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Patented June 12, 1934 1,962,565
UNITED STATES PATENT OFFICE
1,962,565
APPARATUS WITH CIRCUITS OSCILLATING
UNDER MULTIPLE WAVE LENGTHS
Georges Lakhovsky, Paris, France
Application November 13, 1931, Serial No. 574,907
In France Mav 2, 1931
7 Claims. (Cl. 250-33)
The present invention has for its object an apparatus capable of
sending out simultaneously different wave lengths so that among these
waves or their harmonics there is found almost always one or several
capable of producing the best effect sought for any application whatever.
There is used for that purpose the property of open circuits having
a fundamental or natural self induction and capacity to oscillate upon a
well determined wave length if they are excited by electric impulses
emanating from discharges of any source.
The radiating part of the system, producing waves of various
lengths, is therefore constituted by a certain number of concentric open
rings of different diameters, which are maintained insulated by any
appropriate means. These rings may or may not be terminated by small
spheres forming capacities.
These rings may be arranged either in the same plane or in different
planes so as to form any surfaces, such as portions of cones, spheres,
paraboloids, ellipsoids, etc. ..., these surfaces being of a nature to
concentrate the waves in a determined direction in the manner of a
reflector, for example.
These rings may be fed by any producing device whatever of high
frequency, for example, a combination comprising a trembler coil (or any
other transformer) and a high frequency circuit provided with a
self-induction coil and a capacity.
One or several points of this high frequency circuit is or are
connected to the end of one or several of the rings forming the radiating
apparatus. The other rings not connected are excited by induction.
The complete apparatus (coil, high frequency circuits, rings,
etc. ...), may be mounted in a box or upon a small board capable of
sliding along a guide or rocking so as to be able to be placed in the
most convenient position.
In the accompanying drawing, by way of example, not limitative,
there is shown:
Fig. 1 a diagram of the system.
Fig. 2 the position of the rings in the form of a cone.
Fig. 3 the apparatus mounted upon a foot or base.
In Fig. 1 there is seen at T the transformer or coil (P the primary,
S the secondary of this coil), V, the screw of the trembler, C the
condenser the discharge of which across the spark gap E produces
oscillations in the self-induction coil L1, which in its turn acts by
induction upon the self-induction coil L2; this self-induction coil L2
is connected on one side to the first exterior ring "a", on the other side
to the following ring "b". It thus forms an electrostatic field of high
frequency which induces oscillations in the other rings "c", "d", "e", "f".
As a modification, L2 may be suppressed and the rings "a" and "b"
may be connected each to one of the ends of L1.
One of the ends, or even any point of the self-induction coils L1 or
L2 may likewise be connected to any one of the rings.
Fig. 2 shows the arrangement of the rings in the form of a cone.
The open circuits "a", "b", "c", ..., "f" can be constituted by solid
conductors. They can also be tubular circuits, this being advantageous,
since, for the same bulk, the radiating surface is larger. Finally, the area
of the cross section of each of these various circuits can vary from one
circuit to the other for instance, this area can decrease from the periphery
(ring "a") to the center (ring "f") of the radiating system.
Figs 3 shows the apparatus mounted upon a foot A along which it can
slide, in order to be placed at any desired height and upon a hinge B
which allows it to be oriented upon the horizon.
I claim:-
1. An apparatus adapted to produce electric fields of high frequency
having multiple wave lengths, comprising a high frequency producing
device, a series of high frequency radiating circuits constituted by
concentric insulated split rings of different diameters, the split ends
being spaced from each other and terminating with small spheres.
2. An apparatus adapted to produce electric fields of high frequency
having multiple wave lengths, comprising a high frequency producing
device, a series of high frequency radiating circuits constituted by
concentric insulated split rings of different diameters and terminated by
small spheres forming capacities.
3. An apparatus adapted to produce electric fields of high
frequency having multiple wave lengths, comprising a high frequency
producing device, a series of high frequency radiating circuits
constituted by concentric insulated split rings of different diameters
and arranged in one and the same plane the split ends being spaced from
each other and terminating with small spheres, in staggered position as
regards adjacent rings.
