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Publication numberUS2583892 A
Publication typeGrant
Publication dateJan 29, 1952
Filing dateDec 26, 1950
Priority dateDec 26, 1950
Publication numberUS 2583892 A, US 2583892A, US-A-2583892, US2583892 A, US2583892A
InventorsMichael Shellhouse
Original AssigneeMichael Shellhouse
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Hysterectomy forceps
US 2583892 A
Abstract  available in
Previous page
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Claims  available in
Description  (OCR text may contain errors)

1952 M. SHELLHOUSE HYSTERECTOMY FORCEPS Filed Dec. 26, 1950 m she/muse" INVEN TOR.

BY @MM Patented Jan. 29, 1952 UNITED STATES PATENT OFFICE HYSTEREC IOMY' FORCE-RS Michael shellhouse, Gary, Ind.

Application December 26, 1950,, Serial No. 202,670

' Claims; (Cl. 1 28'--321) This invention relates to certain new andiuseful improvements in surgical forceps and has particular reference to hysterectomy forceps which are precision-made for in'toto removal of' the human uterus and cervix by excision and the purpose of the instrument is to improve the operation of total hysterectomy so that the cervix may be severed and. removed with com.- parative ease.

Another object of the invention is to provide the surgeon with a correctly designed instrument through the medium of which the operative time in surgery is appreciably shortened from to 30 minutes due to the fact that the. especially fashioned jaws or grips materially aid. the surgeon in precisely establishing the area of. the incision.

A further object of the invention is to provide expertly constructed forceps which, due to special structural features and adaptations, may be handled with requisite nicety and assurance to guard against accidental injury to the ureters and related anatomical structures.

A further object of the invention is to provide a forceps having arcuate jaws in precise opposition to each other, one jaw being. substantially semi-circular and the other one quadrantal, whereby they may be utilized as an" ovoid cervix clamp, the latter susceptible. of being pushedin or up to localize the'areaof incision with absolute certainty, this in relation to the usual abdominal approach;

Then, too, novelty is predicated on arcuate or curvilineal jaws or grips having" suitable retentive prongs and, more particularly, having sur"- face ribs, the latter being highly useful in that they have distinct application not found in any other forceps and serving, in addition, to enable the surgeon to feel the ribs or beads through theopen abdomen and, in so doing; to gage" and guide the steps of handling the" scalpel with exactitude and safety to the patient- What is more, the forceps under advisement provide an instrumentality in which manufacturers and surgeons will find their" respective requirements and needs fullymet; contained and effectually available.

Other objects, features and. advantages will become more readily'apparent from the follow-- ing description and the aocompanying'sheet' of illustrative drawings.

In the accompanying sheet of drawings wherein like numerals are employed to designate like partsthroughout the views:

Fig. 1 is a side elevational view of a pairof hysterectomy forceps constructed in accordance with the principles of the instant invention;

Fig. 2 is an edge or plan view'of the instrument seen in Fig. 1;'

Fig. Bis an end elevation from the leading end, that is the structure seen from right to left in Fig. 2.;

Fig. 4 is a fragmentary section taken on the plane of the line 4-4 of Fig. 2, looking inthe direction of the arrows; and

Fig; 5 is a fragmentarydetail section taken on the irregular line 5-5 of Fig. 1, looking in the direction of the arrows.

By wayof' introduction to the following detailed. description it is to be pointed out that forceps, pliers, tongs and the like are commonly possessed of the same structural characteristics from a. standpoint of underlying basic principles and mechanics of leverage. It is common to the trade to employ crossed hingedly or pivotally connected levers with handle means and reach arms or limbs. It is'common to utilize jaws of many styles and shapes on the working or for- Ward' ends of the reach arms. So far as is known, there is no available" instrument or forceps expressly constructed and designed to enabl'ea surgeon to satisfactorily achievethe Wanted end results in performing a complete hysterectomy; The instrument needed'to achieve the end results desired may, of course, utilize any appropriate means to actuate the proximal jaw or. equivalent members; It will be evident, therefore, that the novelty in this case has to do with suitable lever means and especially designed companion jaw means.

