DE2810344A1 - DEVICE FOR MEASURING DC RESISTANCE AT THE ACUPUNCTURE POINTS OF PEOPLE OR ANIMALS AND USING THE DEVICE FOR NON-THERAPEUTIC AND NONDIAGNOSTIC PURPOSES AND METHODS OF DISTINCTIONING AND DETERMINING SUBSTANCES AND DETERMINATION OF SUBSTANCES AND DETERMINATION - Google Patents

Description

Description:

Device for direct current resistance measurement at the acupuncture points of people or 'celebrate as well. Use of the device for non-therapeutic and non-diagnostic Purposes and procedures for differentiating substances and for determining their suitability for and their influences on people and l'iere.

Description:

The invention relates to a device for DC resistance andsiüessung on humans or animals between a large area Hand electrode or another large-area electrode to be placed or attached to a part of the body and a Point electrode arranged in the insulated handle for attachment on acupuncture points, with a resistance measuring and display device is provided. The invention also relates to the use of the device for non-diagnostic and non-diagnostic purposes therapeutic purposes and to non-therapeutic and non-diagnostic procedures in which the device is applied will.

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809837/0375

F Ib / A 12. 32
* t. 3.1978 / 1H

It is known that the human or animal body is subject to various current supplied via electrodes Opposite conditions and influences different electrical resistances. So become diagnostic, therapeutic various resistance measuring methods and resistance measuring devices are used for scientific purposes. the simple V / id of the level measurement between electrodes in the hands is required in order to be meaningful during the The measuring process involves repeatedly touching and letting go of the electrodes and is very time-consuming. The views on the Influences of measurement errors are controversial even among the users of these methods.

It is also based on the ones developed and widespread further by Dr Voll Methods and devices are known for making measurements between a hand electrode and a point electrode to apply the point electrode to a large number of acupuncture points and assigned from the various organs and influences Acupuncture points and the measured values to draw conclusions. In the case of standard values, currents in the order of magnitude of a few micro-amps, for example at full deflection 10-14 micro-amps and about 7 micro-amps in the middle of the scale measured. Working with these devices is extremely time-consuming and not very meaningful for many purposes; especially since the devices known up to now do not work with measuring conditions that have to be adhered to precisely enough can.

The main aim of the invention is to make available a device with which measurements can be carried out much more precisely, more meaningfully and also more quickly, and which opens up new application possibilities. According to the invention, it is provided in a device of the type described at the outset that the point electrode is equipped with a pressure force measuring and display device and the measuring voltage is approximately 3.2-6.4 volts _3, preferably 4 ₃ 8 volts ₅ .

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909837 / 037B

P 16./A 12. 32 D 2
9.3.78 / lC

It has been found that precise measurements are only possible when the pressure on the point electrode is constant is measured and, if particularly expedient, electrical measurement conditions matched to the resistance behavior of humans be respected. For this, the size of the measuring current is obviously of essential importance. However, since he was involved in the Resistance measurement on the living organism naturally through the different resistance values from which the conclusions can be drawn are to be drawn is different, the measurement voltage seems to be essential. Namely, it has been found that the person who, after a long medical experience, can be regarded as balanced between those lying next to the nail bed of the finger ten acupuncture points on one hand and a suitable electrode in the other hand give a resistance value of approx. 40 kOhm at a measuring voltage of 4.8 volts and correct resistance matching, but that essential Deviations from this resistance value draw conclusions about the state of health and other environmental influences allow.

In order to properly adapt the measuring device to the organism to be measured, the internal resistance of the measuring device should be 40 kOhm amount, whereby it is usually composed of the internal resistance of the measuring device and a series resistor and the internal resistance of the measuring voltage source may also have to be taken into account.

It has also been found that the accuracy of maintaining the pressure of the point electrode on the acupuncture points has a considerable influence on the measurement accuracy. Therefore, the pressure force measuring and display device should have an accuracy of at least +/- 1 % . Good experiences have been made with a point electrode in which a compressive force of 5.88 N (600 p) is exerted with an accuracy of +/- 1%. Accordingly, the pressure force measuring and display device should be set to this value

809637/0375

F 16 / A 12. 32 Ώ 2
- '+. 3.197ο / IH

be set or have a marking at this value, so that the resistance measurement when this pressure force is reached or reading can be made. The tip of the point electrode should expediently have the shape of a spherical tip exhibit. It is to be adapted to the natural conditions at the respective acupuncture points in humans or animals. For the measurement, especially at the acupuncture points of the fingers, a spherical tip with a is particularly suitable Radius of approx. 1.8 mm and a section circle of approx. 3 mm. It is to be formed on an appropriate shaft that is appropriate slightly expanded from the dome to its holder.

For the detection, display and evaluation of the pressure force determining the pressure at the acupuncture point measuring point, an different pressure force measuring devices known from other measuring technologies, For example, the almost completely smoothly working piezoelectric transducers with corresponding measuring circuits, be used. In order to obtain a sufficiently high measurement accuracy with these, however, stabilizing Circuits required, which cause a corresponding energy consumption and expense. Coupling may also occur the electromagnetic oscillations occurring in the measuring circuit in the measuring circuit or it is a disproportionate great effort is required to reduce or avoid such coupling. In further development of the invention it has now been found that it is particularly useful if the point electrode is in a scanner housing is axially displaceable against the force of a spring pin. Such a scanning device with a movable point electrode can also be used for direct current resistance measuring devices that use other than the aforementioned measuring voltages, Measuring currents and measuring circuit resistances work, however, to a very precise, simple and inexpensive pressure constancy Value. The interposition of a spring between the scanner housing and the point electrode also allows

009837/0378

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F 16 / A 12. 32 D 2
* t.3.197ö / lH

28103U

simple means to transmit a defined force and to ensure that the pressure at the point electrode is maintained with slight deviations during the killing process and that the means for recording, displaying and reading the pressure achieved or the pressure force achieved are extremely simple and inexpensive are. A compression spring can be used if the utmost care is taken and the design is appropriate. However, it is more expedient to use a tension spring. This does not give way to the side when the force is applied, but centers itself and can therefore very easily achieve the required accuracy of +/- 1 / o with extremely simple means. The arrangement becomes structurally simple when the spring surrounds the displaceable point electrode, which can be either a tension spring or a compression spring. In order to be able to set the device to the respectively desired pressure and also to be able to recalibrate it, at least one of the spring bearings is expediently adjustable. The ends of the spring are expediently screwed or plugged onto the spring holder and soldered onto it so that they cannot loosen even with prolonged use and deviations in the compressive force are kept as small as possible. At the end of the point electrode pin located in the handle, a movable line for connecting the resistive current measuring instrument is expediently connected.