4. An apparatus of the type described comprising a base, a plate
slidably mounted on said base, a support pivoted to the said plate, a
series of open and insulated, high frequency radiating circuits mounted
on the pivoted support, and a high frequency producing device for the
excitation of the said circuits.
5. An apparatus adapted to produce electric fields of high frequency
having multiple wave lengths, comprising a high frequency producing
device, a series of high frequency radiating circuits, said circuits
being open, insulated, and having dimensions different from each other.
6. An apparatus adapted to produce electric fields of high
frequency having multiple wave lengths, comprising a high frequency
producing device, a series of high frequency radiating circuits arranged
in the same plane, said circuits being open, insulated, and having
dimensions different from each other.
7. An apparatus of the type described comprising a transformer, a
high frequency energizing circuit fed by the said transformer and
provided with a self-induction coil and a capacity, a series of open and
insulated high-frequency radiating circuits having dimensions different
from each other, and inductive connection between two of these radiating
circuits and respectively each of the poles of the outgoing element of
the high frequency energizing circuit.
GEORGE LAKHOVSKY
Patented June 13, 1944 2,351,055
UNITED STATES PATENT OFFICE
2,351,055
TUBE FOR PRODUCING MULTIPLE WAVE
LENGTHS
George Lakhovsky, New York, N. Y.;
Anne-Marie Louise Lakhovsky, administratrix
of said George Lakhovsky, deceased,
assignor to Henry S. Blum, Chicago, Ill.
Application November 21, 1941, Serial No. 420,006
11 Claims. (Cl. 250-33)
This invention relates generally to electric devices excited by
electric impulses and more particularly to multiple wave length conducting
and/or producing means. This invention has for its primary object the
provision of such means disposed within a vacuum tube or a tube containing
rare gas or gases.
My work over a period of more than 20 years has led me to the belief
that there is a great need for means conducting and/or producing multiple
wave lengths which may be employed in many industrial and medical fields.
Suitable apparatus for producing waves of various lengths is disclosed in
my U. W. Letters Patent No. 1,962,565, dated June 12, 1934. Embodiments of
this apparatus have been in use the world over. Because of the need for
simplification in such apparatus so that it may be handy and easily used by
persons lacking skill in electrical matters, I have concluded that by
providing one unit which incorporates oscillation generating means and
another in which the wave lengths are produced, the apparatus may be more
universally used in the treatment of cellular life in therapy, in the aging
or treating of liquids and in other industrial fields.
The present invention deals with those units, preferably combined
with one another and constructed as a portable device and as stated above,
has for its major object the provision of a unitary multiple wave length
producing and/or conducting device in the form of a vacuum tube.
The present invention further contemplates the incorporation in
such a tube, of means for varying the effect of wave lengths, or selectively
employing the means therefor enclosed in or forming part of said tube.
This invention further seeks to provide a tube of the indicated
type incorporating means for generating oscillations.
Another object of the invention is to provide a single unit which
contains an oscillation generator, which produces waves of definite
frequency, and further inductance mans each permitting emanation of wave
lengths of various values.
The structural features of my invention also form a material part
of this disclosure, the objects and advantages being attained in structures
such as shown in the accompanying drawing, which exemplifies the invention.
The following specification, based on said drawing, more clearly points out
the purposes and advantages of my invention.
In the drawing:
Fig. 1 is a vertical, partial sectional, partial elevational view
of a tube incorporating features of my invention.
Fig. 2 is a similar view of an alternate form thereof.
Fig. 3 illustrates in a similar manner a modified form of my
invention.
Fig. 4 is a fragmentary sectional view of a modification made in
accordance with the invention.
Fig. 5 is a similar view of another modification.
Figs. 6 and 7 are sectional views illustrating type of wires used
in either of the forms of my invention as shown in Figs. 1, 2 and 3.
Fig. 8 is a partial sectional, partial elevational view
illustrating a tube incorporating a plurality of grids and
selective capacity means for varying the effects of said grids.
Fig. 9 is a similar view of a tube, such as shown in Figs. 1 or 2
and incorporating oscillating or vibrating means.