Referring now to the drawings by wayof reference numerals and lead lines, on lever'unitis denoted by the numeral 6 and the other one by the numeral 3-. These levers are crossed and hingedly connected together intermediate their ends asat H1. The levers toward'the left define handles [2 and I4 terminating in suitable finger rings or grips l6 and [8. Appropriate lateral toothed detents 2t and 22 are provided to lock the levers in set position. The right hand end portionsof the levers provide applicators or'reach arms 24 and 26; As stated, noveltyin the instant case" is not predicated on the means 6 and 8, but rather on the complemented specially designed cervix embracing, closing and clamping jaws 28 and 30', respectively. The jaws aresubstantially identical in detailed construction. It is to be noted, however, that the shorter jaw is quad rantal', this being the jaw 28. The other. longer jaw'is'substantially'semi-circular as at 30;

eral surface is denoted at 40. This latter surface is provided with circumferentially spaced radial.

suitably pointed prongs 42 to penetrate the cervix. On the outer peripheral surfacean in tegral prominent rib or bead 44 is formed. This rises to the desired degree beyond the peripheral-- 4 on a line'which is parallel with and immediately alongside of the leading edges 32.

Reverting to certain important and valuable aspects of this matter, it will be clear that a long jaw is used because the ureters will be approximately at each edge, thereby elevation at this junction will help to prevent injury to the ureters and urinary bladder. The short jaw, on the other hand acts against the utero-sacral ligaments, which are behind it.

After the abdomen is opened and necessary technique accomplished to free the uterus from the bladder and other structures the rib on top or long jaw is felt between the cervix and bladder.

surface 38 and th rib is preferably semi oy1in drical in cross-section. "The ribs 44 are commensurate in lengths with the lengths of the jaws (see Fig. 3).

The longitudinal axes of the respective jaws 28' and 30 are at right angles to the longitudinal axes of the reach arms 24 and 26. The two jaws are in direct opposition to each other as best illustrated in Fig. 2.

The instrument shown and described provides ga'satisfactorygrasp. The grasp is not for pulling as in obstetrical and similar surgical forceps. On the contrary the action is to push upward only after the forceps is closed over the cervix. The grasp and upward push and the ovoid outline ofthe jaws'when brought together with the beading on the edge provide a distinct application not found in other forceps. 'When the re- Iquired act is performed through the vagina, the beading or ribs may be' felt through the open abdomen. It is over the ribs or beading that an incision is made in-the vaginal structure to re- 5 move the entire uterus and cervix in toto. In using these forceps a surgeon may be assured that injury to the female operated on is not likely to happen. The instrument is designed to improve the operation and simultaneously reduce the time of the operation as before stated. I Oper tion of the forceps-After the vaginal tract is prepared surgically, the cervix is exposed, as for any surgical operation with a vaginal speculum or retracto-rs. 'The cervix is then grasped with the forceps and securely closed and heldfirm by means of the several small prongs. After the routine abdominal incision for total hysterectomy, stripping the bladder and peri-s toneum away from the uterus and cervix, an

assistant or nurse then applies slight pressure forward on the hysterectomy forceps so that an elevation of the pelvic floor occurs. This maneuver shows the operator the junction of the cervix and vaginal vault by palpation. At this time an incision by sharp scalpel is made over the beaded portion, resulting in complete severance of the vaginal tissue in a circumscribed manner, thus preventing any cervical tissue to remain as a nidus for complications at a later date. I

After completion of this procedure, the assistantor nurse disengages the forceps from the cervix. The operation is then completed as desired by the surgeon. By this methed the cervix is removed completely, the ureters are not injured, and the operative time is shortened.

It is to be further pointed out that as the instrument is pushed upwardly the ureters are laterally pushed away from the uterus (not 7 shown) toavoid injury when the incision is made said ribs being semi-cylindrical in cross-section Likewise, the rib on the short jaw is felt on the back portion between the cervix and posterior vaginal vault at which junction the utero-sacral ligaments'are attached, therefore, both ribs may be felt through the abdominal incision when the assistant or nurse pushes upward with th instrument. This causes the concave pelvic floor to become convex. Due to this maneuver both jaws can be palpated simultaneously and incision made to extirpate the uterus with the cervix. The incision is made on the ribs-the tissue severed is the uppermost wall of the vagina at the junction of the vagina with the cervix.

This instrument is expressly designed for total hysterectomy only. Its use reduces the danger in accidental injury to the ureters, reduces the danger in accidental injury to the urinary bladder and rectum, and shortens the time of operation. No cervical tissue is left behind as it may happen unknowingly without this instrument. The jaws clamp with requisite nicety on cervix, closing it tight and, in so doing they prevent seepage from cervical os.

It is thought that persons skilled in the art to which the invention relates will be able to obtain a clear understanding of theinvention after considering the description in connection with the drawings. Therefore, a more lengthy description is regarded as unnecessary.