Although it would be possible to apply the applied compressive force to the various To detect types common in measurement technology, it is particularly useful that the pressure measuring and display device has a measuring arrangement which scans the displacement path. It could be sufficient to have a visual mark on the scanning device to attach for the pen, but that would have the disadvantage that the operator at the same time on the display instrument for the resistance and the line marking or the like on the spatially distant from the display instrument Sampling device would have to pay attention, which complicates the operation and

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F 16 / A £ 1; 32 D 2
/

Measured value acquisition errors would occur. Therefore it is useful to use a pressure measuring and indicating device which has a display in the vicinity of the resistance indicating instrument enables. The various devices and circuits customary in measurement technology can be used for this purpose. Particularly It is advisable to use an optoelectronic light curtain with a slotted or perforated screen. This can Realized very easily without influencing the measuring process. The slit diaphragm is at the end of the movable point electrode formed and the light barrier switched into a display circuit, which has at least one signal lamp, preferably has a light emitting diode. Accumulators are expediently grounded as a voltage source for the light barrier and the display circuit or preferably dry batteries are provided, so that this device present in the device is also supplied with direct current operated and thus free of alternating currents which could lead to coupling into the resistance measuring circuit. That In contrast to other measuring methods, this is an important feature in the present case, because it has been shown that that humans are sensitive to the smallest alternating electromagnetic fields and currents reacts with changes in its resistance behavior, which is also one of the bases of the procedure according to the invention and led fixtures.

Since the devices and measuring arrangements for use in the daily Practice of the doctor or in the case of hate and series examinations is a high operating and reading coiiifort to avoid inaccuracies and to make things easier to pay special attention to the work. For this see further training the invention proposes various advantageous measures. This includes keeping the signal lamps close to the scale of the ohmmeter are arranged, in which case three signal lamps distributed over the scale arc of the display instrument are expediently provided are. In this way, in all areas in which a display is made, it can be seen immediately whether the desired pressure is reached prevails at the point electrode on the skin. For this they need

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F lü / A 12. 32 D 2
/

28103U

Eyes are not distracted from the point on the scale where the pointer is currently located. Another beneficial one The measure is that the indicating instrument is arranged in a device housing in such a way that the measuring mechanism and the scale arc are so down that the zero point of resistance is to the left of the viewer. This is not the case with conventional ohmmeters the case because moving-coil instruments are used as ohmmeters as they are used in large numbers for current and voltage measurements and maximum resistance is assigned to minimum current is. In this way, inexpensive, common instruments can be used. The measuring mechanism is expedient on a below about 25 arranged against the horizontal inclined desk surface. So it can be read particularly well on the work table.

Since it is a measuring device for particularly sensitive Measurements in which even small deviations have high informative value about the condition to be determined is one Pay special attention to the rapid and accurate display of the resistance value. A moving coil instrument is therefore particularly suitable with increased magnetic torque and one

aperiodic display damping particularly good as a display instrument because it is very quick and without any noteworthy Overshoots allow the resistance value to display so that the measurements can be made very briefly and thereby changes as a result of too long exposure to the measuring current can be reduced or switched off.

The resistance value of about ^ -0 kilo-ohms should be in the middle of the scale arch. It has been shown in his very large patient collective that a value of i + 0 kilo-ohms represents the balanced state of the living being to be measured and that even slight deviations from this value are already present have a meaningfulness about the influences and causes, while larger deviations are not to be considered so precisely, v / eil the test influences in the practical investigations are always changed as far as possible so that values in the

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6.3.78 / lE

The order of magnitude of 30-53 kilo-ohms should be achieved, because the standard values are in this range. Even deviations after higher and lower resistance values, however, must be detected.

It is also important for the invention that the measurement voltage remains as constant as possible over a very long time because the measurement voltage is directly included in the measurement result. To achieve this goal with extremely simple and inexpensive means proposed according to the invention that as a DC resistance measuring voltage source three dry batteries connected in series with a voltage of 1.6 volts each +/- 0.03 volts are provided. It seems possible; that also with voltages of 3j2 volts, which consist of two batteries or Voltages of 6.4 volts, which are composed of four such batteries, can achieve good or similar results, which are within the scope of the invention.

It has been shown that when using such batteries with these accuracy conditions, the appropriate type selection are customary in the trade, no changes in the relevant measuring conditions occur over a longer period of time. Since the normal measuring current of 60 micro-amps in the order of magnitude of the self-discharge current the batteries, such batteries can also be used for at least half a year or a full year, so that the use of dry batteries for the user, especially the doctor, not disadvantageous, but even economical and opposite the use of accumulators that are possible per se is also maintenance-free. The measuring device is also independent of the mains due to battery operation and can therefore also be used outside of the electrical and magnetic field effects that usually prevail in buildings Alternating current network, which is based on the people to be measured or affect the animal can be used without any problems. The usage

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F 16./A 12. 32 D 2
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of dry batteries and possibly accumulators compared to mains-operated DC power supply devices has the essential advantage that no AC and AC voltage components, including all harmonic components, from the power network that influence the measurement of organisms can be coupled into the resistance measuring current circuits. As mentioned earlier, ^J , en

such interference 'as occurs in conventional devices, a very considerable influence on the resistance behavior of the person to be measured or other organism, from where possibly the inaccuracies of previously known methods. If you want the DC power supplies with a sufficient equip stable measuring voltage and a subsequent excellent sieving, so it requires a very considerable electronic effort, which also does not even lead to optimal measurement conditions.

The Keßspannuni; i.iit /·. ,£ Volt in the Zu. ^ a.r.rAenv.'iriien not one: internal resistance of the measuring device from IfO Kilo-Ohn leads under consideration the self-resistance of the human in the intended measuring arrangement to a current of 60 Kikro-Anpere

optimal conditions. It has now been found that the Value of 60 micro-amps, which is considerably higher than that previously used Currents, is evidently a value that is very well adapted to human conditions. 3 for smaller ones

Current strengths will evidently cause the resistance values / biological , / or charged. _. ,

power not sufficiently stimulated, while, essential higher currents lead to overloads and therefore significant deviations are not so easy to determine. Self small deviations from the resistance value of Z] -O kilo-ohms at a current strength of around 60 micro-amperes, significant statements can be made with some experience. Another An important aspect for meaningful measurements is extreme cleanliness of all devices and device parts used. In addition belongs to the fact that a specially cleaned and polished brass electrode is used for each measurement process. Since substances in the Environment of the people and especially in the closer measuring circle of considerable influence on the resistance behavior of the people.