In that form of my invention shown in Fig. 1, there is provided a
sealed preferably transparent envelope (10) made of glass or like material
affixed in the usual manner to a screw or Edison plug (11). The latter is
conventionally provided with a shell terminal (12) and a central terminal
(13). The support of seal (14) of the tube serves to hold wires such as
(15) and (16) which connect to the terminals (12) and (13).
Connected to the wires (15) and (16) is a primary inductance member
in the form of a loose coil (17) which may be disposed axially of the
envelope (10), as shown. The upper end of said member (17) forms a tight
wound coil (13) which serves to radiate the strongest induced wave lengths.
Surrounding the primary inductance member (17), there are arranged
a plurality of separate coils of wire each being of different length and
capacity. Thus, I provide a coil (19) having greatest capacity and successive
coils (20), (21), (22), (23), (24) and (25), each having less capacity the
the preceding coil. These coil (19) to (25) form secondary inductance means
each permitting emanation of a wave length of different magnitude and
value than the other.
I may support the secondary coil in several ways. As shown, I
prefer to provide a dielectric member such as a glass sleeve (26)
surrounding the primary inductance wire member (17) and to mount the
secondary coils (19) to (25) on the outer surface of said sleeve, leaving
the coil (18) exposed at the top thereof. In order to effectively support
and centralize the glass sleeve (26), I provide spacing washers (27) and
(28) of mica or the like, top and bottom, and provide a supporting
cross-piece (29) on the lower portion of the wire (17).
The tube above described may be employed as indicated for the
treatment of cellular structures by connecting it to any one of the rings
in the electrostatic field of high frequency, such as shown in said U. S.
Letters Patent No. 1,962,565, each of the coils (18) to (25) producing by
induction a different wavelength, as can be understood.
In the form of my invention shown in Fig. 2, the envelope (10a) is
somewhat differently shaped, and the wire (17a) straight instead of
arranged as an open coil. In other respects, the structure follows that
described with reference to Fig. 1.
As show in Fig. 3, there may be arranged a plurality of open rings
(30), (31), (32), (33), (34), (35), (36), (37), (38), (39) and (40) in
frustro-conical form, for instance, with the largest of said rings at the
top and the smallest one adjacent the bottom. I have shown said rings as
supported, for instance, by glass posts (41) and (42), said posts being
supported on the seal (14b), as by a band (43). I provide extensions for
the terminal wires (15a) and (16a) and connect said extensions (44) and
(45) to the upper ring (30) and the next lower ring (31), respectively.
The rings (30) and (31) may become the primary inductance members,
whereas the remaining rings constitute the secondary inductance members as
before set forth. Electric current conducted to the suitably spaced rings
(30), (31) will cause a spark (48) to be drawn between the rings (30) and
(31) providing oscillations emanating from electrical discharges
there-between and causing the radiation of waves of various lengths within
the envelope (10b) and affecting the remaining rings.
In Figs. 1 and 2, I have shown the secondary coils as formed of
wires having uniform cross-section. Fig. 4 illustrates how such wires may
be made progressively smaller in the succeeding coils (19c), (20c), and
(21c), etc. In such various manners, the wave length producing effect of
the secondary coils or rings may be arrived at.
The secondary coils or rings may be round or somewhat flattened
wire as shown in Fig. 6 or tubular as in Fig. 7, offering a yet greater
flexibility of design.
The devices of Figs. 1 and 2 above described may be incorporated in
the system shown in said U. S. Letters Patent by connecting one of the
rings (a), (b), (c), (d), (e), or (f) with plug (11) of Fig. 1, since
either terminal (15), (16) is in contact with primary inductance member
(17). To this end a conductor (not shown) connects such a ring with said
plug or socket.
