United States Patent [1 1 3,841,323 Stoughton Oct. 15, 1974 MASSAGE APPARATUS [76] Inventor: Dan T. Stoughton, 6220 Coldwater Pr'mary Exammer'jawrencc 'g Canyon, North Hollywood, Calm Attorney, Agent, or :rm-Jessup Beecher 91606 22 Pl d' l 23 1973 [57] ABSTRACT l 1e Juy Massage apparatus by which pulsating air suction is [21 Appl. No.: 381,743 applied to any selected area of the human body so as to simulate the circulation of the blood, and thereby to develop the normal function and improve the condition of c parts of the body asneed to be treated [58] Field of Search l28/38 40, The a balms 128,278 281 297 299 300 which 1s coupled to a suction cup through an elongated flexible tube. The suction cup is applied to the [56] References Cited area of (tihte) body WgllCl'l 1;; be treated. The tiegows is ris ma: "9;? 5 aaizaga" e e l'lC r ro cr n e m e 1,828,652 21933 Williams 128/38 motor, for example, may be energized from the alter- 2,1 2,076 6 1939 Frimand t 2,234,102 3/1941 Andres 128/40 na mg curren malfls 3,421,504 H1969 Gibbons ..'l28/299 X 8 Claims, 1 Drawing Figure 40/ ramsromsn RECTIFIER SUCTION CUP PATENTED0BT151974 334L323 SUCTION CUPFLAPPER VALVE RECTIFIER 40 TRANSFORMER MASSAGE APPARATUS BACKGROUND OF THE INVENTION One particular application of the invention is to develop the female breast by using pulsating air suction, and thereby to tone up the tissues of the breast and render that portion of the body, or other portions, more resistant to diseases and malignant growths.
Devices have been developed in the prior art which utilize air suction to draw an increased blood supply to various surface portions of the human body. For example, rubber bulbs are often used for that purpose. However, the prior art devices, for the most part, are somewhat cumbersome in their construction, are difficult to operate, and usually do not produce the amount of air suction which is adequate for their intended purpose. The apparatus of the present invention, on the other hand, is fully automatic in its operation, and it produces any desired amount of pulsating air suction. The apparatus of the invention, moreover, is relatively simple in its construction, and it can be built and sold at a relatively low price.
BRIEF DESCRIPTION OF THE DRAWING The single FIGURE is a perspective representation of one embodiment of the invention, showing the apparatus mounted in an appropriate case, to be readily portable.
DETAILED DESCRIPTION OF THE ILLUSTRATED EMBODIMENT The illustrated embodiment of the invention is enclosed in acasing 10. The unit itself is supported on abase 12 which is mounted in the cover of the casing, and when the casing is closed, the apparatus is turned down into the casing. The casing is held closed, by means of anappropriate clasp 14, and may be carried by a handle mounted on the hidden side of the cover.
The apparatus itself comprises abellows 16 which is mounted on thebase 12, and which is engaged by atreadle 18 that is also mounted on the base. The treadly is supported pivotally in abracket 20. Anelectric motor 22 is also mounted on thebase 12, and themotor 22 includes adrive shaft 24. Thedrive shaft 24 is coupled to thetreadle 18 through acrank linkage mechanism 26, so that when thedrive shaft 24 rotates, the treadle is turned back and forth about its pivot point, to cause thebellows 16 cyclically to expand and contract.
Aflapper valve 28 is mounted on the top of thebellows 16, so that the compression and expansion of the bellows will set up a pulsating air suction in a fitting 30 which extends into the interior of the bellows. Aflexible tube 32 couples the fitting 30 to asuction cup 34, so that the pulsating air vacuum established by the bellows may be transmitted to the suction cup. The flutter valve covers ahole 35 which may, for example, have a diameter of the order of 3/16 inch. The hole is small enough so that the flow of air through the hole is restricted in the compression direction so that a vacuum is maintained at all times strong enough to hold thesuction cup 34 onto the body without it being held by hand.
Themotor 22 is energized through a pair ofleads 35 connected to anappropriate socket 36. Anelectric cable 38 connected, for example, to a transformer andrectifier unit 40, has aplug 42 at one end which is intended to be plugged into thesocket 36. Theunit 40 may be energized through ausual cord 44 from the alternating current mains. Alternately, thecable 38 may be connected to an automobile battery, or other appropriate low voltage direct current cource. The motor itself is supported on thebase 12 by means of a pair ofbrackets 50. A
A furtherbleed hole 51 is provided in the bellows which has a diameter of the order, for example, of l l 6 inch, smaller than the diameter of thehole 35. Thehole 51 limits the maximum vacuum at thecup 34, and it serves as a safety feature.
The invention provides, therefore, an improved massage apparatus which is relatively simple in its construction, and which is compact and light, so as to be readily portable. The apparatus may be easily operated, merely by inserting theplug 42 in thesocket 36 to energize the motor, and by attaching thetube 32 to the fitting 30, to transmit the pulsating suction air to thesuction cup 34.
It will be appreciated that while a particular embodiment of the invention has been shown and described, modifications may be made. It is intended in the claims to cover all modifications which come within the spirit and scope of the invention.
What is claimed:
1. Massaging apparatus including: a base; a bellows mounted on said base; a treadle mounted on said base in engagement with said bellows; an electric motor mounted on said base and having a drive shaft; a crank linkage means coupling the drive shaft of said electric motor to said treadle to move said treadle reciprocally and cause said bellows cyclically to compress and expand; a suction cup member; and a tubular member intercoupling said cup member to the interior of said bellows.
2. The massage apparatus defined in claim 1, and which includes valve means mounted on said bellows to enable said bellows to establish pulsating air suction in said cup member.
3. The apparatus defined in claim 1, in which said tubular member is composed of flexible material.
4. The apparatus defined in claim 1, in which said electric motor is a direct current motor for operation from the battery of an automobile.
5. The apparatus defined in claim 4, and which includes a transformer and rectifier unit for energizing said electric motor from the alternating current mains.
6. The massage apparatus defined in claim 1, and which includes a housing for said base, said bellows, said treadle, said electric motor and said crank linkage means.
7. The massage apparatus defined in claim 2, in which said valve means includes a hole in said bellows of a selected diameter to establish a vacuum at said cup member continuously as the bellows cyclically compresses and expands.
8. The massage apparatus defined in claim 7, in which said bellows has a bleed hole therein of smaller diameter than the diameter of said valve means hole.