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F 16 / A 12. 32 D 2

are see, it depends on the hand electrode of the To keep free of substances influencing the measurement. It is therefore, according to a further feature of the invention, as a smooth flat, Solid brass electrode designed free from sharp-edged recesses. No cleaning agents or disinfectants can then be used or dirt remains in hidden corners or holes. The somewhat heavier electrode also requires one vigorous touching of what is useful for the measuring process.

With the devices and devices described, it is up to the experienced After a short training, doctor is able to make amazing diagnoses and carry out therapies, and above all to test intended therapies for their effectiveness, in particular

.... ,. ,., ■ / And their dosage especially the effect of drugs /, including above all test homeopathic medicines at the highest dilution. As diagnostic and therapy procedures are not patentable in Germany no claims are made. For possible foreign schuts, however, it is pointed out here that testing using drops of blood and 1-ledikainenten organ extracts and nosodes brought to them is extremely quick and easy is possible and the method described below with the resonant circuits known per se is a significant enrichment of medical diagnostics and therapy. For those who have been working with it for a long enough time, it is medical school trained doctors for a long time "secured empirical knowledge, that substances and especially as medicaments used substances and mixtures of substances' as well as organ extracts and Kosoden (Extracts of diseased tissues or cells) enter into interactions with humans or animals that are only difficult

to be recorded and also not yet scientifically declared. It has now succeeded to use and develop a reproducible, biophysical measuring method, as well as for practical use to make it so useful that it gives significant results in an extremely short time without the knowledge for it and importance of the very numerous acupuncture points would be required.

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909837 / 037B

F IG / A 12. 32 D 2
'1.3.1970 / 111

^28103U

In ßadiaesthesie, i.e. the field of knowledge about

feeling sensitive people of previously measurable terrestrial, extraterrestrial and technical influences, has long been claimed that according sensitive people could with the help of indicators, such as dowsing and / or pendant _s the effects of substances on humans, such as the suitability of jewelry or determine the like and make an appropriate selection. Since the measuring method with the above-mentioned devices allows a reproducible, biophysical measurement "is also possible

To see an invention in the use of devices according to one or more of the device claims for the non-therapeutic and non-diagnostic determination of influences on humans and / or animals. Such influences can be electromagnetic, influences from other radiation and environmental influences. It is possible to determine the effect on the resistance behavior of food, beverages, clothing materials, jewelry, glasses, watches and other materials and utensils that are closely related to humans, because it has been shown that some substances significantly increase the resistance behavior change, while other substances, especially the η at ur-. '"■ substances left in place and naturally grown! Raw materials, in many cases do not cause adverse effects on the resistance behavior. Other non-therapeutic and non-diagnostic uses also include use for scientific purposes, in particular the control of the risk of side effects of drugs in the laboratory and use for Collection of knowledge from basic sciences, especially physics, chemistry and biology. With such uses, the direct effects on humans or animals can be measured, for example the suitability of permanently worn glasses or the effects of electromagnetic vibrations from fluorescent tubes in the vicinity of humans with their throttles and condensate

909837/0375 _{</ 12}

yy ¹ IG / A 12. 2
'{03.03.1970 / 111

fools. The influences of individual substances, such as precious metals, gold, Silver, platinum, or other metals such as iron, brass, copper ^ or the influences of crystalline and non-crystalline substances are apparently so small that they can be reproduced Results can only be achieved when approaching people directly or when the effects on people or the animal is relatively intense, as is the case with the radiation and alternating fields emitted by technical devices, or that can be found differently in tree, such as

./ionizing rays, the different incidence of 'ultra-short waves and extreme long-wave influences, such as the atmosphere, over pronounced lines that act as effects over water veins, faults or grid systems aligned with the magnetic lines of force of the earth's field. That on different Place a room such phenomena affect the person and cause changes in his electrical Lead DC resistance behavior can be determined directly with the devices described above. That is also important when setting up and using the devices for therapeutic and diagnostic purposes as well as for Not therapeutic and nondiagnostic purposes important to the front balanced, not detrimental to the method . influenced living beings as the starting point for the respective measurement. However, if the influences are less, in this way, reproducible measurement results can be achieved with a method according to the invention, which is used to distinguish of substances and to determine their suitability as cosmetics, clothing material or for other, non-therapeutic purposes and non-diagnostic use in humans or 'l'ier and in other, non-therapeutic and non-diagnostic Determination of the influence of substances and / or electromagnetic waves and other rays on humans or animals is characterized in that the to be examined Substance or the preparation to be examined is brought near a capacitor or a coil. Included

909857/0375

P 16 / A 12. 32 D 2
Ί.3.1978 / 1Η

- 15 -

28Ί034Α

this capacitor and the coils are integral parts of a known resonant circuit composed of at least one coil and one Capacitor and a connection between the two. These oscillating circuits, which are relatively simple from an electrical point of view, However, they are unusually structured in terms of their spatial arrangement, but, according to experience, are extraordinarily biological Have efficacies are to be selected with the help of the previously described cc so that they 'exist of substances or preparations in the vicinity of the coil and / or capacitor, the electrical resistance values of the person or des i'ieres influence. An essential feature of the inventive device The method is now that the resistance values at acupuncture point, preferably those of the fingers of one in the l'Täiie dos oscillating circuit with respect to one of environmental influences its resistance values did not affect previously at all Points the fingers of one hand or several other acupuncture points people balanced on equal resistance values or 'i'ieres can be measured.

The method is based on the assumption that one living being, which is not adversely affected and is suitable for Kessung, affects several Acupuncture points have the same resistance values, especially when using the above devices and voltage and resistance values at the ten acupuncture points of the fingers of one hand has a resistance of ea.4o KOhm. So first is through systematic attempts and / or accelerated through the experience of sensitive people on the living being to be measured to bring an appropriate place and from disturbing influences, such as electromagnetic waves of technical devices or To free installations or the effects of unsuitable clothing, jewelry, watches or glasses and the Always establish a constant resistance value at the measuring points. Then the substance or preparation is close of the condenser and a first series of measurements carried out. If the measured values are balanced, the substance or the Bring the specimen near the coil and again one

9Ö9837 / 037B

ORIGINAL INSPECTED

F 16 / A 12. 32
4.3.1978 / 1H

Resistance measurement series made. If the values are also balanced, so there are no influences. However, the resistance measurements show deviations from those previously determined / evaluate, "'" either on coil and capacitor or only on one of both, it is assumed that interactions exist between this substance and humans or animals and can have a detrimental effect on him if he does them brings it into close proximity and / or uses it constantly.