In Fig. 8, I have shown a modification of the invention which
comprises a vacuum tube (50) containing a plate (51) and a plurality of
different wave lengths producing grids (52), (53), and (54). I connect each
grid with a variable capacity device, such as (55), (56), and (57) carried
by said tube (50) and preferably by its base support (62), whereby the
grids may be selectively connected into an operating circuit (not shown) by
means of the respective prongs (58), (59), and (60), and the place prong
(61). Heating or other exciting means may be incorporated in the tube in a
well-known manner. This combination tube (50) is designed to replace a
plurality of known tubes each operating with different and variable wave
length effect, more exterior manipulation at said base support brings about
change of the capacities (55), (56), and (57) and cutting in one or more of
the grids (52), (53), and (54).
The effect of the spark as produced in form of the invention
depicted in Fig. 3 may be further utilized in Fig. 9 in which I also
incorporate a vibrator (62) which produces electrical oscillations by a
spark intermittently generated between the end of the primary inductance
member (17d) and vibrator armature (64). In other respects the structure
follows that of Fig. 1.
It may be noted that any type of spark producing or oscillation
generating means may be substituted for the vibrator shown. The tubes shown
in Figs. 3 and 9 may be used in the manner described for Fig. 1 by
connecting one terminal of the base as set forth to produce an induction
effect. These tubes may be also connected across both terminals with a
suitable potential to obtain the spark effect.
From the foregoing it may be seen that I have provided tubes in
various forms for the purpose of generating and conducting multiple wave
lengths. Other forms of the invention may be produced within the spirit and
scope of the invention as claimed.
Having thus described my invention, what I claim as new and desire
to have secured by Letters Patent, is:
1. A device of the character described comprising a vacuum tube
having an envelope and base, primary inductance means, and a plurality of
separate secondary inductance means of different length for radiating waves
of various lengths extending above said primary inductance means, all said
inductance means being arranged within said envelope.
2. A device of the character described comprising a vacuum tube
having an envelope and base, a primary inductance member axially arranged
in said envelope, and a plurality of secondary inductance members spaced
apart and independent from each other each member surrounding a respective
portion of said primary inductance member and within the field of influence
thereof.
3. A device of the character described comprising a vacuum tube
having an envelope and base, a primary inductance member axially arranged
in said envelope, and a plurality of secondary inductance members each
surrounding the primary inductance member and within the field of influence
thereof, each of said secondary inductance members having a different wave
length effect than the others.
4. A device of the character described comprising a vacuum tube
having an envelope and base, a primary inductance member comprising a pair
of split rings in inductive relation, and a plurality of secondary
inductance members each comprising split rings.
5. A device of the character described comprising a vacuum tube
having an envelope and base, a primary inductance member comprising a pair
of split rings in inductive relation, and a plurality of secondary
inductance member each comprising split rings, said latter rings being
arranged in different planes and being of different length to produce a
different wave length effect.
6. In a device of the character described, means for producing
multiple wave lengths comprising a wire member, enclosing dielectric means
for said member, and a plurality of separate wire coils of different
lengths on said dielectric means and in the field of inductance of said
wire member.
7. In a device of the character described, means for producing
multiple wave lengths comprising a wire member, enclosing dielectric means
for said member, and a plurality of wire on said dielectric means and in
the field of inductance of said wire member, each coil extending over said
wire member and having a different number of convolutions than the others.
8. In a device of the character described, means for producing
multiple wave lengths comprising two split rings in inductive relation, and
a plurality of split rings in inductive relation to the two split rings.
9. In a device of the character described, means for producing
multiple wave lengths comprising two split rings in inductive relation, and
a plurality of split rings in inductive relation to the two split rings,
the plurality of rings being of smaller diameter than the mentioned two
rings and each progressively smaller than the others.
10. In a device of the character described, means for producing
multiple wave lengths comprising two split rings in inductive relation, and
a plurality of split rings in inductive relation to the two split rings,
the plurality of rings being of smaller diameter than the mentioned two
rings and each progressively smaller than the others, all of the rings
being arranged in frusto-conical disposition.
11. In a vacuum tube having a primary inductance member and
secondary inductance members, a vibrator arranged in the field of influence
of said primary inductance member and secondary inductance members, a
vibrator arranged in the field of influence of said primary inductance
member for affecting the induction of said secondary members.
GEORGE LAKHOVSKY
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