|Publication number||US3048175 A|
|Publication date||Aug 7, 1962|
|Filing date||Mar 30, 1959|
|Priority date||Jan 28, 1959|
|Publication number||US 3048175 A, US 3048175A, US-A-3048175, US3048175 A, US3048175A|
|Inventors||Olof Uddenberg Goran|
|Original Assignee||Olof Uddenberg Goran|
|Export Citation||BiBTeX, EndNote, RefMan|
|Patent Citations (7), Referenced by (14), Classifications (5)|
|External Links: USPTO, USPTO Assignment, Espacenet|
Aug 7, 1962 G. o. UDDENBERG CERVIX RETAINING INJECTION NOZZLE Filed March 50. 1959 INVENTOR. 617/6611? G01/2id Mm.: ABC
United @rates iiatent @dice 3,048,175A -Patented Aug. 7, 1962 3,048,175 CERVIX RETAINING INJECTION NOZZLE Goran Olot Uddenberg, Rangeltorpsgatan 49, Goteborg, Sweden Filed Mar. 30, 1959, Ser. No. 802,714 v Claims priority, application Sweden dan. 28, 1959 2 Claims. (Cl. 12S-245) This invention relates to improvements in instruments toV facilitate the examinations of and injections into the human uterus and Fallopian tubes.
One object of the invention is to obtain an instrument fora sure retaining of the cervix in a fixed position during examinations of and injections into the uterus and Fallopian tubes.
A further object of the invention is to obtain an instrument for a sure retaining of the cervix in a fixed position and at the same time to create a sure guiding of an injection device into said cervix.
When carrying out examinations of the uterus and Fallopian tubes one uses, according to the examinations, fluid or gas injections as a method of help, these injections are carried out through the cervix. Contrast .fluid is injected before X-ray examinations and flushing iiuid after operations. Gas injections, for example carbon-dioxide, are carried out to determine if the Fallopian tubes give free passage. It is, therefore, important that the cervix is held in an unchanging position so that the opening of the cervix can be found without diiculty and the insertion of the injection cannula greatly facilitated. This retention is normally obtained with the use of forceps, but this method often causes injury and yabrasion to the delicate tissues and at the same time difficulty can be experienced in the entry into the uterus through the cervix. j
A still further object of the invention is to overcome these diiiiculties. v.
With these and fur-ther objects in view the invention is essentially characterised in the fact that the instrument consists of an air-withdrawal vacuum-acting suction cup for enveloping and retaining the cervix, which works in cooperation with `an axiaily pre-adjustable opening device for the cervix, whereupon both the suction cup as well as the opening device form, in the operation position of the cervix, seals against the entry of air through the suction cup opening against the cervix.
One embodiment of theinvention is illustrated in the accompanying drawing, wherein:
FIGURE l shows a longitudinal section of the instrument in position against the cervix, `and FIGURE 2 shows a corresponding view of the instrument in the operating position with the inducted cervix.
The instrument consists of a cannula tube l, which is encompassed, with certain clearance, by an outer tube 2, this clearance forms a channel 3` between these two tubes. The outer tube is anchored in the forward section 4a, of a transversely divided handle, the rear section 4b, of which is, through the medium of a threaded stub 5, attached rin the forward handle section and contacts against a flexible seal ring 6, which is .situated around the cannula tube 1. This seal ring, which lies against the bottom of a recess corresponding to the stub 5, in the forward handle section, prevents air leaking along the outside of the cannula tube into the rear end of the outer tube, which lies further forward in the handle and also retains the cannula tube with a certain frictional force in the set position. In the forward handle section is a transverse tube 7 from the outer tube for connecting to a vacuum pump, which is not shown in the drawing, or a similar device for exhausting air from the suction cup. The outer pipe has, at its forward end, a flange equipped internally threaded muti 8, the end flange of which lies against a rubber gasket or something similar 9, which in its turn lies against the outside of the suction cup. A hanged nipple 10 is threaded in the end mud from the inside of the suction cup, the cannula tube passes through this nipple, with a clearance, into the suction cup. The cannula tube has an end head 11 at this end, which is, for example, in the form of a cone as shown in the drawing. The nipple can be screwed in with a suitable key and its ilange presses a Washer against the inside of the suction cup. The outer pipe is retained to the suction cup during sealing through the abovementioned rubber gasket 9 and is in communication with the interior of the suction cup by means of the clearance in the nipple. The suction cup circular suction opening 12 has an opening edge, which merges into the wall section of the suction cup, which is directed considerably outwards and forms, with the extension of the suction opening plane, a vary small angle. In this way the suction cup obtains, in comparison with the suction opening, a considerable transverse curve 13, which is shown in the drawing. lt is advantageous if the suction cup is of transparent plastic or something similar.
