the present invention is of a pelvic implant which can be used to temporarily or permanently support the organs of a pelvis . specifically , the present invention can be used to prevent or treat vaginal prolapse , prolapse of the bladder ( cystocele ), prolapse of the uterus , prolapse of the rectum ( rectocele ), or any other herniation of organs through the pelvic floor . the principles and operation of a device according to the present invention may be better understood with reference to the drawings and accompanying descriptions . before explaining at least one embodiment of the invention in detail , it is to be understood that the invention is not limited in its application to the details of construction and the arrangement of the components set forth in the following description or illustrated in the drawings . the invention is capable of other embodiments or of being practiced or carried out in various ways . also , it is to be understood that the phraseology and terminology employed herein is for the purpose of description and should not be regarded as limiting . referring now to the drawings , fig1 - 4 are illustrations of an implant device 10 for insertion into a pelvis , in accordance with various embodiments of the invention . device 10 includes a frame 12 and a sheet 14 . for the purposes of the present application , the term “ sheet ” can be understood to include , but not be limited to , a mesh , sheath , diaphragm , divider or multi - layered sheet . frame 12 is an anchoring system for anchoring sheet 14 into place in the pelvis . frame 12 is designed to be adjustable , such that upon insertion into the pelvis , device 10 is compressible to a satisfactory size for introduction through the passageway leading into the pelvis , and such that once device 10 is situated within the pelvis , device 10 is expandable to a size at which frame 12 can anchor device 10 in place . reference is now made to fig1 a and 1 b , which are illustrations of device 10 in a compressed configuration and an expanded configuration , respectively , in accordance with a first embodiment of the present invention . frame 12 includes two arms 16 , 17 each of which has a proximal end 18 , 19 and a distal end 20 , 21 . the two arms 16 and 17 are connected to one another at proximal ends 18 and 19 by a connecting element 22 . connecting element 22 has at least two configurations , such that in a first configuration , proximal ends 18 and 19 of arms 16 and 17 are together , as shown in fig1 a , and in a second configuration , proximal ends 18 and 19 of arms 16 and 17 are apart , as shown in fig1 b . in the embodiment shown in fig1 a and 1 b , connecting element 22 includes two connectors 24 , 25 and a pivot 23 . pivot 23 allows connectors 24 , 25 to bend with respect to one another , thereby allowing for multiple configurations of connecting element 22 . connecting element 22 can be positioned in its open or closed configuration by the use of an adjusting element 28 . in the embodiment shown in fig2 a and 2 b , adjusting element 28 is a fastener 30 , for holding proximal ends 18 and 19 together . fastener 30 can be a wire ( as shown ), a ratchet , or any other mechanical means suitable for pulling and holding proximal ends 18 and 19 together . specifically , in the embodiment shown , a wire is attached to proximal ends 18 and 19 of arms 16 and 17 . by pulling on a portion of the wire , connecting element 22 changes configuration and proximal ends 18 and 19 are joined together . this leads to a moving apart of distal ends 20 and 21 , thereby causing an expansion of frame 12 . reference is now made to fig2 a - 2 c , which are illustrations of device 10 in a compressed configuration and expanded configurations , in accordance with another embodiment of the present invention . frame 12 includes two arms 16 , 17 each of which has a proximal end 18 , 19 , a distal end 20 , 21 , and a body 13 , 15 between said proximal and distal ends . the two arms 16 and 17 are connected to one another somewhere along the length of body 13 , 15 , preferably at a mid - point thereof , by a connecting element 22 . connecting element 22 has at least two configurations , such that in a first configuration , arms 16 and 17 are close together , as shown in fig2 a , and in a second configuration , arms 16 and 17 are relatively far from one another , as shown in fig2 b and 2 c . in the embodiment shown in fig2 a and 2 b , connecting element 22 includes two connectors 24 , 25 and a ratchet 27 . ratchet 27 allows connectors 24 , 25 to move together or apart from one another , thereby allowing for multiple configurations of connecting element 22 . connecting element 22 can be positioned in its open or closed configuration by the use of an adjusting element 28 . in the embodiment shown in fig2 a - 2 c , adjusting element 28 is a separate ratcheting device 31 , for bringing arms 16 and 17 together or pushing them apart . during introduction of device 10 into the pelvis , connecting element 22 is configured such that arms 16 and 17 are close together , a shown in fig2 a . when the desired location within the pelvis is reached , connecting device is configured such that arms 16 and 17 are apart , thereby causing an expansion of frame 12 as shown in fig2 b . when expansion of frame 12 is complete , ratcheting device 31 can be removed , leaving device 10 in place in the body . reference is now made to fig3 a and 3 b , which are illustrations of device 10 in a compressed configuration and an expanded configuration , respectively , in accordance with yet another embodiment of the present invention . frame 12 includes two arms 16 , 17 each of which has a proximal end 18 , 19 and a distal end 20 , 21 and a body 13 , 15 . the two arms 16 and 17 are connected to one another at a point along bodies 13 , 15 by a connecting element 22 . connecting element 22 has at least two configurations , such that in a first configuration , arms 16 and 17 are close together , as shown in fig3 a , and in a second configuration , arms 16 and 17 are relatively far from one another , as shown in fig3 b . in the embodiment shown and described herein with respect to fig3 a and 3 b , connecting element 22 is an angled member , configured at an angle with respect to arms 16 and 17 and set up as a pulley system with a wire . pulling on the wire causes connecting element 22 to be pulled down at one end , changing the angle between connecting element 22 and arms 16 and 17 , causing arms 16 and 17 to be pushed apart from one another . connecting element 22 can be positioned in its open