip with its ends joined to form a continuous band, the open ends of said bag-like structures being closed and inserted into opposite ends of said band and affixed thereto.
6. The structure claimed in claim 3 wherein said strap-like elements comprise self-adhering tapes.
7. The structure claimed in claim 4 wherein said strap-like elements comprise self-adhering tapes.
8. The structure claimed in claim 5 wherein said rail-like members comprise elongated tube-like structures affixed to the top surface of said first pillow section, said tube-like structures being filled with stuffing means and closed at their ends.
9. The structure claimed in claim 8 wherein said bag-like structures, said continuous band and said tube-like structures are made of unbleached muslin, said stuffing means for said bag-like structures being shredded foam rubber and said stuffing means for said tube-like structures being elongated foam rubber blocks.
Description:
BACKGROUND OF THE INVENTION
I. Field of the Invention
The invention relates to a support, and more particularly to a pillow for supporting the limb of a hospital patient or the like.
II. Description of the Prior Art
While the support of the present invention may be used in many ways, it will, for purposes of an exemplary illustration, be described in its use in association with a patient's arm. There are a number of instances wherein it is important to provide support for a patient's arm. For example, in the case of cerebral vascular accident patients, it is not unusual that the use of the hand, the arm or both will be lost temporarily at least. Under these circumstances, it is important that the hand and arm be supported and protected from contact by the patient's body. In this way, edema and contractions of the arm and hand can be avoided or alleviated. In addition, pressure against the afflicted part can be prevented. As another example, it is frequently desirable to provide support for the arm of a patient receiving fluids intravenously.
Heretofore, when support has been provided, it is generally accomplished through the use of makeshift expedients such as through the use of ordinary pillows or the like. Under these circumstances, through the voluntary or involuntary movement of the patient's body the patient's arm and hand may readily slip away form its supporting means and come to rest in an undesirable position, as for example under the patient's body.
The present invention is directed to a support pillow which is easy and inexpensive to manufacture and may be readily laundered, sterilized or the like. The support pillow is configured to captively retain the patient's limb in contact therewith and away from the patient's body. In this way swelling, discoloration and discomfort of the afflicted limb can be avoided or alleviated as can pressure against the limb by the patient's body.
The support pillow of the present invention may also be used (by a patient suffering from a fracture or the like) as a substitute for a sling while the patient rests in a seated or reclining position. It will be understood by one skilled in the art the support pillow may also be used in association with a patient's leg in instances of ankle fracture, or the like.
SUMMARY OF THE INVENTION
The support pillow of the present invention is adapted to be used in association with the limbs of a patient. The pillow comprises two pillow sections joined in end-to-end relationship by a flexible web. One of the pillow sections has a pair of elongated, flexible rails affixed to its upper surface in parallel spaced relationship. The rails extend longitudinally of the pillow and define a channel adapted to receive a portion of the patient's limb. Means are provided to maintain that portion of the patient's limb within the channel.
The other pillow section has at its free end, means by which it may be affixed to the patient's body adjacent the limb.
In the embodiment described, the means for retaining the portion of the patient's limb within the channel formed between the rails and the means for affixing the other pillow section to the patient's body comprise strap-like members. The manner in which the pillows are constructed and the material from which they are constructed does not constitute a limitation on the invention. However, the support pillow should be constructed of materials capable of being washed and/or sterilized.
BRIEF DESCRIPTION OF THE DRAWINGS
FIG. 1 is a plan view of the support pillow of the present.
FIG. 2 is a side elevational view of the support pillow.
FIG. 3 is an end elevational view as seen from the right in FIG. 2.
FIGS. 4, 5 and 6 illustrate the support pillow affixed to a patient's arm and in the various positions it may assume when the patient is prone.
FIG. 7 illustrates the support pillow in use by a patient in a seated position.
DESCRIPTION OF THE PREFERRED EMBODIMENTS
FIGS. 1 through 3 illustrate the support pillow of the present invention. Basically, the support pillow comprises a first pillow section generally indicated at 1, a second pillow section generally indicated at 2 and a flexible web portion generally indicated at 3.
