Inventor: HANS BRUEGEMANN GMBH
Such probes with body electrode are known and come before all
things for therapeutic purposes to the use. A known therapy
procedure plans it to strengthen the bio alternating field in
one, detected of the body of an patient with an acceptance
probe, the probe downstream metre to diagnose and provide
feeding back with the calculated complement either over the
same acceptance probe or over an other particular
To impress embossing probe the body of the patient again.
The known probes of the type initially specified are plate
shaped, similar formed as electrocardiogram probes and with
Disadvantage of a relative poor efficiency f r the detection
and impressing of bio alternating fields afflicted. Practical
complete inappropriate is these disk probes to the coupling at
limb, particularly at fingers of the patient. In view of this
state of the art the innovation the object is the basis to
create a probe initially specified the universal is more
insertable and practicing ore RA gung and detection of bio
alternating fields with sufficient good efficiency an ensured.
This object becomes 1 dissolved in conformity with the
features of the characterizing part of the claim.
The core of the innovation consists thus in the provision of a
coiled and at least essentially cantilevered body electrode,
which proved in the practical experiment as extremely
favourable to the therapy, there it allowed to seize those
relative weak bio alternating fields with good efficiency
and/or. to transmitted.
From the principle of a coiled body electrode probes in the
most diverse forms can be derived, so that an universal use of
the innovation-in accordance with-eaten probe is ensured.
In accordance with a first advantageous embodiment the body
electrode is coiled as planar spiral. This electrode shape is
suitable before all things for therapeutic purposes at the
torso of the patient.
To the coupling of the innovation-in accordance with-eaten
probe is the body electrode favourable-proves as into the
Spiral coiled, whereby this three-dimensional spiral is at
least so far cantilevered or form-stable that successive
spiral turns in the sense of a shortcircuit do not arrive
themselves with one another affecting in contact. The
three-dimensional spiralwind as such is adaptable in his shape
on various manner to the respective therapy purpose. Sports
club is it favourable-proves provided, spiralwinds cylindrical
tapered to train. An other favourable design of the
Spiralwickels plans a conical winding process. Other
favourable variations of the filament winding concern
different slopes of the Spiralwickels.
Are from large therapeutic importance the direction-controlled
detection and transmission of bio alternating fields.
This problem is elegantly more releasable with the help of the
innovation-in accordance with-eaten probe by the fact that
spiralwind different rotary, i.e. preferably anti-clockwise
rotating or clockwise rotatingly formed is. Beyond that it can
spiralwinds for the innovation-in accordance with-eaten probe
with one another by the fact combine will that these coils are
into one another of the plug-in type against each other
insulated disposed. The combination of two against-intimate
rotary spiral windings is particularly favourable.
To the coupling of measuring conduits a SteckanschluB, for
example for banana plugs of the measuring conduit, is formed
at the inner spiral end spiralwinds. With a favourable
embodiment one plug-in connection case is to the spiral end
soldered and essentially axial to spiralwinds aligned. With an
other variant it is provided to attach the plug-in connection
radial outward offset C at the spiral end. An integral proves
straight weak bio alternating fields relative with view on
Embodiment of the plug-in connection at the spiral end as
particularly favourable. Thus a transition resistance between
plug-in connection and spiral end becomes avoided, which can
affect the sensitive alternating fields adverse.
For a lossless alternating field version and alternating field
transmission is it from critical importance, spiralwinds of a
sufficient good conductive material to make.
Particularly appropriate proved to brass, copper and steel.
Likewise in the best way appropriate are spiralwind from noble
Prefered ones are however from economic reasons spiralwind
from brass, copper and steel, which gilded or silvered are.
Favourable way are let us spiralwind from a flat band material
or from wire with round cross section coiled.
The innovation is to become now on the basis the drawing more
near explained; in this shows:
electrode of the innovation-in accordance with-eaten probe
formed as planar spiral;
one as if
conical-spiralwind formed Body electrode of the innovation-in
accordance with-eaten probe;
embodiments of one as cylindrical tapered iralwickel laid out
body electrode of the innovation-in accordance with-eaten