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Publication numberUS2943625 A
Publication typeGrant
Publication dateJul 5, 1960
Filing dateApr 1, 1957
Priority dateApr 1, 1957
Publication numberUS 2943625 A, US 2943625A, US-A-2943625, US2943625 A, US2943625A
InventorsLotts Delbert L
Original AssigneeLotts Delbert L
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Catamenial device
US 2943625 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

July 5,1960 D. l.. csT-rsv 2,943,625l

' CATAMENIAL DEVICE Filed April 1, .1957 Y.

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" Patented .Fuly V, 1960 CATAMENIAL DEVICE Delbert L. Lens, 103 N. Talley Ave., Muncie, 1nd. Filed Apr. 1, 1957, ser. No. 649,910

' s claims. (cl. 12s-zas) This invention relates to apparatus useful for feminine hygiene. More particularly, the invention relates to devices for use by women during menstrual periods.

It is an object of the present invention to provide irnproved catamenial apparatus.

Another object of the invention is to provide a catamenial device utilizing vacuum means for absorbing menstrual discharge.

A further object of the invention is to provide a vacuum actuated vaginal absorption device which is completely safe.

Still another object of the invention is to p-rovide an improved catamenial device including vacuum means controlled by moisture soluble means.

A still further object of the invention is to provide an improved catamenial device embodying ilexible diaphragm means for retaining vacuum and for creating additional vacuum when the device is withdrawn.

Other objects, features and advantages will be apparent from the following detailed description taken in conjunction with the accompanying drawings, in which:

Figure 1 is anV enlarged longitudinal, sectional view of a catamenial device according to the present invention with the device evacuated and ready for use;

Figure 2 is an enlarged longitudinal sectional view of a catamenial device according to Figure 1 illustrating the device before itis evacuated'but with the plug retaining cap in place;

Figure 3 is an enlarged longitudinal sectional view similar to Figures 1 and 2 but showing the device in operative condition with the plug released and open and the diaphragm in its vacuum producing position;

Figure 4 is an enlarged longitudinal sectional view similar to Figure 3 but showing the device with the vacuum dissipated; and

Figure 5 is an enlarged, broken longitudinal sectional view similar to the previous gures but showing two conditions of the device as it is being withdrawn.

As shown in the figures, the catamenial device of the present invention is generally designated by the reference numeral and includes a tube-like body member 12, a soft resilient end plug 14, a resilient ilexible diaphragm or bulb 16, a soluble cap 18, and a withdrawal cord 20.

The tube-.like body member '12 may be of any desired cross section preferably circular. The Walls of the tubelike member are formed of any suitable material capable of withstanding deterioration when subjected to the body heat and moisture of the vagina. Preferably the walls are as thin as possible and limited exibility to make the device more comfortable when in use, but the walls must be of sucient rigidity to prevent collapse when evacuated and inserted in the vagina. The tube-like member 12 may be formed of any suitable material such as Lucite, Vinylite, hard rubber, or other plastic or rubberlike materials, or may even be formed of metal such as thin, flexible, stainless steel.

The plug 1|4 is disposed at the end of the tube-like member 12 to be inserted into the vagina. It is formed Aof soft resilient material, preferably porous, such as sponge material formed of rubber, nylon, or other rubberlike or plastic material. As illustrated in Figures 3, 4

and 5, the plug normally has a maximum diameter somewhat greater than the diameter of the tube-like member 12 so that it will form a soft, pliable obstruction in the upper part of the vaginal tract when in use. A portion of the plug is retained in the end of the tube-like member 12 as shown and if desired, may be cemented therein,

With any suitable moisture resistant cement. An axial passage 22 is formed through the plug 14 and communicates with the interior of the tube-like member 12.

The other end of the tube-'like member 12 is closed by the flexible diaphragm 16. VThe diaphragm may be formed of any suitable resilient, flexible heat and moisturek resistant material capable of substantial stretching and subsequent return to normal, such as rubber or resilient stretchable plastic. The diaphragm is shown in its unstretched condition in Figures 2, 4 and 5 and in its stressed or stretched condition in Figures 1 and 3. It is secured to the end of the tube-like member in any suitable manner such as by moisture and heat resistant cement. Adjacent its connection to the tube-like member the diaphragm is reinforced or thickened to provide a stiifened portion 17.

In order to normally confine the plug 22 in a generally hemispherical form such as seen in Figures 1 and 2 and to compress the plug for closing the passage 22 and for sealing the end of the tube 12, the generally hemispherical cap 18 is disposed over the end of the tube-like member with the plug 14 held in compressed relation-VV ship within the cap. The cap is secured to the tube-like member 12 by any suitable cement, and it is formed of thin material which is ordinarily fairly stiff and capable of retaining a vacuum within the tube-.like member but uated with the cap 18 in place, a small aperture or operling 24 is formed adjacent the outer end of the closed passage 22. The interior of lthe tube-like member 12 can be readily evacuated through the opening 24, through the interstices of the plug 14 (when formed of porous material), through the closed passage 22 (which will open suciently for drawing out the air within the tubelike member) or through both. In Figure 2 the device is shown with the diaphragm 16 relaxed before evacuation. In Figure l the device is evacuated and the diaphragm 16 is drawn close to the inner walls of the tubelike member 12 and into contact with the inner end portion of the plug 14. The vacuum is retained by closing the opening 24 in any suitable manner, such as by cementing over the opening a small piece of cap material 26. When the device 10 is capped and evacuated as shown in Figure l, it will retain the vacuum indefinitely as long Vas the cap is not `subjected to heat and moisture.