The materials used and the precise manner in which the pillow sections 1 and 2 and the flexible web portion 3 are made do not constitute a limitation on the present invention. For purposes of an exemplarY showing, pillow section 1 is illustrated as made of fabric and comprising a substantially rectangular top portion 4 and a substantially rectangular bottom section 5 joined together on the sides and one end by a boxing strip 6. The parts thus far described form a bag-like structure which may be stuffed with any suitable, soft material. Thereafter, the ends 6a and 6b of the boxing strip 6 are pleated or folded inwardly so that the adjacent ends of the top and bottom portions 4 and 5 are brought together (as is generally show at 7), thus closing the bag-like structure.
The second pillow section may be constructed in an identical manner. This section may comprise a substantially rectangular top portion 8 and a substantially rectangular bottom portion 9, joined together by a boxing strip 10 this again forms a bag-like structure which may be stuffed with appropriate material. As in the case of pillow section 1, the ends 10a and 10b of the boxing strip 10 may be pleated or folded inwardly, causing the adjacent ends of the top section 8 and bottom section 9 to come together. This is generally shown at 11.
The flexible web may comprise an elongated fabric strip with its raw edges turned inwardly and its ends joined so as to form a continuous band. The folded ends of the pillow sections 1 and 2, generally indicated at 7 and 11, may be inserted into the continuous band and affixed thereto by stitching. In this manner the two pillow sections 1 and 2 are joined together by the flexible web or band 3.
The pillow section 1 has on its top portion 4 a pair of parallel, spaced rails 12 and 13. Again, the rails may be made in any suitable manner and of any appropiate material. In the embodiment described, they are shown as comprising elongated fabric elements stuffed with an appropriate material.
The rails 12 and 13 may be made individually and thereafter affixed to the top portion 4 of the pillow section 1 by stitching or other means. On the other hand, they may be made during the assembly of pillow section 1. In the latter instance, each rail is formed by sewing the longitudinal edge of an elongated fabric strip to the top portion 4, spaced from the longitudinal edge thereof. Thereafter, the elongated fabric strip is folded over to form a tube and its other longitudinal edge is sewn into and simultaneously with the seam between the top portion 4 and the adjacent portion of the boxing strip 6. At this juncture, the tube thus formed may be provided with its stuffing and closed at its ends. As is indicated in FIG. 3, the ends may be sewn shut with mitered corners and the raw edges turned inwardly.
The rails 12 and 13, in parallel spaced relationship, coact with the top portion 4 to form a longitudinally extending channel (generally indicated at 14) on the pillow section 1. This channel is intended to receive and retain a portion of a patient's limb.
As indicated above, means are provided in association with pillow section 1 to retain the patient's limb in the channel 14. While any suitable means may be used, for purposes of an exemplary showing, pillow section 1 is illustrated as provided with strips of self-adhering tape.
There are a number of commercial brands of self-adhering tape suitable for the purpose. The tape sold under the name Velcro, by the Velcro Corporation is a typical example. This last mentioned example comprises a pair of cooperating, flexible, tape-like elements. One of the tape elements has a surface provided with a plurality of monofilament fibers formed into permanent hook-like members. The other tape element is provided on one of its surfaces with a matting comprising a plurality of loop-like elements. When the hook-bearing surface of the first tape element is pressed into contact with the loop-bearing surface of the second tape element they will adhere together strongly, although they may be separated at will by simply pulling one of the tape elements away from the other.
In FIGS. 1 through 3, it will be noted that the rail 12 has, near its end adjacent the web 3, a short tape section 15 sewn or otherwise affixed thereto on its outside longitudinal surface. In an opposed position, the rail 13 has an elongated tape 16 affixed thereto. In an exemplary form, the tape 16 may be sewn into that seam between the top portion 4, the boxing strip 6 and the elongated tubular member forming the rail 13. It will be understood by one skilled in the art that one of the tapes, for example tape 15 will have the hook-bearing surface, while the other tape 16 will have the loop-bearing surface. Thus, the tape 16 may be brought across the top portion 4 of pillow section 1 and the top surfaces of the rails of 12 and 13 and have its free end affixed to the tape 15.
