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Publication numberUS2292474 A
Publication typeGrant
Publication date11 Aug 1942
Filing date9 Jan 1940
Priority date9 Jan 1940
Publication numberUS 2292474 A, US 2292474A, US-A-2292474, US2292474 A, US2292474A
InventorsPaxton Elisha W
Original AssigneePaxton Elisha W
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Vacuum gauge
US 2292474 A
Abstract  available in
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Claims  available in
Description  (OCR text may contain errors)

Aug. ll, 1942.

E. w. PAxTON- VACUUM GAUGE y Filed Jann'. s, 1940 INVENTOR. Q- nf. @p54 ATTQRNEY.


.IIVI m lPatented Aug. l1, 1942 azsam VACUUM GAUGE Eliana w. Paxton, washington. rn. Application January e, 1940, seri-n1 No. 313,032 a claims. (ci. 12s-2de) 'I'his invention relates to a method of and apparatus for applying, indicating the amount of. and controlling 'the action of lung-created vacuua inthe prevention of, and remedial treatment of, painful conditions resulting from the clogging of various natural drainage and pressure-equalization passages in the human head'and neck. l

The sinuses or antrums, and the tympanums of the ears are provided with passages that are normally free of obstruction. v

Inflammations or irritations of the mucous membranes, such as those due to the common cold, hay fever, and the like cause increased secretion of mucus as a natural protective measure. The consistency of this mucus varies within wide limits during the progress of a cold, and when of heavy consistency it is quite capable of effectively clogging said passages.

Buch clogging is usually effected by the necessiof blowing the nose, i. e., creating a pressure in the air passages by means of the lungs. while keeping the mouth closed, and constricting nasal apertures to increase both pressure and velocity of the exhaled air, thus clearing the nose artificially and periodically. The resulting sudden increase of pressure in the air passages, and back pressure into the several cavities of the head which are connected to said air passages by means of tubes or apertures of restricted cross-sectional area, often causes mucus to be forced thereinto by said back pressure.

It is now quite generally conceded that sinus trouble flrst manifests itself as pain that is due to pressure within sinuses or antrums whose apertures have become so clogged as to have become effectively air tight cavities. y

Continued secretion of mucus within them, after they have become thus clogged, creates pressure by displacement. This pressure first causes pain, but if allowed to persist may force infection deeply into the surrounding `parts and porous bones, with results that may become both chronic and dangerous, l

Probing and surgical methods have been used in opening these passages, but these methods have proven to be conducive to chronic irritation, and formation of scar tissue, and are being abandoned except in extreme or acute cases.

Another method is vacuum applied from an external source, and carefully controlled. This method, while gentle, and usually successful for the time being, requires considerable apparatus, usually to be found only in a practitioners oilice. It has the added disadvantage of requiring an ofllce visit for each treatment, while the nose may be blown many times a day, and the need for an offsetting vacuum may thus arise as many times, or more.

I have discovered and have successfully practiced the art of using lung-induced vacuua for oifsetting the bad eil'ects of nose blowing. and for preventing the clogging of said passes, from whatever cause. 'I'he art may be called lungvacuum therapy.

The ordinary sinus sufferer already has developed a condition of some duration, and is therefore in need of effective use of this art to obtain relief. In attempting to instruct such, I have a diflicult matter to get the sufferer to practice the art properly, the tendency being to employan inadequate amount of vacuum for an ineffective length of time. This seems to be on account of the head and ear noises experienced, coupled with the already painfully irritated condition of the cavities, such that any change in the pressure equilibrium which may have been set up against the obstructions will be sufficient to cause momentary stabs of pain. Whenever the art has been properly practiced and persisted in, however, prompt and lasting v relief have been gained.

Since the same causes may result in bealed ears, on account of the clogging of the Eustachian tubes, often with resulting impairment of hearing which may even become permanent, or in mastoiditis, the practice of this art has also shown itself to be effective in preventing and relieving what gave every painful indication of becoming cases of bealed ears.

The lungsv are capable of producing both pressures and vacuua in excess of what may be needful or desirable, both for blowing the nose, and for offsetting the results of same. Said vacuua may be measured and controlled, and means for accomplishing same would permit of extending the benefits of the practice of said art vto many sufferers who could not or would not otherwise practice it effectively.

In seeking to evaluate effective vacuna. I have found, by manometric measurement, that safe and effective practice of the art may be accomplished by the development of lung-induced vacuua of about eight ounces per square inch. Conversely, and as might have been expected, the pressures developed in the air passages of the head during a strong blowing of the nose were also around eight ounces per square inch. Higher pressures could be developed, but they caused unpleasant sensations in the ears, and even dizziness, and satisfactory nose blowing- 4 could be accomplished at eight ounces per square inch or somewhat less.

` Since the mouth or the nostrils are the only if will be evident that such means must be .used in connection with the mouth or nostrils. It will also be evident that any means may be used that willserve thepurposeof causingtheuser todevelop .eiective yacuua', and to know that said vacuna have been developed to the Y'desired magnitude. This knowledge may be best imparted through the senses of hearing, or sight, or the tactile sense.

