DE2641144A1 - ELECTRONOGRAPHIC DEVICE FOR EXAMINATION OF THE HUMAN ORGANISM - Google Patents

Description

Electronographic device for human examination

organism

The invention relates to an electronographic device for examining the human organism.

There are different types of electronic apparatus, which the living organism with the help of electricity bz \ i. Power surges, high voltage and high frequency (high voltage and high frequency) or with the help of pulses with controlled Examine parameters. The living organism or body part is placed between the plates of a capacitor and is exposed to the action of the electric field generated by the high voltage source; this action takes place in Inside the organism. -.,

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A disadvantage of these apparatuses is that they can be used in the investigation of the human organism are difficult to use, and to be effective they require high voltages and large electricity vcrtc.

The invention is based on the object of an eioctronographic To create an apparatus which does not have these disadvantages, i.e. with which the patient's body part concerned in each case can be examined comfortably and without difficulty and with moderate electrical values. To solve this problem is the device according to the invention characterized in that a substantially plate-shaped light sensor is provided is on which the organism or body part to be examined can be placed, the body part having the mass of Device can be connected that a filter dielectric is provided under the light sensor, which filter dielectric made of a homogeneous crystal with great transparency and with a dielectric depending on the high voltage source used Properties consists in that a light intensifying screen is provided under the filter dielectric, under which a dielectric Layer is arranged, under which finally a metallic plate is arranged with a source for High voltage pulses connected, with the metal plate on a protective dielectric rests on it.

For the last time, therefore, in the state of the art, it is the one to be examined Part of the body or organism between two capacitor plates

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cinge brings or zv, ^r i sch narrow adds A / earth, which is difficult and inconvenient, and the distance between the capacitor plates is to be adjusted to the thickness of the body part, according to the invention, the body part is only on a base, namely -Jicli the light or an electrical I = ¹ C Id sensitive rail with the layer arrangement underneath, including the x ^ l eic kr ο denp j at te, which is of course easily possible and without any spatial restriction on any side.

An exemplary embodiment of the invention is illustrated below described in the drawing.

Fig. 1 shows schematically, in section, the arrangement for recording of electronographic images, in particular of human organs or body parts.

Fig. 2 shows a block diagram for Sracugnung in the Recording according to Fig. 1 required electrical impulses (cooking voltage source S.I.T. in Fig.).

According to Fig. 1, the body part A to be examined is on a applied electronographic image sensor B, which has a photosensitive layer on each of its two surfaces. Instead of the image separator B, a simple olectronographic one can also be used Film should be provided. With Zc is the contact surface or contact zone between the body part A and the

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Light sensor B designated.

A FilCer-JicIektrikum C is attached under the light sensor B, consisting of a homogeneous crystal with the function of the parameters of the Ihole voltage current used, d. Ii. the Filtcrdiolektrikum is used on the high voltage pulses customized. Under the filter dielectric C there is a Light intensifier screen D, including a dielectric Layer E and finally a metallic plate F, which is placed on a protective dielectric G, i.e. a dielectric base plate, rests. The metal plate F is connected to a high voltage source S.I.T. connected, which the used resp. supplies the required electrical impulses (see in detail

The organ or body part A to be examined therefore lies on the metallic layer over the above-mentioned layer arrangement Plate on; high voltage pulses are applied to the metallic flatten; the body part or organ A is with the crowd M connected to the Iloch voltage source. Which in this tfeise to that Organ applied electrical impulses - or the electrical field causes certain photoelectric phenomena, which on the light sensor D. From these images one can draw conclusions about certain interesting properties of the organ or body part A.

Fig. 2 shows the high voltage source S.I. ° T. in detail.

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A rectifier 4 can either be connected to a switch via a switch "Mains source" a or connected to a battery pack b. The battery part b consists essentially of the Battery 1, a vibration generator 2 and a transformer 3. About the vibration generator and the transformer 5 becomes apparent the relatively low voltage of the battery 1 is transformed up to the voltage of the usual "mains source" a.

