HRP20020483A2 - Diagnostic device - Google Patents
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- HRP20020483A2 HRP20020483A2 HR20020483A HRP20020483A HRP20020483A2 HR P20020483 A2 HRP20020483 A2 HR P20020483A2 HR 20020483 A HR20020483 A HR 20020483A HR P20020483 A HRP20020483 A HR P20020483A HR P20020483 A2 HRP20020483 A2 HR P20020483A2
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- 238000011156 evaluation Methods 0.000 claims abstract description 29
- 210000000056 organ Anatomy 0.000 claims abstract description 26
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- 238000005259 measurement Methods 0.000 claims abstract description 21
- 238000002560 therapeutic procedure Methods 0.000 claims description 35
- 239000004020 conductor Substances 0.000 claims description 5
- 238000004590 computer program Methods 0.000 description 8
- 239000000126 substance Substances 0.000 description 8
- 238000000034 method Methods 0.000 description 5
- 229940079593 drug Drugs 0.000 description 4
- 239000003814 drug Substances 0.000 description 4
- 230000005672 electromagnetic field Effects 0.000 description 4
- 238000002483 medication Methods 0.000 description 3
- 238000002604 ultrasonography Methods 0.000 description 3
- 238000003745 diagnosis Methods 0.000 description 2
- 201000010099 disease Diseases 0.000 description 2
- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 description 2
- 230000005684 electric field Effects 0.000 description 2
- 230000002349 favourable effect Effects 0.000 description 2
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- 206010013786 Dry skin Diseases 0.000 description 1
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/05—Detecting, measuring or recording for diagnosis by means of electric currents or magnetic fields; Measuring using microwaves or radio waves
- A61B5/053—Measuring electrical impedance or conductance of a portion of the body
- A61B5/0531—Measuring skin impedance
- A61B5/0532—Measuring skin impedance specially adapted for acupuncture or moxibustion
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Abstract
Description
Izum se odnosi na dijagnostički uređaj za testiranje čovječjih organa pomoću mjerenja frekvencije struje. The invention relates to a diagnostic device for testing human organs using current frequency measurements.
Poznat je postupak dijagnosticiranja pomoću frekvencije struje za testiranje čovječjih organa, koji se naročito primjenjuje kod homeopata i zdravstvenih praktičara. Pri tome se mjerna elektroda prislanja na određene točke meridijana lijevo ili desno na prst ruke neke osobe koju se testira i pomoću ultrazvuka se na mjernim točkama mjeri frekvencija u Hertzima. There is a well-known diagnostic procedure using current frequency for testing human organs, which is especially used by homeopaths and health practitioners. In doing so, the measuring electrode is placed on certain meridian points to the left or right of the finger of the person being tested, and the frequency in Hertz is measured at the measuring points using ultrasound.
Mjerne točke su empirijski nađene točke reakcije kože i dublje položenih sojeva tkiva i čine mjesto prijenosa pobude na lokalna segmentalno-određena, vegetativno-određena i neuro-endokrino određena područja. Karakterističan za veliki broj mjernih točaka je njihov linearni poredak, kao tanac točaka, takozvani meridijani. Ovi tanci točaka teže u graničnom području dvaju segmenata, pretpostavlja se, duž prolaska meridijana, na primjer, na ekstremitetima, gdje se mogu najjasnije prepoznati jedne iznad drugih projekcije dermatoma, miotoma i sklerotoma. Ove mjerne točke mogu se pronaći na njihovom topografskom položaju na čovječjoj koži pomoću mjerenja otpora kože, odnosno frekvencije struje. Measuring points are empirically found points of reaction of the skin and deeper tissue strains and form the place of transfer of excitation to local segmentally-determined, vegetatively-determined and neuro-endocrine-determined areas. Characteristic of a large number of measuring points is their linear order, as a thin line of points, the so-called meridians. These thin points tend in the border region of the two segments, presumably along the passage of the meridian, for example, on the extremities, where the projections of the dermatome, myotome and sclerotome can be most clearly recognized one above the other. These measuring points can be found at their topographical position on the human skin by measuring the skin resistance, i.e. the frequency of the current.
