| US1676962A | 1928-07-10 | |||
| US4054960A | 1977-10-25 | |||
| US2612645A | 1952-10-07 | |||
| US2955294A | 1960-10-11 | |||
| US1695160A | 1928-12-11 | |||
| US1132056A | 1915-03-16 | |||
| US3008153A | 1961-11-14 | |||
| US3464066A | 1969-09-02 |
| 1. | l. A collapsible bedpan support for bed¬ ridden persons, and the like, comprising: an upper bodysupporting surface; a lower flat surface for resting on a bed, or the like; an annular surface connecting said upper surface and said lower surface together and defining a substantially hollow interior that may be inflated for erecting the bedpan support; said annular surface defining a front, feetend surface, and rear, headend surface, a first side surface, and a second side surface, said front surface having a height greater than the height of said rear surface; said front surface of said annular surface defining a cutout for receiving and supporting a bed pan; one of said surfaces having a valve for injecting an inflating gas into said substantially hollow interior; said upper bodysupporting surface being sloped and inclining in a direction from the head¬ end toward the feetend in order to gradually elevate the body of the person; said substantially hollow interior having a plurality of connecting webs, each said connecting web defining an upper portion connected to the interior surface of said upper support surface and a lower portion connected to the interior surface of said lower support surface; each said connecting web extending lengthwise along said hollow interior, each said connecting web increasing in height from said headend toward said feetend; said plurality of connecting webs comprising at least one laterallyoutward web adjacent said first side surface, at least one laterallyoutward web adjacent said second side surface, and at least one middle web interposed between said laterallyoutward webs; said at least one middle web having a height at least along a portion of its length thereof less than the height of the corresponding portions of said laterally outward webs, whereby, when inflated, said upper bodysupporting surface is concaveshaped to better fit the curvature of the back of the patient lying thereon. CLAIM 2. The collapsible bedpan support according to Claim 1, wherein each said web is made of flexible material that allows said upper support surface to lie flush on said lower support surface when the inflating gas is released from said hollow interior, whereby said bedpan support may remain in place under the patient on the bed, or the like. CLAIM 3. The collapsible bedpan support according to Claim 1, wherein said upper support surface comprises a pair of troughs, one on one lateral side of said cutout, and the other on the other lateral side of said Ushaped cutout, for supporting and resting thereon a thigh of the patient. CLAIM 4. The collapsible bedpan support according to Claim 1, wherein said cutout of said front surface of said annular surface is substantially Ushaped for receiving and supporting a bed pan. CLAIM 5. The collapsible bedpan support according to Claim 1, wherein each said web comprises holes for allowing the inflating gas to pass therethrough in order to provide a more uniform inflation. CLAIM 6. The collapsible bedpan support according to Claim l, wherein said cutout of said front surface of said annular surface comprises an entrance, and a pair of pincher, bedpan retaining members for resiliently holding a bed pan in said cutout; said retaining members comprising a pair of oppositelydisposed, arcuate, inwardlyfacing protuberances at said entrance of said opening; the lateral distance between said protuberances being less than the lateral width of said opening directly adjacent thereto. CLAIM 7. The collapsible bedpan support according to Claim 6, wherein the distance between said protuberances is five inches; said annular surface also comprising tab means for use in securing the device to a bed via a strap. CLAIM 8. A collapsible bedpan support for bed¬ ridden persons, and the like, comprising: an upper bodysupporting surface; a lower flat surface for resting on a bed, or the like; an annular surface connecting said upper surface and said lower surface together and defining a substantially hollow interior that may be inflated for erecting the bedpan support; said annular surface defining a front, feetend surface, and rear, headend surface, a first side surface, and a second side surface, said front surface having a height greater than the height of said rear surface; said front surface of said annular surface defining a cutout for receiving and supporting a bed pan; one of said surfaces having a valve for injecting an inflating gas into said substantially hollow interior; said upper bodysupporting surface being sloped and inclining in a direction from the head¬ end toward the feetend in order to gradually elevate the body of the person; said substantially hollow interior having a plurality of connecting webs, each said connecting web defining an upper portion connected to the interior surface of said upper support surface and a lower portion connected to the interior surface of said lower support surface; said cutout of said front surface of said annular surface comprising an entrance, and a pair of pincher, bedpan retaining members for resiliently removablyholding a bed pan in said cutout; said retaining members comprising a pair of oppositelydisposed, arcuate, inwardlyfacing protuberances at said entrance of said opening; the lateral distance between said protuberances being less than the lateral width of said opening directly adjacent thereto and less than the lateral width of the portion of a bed pan thereat. CLAIM 9. A collapsible bedpan support for bed¬ ridden persons, and the like, comprising: an upper bodysupporting surface having a headend and a feetend; a lower flat surface for resting on a bed, or the like having a headend and