An embodiment of the device parts according to the invention and an example of one with the inventive Devices to be used resonant circuit are explained below with reference to the drawings.

Show it:

Fig. 1 A schematic representation of the heating device with detailed representation of the scanning device in central longitudinal section;

Fig. 2 is a cross-section along the line 2-2 in Fig. 1 through the scanning device and

3 shows the schematic representation of one with the inventive Devices and oscillating circuit to be used in the method according to the invention possibly assigned device parts.

909837/0375

:. · ■ U-./A 12.;, 2 Dc

Lie GlcicliGtro: .i \ vidcrs'Landc.Messvorrichtun £ consists of three weccntlicneii Jl ¹ I erne nt en, do :. _; Aboast device 10, the measuring device 11 and via hand electrode 12.

The hand electrode 12 is turned from \ Zollüiessing, has no bores with sharp lanterns, but only a simple plug connection 13 for the movable connection cable 14, which leads to the device 11 :. The hand electrode 12 is polished to a high gloss and can be easily cleaned and disinfected without any loss of condition. The scanning device 10 consists of a main handle 1>, which is a cylindrical plastic ring in the form shown in the figure. e carries a front electrode bearing 16 made of suitable insulating material, which is screwed to the main handle 15 or can be glued to it. The front electrode bearing 16 is conical on the outside with a round tip 17 and goes at the rear into a gripping support 1 ö üoer, to which the in; essential cylindrical main handle 15 kit adjoins a conical transition. The front electrode bearing has a cylindrical axial bearing bore 19. The cylindrical measuring pin 20 is inserted into this, which merges into a slightly conical tip 21 which ends in a spherical tip 22. The spherical tip expediently has a radius of about 1.8 mm. Its largest diameter in the segment circle

approx
is preferably / 3 mm. In this way, a tip that practically acts as a point electrode is created. The pen 20 can have a diameter of, for example, "Herein". It is easily slidably inserted into the bearing bore 19, in which it is lubricated with grease and guided in a sealed manner. Inside the scanner; tes 10 a concentrically around the pin 20 extending hollow space 23 is formed. A threaded bushing is screwed into its outer walls, which connects the front electrode bearing 16 to the main handle 15 and serves to adjust the spring force. In the foremost region of the cavity 23 in the electrode bearing 16, a peder bearing 25 is supported concentrically to the pin 20 with the aid of a shaft locking ring 27 on the threaded bushing 2 ^. A fine one

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Exactly dimensioned tension spring 28 around the measuring pin 20 and is screwed with its lower end 29 into the spring bearing 2i> or only inserted and soldered into it. It extends over the entire length of the main handle 15> as far as this is structurally possible in order to achieve the greatest possible spring length and thus the smallest possible deviations when working with the device. The spring bearing Z ¹ J has a sufficiently large bore to allow the electrode pin 20 to move freely. Another spring and sliding bearing 3I is provided in the area of the upper end 30 of the main handle 1p. It is positively fastened by means of the yuerstifies ^ Z on the hinge pin 20 and merges into a spring holder attachment 33, onto which the upper end 34 of the tension spring Ζ'ό is screwed or only attached and soldered in both cases. The spring and Verscniebelager 31 is i;: it out corresponding Glei'cpassung in a bearing bore 36 which ⁿ with a stop shoulder 37 J- the narrowed Zentralbonrung transitions 38, so that the stroke of Heßstiftes 20 is limited to the outside. The end hfi of the hinge pin 20 located in the scanning device is flattened on both sides to form a hissiahne 4I and at the outer end with a transversely extending anti-twist pin XEHIcft- ¹¹ ' ^{which is guided in a} corresponding slot k2, for example in the cap 44. The measuring flag 4I penetrates a mounting plate 45. The two components of the optoelectronic light barrier 46j namely the infrared light source 47 ^and the receiver 48 are fastened to this on both sides of the Heßfahne in the immediate vicinity. . ·. The hot

vane 41 has a slit aperture 50 which, when the measuring pin 20 moves axially, enters the path of the light beam of the light barrier and allows its passage to the receiver N (600 p) acts, the tension spring 28 allows such a displacement between the scanner housing 15>, 16, 44 and the measuring pin 20 that the slit diaphragm 50 just passes into the light beam. Accordingly, the spring 28 is pretensioned with the threaded bushing 2 * 1. For this purpose, screw-shaped adjustment elements can also be provided for the spring bearings, which. from the outside

ORIGINAL INSPECTED

y ν- ·, 909837/0375 ^u copy '

¥ 16./A 12. 32 D 2
4-3-1

are to be operated. As can be seen, the tension coil spring 28 rests neither on the housing nor on the measuring pin 20. It spans freely between the spring bearings 25 and 31 and is therefore not subject to any uncontrollable influences on the measurement due to friction, so with extremely simple means an accuracy of +/- 1 / o, i.e. of about +/- 6 ρ

to be observed. The optoelectronic light chain is simple and consumes very little energy for the measurement, what with electronic, mechanically immovable measuring devices could only be achieved with great effort and / or energy consumption. In addition, a mark can be attached to the measuring pin / at the front end / in order to prevent the optoelectronic display from failing to have a hint for reaching the desired compressive force for the temporary continuation of the measurement.

A movable measuring line 52 is soldered to the outermost end of the measuring flag 4l, which enables the distance measurement, and leads through the cable ^ to the measuring device 11. Further lines 54 ^urL d 55j which are multi-core connect the light barrier 46 to the circuit 7g.

As can be seen from FIG. 2, the entire scanning device 10 is shown in FIG built up with circular parts in cross-section. It's easy manufacture and handle. When choosing the materials used, care must be taken to ensure that these correspond to the knife geonis not affect. The materials are to be selected according to the inventive procedure. As an electrode factory " pure brass is particularly suitable.

The components of the invention described below Measuring devices are only shown schematically and only with their essential elements.