Nađeni rezultat izmjerene frekvencije može biti utvrđen kod osobe na kojoj se vrši pretraživanje, pa se tada ispituje da ti ovim postupkom izmjerena frekvencija ispitanog organa osobe na kojoj se vrši testiranje odstupa od već poznatog frekventnog područja tog organa ili ne odstupa. Ako nađena ultrazvučna frekvencija organa leži unutar poznatog frekventnog područja organa, u pravilu, iz toga može proizići, da je taj organ zdrav. Odstupa li, nasuprot tome, izmjerena ultrazvučna frekvencija od poznatog frekventnog područja organa testirane osobe koju se ispituje, to ukazuje na neko oboljenje ispitivanog organa. The found result of the measured frequency can be determined in the person on whom the search is performed, so it is then tested whether the frequency measured by this procedure of the tested organ of the person on whom the test is performed deviates from the already known frequency range of that organ or does not deviate. If the found ultrasound frequency of the organ lies within the known frequency range of the organ, as a rule, it can be concluded that the organ is healthy. If, on the other hand, the measured ultrasound frequency deviates from the known frequency range of the organ of the person being examined, this indicates a disease of the examined organ.
Nadalje se kod testiranja čovječjih organa primjenjuje velik broj tvari za testiranje, koje kod primjene struje kao sredstva mjerenja, također daju određene informacije obzirom na frekvenciju. Da bi se dobio točniji ili pouzdaniji rezultat ispitivanja ispitivanog organa, uspoređuje se rezultat mjerenja frekvencije tvari za testiranje s rezultatom mjerenja frekvencije na tijelu osobe koja se testira i nakon toga se stavlja na položaj organa koji se ispituje. Kod mjerenja tvari za testiranje, ove se stavljaju u cjevčice za testiranje i podvrgavaju postupku mjerenja. Furthermore, when testing human organs, a large number of test substances are used, which, when using electricity as a means of measurement, also provide certain information regarding the frequency. In order to obtain a more accurate or reliable test result of the tested organ, the result of measuring the frequency of the substance to be tested is compared with the result of measuring the frequency on the body of the person being tested and then it is placed at the position of the organ being tested. When measuring test substances, these are placed in test tubes and subjected to the measurement procedure.
Žali li se osoba koju se testira na neku bolest određenog organa, na primjer na oboljenje srca, ova osoba uzima najčešće jedan ili više tijekova, koje joj je propisao liječnik. Ovi tijekovi se mogu, kao prethodno spomenute tvari za testiranju, nakon toga ispitati, da ti su oni prikladni za liječenje predmetnog organa osobe koju se testira. If the person being tested complains of a disease of a certain organ, for example heart disease, this person usually takes one or more courses prescribed by the doctor. These flows can, like the previously mentioned test substances, be subsequently tested to see if they are suitable for treating the subject organ of the person being tested.
Ovaj postupak, koji se temelji na mjerenju frekvencije, i koji izvlači iz točkastih lokacija rezultate energetskog stanja točaka i meridijana na površinu frekvencijom mjerene kože ili tkiva, uvjetovan je velikom raznolikošću otpora kože i veličinama smetnji koje su najčešće nejednolike ili se teško mogu reproducirati. Ove se smetnje temelje, na primjer, na vlažnosti kože, masnoći gornjeg sloja kože, stanju vegetativnog nervnog sustava osobe koju se testira, pritisku vrška mjerne elektrode na točku mjerenja i tako dalje, i mogu znatno uticati na rezultate mjerenja. Tako, na primjer, vlažna koža daje drugu frekvenciju nego suha koža. Zato mogu rezultati mjerenja biti potpuno pogrešni zbog najmanjih promjena, kao što je pokretanje tijela, uzimanje stimulativnih sredstava, kao na primjer kave ili čaja, uzbuđenje, uzimanje hrane, sobna temperatura, glasna buka i tako dalje. This procedure, which is based on frequency measurement, and which extracts from point locations the results of the energy state of points and meridians onto the surface of the frequency measured skin or tissue, is conditioned by the great variety of skin resistance and the magnitudes of disturbances that are often non-uniform or difficult to reproduce. These interferences are based, for example, on the moisture of the skin, the fat of the upper layer of the skin, the state of the vegetative nervous system of the person being tested, the pressure of the tip of the measuring electrode on the measurement point, and so on, and can significantly affect the measurement results. So, for example, wet skin gives a different frequency than dry skin. Therefore, the measurement results can be completely wrong due to the smallest changes, such as moving the body, taking stimulants such as coffee or tea, excitement, eating food, room temperature, loud noise and so on.