The rails 12 and 13 may be provided with additional tape elements 17 and 18, respectively. The tape element 17 is located near the opposite end of rail 12 and at the inside surface of the rail. For example, the tape element 17 may be sewn into the seam between the inside surface of the rail 12 and the top portion 4 of pillow section 1. Tape section 18 will be similarly oriented with respect to rail 13 and will lie opposite tape section 17. Again, one of the tapes (such as tape section 17 will have the hook-bearing surface, while tape section 18 will have the loop-bearing surface. The tape elements 17 and 18 may be joined together across a portion of the patient's limb, as will be described hereinafter.
As indicated above, pillow section 2 will have means thereon whereby it may be affixed to a portion of the patient's body adjacent the limb to be supported. These means may comprise self-adhering tape elements 19 and 20 sewn or otherwise affixed to the boxing strip 10. The tapes 19 and 20 are affixed to the boxing strip on opposite sides of pillow section 2 adjacent its free end. Again, for purposes of an exemplary showing, tape 19 may be considered as that tape having the loop-bearing surface, while tape 20 may be considered that tape having the hook-bearing surface. Tapes 19 and 20 should be of sufficient length to pass about a portion of the patient's body, as will be described hereinafter.
FIG. 4 illustrates the support pillow of FIGS. 1 through 3 in use. Like parts have been given like index numerals. In FIG. 4, a patient (generally indicated at 21) is shown in a prone position with his arm 22 supported by the pillow of the present invention. It will be noted that the patient's forearm is located in the channel 14 formed by rails 12 and 13. Strap element 16 passes across the upper part of the forearm, while strap elements 17 and 18 pass over the back of the patient's hand. For better control of the pillow, particularly for a patient who can move his arm and hand the strap elements 17 and 18 may pass beneath the patient's thumb, as shown.
Pillow section 2 is affixed to the patient's shoulder by tape elements 19 and 20. It will be noted that the flexible web 3 lies at the position of the elbow and pillow section 2 is fitted into the axilla. Thus, the patient's arm is firmly supported and is maintain away from his body.
With the pillow affixed to the patient's body and arm, in the manner described with respect to FIG. 4, it will be apparent that the position of the patient's arm can be changed to provide more comfort and to prevent poor circulation. Thus, despite the position of the patient's arm, the arm is firmly supported and maintained away from the patient's body.
FIGS. 5 and 6 again illustrate a patient in a prone position. These Figures illustrate exemplary additional positions of the patient's arm. The support pillow is affixed to the patient's arm and body in the same manner described with respect to FIG. 4, and again like parts have been given like index numerals. FIG. 5 illustrates the patient's forearm positioned across his body. FIG. 6 illustrates the patient's forearm oriented upwardly. In both instances, it will be noted that the arm is fully supported and maintained away from the patient's body. The flexible web 3, at the position of the patient's elbow, permits the elbow to be bent with pillow section 1 supporting the forearm and pillow section 2 fitted into the axilla.
FIG. 7 illustrates the use of the support pillow of the present invention with a patient in a seated position. Again, like parts have been given like index numerals. In FIG. 7, the patient's forearm has been placed across his lap. The flexible web 3 curves about the patient's elbow and pillow section 2 is fitted into the axilla. In this instance, when desired, tapes 19 and 20 may be caused to pass over the patient's opposite shoulder and about his neck, as shown. This affords firmer support for pillow section 2.
Modifications may be made in the invention without departing from the spirit of it. For example, the various tape elements may simply comprise elongated flexible ties. Similarly, the tape elements may be replaced with elongated straps provided with buckles or other fastening means. The self-adhering tapes described above, have proven to be simple fastening means easy to manipulate and well suited to laundering and sterilization.
As indicated above, the manner in which the various pillow elements are made, as well as the material from which they are made do not constitute a limitation on the present invention. The support pillow described has been made of unbleached muslin stuffed with shredded foam rubber. The support rails have been stuffed with elongated foam rubber blocks. Such a construction has proven to be light in weight and sufficiently durable to withstand laundering and sterilization.