The rear handle section 4b has in its outer end an axial longitudinal recess 14, which contains, if determined suitable, ya fiexible seal ring 15', which encircles the cannula tube 1. In the recess is threaded a cannula tube retainer 16, the length of which corresponds to the length of the recess, the outer end of this retainer has an end head 17, which is used for screwing the cannula tube retainer in and out of the rear handle section 4b. This retainer has also, seen from the outer end, an axial recess, in which a connecting tube 18 is threaded, and is of such a length that it normally reaches the bottom of the recess so that through the pressure of another flexible seal ring 19 around the cannula tube obtains fr-ictional retention of the cannula tube. This reaches a little way into the con-v necting tube with its outer end in connection against a shoulder 20. The connecting pipe can house any suitable outer connecting head for connection to gas or liquid pipe connections. On the drawing is shown a normal connecting part 21 for a syringe. The cannula tube retainer has in its outer threading three impressed marks A, B and C, which show how far the cannula head 1.1 has reached out in connection with the suction cup. A
shows the bottom position of the end head and C showsv the maximum outer position. B shows the intermediary position.
When the instrument is used `the suction cup and the cannula tube end head are inserted in the cervix so that the suction cup opening surrounds the cervix annular muscle 25, and the forward end of the endhead enters the cervix as shown in FIG. 1 on the drawing. This is facilitated by the transparency of the suction cup. The end head should be in thebottom position with the cannula tube retainer 16 completely screwed out so that the mark A is just outside the outer end edge of the rear handle section 4b. The inner air should noW begin to be exhausted by the vacuum pump or similar device from the suction cup through the outer tube. The formation of a vacuum will cause the annular muscle to be inducted through the suction cup opening between the opening edge and the cannula tube end head, 'as is shown in FIG. 2; this will cause -an outward folding of the ring muscle 2S into the suction cup, and it will yalso glide over the'end head so that the suction cup and the end head will form a sealing surface against the inducted muscle, and a powerful retention by the suction cup will be obtained. During this time, or immediately after, the cannula tube end head should be inserted through the cervix by screwing in the cannula tube retainerl into the handle. For this movement the connecting tube 18, inner shoulder 20, moves the cannula tube forward vand the insertion is judged spaans by marks B and C. In this way the cervix -is opened so that free injection of liquid or gas can be carried out. With greater insertions the cervix can also be formed 1nto a complete fold at the base of the end head, as shown in FIG. 2, with further improved sealing conditions.
It the cannula tube end head is to be withdrawn or is to be adjusted in the reverse direction, the rear handle section should be loosened somewhat, so that the seal ring frictional tension decreases. When the cannula tube retainer 16 is screwed out, the cannula tube will come with it owing to the frictional eiect of the seal ring 19.
With the above described device one obtains a simple and effective instrument which, without pain or injury,
retains the cervix and holds it in an unchangeable position for the intended purpose.
As diierent conditions require cannula end heads of various sizes as well as various forms, for example fiattened form, ball form etc., the instrument has been constructed so that the cannula tube and end head can be easily replaced by drawing out the cannula tube through the suction cup and itting a new cannula tube and end head into the instrument through the suction cup. This is of great advantage when fitting surgical appliances as the cannula tube and end head can be replaced without the aid of tools and without any great loss of time.
What I claim is:
l. An instrument for facilitating the examination of and insertion into the human uterus and Fallopian tubes, comprising an outer tube having opposite ends, a suction cup of transparent material operably connected to one end of said outer tube, said suction cup being adapted to envelop and retain the cervix, a cannula tube of lesser diameter than the outer tube coaxially positioned within the outer tube and having opposite end portions with one of said end portions being located within said suction cup, .a head on said one end portion adapted to open the cervix and permit injection of fluid into the uterus, means dening a passageway between the suction cup and said outer tube to permit air to be exhausted from the interior of the suction cup into the space between the outer tube and the cannula tube for sealing the entry of air through said cup against the cervix, handle means supporting said outer tube and cannula tube, said handle means including front and rear sections, said front section having a bore in each end thereof, the opposite end of said outer tube being anchored in one of the bores in the front section, the rear section being secured in the other'of the bores in the front section, said rear section having an axially threaded recess in its other end, a retainer having a bore threaded into the recess of said rear section, a connection tube threadedinto the bore of saidk retainer, the opposite end portion of the cannula tube being loosely positioned within said connection tube, a rubber ring surrounding said opposite end portion of the cannula tube between the end of the connection tube and the retainer for frictionally retaining the cannula tube in said connection tube, and means for connecting ythe connection tube with a source of fluid for allowing fluid to be injected into` the uterus through said connection tube, cannula tube and head, and the threading of the retainer with respect to the recess in said rear section eiecting axial displacement of the cannula tube relative to the suction cup.