Daljnji nedostatak ovog postupka sastoji se u tome što mora stalno stajati na raspolaganju enormno velik broj tvari za testiranje za razne organe i medikamente kao i cjevčice za testiranje, koje su vrlo skupe. Tvari za testiranje imaju najčešće samo ograničenu trajnost i moraju kod dospijeća roka trajanja biti zbrinute i nove tvari za testiranje moraju biti nabavljene. A further disadvantage of this procedure is that an enormous number of test substances for various organs and medications as well as test tubes, which are very expensive, must be constantly available. Test substances usually only have a limited shelf life and must be disposed of at the end of their shelf life and new test substances must be procured.
Zadatak je ovog izuma je stvoriti uređaj za dijagnosticiranje, koji ima svojstva kakva su na početku upoznata, koji može biti jeftino i trajno u pogonu i pri tome davati pouzdane mjerne rezultate koji se mogu koristiti za terapiju testirane osobe. The task of this invention is to create a diagnostic device, which has properties as they are known at the beginning, which can be cheaply and permanently in operation and at the same time give reliable measurement results that can be used for the therapy of the tested person.
Zadatak će se prema izumu riješiti pomoću dva paralelna, vertikalno usmjerena elementa koji imaju oblik ploča i jedan su od drugoga razmaknuti, i koji su električki povezani sa senzorom koji se može staviti između tih ploča, pri čemu je jedan element pločastog oblika električki povezan s mjernim elementom koji se može dovesti u kontakt s tijelom osobe koju se testira, a drugi element pločastog oblika je električki povezan s jedinicom za evaluaciju, koja je upravljana kompjutorom. Korisno je da se elementi pločastog oblika sastoje od električki vodljivog materijala. According to the invention, the task will be solved using two parallel, vertically oriented elements that have the shape of plates and are spaced from each other, and which are electrically connected to a sensor that can be placed between these plates, whereby one plate-shaped element is electrically connected to the measuring an element that can be brought into contact with the body of the person being tested, and another plate-shaped element is electrically connected to the evaluation unit, which is controlled by a computer. It is useful that the plate-shaped elements consist of an electrically conductive material.
Mjerni element, koji se može dovesti u kontakt s osobom koju se testira, daje rezultat koji se temelji na frekvenciji kože, odnosno tkiva, koja se prenosi na element pločastog oblika. Nadalje će jedinica za evaluaciju, kojom upravlja kompjutor, prenijeti na drugi element, koji ima oblik ploče, poznatu frekvenciju, odnosno frekventno područje iz kompjutorskog programa, koje je unaprijed poznato. Na taj će se način proizvesti elektromagnetsko polje između obih elemenata pločastog oblika koji su jedan od drugoga razmaknuti. Ovisno o tome da li se dobiveni rezultat mjerenja, dobiven od mjernog elementa koji je doveden u kontakt s tijelom osobe koju se testira, podudara s dovedenom frekvencijom od jedinice za evaluaciju kojom upravlja kompjutor ili od nje bitno odstupa, ima elektromagnetsko polje između elemenata pločastog oblika različitu naponsku karakteristiku. Pomoću mjerne sonde, koja se može dovesti između elemenata pločastog oblika, postiže se fino mjerenje struje. Pri tome se mjeri stvarna razlika u električnom polju između oba elementa koji imaju pločasti oblik i prenese se na jedinicu za evaluaciju kojim upravlja kompjutor, da bi se taj podatak zatim iskoristio. Pomoću posebnog kompjutorskog programa može se ispitati da ti je bolestan i koliko je bolestan ispitivani organ osobe koju se testira. The measuring element, which can be brought into contact with the person being tested, gives a result based on the frequency of the skin or tissue, which is transmitted to the plate-shaped element. Furthermore, the evaluation unit, controlled by the computer, will transfer to the second element, which has the shape of a plate, a known frequency, or frequency range from the computer program, which is known in advance. In this way, an electromagnetic field will be produced between both plate-shaped elements that are spaced apart from each other. Depending on whether the obtained measurement result, obtained from the measuring element that is brought into contact with the body of the person being tested, coincides with the supplied frequency from the evaluation unit controlled by the computer or significantly deviates from it, there is an electromagnetic field between the plate-shaped elements different voltage characteristic. Using the measuring probe, which can be placed between the plate-shaped elements, fine current measurement is achieved. In doing so, the actual difference in the electric field between the two plate-shaped elements is measured and transferred to the evaluation unit controlled by the computer, so that this data can then be used. With the help of a special computer program, it is possible to check that the examined organ of the person being tested is sick and how sick it is.