Minor changes in the shape, size and arrangement of details coming within the field of invention claimed may be resorted to in actual practice, if desired.

Having described the invention, what is claimed as new is:

l. Hysterectomy forceps for in toto removal of the human uterus and cervix by excision comprising a pair of crossed pivotally connected levers having handles and reach arms, substantially rectangular smooth-faced plates mounted on the respective forward ends of said arms, said plates being longitudinally bowed and providing arcuate jaws, one short jaw and one long jaw, and means on the outer peripheral surfaces of said jaws for establishing the position of the cervix' relative to the ureters and companion anatomical structures, said means being capable of beingfelt through the open abdomen and prescribing the exact line of the incision which is to be made.

2. The structure defined in claim 1, said means comprising prominent outstanding ribs commensurate in lengths with the lengths of said jaws.

3. The structure defined in claim 1, said means comprising prominent outstanding ribs commensurate in lengths with the lengths of said jaws,

and flush with the leading longitudinal edges of 'the'jaws'. V

' 4. Hysterectomy forceps for in toto removal of the human uterus and cervix by excision comprising a pair of crossed pivotally connected levers having handles and reach arms, substantially rectangular smooth-faced plates mounted on the respective forward ends of said reach arms, said plates, conjointly considered, being in opposition to each other and being substantially rectangular in shape and providing jaws, one jaw being substantially semi-cylindrical and the other jaw approximately quadrantal, said semithe human uterus and cervix by excision comprising a pair of crossed pivotally connected levers having handles and reach arms, and means on the reach arms for closing, holding, and. ma-

nipulating the cervix in a manner to establish a predetermined position of the cervix prepara tory to making the incision with a scalpel, to re-' duce the operative time and without serious injury to related anatomical structures, said means being in the form of, clamping jaws having beaded straight edges to assist the surgeon in feeling the exact locale of the jaws, and to mark the exact area of incision and to shield the path of movement of the scalpel so that the latter will steer clear of vulnerable ureters and adjacent anatomy.


REFERENCES CITED The following references are of record in the file of this patent:

UNITED STATES PATENTS Number Name Date 818,953 Gottlieb Apr. 24, 1906 1,949,452 Chadwick Mar. 6, 1934 2,531,987 Pilliod Nov. 28, 1950 OTHER REFERENCES Traux, Greene & Co. Catalog of Physicians Supplies; copyright 1893; RD, 76, T8653; page 1491; Fig. 7568. (A copy of the above publication is available at Div. of the Patent Ofllce.)

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US818953 *Dec 4, 1905Apr 24, 1906John G GottliebObstetrical instrument.
US1949452 *Feb 16, 1933Mar 6, 1934Roy Chadwick LePincers
US2531987 *Feb 20, 1948Nov 28, 1950Pilliod Jules JFish holding implement
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2961683 *May 29, 1958Nov 29, 1960John Meyer FrederickPaint roller tongs
US3823719 *Nov 14, 1972Jul 16, 1974Acme United CorpFinger operated forceps type surgical instrument
US4192313 *Feb 10, 1977Mar 11, 1980Noboru OgamiForceps designed to facilitate insertion of a laminaria tent into the uterine cervix
US4475544 *Feb 23, 1982Oct 9, 1984Reis Norman IBone gripping forceps
US8573220 *Aug 9, 2006Nov 5, 2013Safetrach AbDevice and method for tracheotomy
US8652036 *Oct 25, 2010Feb 18, 2014Beaver-Visitec International (Us), Inc.Speculum
US9237899Dec 2, 2010Jan 19, 2016Stephen Paul RayTissue grasping forceps and localizing needle holder
US20050228416 *Jun 13, 2005Oct 13, 2005Vascular Control Systems, Inc.Multi-axial uterine artery identification, characterization, and occlusion pivoting devices and methods
US20080295848 *Aug 9, 2006Dec 4, 2008Jonas KarlingDevice and Method for Tracheotomy
US20090264897 *Mar 18, 2009Oct 22, 2009Wohl Daniel LTonsil forceps
US20110098538 *Oct 25, 2010Apr 28, 2011Beaver-Visitec International (Us), Inc.Speculum
EP1044653A3 *Mar 3, 2000Oct 4, 2001Accurate Surgical & Scientific Instruments CorporationBone clamp for dynamic and non-dynamic compression of fractures
U.S. Classification606/137, 606/167, 606/207
International ClassificationA61B17/42, A61B17/28
Cooperative ClassificationA61B17/282, A61B17/42
European ClassificationA61B17/42, A61B17/28D4