Thus, it willbe evident that a simple springloaded vacuum relief valve may be used in one nostril-, while holding the other closed, preferably keeping the mouth closed, and making an inhaling eiIort sumcient to open the valve, which would be loaded to open when the desired or suitable vacuum had been developed. This form is preferred, as its use requires no light or sight, and one full breath drawn through it constitutes one treatment.

Diierent types of vacuum indicating or vacuum release gauges or manometers may be employed, and same may be combined with the relief valve principle, to prevent the development of excessive vacuna. Double relief valves may be used, to maintain the vacuua within narrow limits, such as to have one valve open at 'I1/2 ounces per square inch, and another at 8 ounces per square inch, their inlet and outlet areas being proportioned to normal lung power so that the vacuna produced could not exceed the values given, to any appreciable degree, by any normal effort.

'lhe use of indicating or controlling means'by connection to one or both of the nostrils is preferred for the reason that by such application there is no chance of misuse. When used, by mouth, careful instructions must be given, since it is easily possible to develop much greater pressures and vacuna by means of the cheek muscles than by means of the` lungs, and, moreover, this can easily be done without transmitting said pressures or vacuua either to the nasal air passages, or to the lungs. This is exemplified as regards pressures in the arts of bugling, and glass blowing, and manometric measurements by the inventor have conrmed this with respect to vacuua. By this means, two pounds per square inch vacuua could easily be attained.

Thus, while indicating or controlling means may be properly and eectively used by mouth, and while they are intended to be covered by this invention, they may also be improperly and ineiectively used, by employing only the cheek muscles as just described.

My preferred devices for use in the mouth or nostrils are shown in the accompanying drawing constituting a part hereof in which:

Fig. 1 is a side elevational view of one forni of vacuum-indicating device and the manner of its application embodying the principle of this invention;

Fig. 2 a vertical cross-sectional view of such device. with stem at an angle suitable for nostril use:

' g. 3 a vertical cross-sectional view of a modied form of the device, also for nostril use;

Fig. 4 a vertical cross-sectional view of a vacuum release device for use in the nostril; and Fig. 5 a cross-sectional view thereof taken along the line 5-5, Fig. 4.

Briefly, the implement shown in Fig. 2 comprises a cylindrical chamber I- terminating in a constrictedpassage 2 at the base, which passage extends through a. stem 3 and opens to the atmosphere at l. Within the cylinder I is a pis- ,ton I' having a packing ring 6 to prevent the leakage of air therearound. Mounted on piston 5 is a sleeve 1 which in eiect constitutes an extension of the piston element 5. A coil spring l abuts the end of the extension 1 and the base of the cylinder I, spring guides 9 and Il being 'provided to retain the spring in its central position. A peripheral notch or mark II is provided adjacent the top of the piston extension 1 to indicate that a certain amount of vacuum has been produced in the chamber cylinder I when the extension 1 has thereby been caused to retract tc the position where the notch Il is in register with the end surface I2 of the ring nut forming one end wall of the cylinder I.

In the construction shown in Fig. 3, the cylinder I3 having a boss-like extension I4 is provided with an outlet passage I5 extending through a stem I6, piston I1 having a packing ring Il disposed in the cylinder I3 and being held therein by a ring nut I9. 'l'he coil spring 20 seats at the base in the groove surrounding the boss I4 and abuts against the underside of the piston I1. An extensionsleeve 2| is attached to the piston I1 at its threaded portion I2. The upper end of the extension 2| is opened, as shown at 23. A disk valve 24 is normally disposed against the opening 23 and is so held by a coil spring 25. A partially enclosing housing 26 which is designed to make a whistling sound when relief disc valve 2l opens may be disposed in the opening 23, if desired. The mark or peripheral notch 21 on sleeve 2l indicates the point in the downward travel of the extension sleeve 2l which, when in alignment with the outer face of the ring nut I9, has developed a predetermined vac uum. The relief valve 2l is loaded to open at a slightly greater vacuum.

When designed for use by mouth, the device is placed in one hand of the user with the stem or mouthpiece held between the lips and an attempt is made to inhale while the mouth and nasal passages are kept closed, the latter by means of the thumb and forenger, as shown in Fig. 1, and without movement of the mouth or cheek muscles vacuum tends to be produced in the head cavities, such as the sinuses and tympanums of the ears, and will be produced therein if and when their drain canals and pressure equalizing passages are unobstructed The degree of vacuum desirable for freeing the passages of mucus obstructions is somewhat around eight ouncesy and is reached when the indicator notch II or 21 is in register with the end face of the respective ring nut I2, I9. In the deviceshown in Fig. 3, the spring 25 which is calibrated to release the disk valve 24 will be displaced by the disk valve 24 after a slightly greater vacuum is obtained. The vacuum will automatically break by air passing through the opening 23 into the cylindrical chamber of the device, so that no unnecessarily high degree of vacuum can be created. Since air may be admitted to the lungs by this device, it may also act to limit and determine the length of time during which the lung-induced vacuum can be maintained by the user. This can be accomplished by so constructing the device that the two springs cause the indication to be given and the relief valve 24 to open at or very near the same degree of vacuum.