a feetend; an annular surface connecting said upper bodysupporting surface and said lower flat surface together and defining a substantially hollow interior that may be inflated for erecting the bed¬ pan support, said annular surface comprising a front surface; one of said surfaces having means for injecting an inflating gas into said substantially hollow interior; said upper bodysupporting surface being sloped and inclining upwardly in a direction from said headend toward said feetend; means for spacing said upper body supporting surface from said lower flat surface, said means for spacing comprising an upper portion connected to the interior surface of said upper bodysupporting surface and a lower portion connected to the interior surface of said lower flat surface; said means for spacing mounting said upper bodysupporting surface with respect to said lower flat surface, when the bedpan support is inflated, such that said upper bodysupporting surface slopes and inclines upwardly in a direction from said head¬ end thereof toward the feetend thereof, so that the patient under whom the bedpan is placed has his body gradually elevated from the back toward the thighs; said front surface of said annular surface defining a substantially Ushaped cutout for receiving and supporting a bedpan; said upper bodysupporting surface comprising pair of troughs, one on one lateral side of said Ushaped cutout, and the other on the other lateral side of said Ushaped cutout, for supporting and resting thereon a thigh of the patient. CLAIM 10 . The collapsible bedpan support according to Claim 9, wherein said means for spacing comprises a plurality of webs, each said web being made of flexible material that allows said upper support surface to lie flush on said lower support surface when the inflating gas is released from said hollow interior, whereby said bedpan support may remain in place under the patient on the bed, or the like. CLAIM 11. A method of using a collapsible bedpan support for bedridden patients, and the like, which bedpan support comprises an upper bodysupporting surface, a lower flat surface for resting on a bed, or the like, an annular surface connecting said upper surface and said lower surface together and defining a substantially hollow interior that may be inflated for erecting the bedpan support, one of said surfaces having a valve for injecting an inflating gas into said substantially hollow interior, said upper bodysupporting surface being sloped and inclining in a direction from the head toward the feet of the patient under whom the bed¬ pan support is placed in order to gradually elevate the body of the person, said method comprising: (a) placing the bedpan support under the bedridden person in its collapsed state; (b) inflating the bedpan support; (c) said step (b) inherently elevating the back, buttocks and thighs of the patient in increments such that the patient's body inclines in a direction from part of the back closer to the head toward the thighs; (d) inserting a bed pan into said bedpan support for use thereby; (e) after such use, removing the bedpan, and deflating the bedpan support into its collapsed state; (f) retaining the bedpan support in its collapsed state underneath the patient until the next use of a bed pan, and repeating of said steps (a) through (e) . |
The present invention is directed to a collapsible support for a bed-pan for use in hospitals or in the home for persons that are too ill to leave the bed. Inflatable bed-pan supports are known, one such being disclosed in U.S. patent number 3,728,744 - Kimbro, et al. Another bed-pan support is disclosed in U.S. patent number 4,207,633 - Smith et al. While these prior-art bed-pan supports are useful, they do not provide the comfort, ease of use, and support as that of the present invention. The prior-art, inflatable bed¬ pan supports generally must be repositioned under the patient each time the bed pan is to be used, and then inflated. After use, the support is deflated and then removed for subsequent use, and cannot generally be allowed to remain under the patient after use, owing to the discomfort caused by remaining under the patient, even in its deflated state. In addition, when inflated and used to lift the body of the patient for positioning the bed pan under the patient and on the support proper, the prior-art bed-pan supports provide little support to the patient's body and can cause unnecessary strain owing to the general design thereof, which design
simply allows for the lifting up of the patients lower back and buttocks, without any regard as to most advantageous and most comfortable way of doing such lifting while also providing the greatest support to the body.
SUMMARY OF THE INVENTION
It is, therefore, the primary objective of the present invention to provide a collapsible bed¬ pan support for use in hospitals as well as in the home for bed-ridden persons which provides much greater ease of use, and provides enhanced structural support to the lower back, buttocks area, and thighs of the person in a manner that provides enhanced comfort while also providing greater support.
It is another objective of the present invention to provide a collapsible bed-pan support that is easily inflatable, and which, in its collapsed state is of such small thickness, so as to allow for its continued placement underneath the patient, where it is readily available for the next use of a bed pan.
It is still another objective of the present invention to provide an improved, collapsible, bed-pan support that takes elevates the patient's body in gradual steps, such that the patient is lifted up in an inclined or sloping
manner from the upper back portion toward the thighs, which not only provides greatly increased comfort to the patient, but also considerably reduces strain and pressure on the upper and lower back regions, because of this gradual rise in elevation.