In operation, the device is inserted, plug end first, into the vaginal tract at the start of the menstrual period. The heat and moisture in the vaginal tract will dissolve or melt the cap 18 and the plug 26 to release the sponge plug 14 so that it assumes its expanded form as shown in Figure 3. The `sponge plug now forms a soft, pliable obstruction in the upper portion of the vaginal tract to block passage of menstrual discharge. At the s-ame time the passage 22 is opened so that the vacuum created by the stretched diaphragm 16 is transmitted to the vaginal tract above the plug 14 to draw menstrual discharge into the tube 12. The diaphragm 16 will contract as the tube l12 lls until the diaphragm is substantially completely contracted, as shown in Figure 4, and the tube tilled to capacity. When this happens the weight of the tube and its contents and the reduction of the vacuum will cause the entire device to descend to a position where it will be felt by the user to warn her that it should be withdrawn.

To facilitate-withdrawal of the device and to clean the vaginal tract during withdrawal, a removal cord' or string 20.I is provided. The cord 20 is secured to the inner end; of the. diaphragm as illustrated and extends out of the, device a sufficient amount so that it can be grasped lto effect removal of the device from the vagina of the user. When the removal cord 20 is pulled, the central portion of the diaphragm 16 is pulled inside out as illustratedby the solid lines in Figure 5, and this creates additional vacuum within the tube 12 and above the plug 14 inthe vaginal tract. Additional pulling on the removal cord 20 pulls the stiffened portion 17 of the diaphragm inside out as shown in dotted lines in Figure 5, and at the `same time the central portionof the diaphragm is extended as indicated in dotted lines so that additional vacuum is provided. Thus, during withdrawal additional vacuum provided through manipulation of the removal cord 20 cleans the vaginal tract.

It will be understood that the catamenial device may be made in several sizes to accommodate various ages and menstrual conditions. It is contemplated that a single one. of the devices should cover the requirements for one complete menstrual period, but of course two or more devices may be utilized if necessary. The device is clean, convenient and sanitary and in no way interferes with the activities ofthe wearer.

While the device is described and illustrated for use in vaginal absorption during menstrual periods it will be readily understood that it can be utilized for other medical purposes in other body cavities or surgical incisions for absorption of blood, mucus or any other body uids.

Variations and modifications may be effected without departing from the scope of the novel concepts of the present invention.

I claim:

1. In a catamenial device, a tube-like member, and means operatively associated with said tube-like member for retaining a vacuum therein, said vacuum retaining means including cap means normally sealing one end of said member when dry but deteriorative when exposed to moisture of a human body at body temperature, said vacuum retaining means also including a plug of resilient soft sponge material.

2. In a catamenial device, a tube-like member, means operatively associated with said tube-like member for retaining a vacuum therein and including a plug of resilient soft material having a normally open passage therethrough, and a moisture deteriorative cap encasing at least a portion of said plug and closing said passage, whereby said cap will deteriorate when exposed to human body moisture at body temperature to release said plug and to open said passage.

3. In a catamenial device, a tube-like member, means operatively associated with said tube-like member for retaining a vacuum therein, said vacuum retaining means including a plug of resilient soft material having a normally opened passage therethrough at one end of said tube-like member and aresilient rubber-like diaphragm closing the other end of said tube-like member whereby said diaphragm is drawnv into said member when the member is evacuated, and a ilexible cord secured to said diaphragm for drawing said diaphragm from said tubelike member `to create additional vacuum in said member and for retracting said device.

4. In a catamenial device, a generally rigid tube-likemember, a resilient porous plug closing one end of said member, a resilient flexible diaphragm closing the other end of said member whereby said member may be evacuated between said plug and said diaphragm, and a moisture deteriorative cap covering saidA plugl to retain the vacuum in said tube-like member.

5. A catamenial device according to claim 4 wherein said cap is provided with an opening communicating with said porous plug through which air may be drawn to create the vacuum in said tube-like member, and moisture deteriorative means closing said opening to retain the vacuum in said member.

References Cited in the file of this patent UNITED STATES PATENTS 467,963 Vernier Feb. 2, 1892 639,864 Von Raitz Dec. 26, 1899 2,452,813 Wade Nov. 2, 1948

Patent Citations
Cited PatentFiling datePublication dateApplicantTitle
US467963 *Apr 7, 1891Feb 2, 1892 Gatamenial sack
US639864 *Aug 3, 1899Dec 26, 1899Minnie Von RaitzMedical tampon.
US2452813 *Nov 5, 1945Nov 2, 1948John R WiederrichTherapeutic agent
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3157180 *Apr 3, 1962Nov 17, 1964Bakunin Maurice ICatamenial receptacle
US3216422 *Nov 23, 1962Nov 9, 1965Johnson & JohnsonVaginal tampon
US4217899 *Nov 2, 1977Aug 19, 1980Lutz FreierColonic endoprosthesis
US4486191 *Aug 12, 1982Dec 4, 1984Technology Unlimited Inc.Tampon
Classifications
U.S. Classification604/330
International ClassificationA61F5/451, A61F5/455
Cooperative ClassificationA61F5/4553
European ClassificationA61F5/455B