With reference to Figs. 4 and 5, the structure therein shown comprises a bullet-shaped housing 28 which may be made of a molding composition or other lightweight non-absorbing materials having a central opening 29 terminating a counterbore 30 for housing a spring 3|. The lower end of the member 28 is threaded to receive a cap 32 having an indented portion 33 constituting an air inlet passage which is normally closed by a yieldable sealing substance 34 that is attached to a disk 35. Disk 35 constitutes an end abutment for the coil spring 3|, the other end of which abuts the base of the counterbore 30. Disk 35 is of a spider-shape to form air passages 36 for the free admisison of air through passage 33 into the counterbore chamber, and thence through passage 29.

The tip of the bullet-shaped .member 28 is placed in the nostril of the user firmly enough to preventl air leakage around it, and the other nostril is pressed closed by the finger or thumb. By inhaling to produce the lung-induced vacuum in the head passages, the degree of vacuum thus produced is established in the counterbore chamber 30. Spring 3| is calibrated to compress at a desired pressure, corresponding to` the degree of vacuum it is desired to attain, such as from seven to eight and one-half ounces per square inch, and when that predetermined degree of vacuum is attained, the external atmospheric pressure will cause the disk 35 to compress'spring 3|, thereby unseating valve 34 to break the vacuum, and at the same time to control and limit the degree of vacuum attainable.

Advantages of the types with relief valves, as

shown in Figs. 3 and 4, are that they may be used in the dark, visible indication being augmented. as in Fig. 3, or supplanted, as in Fig. 4, by opening of the valve, which serves as an audible indicator, while the inrush o1' air is also definitely sensed in the respiratory passages as an additional indicator that the intended degree of Vacuum has been reached, and is being maintained. The degree of vacuum `is controlled as the device automatically limits the vacuum to the tension of the coil spring, and the duration of each treatment is determined by the length of time required to draw a full breath therethrough.

By the use of the gauge, the proper amount of vacuum to be effective to open the drain passages is at alltimes obtained so that the treatment is eiectually applied to give relief in a minimum of time.

It is, of course, evident to those skilled in the art that other forms of indicating or controlling means may be utilized.

1. A lung breathing valve for indicating the degree of lung-induced vacuum, actuated solely thereby, comprising an air chamber having an oral or nasal connection and having a movable pressure responsive element for establishing communication with the atmosphere, and means normally biasing said element to closed position, said element being operable to open said chamber to the atmosphere in response to a predetermined negative pressure at the oral or nasal connection.

2. A device for indicating the degree of lunginduced vacuum, actuated solely thereby, comprising a chamber having an oral or nasal connection, a part of said chamber being a calibrated movable element responsive to said lung-induced vacuum.

3. A device for indicating and controlling the degree of lung-induced vacuum actuated solely thereby, comprising a chamber having an oral or nasal connection and having a valved connection with the atmosphere, part of said chamber being a calibrated movable element responsive to said lung-induced vacuum.


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US4373528 *18 Mar 198115 Feb 1983Anton HarleSuction bottle for sucking out secretions from wound cavities
US4854574 *15 Mar 19888 Aug 1989501 Healthscan, Inc.Inspirator muscle trainer
US4944306 *11 Oct 198931 Jul 1990Healthscan, Inc.Spirometer for pulmonary measurement
US5154167 *16 Apr 199013 Oct 1992Hepburn Christopher HLung and chest exerciser and developer
US5658221 *7 Jun 199519 Aug 1997Hougen; Everett D.Portable personal breathing apparatus and method of using same
US5782837 *23 Apr 199721 Jul 1998York; RichardEsophagus clearing device
US5890998 *30 Jan 19986 Apr 1999Hougen; Everett DouglasPortable personal breathing apparatus
US5899832 *13 Jun 19974 May 1999Hougen; Everett D.Compact lung exercising device
US5910071 *18 Aug 19978 Jun 1999Hougen; Everett D.Portable, personal breathing apparatus
US6083141 *26 Nov 19974 Jul 2000Hougen; Everett D.Portable respiratory exercise apparatus and method for using the same
US887683818 Feb 20094 Nov 2014Kevin WiniarskiAnti-choking device
US953309115 Mar 20133 Jan 2017Bewell Health, LlcSystem and method of efficacious body cavity washing
US20050163980 *28 Jan 200428 Jul 2005Crum Jesse D.Printable magnetic laminate having frangible coating for cleanly separable elements
US20090228018 *18 Feb 200910 Sep 2009Kevin WiniarskiAnti-Choking Device
US20100152703 *15 Dec 200817 Jun 2010Solomon Hana RSystem and method of efficacious body cavity washing
U.S. Classification600/529, 604/19, 73/744, 482/13, 128/200.24
International ClassificationA61B5/08, A61B5/087, A63B23/18, A63B23/00
Cooperative ClassificationA63B23/18, A61B5/087
European ClassificationA61B5/087, A63B23/18