Na osnovi toga mogu se pomoću kompjutorskog programa predložiti terapijske mjere i/ili mogućnosti uzimanja prikladnih medikamenata. Na taj se način može postupak mjerenja, koji je izveden u skladu s izumljenim uređajem za dijagnosticiranje, ponoviti proizvoljno mnogo puta. Zbog toga se mogu postići vrlo točni rezultati izjednačavanjem mjerene vrijednosti s unaprijed danim vrijednostima jedinice za evaluaciju, koja je upravljana kompjutorom. Budući da se više ne treba obavljati snabdijevanje tvarima za testiranje i cjevčicama za testiranje, uređaj za dijagnosticiranje se može neograničeno često stavljati u rad i može biti u pogonu bez većih troškova. Based on this, a computer program can be used to suggest therapeutic measures and/or the possibility of taking suitable medications. In this way, the measurement procedure, which is carried out in accordance with the invented diagnostic device, can be repeated arbitrarily many times. Therefore, very accurate results can be achieved by equating the measured value with the predetermined values of the evaluation unit, which is controlled by a computer. Since the supply of test substances and test tubes no longer needs to be carried out, the diagnostic device can be put into operation an unlimited number of times and can be operated without major costs.
Za postizanje stabilne cjelokupne izvedbe uređaja za dijagnosticiranje, koji je u skladu s izumom, elementi koji imaju pločasti oblik se pričvršćuju na temeljni nosač. Ovaj temeljni nosač može biti, na primjer, temeljna ploča. Na taj se način može uređaj za dijagnosticiranje postavljati na razna mjesta i može biti na jednostavan način transportiran. Osim toga se može osigurati da je međusobni razmak obiju elemenata, koji imaju pločast oblik, uvijek jednak, da bi se time postigli stoje moguće više jedinstveni uvjeti testiranja i točni rezultati mjerenja. To achieve a stable overall performance of the diagnostic device, which is in accordance with the invention, elements having a plate shape are attached to the base support. This base support can be, for example, a base plate. In this way, the diagnostic device can be placed in various places and can be easily transported. In addition, it can be ensured that the distance between both elements, which have a plate shape, is always the same, in order to achieve the most unique test conditions and accurate measurement results as possible.
U skladu s daljnjom dogradnjom izuma, mjerni senzor se oblikuje kao antena i predviđen je da se stavlja radi mjerenja frekvencije struje između dvaju elemenata koji imaju pločast oblik. Pri tome može, prema potrebi ili prema želji, osoba koja obrađuje osobu koja se testira, postavljati mjerni senzor ručno između dva elementa koji imaju pločast oblik, tako da on bude pomičan ili ga postaviti kruto između dva pločasto oblikovana elementa. In accordance with a further extension of the invention, the measuring sensor is shaped like an antenna and is intended to be placed to measure the current frequency between two elements that have a plate shape. At the same time, if necessary or desired, the person handling the person being tested can place the measuring sensor manually between two plate-shaped elements, so that it is movable, or place it rigidly between two plate-shaped elements.
Da bi se osigurale što je moguće točnije mjerenje organa koji se ispituje osobe koju se testira, povoljno je da se stavi mjerni član u kontakt s rukom osobe koju se testira, budući da je poznato da su vršci prstiju najprikladniji za mjerenje frekvencije zbog svoje osjetljivosti i zbog mnogostrukosti mjernih točaka na meridijanima. In order to ensure the most accurate possible measurement of the organ under test of the person being tested, it is advantageous to place the measuring member in contact with the hand of the person being tested, since it is known that the fingertips are the most suitable for frequency measurement due to their sensitivity and due to the multiplicity of measurement points on the meridians.