While it has not been found necessary to do so, it will be understood by one skilled in the art that it would be within the scope of the present invention to provide pillow section 2 with a pair of spaced rails similar to the rails 12 and 13 on pillow section 1. It will further be understood that the support pillow of the present invention can be produced in various sizes so that it may be better fitted to the particular patient. In general, it is preferable to make pillow section 1 of greater length than pillow section 2 so that pillow section 1 can adequately support the forearm, while pillow section 2 may be readily fitted into the axilla.
I. Field of the Invention
The invention relates to a support, and more particularly to a pillow for supporting the limb of a hospital patient or the like.
II. Description of the Prior Art
While the support of the present invention may be used in many ways, it will, for purposes of an exemplary illustration, be described in its use in association with a patient's arm. There are a number of instances wherein it is important to provide support for a patient's arm. For example, in the case of cerebral vascular accident patients, it is not unusual that the use of the hand, the arm or both will be lost temporarily at least. Under these circumstances, it is important that the hand and arm be supported and protected from contact by the patient's body. In this way, edema and contractions of the arm and hand can be avoided or alleviated. In addition, pressure against the afflicted part can be prevented. As another example, it is frequently desirable to provide support for the arm of a patient receiving fluids intravenously.
Heretofore, when support has been provided, it is generally accomplished through the use of makeshift expedients such as through the use of ordinary pillows or the like. Under these circumstances, through the voluntary or involuntary movement of the patient's body the patient's arm and hand may readily slip away form its supporting means and come to rest in an undesirable position, as for example under the patient's body.
The present invention is directed to a support pillow which is easy and inexpensive to manufacture and may be readily laundered, sterilized or the like. The support pillow is configured to captively retain the patient's limb in contact therewith and away from the patient's body. In this way swelling, discoloration and discomfort of the afflicted limb can be avoided or alleviated as can pressure against the limb by the patient's body.
The support pillow of the present invention may also be used (by a patient suffering from a fracture or the like) as a substitute for a sling while the patient rests in a seated or reclining position. It will be understood by one skilled in the art the support pillow may also be used in association with a patient's leg in instances of ankle fracture, or the like.
SUMMARY OF THE INVENTION
The support pillow of the present invention is adapted to be used in association with the limbs of a patient. The pillow comprises two pillow sections joined in end-to-end relationship by a flexible web. One of the pillow sections has a pair of elongated, flexible rails affixed to its upper surface in parallel spaced relationship. The rails extend longitudinally of the pillow and define a channel adapted to receive a portion of the patient's limb. Means are provided to maintain that portion of the patient's limb within the channel.
The other pillow section has at its free end, means by which it may be affixed to the patient's body adjacent the limb.
In the embodiment described, the means for retaining the portion of the patient's limb within the channel formed between the rails and the means for affixing the other pillow section to the patient's body comprise strap-like members. The manner in which the pillows are constructed and the material from which they are constructed does not constitute a limitation on the invention. However, the support pillow should be constructed of materials capable of being washed and/or sterilized.
BRIEF DESCRIPTION OF THE DRAWINGS
FIG. 1 is a plan view of the support pillow of the present.
FIG. 2 is a side elevational view of the support pillow.
FIG. 3 is an end elevational view as seen from the right in FIG. 2.
FIGS. 4, 5 and 6 illustrate the support pillow affixed to a patient's arm and in the various positions it may assume when the patient is prone.
FIG. 7 illustrates the support pillow in use by a patient in a seated position.
DESCRIPTION OF THE PREFERRED EMBODIMENTS
FIGS. 1 through 3 illustrate the support pillow of the present invention. Basically, the support pillow comprises a first pillow section generally indicated at 1, a second pillow section generally indicated at 2 and a flexible web portion generally indicated at 3.
The materials used and the precise manner in which the pillow sections 1 and 2 and the flexible web portion 3 are made do not constitute a limitation on the present invention. For purposes of an exemplarY showing, pillow section 1 is illustrated as made of fabric and comprising a substantially rectangular top portion 4 and a substantially rectangular bottom section 5 joined together on the sides and one end by a boxing strip 6. The parts thus far described form a bag-like structure which may be stuffed with any suitable, soft material. Thereafter, the ends 6a and 6b of the boxing strip 6 are pleated or folded inwardly so that the adjacent ends of the top and bottom portions 4 and 5 are brought together (as is generally show at 7), thus closing the bag-like structure.