or closed configuration by the use of an adjusting element 28 . in the embodiment shown in fig3 a and 3 b , adjusting element 28 is a pulley wire 32 , for holding proximal ends 18 and 19 together . specifically , in the embodiment shown , pulley wire 32 is connected to both arms 16 and 17 and connecting element 22 . by pulling on a portion of pulley wire 32 , the angle between connecting element 22 and arms 16 and 17 changes , leading to a moving apart of arms 16 and 17 . reference is now made to fig4 a and 4 b , which are illustrations of device 10 in a compressed configuration and an expanded configuration , respectively , in accordance with a most preferred embodiment of the present invention . frame 12 includes two arms 16 , 17 each of which has a proximal end 18 , 19 and a distal end 20 , 21 . the two arms 16 and 17 are connected to one another at proximal ends 18 and 19 by a connecting element 22 . connecting element 22 is a flexible , elastic band , capable of compressing or expanding . in a first configuration , arms 16 and 17 are relatively close together , as shown in fig4 a , and in a second configuration , arms 16 and 17 are apart , as shown in fig4 b . in this embodiment , no separate adjusting element 28 is necessary . sheet 14 is a flexible member , comprised of a nylon mesh , a biological material ( such as animal tissue , for example ), or any other flexible biocompatible material . for example , sheet 14 may be comprised of prolene ™, nylon , polypropylene , deklene ™, polylactic acid , polyethylene glycol , polyester , synthetic biomaterials , allografts , autologous tissue , xenografts , heterografts , or any combination of the above , or any other biocompatible material which is flexible and suitable for supporting a pelvic organ . in a preferred embodiment , sheet 14 includes two layers , so that frame 12 can fit into the space between the two layers , without the need separate connectors for connecting the frame 12 to the sheet 14 . in a preferred embodiment , both layers of sheet 14 are comprised of the same material . in an alternative embodiment , a combination of materials is used . frame 12 is comprised of a solid , supportive material , such as a polymer , a metal , or any other biocompatible material . for example , frame 12 may be comprised of polylactic acid , polyethylene glycol , synthetic biomaterials , titanium , stainless steel , shape - memory alloys , or any combination of the above , or any other biocompatible material which is flexible and suitable for providing support to sheet 14 . in a preferred embodiment , frame 12 is comprised of a biodegradable material so that over time , frame 12 will degrade and be replaced by scar tissue which can then act as a support for sheet 14 . a method for treating bladder prolapse is described with reference to fig5 and 6 . a patient is set up for surgery , placed in a gynecological position , and anesthetized . a weighted speculum is placed in the lower vaginal wall to expose the prolapsed upper vaginal wall . an incision is made along the center of the upper wall of the vagina 40 . in a preferred embodiment , the incision is approximately 1 mm deep and 4 cm long . using a sharp instrument such as a scissor , the vagina 40 is separated from the bladder wall through the initial incision . alternatively , the vagina is separated from the bladder wall 42 using blunt dissection — such as with the tip of a finger . these types of incisions and separations are well - known in the art , and the methods of the present invention are not limited to the details included herein . device 10 is compressed and inserted through the vagina and situated between the vagina and the bladder . device 10 is then expanded into its expanded position , wherein arms 16 and 17 are situated against the pelvic sidewalls 44 in gentle tension holding it in place . the vaginal incision is then sutured closed under the implanted device 10 . as shown in fig5 , device 10 is situated between the vagina and the bladder , supporting the bladder and preventing it from descending into the vaginal canal . in a preferred embodiment , connecting element 22 is in an anterior portion of device 10 upon insertion , as shown in fig6 . in an alternative embodiment , connecting element 22 is in a posterior portion of device 10 upon insertion . in an alternative embodiment , an incision is made between the vagina and the bladder , and device 10 is inserted into a position that provides support of the bladder , with the frame compressed against the para - rectal compartment . in this embodiment , device 10 would be similar in shape , but generally smaller in size than device 10 used for bladder support . device 10 can include several different sizes for different sized patients . in alternative embodiments , device 10 or portions thereof may be coated or incorporated with therapeutic materials . it is appreciated that certain features of the invention , which are , for clarity , described in the context of separate embodiments , may also be provided in combination in a single embodiment . conversely , various features of the invention , which are , for brevity , described in the context of a single embodiment , may also be provided separately or in any suitable subcombination . although the invention has been described in conjunction with specific embodiments thereof , it is evident that many alternatives , modifications and variations will be apparent to those skilled in the art . accordingly , it is intended to embrace all such alternatives , modifications and variations that fall within the spirit and broad scope of the appended claims . all publications , patents and patent applications mentioned in this specification are herein incorporated in their entirety by reference into the specification , to the same extent as if each individual publication , patent or patent application was specifically and individually indicated to be incorporated herein by reference . in addition , citation or identification of any reference in this application shall not be construed as an admission that such reference is available as prior art to the present invention .
an implant for a pelvis is provided , wherein suturing is not necessary for anchoring the implant in place . the implant includes a flexible sheet and a solid frame , wherein the frame can be compressed or expanded . upon insertion through the narrow openings of the pelvis , the frame is compressed , and upon delivery at the site , the frame is expanded , and is designed to anchor to the surrounding anatomical structures .