Leži ti prema tome vrijednost frekvencije prenesene s mjernog elementa, koji je prislonjen na tijelo osobe koju se testira, u području frekvencija koje je unaprijed odredila, za organe koji se pretražuju, jedinica za evaluaciju kojom upravlja kompjutor, poznato je da se antena, koja je između dva pločasto oblikovana elementa, postavi u vertikalan položaj. To je znak za to, da je pretraživani organ osobe koju se testira zdrav. Kada pak vrijednost frekvencije dobivene s mjernog elementa na tijelu osobe koju se testira teži izvan područja frekvencija ili vrijednosti frekvencije, koju je odredila jedinica za evaluaciju kojom upravlja kompjutor, antena se postavlja u horizontalni položaj između pločasto oblikovanih elemenata. To znači da je pretraživani organ osobe koju se testira bolestan. Accordingly, the value of the frequency transmitted from the measuring element, which is placed against the body of the person being tested, lies in the range of frequencies determined in advance, for the organs being searched, by the evaluation unit controlled by the computer, it is known that the antenna, which is between two plate-shaped elements, placed in a vertical position. This is a sign that the searched organ of the person being tested is healthy. When the value of the frequency obtained from the measuring element on the body of the person being tested tends to be outside the range of frequencies or frequency values determined by the computer-controlled evaluation unit, the antenna is placed in a horizontal position between the plate-shaped elements. This means that the searched organ of the person being tested is sick.
Da bi se uopće omogućite mjerenje frekvencije na tijelu, odnosno na mjernoj točki meridijana jednog prsta ruke osobe koju se testira, i da bi se rezultat mjerenja mogao prenijeti na pridruženi element koji ima oblik ploče, postoji mjerni element koji se može dovesti u kontakt s tijelom osobe koja se testira i koji je načinjen od električki vodljivog materijala. In order to enable frequency measurement on the body, i.e. on the measuring point of the meridian of one finger of the person being tested, and so that the measurement result could be transferred to the associated element that has the shape of a plate, there is a measuring element that can be brought into contact with the body of the person being tested and which is made of electrically conductive material.
Za naizmjenično prenošenje, odnosno predavanje mjernih vrijednosti, mjerni element koji može biti u kontaktu s tijelom osobe koju se testira preko električnog voda, može se staviti u kontakt s pločasto oblikovanim elementom, a drugi pločasto oblikovani element može se povezati s jedinicom za evaluaciju kojom upravlja kompjutor. Povoljno je da je jedinica za evaluaciju takav uređaj, koji može obavljati elektroničku obradu podataka. Nadalje mjerni senzor može biti povezan preko električnih vodova sa svakim od pločasto oblikovanih elemenata. Stoga ima svaki pločasto oblikovani element priključne kutije za električne vodove. For alternating transmission, i.e. teaching of measured values, the measuring element which can be in contact with the body of the person being tested via an electric line, can be put in contact with a plate-shaped element, and the other plate-shaped element can be connected to the evaluation unit that it controls computer. It is advantageous that the evaluation unit is such a device, which can perform electronic data processing. Furthermore, the measuring sensor can be connected via electrical lines to each of the plate-shaped elements. Therefore, each plate-shaped element has a connection box for electrical lines.
S druge strane može se odstupiti od električnih vodova koji dolaze od mjernog senzora do pločasto oblikovanih elemenata. Budući da se između pločasto oblikovanih elemenata stvara elektromagnetsko polje, za vrijeme dok je jedinica za evaluaciju uključena i time uređaj za dijagnosticiranje opskrbljen naponom, kontaktom mjernog elementa s osobom koju se testira biti će antenom mjernog senzora izmjerena frekvencija elektromagnetskog polja i izmjerena vrijednost prenesena na jedinicu za evaluaciju. On the other hand, it is possible to deviate from the electrical lines that come from the measuring sensor to the plate-shaped elements. Since an electromagnetic field is created between the plate-shaped elements, during the time that the evaluation unit is switched on and thus the diagnostic device is supplied with voltage, the contact of the measuring element with the person being tested will be the antenna of the measuring sensor measuring the frequency of the electromagnetic field and the measured value transferred to the unit for evaluation.