The second pillow section may be constructed in an identical manner. This section may comprise a substantially rectangular top portion 8 and a substantially rectangular bottom portion 9, joined together by a boxing strip 10 this again forms a bag-like structure which may be stuffed with appropriate material. As in the case of pillow section 1, the ends 10a and 10b of the boxing strip 10 may be pleated or folded inwardly, causing the adjacent ends of the top section 8 and bottom section 9 to come together. This is generally shown at 11.
The flexible web may comprise an elongated fabric strip with its raw edges turned inwardly and its ends joined so as to form a continuous band. The folded ends of the pillow sections 1 and 2, generally indicated at 7 and 11, may be inserted into the continuous band and affixed thereto by stitching. In this manner the two pillow sections 1 and 2 are joined together by the flexible web or band 3.
The pillow section 1 has on its top portion 4 a pair of parallel, spaced rails 12 and 13. Again, the rails may be made in any suitable manner and of any appropiate material. In the embodiment described, they are shown as comprising elongated fabric elements stuffed with an appropriate material.
The rails 12 and 13 may be made individually and thereafter affixed to the top portion 4 of the pillow section 1 by stitching or other means. On the other hand, they may be made during the assembly of pillow section 1. In the latter instance, each rail is formed by sewing the longitudinal edge of an elongated fabric strip to the top portion 4, spaced from the longitudinal edge thereof. Thereafter, the elongated fabric strip is folded over to form a tube and its other longitudinal edge is sewn into and simultaneously with the seam between the top portion 4 and the adjacent portion of the boxing strip 6. At this juncture, the tube thus formed may be provided with its stuffing and closed at its ends. As is indicated in FIG. 3, the ends may be sewn shut with mitered corners and the raw edges turned inwardly.
The rails 12 and 13, in parallel spaced relationship, coact with the top portion 4 to form a longitudinally extending channel (generally indicated at 14) on the pillow section 1. This channel is intended to receive and retain a portion of a patient's limb.
As indicated above, means are provided in association with pillow section 1 to retain the patient's limb in the channel 14. While any suitable means may be used, for purposes of an exemplary showing, pillow section 1 is illustrated as provided with strips of self-adhering tape.
There are a number of commercial brands of self-adhering tape suitable for the purpose. The tape sold under the name Velcro, by the Velcro Corporation is a typical example. This last mentioned example comprises a pair of cooperating, flexible, tape-like elements. One of the tape elements has a surface provided with a plurality of monofilament fibers formed into permanent hook-like members. The other tape element is provided on one of its surfaces with a matting comprising a plurality of loop-like elements. When the hook-bearing surface of the first tape element is pressed into contact with the loop-bearing surface of the second tape element they will adhere together strongly, although they may be separated at will by simply pulling one of the tape elements away from the other.
In FIGS. 1 through 3, it will be noted that the rail 12 has, near its end adjacent the web 3, a short tape section 15 sewn or otherwise affixed thereto on its outside longitudinal surface. In an opposed position, the rail 13 has an elongated tape 16 affixed thereto. In an exemplary form, the tape 16 may be sewn into that seam between the top portion 4, the boxing strip 6 and the elongated tubular member forming the rail 13. It will be understood by one skilled in the art that one of the tapes, for example tape 15 will have the hook-bearing surface, while the other tape 16 will have the loop-bearing surface. Thus, the tape 16 may be brought across the top portion 4 of pillow section 1 and the top surfaces of the rails of 12 and 13 and have its free end affixed to the tape 15.
The rails 12 and 13 may be provided with additional tape elements 17 and 18, respectively. The tape element 17 is located near the opposite end of rail 12 and at the inside surface of the rail. For example, the tape element 17 may be sewn into the seam between the inside surface of the rail 12 and the top portion 4 of pillow section 1. Tape section 18 will be similarly oriented with respect to rail 13 and will lie opposite tape section 17. Again, one of the tapes (such as tape section 17 will have the hook-bearing surface, while tape section 18 will have the loop-bearing surface. The tape elements 17 and 18 may be joined together across a portion of the patient's limb, as will be described hereinafter.