In a desk housing 60, the desk surface 61 of which is inclined at an angle 62 of approximately 25 ° to the horizontal H, is a Moving coil instrument 65 arranged. His measuring mechanism 66 is at the top, so that the scale 67 is at the bottom. The scale is as kilo-ohm

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Calibrated scale. Its beginning with 0 kilo-ohms is on the left, while its end 69 with the value infinitely lies on the right. The device is designed so that the value ZfO kilo-ohms is in the middle. It is advisable to use a marker between 30 and 53 kilograms attached to the scale for easy reading. Because the beginning is on the left and the consecutive digits starting on the left in the usual way of reading, there are great advantages in terms of usage compared to conventional ohmmeters. The measuring mechanism 66 has an increased magnetic torque due to the appropriate design of the coil and is also with equipped with a * "aperiodic display damping. This means that the measured value is quick and without excessive overshoot indicated what the rapid succession of measurements indicates allows many measuring points. As can be seen, according to the schematic diagram, the measuring line 52 leads to the measuring mechanism, from this Another connection 70 leads to a measuring resistor 71, which is expediently composed of a fixed resistor and an adjustable resistor Resistance is formed. A connecting line 72 leads to the "dry battery 73". The "dry battery 73" exists According to the invention, it is expedient to consist of three dry batteries each 1.6 volts with an accuracy of +/- 0.03 volts, so that a measurement voltage of 4.8 volts is constant over a long period of time -τ 0j yields 1 volts. At the other pole of the battery 73 is the Measuring line 1 Zf connected, which leads to the hand electrode 12. So is a simple resistance measuring circuit across the point electrode 20/22 to the hand electrode 12 guaranteed. It is expediently via a ° switch in a manner not shown on the desk surface. With this switch, the measuring mechanism can also be used to measure the battery voltage, and it can be fixed for comparison measurements and for calibration Resistors are switched on. The calibration resistance can be adjusted with the aid of the handle 76.

For the detection of the desired compressive force and its display, an electronic device, only shown schematically by the block 79, is used Circuit provided with appropriate, customary modules to which the infrared light source i + 7 and the, pptisehe

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Recipient. ZfO over the lines 5h and 55 are connected. The circuit 79 is fed with direct current from a dry battery ÖO or an accumulator and acts on light-emitting diodes 8i, three of which are arranged in the vicinity of the scale 67 within the circular arc, evenly distributed over the scale. An ammeter 82 and a test button 83 complete the circuit arrangement to ensure that the battery, light barrier and indicator light are always functioning properly before starting the measurement]! to be able to test. The lines 52, 5h and 55 run through a common, not shown in detail

/ 53
tes cable between the scanning device 10 and your measuring device 11. Since it is pure direct currents, the measurement result is not affected.

The DC resistance measuring device is operated as follows. After the device has first been tested and calibrated for the proper condition of the batteries and the other functions and the test station and the electrodes have been properly cleaned and the brass hand electrode 12 has previously been freed from oxidation layers by polishing, the person to be measured takes the hand electrode 12 in one hand and grabs her tightly, but not cramped. The device user now places the scanning device 10 with the spherical tip 22 acting as a point electrode on the acupuncture points in the area of the fingernail beds, after these and the measuring tip have been wetted with clear water in order to create favorable contact resistances. By pressing the scanning device, the measuring pin 22 is pushed into the device until the desired pressure force is reached and the slit diaphragm 50 enters the light beam of the light barrier Ιφ . Then the three diodes 81 on the scale 67 light up. The required measuring force is now reached The internal resistance of the measuring mechanism 66 and the measuring resistor 71 together have a size of 1 + 0 kilo-ohms. According to the inventors' experience, a person is balanced when the finger of a hand has resistance values at all ten points from

909857/0375 ./ ₂₀

F 16./A 12. 32 D 2
4.3.78 / lHC

- 2Θ - * ■

. 30 - 53 preferably ^ O kilo-ohms can be achieved. Located he is on a point of space disturbed by environmental influences or he is in by clothing, other Affects substances in the immediate vicinity, electromagnetic interference from devices, diseases or radiation, this results in higher or lower resistance values, which can be achieved by switching off or removing the disruptive influences and shifting the seat or medication can be compensated. Are on this ".Yeise all" resistance values balanced at the ten measuring points of the fingers of one hand, like this The person is suitable for further measurements. Is this state not to be achieved, so should ".vei'ccre Ilessungen with a be made to another person capable of compensation,

For example, one can consider the influences of clothing fabrics or other substances, it would be sufficient to put these substances on or in the previously balanced person To shake hands and take the measurements described again. If the resistance values do not change, they have Substances have no adverse effects on the person. If nan wants to determine the near-distance influences, measurements can be made on the Person by relocating the seat. Further diverse, direct measurements on the person, Both for diagnostic and therapeutic purposes and for the collection of basic scientific knowledge are possible.

According to a further proposal, the resonant circuit shown schematically in FIG. 3 can now be included in the measurement and the measurement method. This consists of the following elements. In a housing 90, which is neutral for the measuring process, two coils 91 and 92 are arranged at a small distance from one another, specifically in the vicinity of one outer wall 93. The coils preferably have an impedance of 0.5 milli-henry. In the vicinity of the opposite outer wall, a capacitor 93 is attached, which has a capacitance of 1 micro-farad. Capacitor and coils are shaped like a ring, in

./21

909837 / 037S

F 16./A 12. 32Ü2
^ -. 3.1970 / 111

. a large arc applied, metallic conductor 96 connected. Taps 97 and 98 are connected on both sides of the capacitor 95, which lead to sockets in order to short-circuit the capacitor and thus cancel the effect of the resonant circuit. A further tap 99 can be provided between the coils 91 in order to tap signals. Such a device is inherently in known from hadiaesthesia. It has now been shown that a such a device for diagnostic and therapy control purposes in particular is suitable and can also be used in the substance and influence test method according to the invention.

For diagnostic purposes, a drop of blood is taken from the patient to be examined and this is placed on a neutral filter paper brought. The oscillating circuit device 9O is cleaned and disinfected from the outside and in a cleaned place in the vicinity of a person suitable as a pouring person, for example set up at a distance of about 0.5 - 1 m. Now you put the filter paper with the blood drop with the cleaned one Tweezers on the surface of the housing, either directly over the capacitor 95 or over one of the Coils 91 and 92. In both arrangements of the blood drop, the resistance measurements are now made on a previously balanced Person made. Considerable changes in resistance occur in the position of the drop of blood across the capacitor 95 on, SD may be due to an electrical interaction between the drop of blood and the capacitor in that of environmental influences excited resonant circuit are assumed that the keßperson in the vicinity due to the high sensitivity and the unusual selective ability of living organisms with a change in resistance behavior answered. Several thousand measurements with the 31ut of a very large group of patients have shown that sick patients and especially those who are obviously disturbed by the location-related environmental influences to change of resistance behavior if the blood

./22

909837/0375

ί 16./Α 12. 32 D 2

ΊΑ

drip is above the capacitor or in some other way at its level. If the drop of blood is brought near the coils, no interactions occur with such blood. If the blood comes from a healthy patient or from a patient who has not been damaged by location influences, the alternating influences which change the resistance value occur when the blood drop is in the vicinity of the coils 91 , 92. For diagnostic purposes, next to the blood drop, in the position in which there are significant changes in resistance in the person being measured, the organ preparations and / or nosodes that are presumably affected according to medical experience or indicative diagnoses are placed. If an equalization of the resistance values then occurs, it can be assumed from experience that there is a high probability that the corresponding organ is affected by the corresponding disease.

