US774529A - Electrothermic and vacuum appliance. - Google Patents

Description

I PATENTED NOV. 8, 1904.

C. C. F. NIBSGHANG. ELEGTROTHBRMIG AND VACUUM APPLIANCE! APPLICATION FILED AUG. 29 1904.

N0 MODEL.

INVENTOI? WITNESSES.

ATTORNEY u a. Mum: um I. In. ca.

UNTTen STATES Patented November 8, 1904.

PATENT @rrrca.

ELECTROTHERIVHC AND VACUUM APPLIANCE.

SPECIFICATION forming part of Letters Patent No. 774,529, dated November 8, 1904.

Application filed August 29, 1904;. Serial No. 222,514. (No model.)

T 0 all whom, itnatty concern:

Be it known that I, CHARLES C. F. Nrns- CHANG, a citizen of the United States of America, and a resident of Fort l/Vayne, in the county of Allen and State of Indiana, have invented certain new and useful Improvements in Electrothermic and Vacuum Appliances, of whichthe following is a specification- This invention relates to improvements in electrothermic and vacuum appliances adapted for use in the development ofphysical organssuch, for example, as female breasts; and the objectthereof is to afford a construction for applying directly to the parts to be developed the combined actions of a vacuum and electrothermal rays. This object is accomplished by the construction illustrated in the accompanying drawing, which shows the device in elevation, partly in central section.

Referring now to the numerals of reference, 1 is a vacuum-dome having at its top aplug 2, which is hermetically sealed thereon and which communicates with the interior thereof and is adapted for the attachment of an electric lamp 3 at its lower end, so that the said lamp will be contained within the dome. Suitable conducting-wires 4: lead through said plug and connect with said lamp and are sealed in said plug by any suitable bonding agent to prevent air from passing along said wires through the plug into said dome.

At the lower end of the dome 1 are formed a screw-threaded neck 5 and shoulder 6, which are adapted to connect with a corresponding neck 7 and shoulder 8 of thereceiver 9 and by the aid of agasket 10, which is interposed between the shoulders 6 and 8, prevent the entrance of air at the point of connection of said dome and receiver. The saidreceiver 9 is preferably formed of glass and is made detachable from the dome, so that various sizes and shapes of receivers may be substituted one for the other, according as may be required.

A nipple 11 extends from the side of the dome 1 and-communicates with the interior thereof and has internal screw-threads. Acoupling 12, having in connection therewith an exhaust-bulb 13, is attached to the nipple 11 by means of theshank 14, which is a part of said coupling. The said shank has external screw-threads which engage the corresponding threads in said nipple, and an opening 15 leads through said shank and coupling and alfords communication therethrough between said dome and bulb. An inlet-port 16 is made in the side of said shank and communicates with the opening 15, the said part 'being adapted to be closed when the said shank is driven completely within the nipple. A check-valve 17 is arranged within thecoupling 12 and is so disposed as to allow the passage of air from said dome to said bulb and at the same time prevent the passage of air in the opposite direction. The exhaust-bulb has a discharge-valve 18 at its outer end, which is of a well-known type.

In using this appliance the coupling is turned so that the shank 14: will be driven in the nipple 11 and the port 16 thereby closed, and the receiver is placed over the parts to be treated in a manner as to prevent the entrance of air between the edge of the receiver and the body of the patient. By manipulating thebulb 13 in the well-known manner air will be drawn from within the dome and receiver, thus causing more or less vacuumtherein, which will have the effect of drawing the parts to be treated up into the receiver 19. said parts are thus distended a suitable current of electricity is caused to be conducted through thewires 4 to the lamp 3. The consequent electrothermic rays are directed toward the parts within the receiver 19 and are also reflected toward the same, more or less, by the inner surface of the dome 1, which may have a highly-polished inner surface for that purpose, or the dome may be treated in any well-known manner, so as to be capable of reflecting the rays fromthe lamp. The effect of the vacuum upon the partstreated is that they thereby become. dilated directly as the vacuum is increased, and the efliect of said rays upon said parts is that they become further distended and more deeply expanded and promote hyperemia of said parts to a greater extent and to a greater depth and also with less attending pain than would be occasioned by the sole use of vacuum. The application of vacuum to the parts to be treated is, if the While ill ii w vacuum is considerable, quite painful, and such hyperemia as is occasioned thereby is more or less superficial. It will therefore be apparent that the combined applications of vacuum and electrotheri'nic rays will be productive of hyperemia to a considerable extent, even though the vacuum be so slight as not to cause discomfort.

To remove the instrument, thecoupling 12 is turned so as to expose the port 16, thus allowing air to enter therein and relieve the vacuum within the dome, and thereby allow the withdrawal of the parts from the receiver.

Having described my invention, what I claim as new, and desire to secure by Letters Patent, is-

1. In an appliance of the class described. a Vacuumdome having in connection therewith a receiver; means contained within said dome for the generation of electrothermic rays which are adapted to be directed into said receiver; and means for exhausting the air from said dome when the mouth of said receiver is closed.

2. In an appliance of the class described, a

' combined receiver and dome containing therein means for generating elcctrothermic rays; and means for causing vacuum within said dome and receiver when the mouth of the latter is suitably applied to parts to be treated.

3. In an appliance of the class described, a receiver having in connection therewith a vacuum-dome; means contained within said dome for generating electrothermic rays; an exhaust-bulb in connection with said dome for causing vacuum therein; and a port adapted to be opened and closed and having communication with said dome to relieve the same of vacuum therein.

4. In an appliance of the class described, a suitable receiver combined with means in connection therewith for causing vacuum and electrothermic rays therein.

In testimony whereof I afiix my signature in presence of two witnesses.

CHARLES (J. F. NIESOHANG.

\Vitnesses:

J. W. DIoKENs, W. Ur. BURNS.

Images