As indicated above, pillow section 2 will have means thereon whereby it may be affixed to a portion of the patient's body adjacent the limb to be supported. These means may comprise self-adhering tape elements 19 and 20 sewn or otherwise affixed to the boxing strip 10. The tapes 19 and 20 are affixed to the boxing strip on opposite sides of pillow section 2 adjacent its free end. Again, for purposes of an exemplary showing, tape 19 may be considered as that tape having the loop-bearing surface, while tape 20 may be considered that tape having the hook-bearing surface. Tapes 19 and 20 should be of sufficient length to pass about a portion of the patient's body, as will be described hereinafter.
FIG. 4 illustrates the support pillow of FIGS. 1 through 3 in use. Like parts have been given like index numerals. In FIG. 4, a patient (generally indicated at 21) is shown in a prone position with his arm 22 supported by the pillow of the present invention. It will be noted that the patient's forearm is located in the channel 14 formed by rails 12 and 13. Strap element 16 passes across the upper part of the forearm, while strap elements 17 and 18 pass over the back of the patient's hand. For better control of the pillow, particularly for a patient who can move his arm and hand the strap elements 17 and 18 may pass beneath the patient's thumb, as shown.
Pillow section 2 is affixed to the patient's shoulder by tape elements 19 and 20. It will be noted that the flexible web 3 lies at the position of the elbow and pillow section 2 is fitted into the axilla. Thus, the patient's arm is firmly supported and is maintain away from his body.
With the pillow affixed to the patient's body and arm, in the manner described with respect to FIG. 4, it will be apparent that the position of the patient's arm can be changed to provide more comfort and to prevent poor circulation. Thus, despite the position of the patient's arm, the arm is firmly supported and maintained away from the patient's body.
FIGS. 5 and 6 again illustrate a patient in a prone position. These Figures illustrate exemplary additional positions of the patient's arm. The support pillow is affixed to the patient's arm and body in the same manner described with respect to FIG. 4, and again like parts have been given like index numerals. FIG. 5 illustrates the patient's forearm positioned across his body. FIG. 6 illustrates the patient's forearm oriented upwardly. In both instances, it will be noted that the arm is fully supported and maintained away from the patient's body. The flexible web 3, at the position of the patient's elbow, permits the elbow to be bent with pillow section 1 supporting the forearm and pillow section 2 fitted into the axilla.
FIG. 7 illustrates the use of the support pillow of the present invention with a patient in a seated position. Again, like parts have been given like index numerals. In FIG. 7, the patient's forearm has been placed across his lap. The flexible web 3 curves about the patient's elbow and pillow section 2 is fitted into the axilla. In this instance, when desired, tapes 19 and 20 may be caused to pass over the patient's opposite shoulder and about his neck, as shown. This affords firmer support for pillow section 2.
Modifications may be made in the invention without departing from the spirit of it. For example, the various tape elements may simply comprise elongated flexible ties. Similarly, the tape elements may be replaced with elongated straps provided with buckles or other fastening means. The self-adhering tapes described above, have proven to be simple fastening means easy to manipulate and well suited to laundering and sterilization.
As indicated above, the manner in which the various pillow elements are made, as well as the material from which they are made do not constitute a limitation on the present invention. The support pillow described has been made of unbleached muslin stuffed with shredded foam rubber. The support rails have been stuffed with elongated foam rubber blocks. Such a construction has proven to be light in weight and sufficiently durable to withstand laundering and sterilization.
While it has not been found necessary to do so, it will be understood by one skilled in the art that it would be within the scope of the present invention to provide pillow section 2 with a pair of spaced rails similar to the rails 12 and 13 on pillow section 1. It will further be understood that the support pillow of the present invention can be produced in various sizes so that it may be better fitted to the particular patient. In general, it is preferable to make pillow section 1 of greater length than pillow section 2 so that pillow section 1 can adequately support the forearm, while pillow section 2 may be readily fitted into the axilla.