After removing the organ specimens and / or nosodes, through Addition of medications that have been tested for the diseases in question based on medical experience whether these are likely to be suitable for a promising therapy. Are they in the right composition and dosage assigned to the drop of blood, experience has shown that the resistance values at the Test person again to the value of i + 0 kilo-ohms or about / fO kilo-ohms are balanced. They are very differentiated Indications and statements possible.

Thus, without any intervention in the sick patient and without any attempt at medication treatment on the sick patient Patients can test a therapy with a high probability of success in an astonishingly short time. In addition, however, embarrassing cleanliness ar.i workplace and paying attention to disturbances caused by environmental influences and in the Pay attention to any contaminants in the vicinity. With supposed Failures are to be checked and managed first.

./23

Q09837 / Ö375

I « ¹ 1C./A 12. 32 1) 2

ceiten. It is very important for the user leading the 1-ießelckurode to have sufficient experience in locating the acupuncture points and in the correct posture of the point electrode on the acupuncture points and finding the correct points sets a low resistance value and aiii balanced patient a V / ert of about ^ O kilo-ohms is achieved. In this way, the device itself can be used to control the optimal and correct letting conditions. Corresponding solutions can also be carried out on animals, whereby the test conditions must be determined. Instead of a hand electrode, tian can also choose a large-area electrode for another part of the body. The clean, large-area electrode is important because it must ensure that the contact resistance at one electrode is negligible, while the contact resistance at the point electrode is always under the same hot conditions due to the scanning device according to the invention and the humidification.

According to the invention, the heating arrangement can now also be used for non-diagnostic and are not used for therapeutic purposes, in particular for carrying out scientific measurement series, to obtain more precise knowledge of previously only alleged or assumed "phenomena.

However, the devices can also be used commercially in many Apply procedure. The application when measuring direct influences has already been explained.

Are they supposed to be with only the smallest vibrational energies and Information about the influence of substances on people or animals, for example the suitability of the same As food, drink, jewelry or clothing, so is tested in the same way as when

./24

9Ö98 37/0 375

F 16./A 12. 32 D 2

Proceed to blood drop therapy ~ or drug testing. It is important that a resonant circuit is used, as it has in itself, according to the experience of highly sensitive people, considerable influences on the invisible human environment. Various scientifically very controversial devices on the market were tested; several showed useful results. Them together, the arrangement of at least one coil and at least a U capacitor, the geführt.e by mostly simple conductor, deform mostly in Hing- or pike, are connected. In order to avoid the often harmful effects of such devices, if they are incorrectly set up, only sockets 97 and 9 &'are short-circuited. After a suitable location, as described above, has been found and the person being measured has been balanced, the substance to be tested is brought over the condenser and the measurement is then carried out at the acupuncture points. If there are no significant changes in the resistance values of the person being measured, the material is then brought over the spools and the measurement is repeated. If there are no changes here either, it can be assumed from experience that the substance does not have any adverse effects on humans. If resistance changes occur either over the capacitor or over the coils, it is advisable not to use this substance as food, luxury or drink for the measured and other similar people, or not use it for a long time, especially in the case of avenging or other rest periods on the body. In this way, unsuitable goods can be rejected quickly and suitable goods selected when shopping. Suitable materials for clothing, interior fittings and the manufacture of measuring instruments can also be found.

./25

909837/0376

P 16./A 12. 32 D 2
9.3.78 / lC

"o ^ ~ 281034A

During the measurement, he has the equipped with an insulated handle Scanning device 10 leading users to touch the hand of the test person in order to reduce the compressive force of 5 »88 N (6OOρ) to be supported. In order to eliminate interactions between the two people at this point, he should Scanning device leading user to the hand with which he grips the pinger of the person being measured, put on a rubber glove. This should be a new sterile rubber glove for each test person. Other suitable isolation devices can also be used Shielding measures for the avoidance of interactions are taken, the only thing is to put on a rubber glove particularly simple and allows the fingers used for the measurement to be quickly brought into the most favorable position.

It has now been found that further important work and processes can be carried out with the resonant circuit device 90 what it is used for in a special way. A movable line 101 is connected to the tap 99, for example with the banana plug 102. However, it can also be permanently connected. Line 101 leads to a pick-up 100. This pick-up appears to have an antenna-like and / or modulator-like effect. It are suitable therefor all transducers, the molecular vibrations and / or information of blood, drugs, other substances, in particular Record organ extracts, organ preparations or nosodes. Good experiences have been made with a brass plate of around 4 cm χ Made 6 cm size. This brass plate 103 is attached to a holder 104 and is in a galvanically conductive connection with the line 101, i.e. also in a galvanically conductive connection with the resonant circuit. In a shelf 105 can the samples IO6 are in several rows and lines or otherwise

as received in a suitable magazine device. The sample vessels are, for example, ampoules, such as the glass vessels commonly used in medicine for the protected storage of drugs to be injected. This magazine device IO5 can have a mechanical,

./26

909637/0375

F 16./A 12. 32 D 2
■ 9.3.78 / lC

1) 5

hydraulically, pneumatically or electromagnetically actuated guide device 107 for the transducer 110 assigned

/for example
> has the vertical guides 108 and the horizontal guides and is equipped with suitable control devices. However, it is much simpler to equip the holder 104 as an insulating handle.

The operation of this device is as follows, taking into account the explanations given above. On the oscillating circuit device the preparation to be examined, the blood drop and / or a nosode is placed, or he is without one attached preparation used. With the handle 104 or the control device 107, the well is now systematically

/ or substances that are most likely to be considered 'slowly passed by, so that the pick-up plate 103 is in the immediate vicinity of the various ampoules IO6. At the same time, the Resistance measurements carried out on the person to be examined. From the changes in resistance that occur, then conclusions on the interaction between the preparations or information contained in the containers IO6

/or
and the other substances or blood drops acting on the oscillating circuit are drawn. Thus, the device can be used for medical diagnosis or therapy test and dosage test purposes. However, it can also be used in an inventive manner for the non-diagnostic and for the non-therapeutic selection and for the comparison of substances, as explained above. A special economic purpose can be seen in this. For example, the interactions between individual substances can be found very quickly when putting together medicines. However, a suitable selection for non-medical and non-diagnostic use in humans can also be made from a very large amount of different substances or different concentrations of different substances accommodated in a very small space.