The output of the rectifier stage 4 can be connected to a capacitor 5 via a changeover switch (command G). When switching

or
of the changeover switch 6 (by hand / by an electrical pulse), the capacitor is connected to the primary winding 9 of a transformer, through which the capacitor is discharged. In the secondary winding 10, a corresponding high-voltage pulse is generated in each case. The cooking voltage pulses thus obtained are converted in a rectifier stage 8 and finally fed to the plate F (FIG. 1).

The rectified current in rectifier stage 4 charges So a capacitor 5, which is triggered by a manual or automatic command 6 via the primary winding of an Iloch voltage transformer 7 is discharged, in the secondary winding of which an Iloclis voltage current with alternating components is generated, which can be connected directly - to the metal plate F - or rectified and in pulses with control tor insert in the stage of rectification and generation of high-voltage pulses 8 converted to earth.

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"./ehrend dee / ^: Π. ad ons of the capacitor Z , the orgrai or body part ... is isolated from the supply source. Due to the discharge of the capacitor 0, the high-voltage transfer monitor 7 causes an Iupuis rait of a ".! cine of ^ echselkoraponenten generated which are rectified in the Stui'e 8, after which a pulse controlled nit "Ilerkualcn as .oteilhGxt, duration and amplitude, dropout v This pulse ^r ith the Met al plate F to-Seriü:..! rt, the sicu under the "LicLtvcrstarkkerschirni D" from this du-'cli a Dielcktrilciini ^. is isolated.

The dielectric Ξ, the light amplifier screen D, the dielck-tricchc Ocliirht C made of transparent crystal, the photo sensitive Film β with the contact zone Zc together form a dielectric with determined parameters, which is related to the impulse applied to the probation F (the metal plate F) and the human organism A, whereby the Crganis-

mus k is connected to the mass K of the system. I.

Inside this dielectric radiations arising of the electronic light, ie photo-electric phenomena which expose the photographic plate or plates or the light sensor with the contact surface for the organism by electrical Gbcrflächcnerscheinungen ready v / ground, which on the side directed against the light intensifying screen E side mi ^J / the penetrating radiations coming from the inside of the organism, which pass in the dielectric from the crystal U, are intensified by the light intensifier screen £ and with

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Light rays of the foLo ^ rafisclien Emulsion ivieder projected v / erden, odei "eggs Liclitseasor 3 with ^ ci rotocnipriiiallclion Chic on both sides, voederspicelt on the contact surface with aera organism cicktricclic C'jorriächeaersc ^ Ginun ^ en and on the opposite side the electric ores from inside the lcbendea Cr ^ anisraiir ..

Jiiiäß establishment times this apparatus next elioncle advantages:

- or has a liolie Dctricbssicl-erheit and is iinscliadlicli Door the i: human Grganisnus;

~ the quality of the images is higher than that of the other devices th;

- It can be built up and grounded with low up-front.

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Claims (2)

Claims \ 1.) Electronographic device for examining the human organism,
characterized, that a substantially plate-shaped light sensor (B) is provided is on which the organism or body part (A) to be examined can be placed, the body part (A) with the mass (M) of the device can be connected, that under the light sensor (B) a filter dielectric (C) it is provided which filter dielectric is made of a homogeneous crystal with great transparency and with the used High-voltage source-dependent dielectric properties, there is a light intensifying screen under the filter dielectric (C) (D) is provided, under which a dielectric layer (E) is arranged, under which finally a 709813/0 706 metallic plate (F) is arranged, which is connected to a source (S. I. T) for high voltage pulses, the Metal plate (F) rests on a protective dielectric (G). 2. Device according to claim 1,
characterized, that the high voltage source (S.I.T.) has a rectifier stage (4) can be connected to the power supply network (A) or a battery part (b), the Voltage of the battery (l) via a vibration generator (2) and a transformer (3) to the voltage and frequency of the Supply network (A) is brought that a capacitor (5) via a changeover switch (manual or automatic command 6) can be connected to the output of the rectifier stage (4) or to the primary winding (9) of a high-voltage transformer (7) is, whose secondary winding is connected either directly or via a pulse shaper stage 8 to the metal plate (F) is.