Toward these and other ends, the collapsible, bed-pan support of the invention is made of very thin nylon or PVC/nylon laminate formed having a thickness of approximately 20 gauge, or .75 mm. This exceptionally thin material allows the bed-pan support of the invention to collapse to a thickness of just 150 mm. when the upper lay collapses on the lower layer. The upper layer or upper support surface of the collapsible support of the invention defines an upwardly sloping support surface that supports the body so as to cause upward sloping of the body from the back towards the buttocks and thigh areas of the patient. Concave depressions are formed in the lower end regions of the upper support layer or surface for receiving comfortably therein the thighs of the patient, for firm support thereby.
BRIEF DESCRIPTION OF THE DRAWINGS The invention will be more readily understood with reference to the accompanying drawing, wherein:
FIGURE 1 is a perspective view showing the collapsible bed-pan support of the invention in its inflated, ready-to-use state;
FIGURE 2 is a perspective view showing the bed¬ pan support of the invention in its collapsed state under a. bed-ridden patient, where the support remains until it is inflated for use;
FIGURE 3 is a perspective view similar to Fig. 2 but showing the bed-pan support of the invention in its erected, inflated state for use in supporting a bed pan;
FIGURE 4 is a top plan view of the collapsible bed-pan support of the invention;
FIGURE 5 is a front end view thereof;
FIGURE 6 is a side elevational view thereof, with a bed pan shown in dotted lines;
FIGURE 7 is a cross-sectional view taken along line 7-7 of Fig. 4;
FIGURE 8 is a cross-sectional view taken along line 8-8 of Fig. 4;
FIGURE 9 is a plan view of a modified form of the invention;
FIGURE 10 is a side view thereof;
FIGURE 11 is a cross-sectional view taken along line 11-11 of Fig. 9;
FIGURE 12 is a cross-sectional view taken along line 12-12 of Fig. 9;
FIGURE 13 is a plan view of another modification; and FIGURE 14 is a cross-sectional view taken along line 14-14 of Fig. 13.
DETAILED DESCRIPTION OF THE INVENTION
Referring now to the drawings in greater detail, the collapsible, bed-pan support for bed¬ ridden patients is indicated generally by reference numeral 10. The bed-pan support 10 is made of very thin nylon or a laminate of PVC/nylon, having a complete thickness of between .50 mm. and 2.00 mm., with the preferred being .75mm. This very thin material allows for the bed-pan support to be collapsed to about 1.5 mm. in thickness, as explained below, which allows for the support to remain under the patient in its collapsed state, and thereby immediately ready for use via inflation. Owing to the nature of the material used, not only is the collapsed support able to remain under the patient, but it actually provides a feel of comfort to him. The bed-pan support 10 has an upper support face or layer 12 upon which the patient's back, buttocks area and thighs rest when the support is erected via a valve 14 and compressed-air supply 16. The support 10 includes a flat or horizontally- disposed bottom support surface or layer 20 (Figs. 5-8) , which rests directly on the bed. The perimetric edges of the two layers 12 and 20 are
united by an annular or circumferential side wall surface 22 comprised of side walls 24, 26. rear wall 28, and front wall 30. In actual manufacture, an upper and lower half will be radio-frequency welded to each other along a weld-line 33 about the entire intermediate circumference of the annular side wall surface 22, as seen in Figs.l, 7 and 8, so that, when the unit is in its collapsed state, shown in Fig. 2, the approximate overall thickness of the collapsed unit is twice the thickness of each of the upper or lower layers 12, 20, or about 1.5 mm., which, as set forth above, allows for the unit to remain in place under the patient when not being used and readily available for the next bed-pan use. The unit's front surface 30 defines a U-shaped opening which receives a bed pan, shown in dotted lines in Figs. 3,4 and 6, in a conventional manner. The upper surface face or layer 12 inclines or slopes upwardly from top to bottom, with reference to the body of the patient as shown in Fig. 3, or from right to left when viewing Fig. 1. The amount of slope, in the preferred embodiment is approximately 15 degrees, with the length of the unit being 36 inches and the greatest height, which occurs at the two forward-most front surfaces 30', 30", being 3.5 inches. Such an incline surfaces gradually elevates the back, buttocks and thigh
regions of the patient, to not only provide enhanced comfort, but also greater lower back support, allowing for longer bed-pan use times. The width of the unit is preferably 20 inches. The interior of the support 10 is substantially hollow, except for a plurality of flexible connecting webs 40 through 52, each web defining an upper portion that is connected to an interior portion of the upper support surface 12, and a lower portion connected to an interior portion of the lower support surface 20. The webs extend perpendicular to the length of the support 10, are of different heights, and are arranged in the order of their heights, starting with the lowest height and upward, from left to right when viewing Fig. 7, which corresponds to the head-end of the support 10 and the feet-end thereof, respectively. The webs are flexible enough, so that when the support 10 is collapsed, the upper layer 10 and the lower layer 20 may rest one upon the other, as shown in Fig. 2, so that it may be retained in place under the body of the patient, in its collapsed state, until inflated the next time for supporting the bed pan. The head-end 13, which corresponds to the rear end of the annular wall 22, has a height lower than the lowest connecting web 40, while the feet-end 15, or the forward end of the annular wall 22, has a height greater than the