./27

SÜ3837 / 037S

P 16./A 12. 32 D 2 9.3.78 / lc Ο »!

It can affect the operation of this device and the previously described effect of the resonant circuit thereof it is assumed that blood samples, drugs and substances have molecular vibrations or other information Release carriers that cause practically no performance to influence other substances or organisms and which are considerably strengthened by the inclusion of oscillating circuits of the type shown, so that their selection and their comparison with each other, especially by one

Organism, is very easily possible. Using this device can diagnose, select drugs and the comparison of substances also made by inexperienced people and without stress on their nervous system and organism will. You can get good results very quickly, even with less experience.

Another astonishing use of the resonant circuit device 90 was found in the fact that it is possible, with the help of a line 101 galvanically connected to the connection 99, _π jij- · / and / or, memories,,, _ reproductions / of molecular oscillations, and / or information or other properties of organ preparations, τ; f, "

tropics

Take nosodes or medication. This is done in the area the coils 91 and 92 or the capacitor 95 via these placed on the surface of the housing to be reproduced.

/ 110 The conductor 101 is immersed in a container, for example a small glass vessel, with a suitable liquid. It is particularly suitable for alcohol, as it is used for the production of organ extracts or for the dilution of homeopathic medicines. If the oscillating circuit is now left to stand for a suitable time without any other influences, interactions occur between the substances, organ preparations, nosodes or the like located on it and the liquid in the glass vessel, which leads to storage / aer information can only be explained by a practically powerless transmission of molecular vibrations or other information carriers. It has been shown that after an exposure time of about 15 "minutes, the glass vessel with the liquid can now be used instead of the previously used organ preparations, nosodes or drugs on the resonant circuit in order to effect the changes in resistance in the living organism on the oscillating circuit only the blood drop and / the "memory" with the information, ie the vessel with its liquid that was previously connected to the line 101. It 9Ö9837 / 037 5

P 16./A 12. 32 D 2
9.3.78 / lC

then the same changes in resistance occur as

/ So the original substance

if the substances previously used, etc. are in accordance with the appropriate Place on the oscillating circuit device. This is an unexpectedly simple reproduction device for the reproduction of the substances contained in the organ extracts, medicines, nosodes or organ preparations or other substances bio-physical information has been found. There is no need for any complicated manufacturing processes and redilutions or the dangerous preparation of nosodes from diseased tissues or cells. An explanation This reproduction and storage of information can be found in the interaction claimed in homeopathy as a result of "homeopathic" vibrations of the molecules. Even the drug test and dosage test device and method described further lead to one for the costs in Healthcare significant reduction in drug needs. Due to the simple possibility of reproduction, a further significant savings in medication and treatment costs are possible.

For therapy purposes, the resonant circuit device 90 can have a galvanic connection with it and the organism to be treated be assigned to the electrode to be brought or several electrodes. As an example of this is another banana plug with an electrically conductive connection 101 ″ and a hand electrode 112. This is determined by the person to be treated The patient is picked up and either the appropriate drug or preparation is placed on the device has a property that compensates for the cause of the health disorder, with a type of autologous blood treatment The patient's own drop of blood or a corresponding own organ or self-nosode preparation can be used. Even an extremely simple and effective therapy device has been found here, the effects of which again with the direct current resistance measuring device can be monitored. Even though

./29 909837/0375

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9.3.78 / lC

resonant circuit devices with only one coil can be used, it is particularly useful to use the illustrated resonant circuit arrangement with two coils at a distance from each other and a center tap for the introduction of information and vibrations as well as for the acceptance and transmission of vibrations and influences.

909837 / 037S

Claims (1)