Nakon daljnje dogradnje uređaja za dijagnosticiranje koja je u skladu s izumom, jedinica za evaluaciju je povezana s jedinicom za terapiju. Jedinica za evaluaciju iskorištava dobivenu mjernu vrijednost od osobe koju se testira i tada istovremeno pronalazi, pomoću jednog internog kompjutorskog programa, povoljne vrijednosti za terapiju koja slijedi, osobe koju se testira, to znači za osobu na kojoj se provodi terapija. Unaprijed dane vrijednosti se prenose na jedinicu za terapiju i određuju tijek terapije za osobu koju se podvrgava terapiji. After further development of the diagnostic device according to the invention, the evaluation unit is connected to the therapy unit. The evaluation unit uses the measured value obtained from the person being tested and then simultaneously finds, by means of an internal computer program, favorable values for the therapy that follows, of the person being tested, that is, for the person on whom the therapy is carried out. The preset values are transmitted to the therapy unit and determine the course of therapy for the person undergoing therapy.
Pomoću dodatnog kompjutorskog programa, ili djelomičnog programa integriranog u program dijagnosticiranja u jedinici za evaluaciju uređaja za dijagnosticiranje, predaju se time izmjerene i unaprijed dobivene mjerne vrijednosti, i iz njih nastale vrijednosti, jedinici za terapiju osobe koju se podvrgava terapiji, koja terapija se zatim primjenjuje na tu osobu. By means of an additional computer program, or a partial program integrated into the diagnostic program in the evaluation unit of the diagnostic device, the measured and previously obtained measurement values, and the resulting values, are transmitted to the therapy unit of the person undergoing therapy, which therapy is then applied to that person.
Nadalje se terapijska jedinica može staviti u kontakt s osobom koju se podvrgava terapiji. Pri tome se elektrode stave na dio tijela koji se podvrgava terapiji i iz povoljnih vrijednosti se prenosi rezultirajuća frekvencija napona na osobu koju se podvrgava terapiji. Furthermore, the therapy unit can be placed in contact with the person undergoing therapy. During this, the electrodes are placed on the part of the body undergoing therapy and the resulting voltage frequency is transferred from the favorable values to the person undergoing therapy.
Često se između dijagnoze i terapije nalazi veće vremensko razdoblje ili nije dovoljna samo jednokratna terapijska seansa na osobi koja se podvrgava terapiji, tako da između seansi teže određeni vremenski razmaci. Da bi se ti vremenski prostori terapijski premostiti, može dakle softver jedinice za evaluaciju pronaći podršku s određenim medikamentima, koji se mogu dodijeliti osobi na koju se primjenjuje terapija obzirom na njezinu bolest, koje ta osoba treba uzimati u ovim vremenskim prostorima. Nakon svake terapijske seanse treba biti poduzeta nova dijagnoza s uređajem za dijagnosticiranje, budući da su se prvotne mjerne vrijednosti u pravilu izmijenite tokom vremenskog razdobla. Often, there is a long period of time between diagnosis and therapy, or only one therapy session on a person undergoing therapy is not enough, so there are certain time intervals between sessions. In order to therapeutically bridge these time spaces, the software of the evaluation unit can therefore find support with certain medications, which can be assigned to the person to whom the therapy is applied in view of his illness, which this person should take in these time spaces. After each therapy session, a new diagnosis should be undertaken with the diagnostic device, since the original measurement values have usually changed over time.
Razumije se, da se prethodno navedene karakteristike kao i one koje će biti naknadno razjašnjene ne primjenjuju samo na sve navedene kombinacije, nego također i na druge kombinacije ili pojedinačne slučajeve, bez da se napuštaju okviri prije navedenog izuma. It is understood that the previously mentioned characteristics as well as those that will be explained later apply not only to all mentioned combinations, but also to other combinations or individual cases, without leaving the scope of the above mentioned invention.
Zamisao koja teži u osnovi predmetnog izuma biti će opisana u sljedećem opisu na osnovi jednog primjera izvedbe, koji je predstavljen na crtežu. Ovdje prikazuju: The idea underlying the subject invention will be described in the following description on the basis of one embodiment, which is presented in the drawing. Here they show:
Slika 1. shematski prikaz uređaja za dijagnosticiranje u skladu s izumom, u tlocrtu, s priključkom na jedinicu za evaluaciju i terapijsku jedinicu, Figure 1. Schematic view of the diagnostic device according to the invention, in a floor plan, with connection to the evaluation unit and the therapy unit,
Slika 2. shematski bokocrt uređaja za dijagnosticiranje prema stici 1. Figure 2. Schematic side view of the diagnostic device according to point 1.