highest connecting web 52, so that the upper supporting surface 12 inclines in a substantially linear manner, as shown in Figs. 6 and. 7. The portions 12' 12" of the upper surface 12 which defines part of the U-shaped cutout, also inclines the same slope as the remainder of the upper supporting surface, as clearly shown in Figs. 6 and 7, so that the upper surface 12 defines the linear sloping surface above-mentioned. Within these portions 12' , 12" of the upper support surface 12, there are provided indentations or recesses 50, 52 which nestle therein portions of the thighs of the patient, to provide comfort as well as to prevent the slipping off the thighs and buttocks areas from the support surface 12. While the recesses 50, 52 are shown as oval shaped in the drawings, the feet- end parts thereof may open all the way to the front wall surfaces 30', 30" juxtapositioned thereat, whereby longer such recesses are provided. It is also noted that the interior volume of the two legs of the support 10 are provided with connecting webs 70, 72, as shown in Fig. 8, which serve the same purpose as the webs 40-52, the webs 70, 72 extending perpendicularly to the webs 40-52. It is within the scope and purview of the invention to provide webs that extend parallel to the length of the support 10, with the webs being parallel to each other, with
each having an upper portion connected to the interior of the upper surface 12 along most of the length of the surface 12, with each web increasing in height along the length thereof from the head-end toward the feet-end.
Referring to Figs. 9-12, there is shown a modified form of the invention, and is indicated generally by reference numeral 100. The inflatable support 100 is provided with interior ribs or webs that extend longitudinally along the hollow interior, with each web increasing in height from the rear end 102 toward the front end 104, to that each web defines an upwardly sloping upper edge surface connected to the similar sloping interior- facing surface of the upper, body-support surface 106. Three webs 110 are centrally located between two laterally-outward webs 112, whereby sections are formed between each web. Each laterally-outward web is greater in height than each of the centrally located webs for corresponding, matching portions thereof, in order to provide a concave or arched upper support surface 106, as seen in Fig. 11, which provides a contoured fit to the back of the patient. Each web is also provided with holes 115 for allowing the passage therethrough of the inflating gas to allow for uniform inflation. The height of a central rib at its greatest elevation is 2-1/2
inches and the height of a lateral-outward at its greatest elevation is 3-1/2 inches, while at the lowest elevation, the corresponding heights are 1/4 inch and 3/4 inch. In this modification, the depressions or troughs for retaining the thighs of the patient are formed by the upper surfaces of the webs 112 being joined to the inner surface of the upper surface, which provides a tuck or depression groove 112' on the top surface, as seen in Fig. 9, which grooves run approximately the length of the upper surface. The U-shaped cutout 120 of this modification is provided with a pair of entrance, pincher-elements 122, 124 for retaining a bed pan in the opening via the biassing force thereof when inflated. Each pincher element is arcuate in shape and narrows the entrance of the U-shaped opening to width of five inches, which is less than the width of the portion of a bed pan situated therebetween, to thereby hold the bed pan in place and make it more stable. Tabs 130 and 132 with holes are provided for accommodating a belt or strap by which the support 100 may be secured in place on a bed. It is, of course, possible to have two or more laterally-outward webs 112.
Figs. 12-13 show another modification in which the webs are conical in shape, there being provided four laterally-outward webs 140, two on
each lateral side, and three centrally located webs 142. The cone-webs, when inflated, increase in diameter from the rear toward the front end, with the laterally-outward webs having corresponding larger diameters as compared to the corresponding portions of the central webs, to thus provide a concave, inflated shape for support and conforming to the back of the patient, as seen schematically in Fig. 13.
While a specific embodiment of the invention has been shown and described, it is to be understood that numerous changes and modifications may be made therein without departing from the scope, spirit and intent of the invention as set forth in the appended claims.