2. An instrument for facilitating the examination of and insertion into the human uterus and Fallopian tubes, comprising an outer tube, a suction cup operably connected to one end of said outer tube with `such suction cup being adapted to envelop and retain the cervix, a cannula tube of lesser diameter than the outer tube coaxially disposed within and fractionally retained with respect to the outer tube and having an end portion positioned within said suction cup, a head on said end portion adapted to open the cervix and permit injection of fluid into the uterus, means detning a passageway between said suction cup and said outer tube so that air may be exhausted from the interior of the suction cup into the space between the outer tube and the cannula tube thereby sealing the entry of air through such cup against the cervix, means for displacing said cannular tube and head axially respecting said outer tube and said suction cup for opening the cervix and allowing the injection of iluid through said cannula tube and head into the cervix, handle means including front and rear sections, said front section having a ybore in each end thereof, said outer tube being anchored in one of the bores in the front section, the rear section being secured in the other of the vbores of the front section, said rear section having an axially threaded recess in its other end, a retainer havin g a bore threaded into said recess and including means allowing said retainer to be turned externally -with respect to said handle means, and said retainer being operably connected with the end of said cannula tube remote from the head for effecting axial displacement of the cannula tube respecting said suction cup, and a lconnection tube extending longitudinally in the bore of said retainer and communicating with the end of said cannula tube remote from the head for allowing iiuids to be injected into the uterus through said connection tube, cannula tube and head. v
References Cited in the tile of this patent UNITED STATES PATENTS 989,839 Fowler Apr. 18, 1911 1,221,084 Norris Apr. 3, 1917 2,764,975 Greenberg Oct. 2, 1956 2,771,072 De Montauge Nov. 20, 1956 FOREIGN PATENTS 483,807 IFrance May 18, 1917 107,714 Great Britain July 12, 1917 115,740 Germany Dec. 1l, 1900
|Cited Patent||Filing date||Publication date||Applicant||Title|
|US989839 *||Feb 21, 1908||Apr 18, 1911||Edmund P Fowler||Ear-irrigating device.|
|US1221084 *||Jul 6, 1914||Apr 3, 1917||Warren J Norris||Syringe.|
|US2764975 *||Jan 26, 1955||Oct 2, 1956||Greenberg Emanuel M||Cervical cap|
|US2771072 *||Dec 24, 1952||Nov 20, 1956||De Montauge Jacques Antoine||Medical apparatus for injection, insufflation, and the like|
|DE115740C *||Title not available|
|FR483807A *||Title not available|
|GB107714A *||Title not available|
|Citing Patent||Filing date||Publication date||Applicant||Title|
|US3469575 *||Sep 26, 1967||Sep 30, 1969||Vass Clara||Rectal nozzle assembly|
|US3765413 *||Dec 8, 1971||Oct 16, 1973||Lepar E||Equipment for rectally administering enemas|
|US3815598 *||Jan 19, 1972||Jun 11, 1974||Vass A||Instrument for administering fluid into a body through an orifice therein|
|US3884220 *||Sep 21, 1973||May 20, 1975||Leo J Hartnett||Method for injecting X-ray contrast media for venography of the female pelvis|
|US4834110 *||Feb 1, 1988||May 30, 1989||Richard Patricia A||Suction clamped treatment cup saliva sampler|
|US5259836 *||Dec 21, 1990||Nov 9, 1993||Cook Group, Incorporated||Hysterography device and method|
|US5364375 *||Sep 24, 1993||Nov 15, 1994||Surgical Safety Products, Inc.||Catheter device for the localized introduction and maintenance of pharmaceutical material in the uterine cervix and upper vagina|
|US6139522 *||Sep 19, 1995||Oct 31, 2000||Novoste Corporation||Electrophysiology positioning catheter|
|US6723069||Jul 5, 2000||Apr 20, 2004||Novoste Corporation||Electrophysiology positioning catheter|
|US7169124||Apr 19, 2004||Jan 30, 2007||Novt Corp||Electrophysiology positioning catheter|
|US7666160||Dec 29, 2006||Feb 23, 2010||Kimberly-Clark Worldwide, Inc.||Delivery device|
|US20040267192 *||Apr 19, 2004||Dec 30, 2004||Weldon Thomas D.||Electrophysiology positioning catheter|
|US20080161752 *||Dec 29, 2006||Jul 3, 2008||Rajala Gregory J||Delivery device|
|EP2497517A1 *||Mar 1, 2012||Sep 12, 2012||Graziano Azzolini||Biomedical device for the injection of contrast means, particularly for the execution of fistulography and urethrography|
|U.S. Classification||604/176, 604/278|