Expectations; Device for direct current resistance measurement on humans or animals between a large-area hand electrode or electrode for another part of the body and a point electrode arranged in the insulated handle for placing on acupuncture points with a resistance measuring and display device, characterized in that the point electrode (20, 22) with a pressure force measurement - and display device (28, 50, L \ .G, 81) is equipped and the 'measuring voltage is 3.2 - 6, ^ volts. $ 09837/0376 ./2 - QRiGINAU INSPECTED ϊ ¹ 16./A 12. 32 D 2 2. Apparatus according to claim 1, characterized in that the measuring voltage if, 8 volts amounts to. 3. Device according to claim 1 or 2, characterized that the internal resistance of the measuring device (6G,? 1) is ifO kilo-ohms. if. Device according to one or more of the preceding claims, characterized in that the pressure measurement and display device () has an accuracy of at least +/- 1 % . 5. Device according to one or more of the preceding claims, characterized, that the pressure force measuring and display device to 5.68 K (SOO p) is set or a mark at this value having. C. Device after aGi. or more of the preceding claims, characterized in that the attachment tip (21) of the point electrode (20) has a ball tip (22) with a radius in front. about 1.8mm and one Has section circle of about 3 mm. 7. DC-OL-resistance sneezing device, especially after one ;. ", or more of the preceding claims, characterized in that the point electrode one in a scanner housing (15 »16) axially pin (20) displaceable against the force of a spring (2o) is. ./3 F IG./A 12. 32 δ. Device according to Claim 7, characterized in that the spring (28) is a tension spring (28). 9. Apparatus according to claim 7 or 8, characterized that the spring (28) surrounds the hot pin (20) forming the point electrode. 10. Device according to one or more of the preceding claims, characterized in that that at least one of the spring bearings (25, 31) is adjustable. 11. The device according to one or more of the preceding claims 7-10, characterized in that the ends (29 _S 3k) of the spring (28) are screwed or plugged onto spring bearings (25 _S 33) and soldered thereon. 12. Device according to one or more of the preceding claims , characterized in that at the handle-side end (i + 3) of the point electrode measuring pin (20) a movable line (52) is connected. Device according to one or more of the preceding claims, characterized in that the pressure force measuring and display device has a measuring arrangement (Zf!, ^ 0, V7 _} A-8, 97, 81) which scans the displacement path. . 1i +. Apparatus according to claim 13 ,. characterized in that an optoelectronic light very anke (.1 + 7> 48) with a slit diaphragm (50) or perforated diaphragm is provided. SÖ9837 / Q37B F Ib./A 12. 32 D 2
'u3.iy / ü / lii - if ~ 1% device according to claim Ui-, characterized that the slit diaphragm (50) in the housing-side end dec displaceable point electrodes (20) formed ict. 16. Device according to one or more of the preceding claims, characterized, that the light is very anke (^ 6) in a display circuit (79) with at least one signal lamp (81), preferably a light emitting diode, lies. 17. Vorric-ituiir; after a:.; or. '.. elirercn of claims 13 to 1b, characterized in that as a Gpann auxiliary source for the pressure measurement and display device, in particular the light barrier (^ 6) and the display circuit (79) accumulators or preferably dry batteries (80) are provided. Ib ¹ . Device according to one or more of the preceding claims, characterized in that the signal lamps (81) are arranged in the line of the scale (67) of the ear meter (6.5). 19. The device according to claim 18, characterized that three signal lamps distributed over the scale arc (67) are provided. 20. Device according to a:.: Or more of the preceding claims, characterized in that the Anseigeinstrur-ent (65) i ⁿ a device housing is arranged such that the Heßwerk (66) above and the scale sheet (67) dex "art below lies that the V / resistance zero point (68) is to the left of the viewer. ./5 809837/0375 ΐ ' ^Ί 1L-./A 12. 32 D2 . Device according to one or more of the preceding claims, characterized, that the heßwerk (65, 66) on a below about 25 ° against the horizontal (il) inclined pulley surface (61) lies. 22. Device according to one or more of the preceding claims, characterized, that the Anaeigeinstrumenb a moving coil instrument (66) with increased magnetic torque and aperiodic display damping. 23. Device according to one or more of claims 1 -21., characterized in that as A display element of a Leuchxdioderkette'mit a dry battery-fed Wandlersc'haltung is provided. 2- ^; 4. Device according to one or more of the preceding claims, characterized in that the hand electrode (12) is a smooth-surfaced solid brass electrode free of sharp-edged recesses. 25. Use of the device according to one or more of the preceding claims for the non-therapeutic and non-diagnostic determination of electromagnetic or other radiation influences and other environmental influences and material influences on people or animals. 26. Procedure for differentiating between substances and for determining their suitability as food, luxury food, cosmetics, Clothing material or for other non-therapeutic purposes and non-diagnostic use in humans or animals and in other non-therapeutic and non-diagnostic determination of the influence of substances ./6 9Ö9837 / 037B Ib./A 12. 32 D 2 281034A and / or electromagnetic waves and other radiations on hens or animals, marked that the substance or the preparation in the vicinity of a capacitor (95) and / or a Coil (yi, 92) in a resonant circuit (90) from at least a coil (91, 92), a capacitor (95) and one electrically conductive connection (96) is brought between the two, the resonant circuit (90) being suitable, in the presence of substances in the vicinity of the coil (91, 92) and / or capacitor (95) the electrical V / resistancew he te of clairvoyance or l'icren au influence and that the resistance values at acupuncture points, preferably those of the fingers of one in the vicinity of the oscillating circuit one .: of environmental influences in terms of its "resistance values not affected, previously at all points of the fingers one or more other acupuncture curls glc-iciao i7idcrotaiidcwer "i-e balanced l-ieian or 'i'ieres be measured. 27. Use of a resonant circuit consisting of at least one coil (91 s 92) and at least one capacitor (95), which are arranged at a greater distance from one another and connected by a large-scale conductive connection (96), and which has a tap (99), preferably between two coils (91 * 92), for the reproduction of physically or bio-physically effective molecular vibrations and / or information, wherein from the tap (99) a conductive connection (111 ¹ ) in a container (110) with a physical or bio-physical information storing liquid, preferably alcohol, is introduced. ./7 909837/0378 F 16./A 12. 32 D 2
9.3.78 / lC 28. A method for reproducing and / or storing the molecular vibrations and / or information from blood, organ extracts, nosodes, drugs or other substances, characterized in that the preparation, drug or substance is in the vicinity of a coil (91, 92) and / or a capacitor (95) _{s of} an oscillating circuit (90) which is suitable, in the presence of substances, organ preparations or the like in the vicinity of the coil (91 »92) and / or capacitor (95), the electrical resistance values of humans or animals to influence, is brought and from a tap (99) of the resonant circuiti preferably between two coils (91,92) _s a conductive connection (101 ¹ ) to a container (112) with a suitable storage liquid, for example alcohol, is performed, and the Arrange a time suitable for the transmission and storage of the vibrations and / or information, for example approx. 15 minutes, preferably in an undisturbed environment, the mutual egg is left to flow. 29 · Device for reproduction and / or storage of molecular vibrations and / or information from blood, organ extracts, nosodes, medicaments or other substances, characterized by an oscillating circuit made up of at least one coil, preferably two coils (91a 92) and arranged at a distance from one another a capacitor (95) arranged at a distance therefrom and a conductive connection between these components and a tap (99) > preferably between the two coils (91, 92) and a container for receiving a suitable storage fluid and a galvanically conductive connection (101 ') between the tap (99) and the container (110). ./8th 909837/0376 P 28 10 3M.8 30. Device for treatment with the aid of an independent, living beings influencing part of the device for measuring and / or influencing living beings dealt with in the other claims, characterized by an oscillating circuit comprising at least one coil, preferably two coils (91, 92) and spaced apart from one another a capacitor (95) arranged at a greater distance therefrom and a large-scale conductive connection (96) between these and a tap (99) j which is preferably arranged between the coils (91 and (92)), and a conductive connection (101 ¹ · ) to a body electrode, preferably a hand electrode (112). 31. Device for the selection of substances, organ excerpts, nosodes, medicaments or the like from a larger one Number of samples that differ in their properties, characterized in that an oscillating circuit (90) is connected to a tap (99) at least one coil (91, 92) and a capacitor (95) arranged at a distance therefrom and a conductive connection (96) between these, the resonant circuit being suitable, the resistance values of organisms when exposed to change with vibrations and / or information, a galvanically conductive connection (101) leads to an antenna-like or modulator-like pickup (100). 32. Apparatus according to claim 31, characterized in that the transducer (100) is movable. 33. Apparatus according to claim 31 or 32, characterized in that the sensor is a brass plate (103) with an insulating handle (10 ¹ J). 3 * 1. Device according to one or more of Claims 31 to characterized in that the antenna-like or modulator-like sensor (100) has a brass plate (103) in the size of 4 cm 6 cm. 909937/0375 - / 9 P 16./A 12. 32 D 2
9.3.78 / lC 35 · Device according to one or more of Claims 31 to 3 ¹ J, characterized in that the sensor is equipped with a mechanically, hydraulically, pneumatically or electromechanically driven movement device (107). 36. Device according to one or more of claims 31 up to 35, characterized in that the pick-up (100) and a magazine device (105) are designed to be movable relative to one another and selectively controllable. 909837/0375