Uređaj za dijagnosticiranje 1 ima, u skladu sa slikama 1 i 2, temeljnu ploču 2. Na temeljnoj ploči su, na nekom određenom međusobnom razmaku, dva elementa 3 i 4, koji imaju oblik ploča i koji su jedan prema drugom postavljeni paralelno, pri čemu oni strše okomito iz temeljne ploče 2, kako je uostalom naročito vidljivo na stici 2. Svaki od pločasto oblikovanih elemenata 3 i 4 pričvršćen je pomoću držača ploče 5 ili drugim prikladnim sredstvom za pričvršćivanje na temeljnu ploču 2. Na taj je način osigurano da pločasto oblikovani elementi 3 i 4 imaju uvijek jednako odstojanje jedan od drugoga. Osim toga svaki od ovih pločasto oblikovanih elemenata 3 i 4 ima priključnu kutiju 6, odnosno 7, za priključivanje električnih vodova. The diagnostic device 1 has, in accordance with Figures 1 and 2, a base plate 2. On the base plate, at a certain distance from each other, there are two elements 3 and 4, which have the shape of plates and are placed parallel to each other, whereby they protrude vertically from the base plate 2, as is especially visible on the joint 2. Each of the plate-shaped elements 3 and 4 is attached by means of a plate holder 5 or another suitable means of attachment to the base plate 2. In this way, it is ensured that the plate-shaped elements elements 3 and 4 always have the same distance from each other. In addition, each of these plate-shaped elements 3 and 4 has a connection box 6 and 7, respectively, for connecting electrical lines.
Uređaju za dijagnosticiranje nadalje pripada jedan mjerni element 8, koji ima oblik ručke i načinjen je od električki vodljivog materijala. Taj mjerni element 8 je povezan preko električnog voda 9 s priključnom kutijom 6 pločasto oblikovanog elementa 3. Nadalje uređaj za dijagnosticiranje 1 obuhvaća mjerni senzor 10, koji ima oblik ručke, i koji je s jedne strane povezan preko električnog voda 11 s priključnom kutijom 6 pločasto oblikovanog elementa 3 i s druge strane preko električnog voda 12 s priključnom kutijom 7 pločasto oblikovanog elementa 4. Mjerni senzor 10 ima antenu 13, čiji je prednji kraj oblikovan kao spirala, i načinjen je od električki vodljive metalne žice. The diagnostic device also includes a measuring element 8, which has the shape of a handle and is made of electrically conductive material. This measuring element 8 is connected via an electric line 9 to the terminal box 6 of the plate-shaped element 3. Furthermore, the diagnostic device 1 includes a measuring sensor 10, which has the shape of a handle, and which is connected on one side via an electric line 11 to the plate-shaped terminal box 6 of the shaped element 3 and on the other side via the electrical line 12 with the connection box 7 of the plate-shaped element 4. The measuring sensor 10 has an antenna 13, the front end of which is shaped like a spiral, and is made of an electrically conductive metal wire.
Uređaj za dijagnosticiranje 1 je preko električnog voda 14 povezan s jedinicom za evaluaciju kojom upravlja kompjutor. Ova jedinica za evaluaciju 15 se sastoji od kompjutora 16 i ekrana 17. U kompjutoru je sadržan poseban kompjutorski program, koji daje određene poznate informacije o frekvenciji preko voda 14 pločasto oblikovanom elementu 4. The diagnostic device 1 is connected via an electrical line 14 to the computer-controlled evaluation unit. This evaluation unit 15 consists of a computer 16 and a screen 17. The computer contains a special computer program, which provides certain known information about the frequency via the lines 14 to the plate-shaped element 4.
Mjerni element 8 je u kontaktu s rukom, odnosno prstom osobe koju se testira, i koja treba biti ispitana da ti ima bolestan ili nema bolestan neki određeni organ. The measuring element 8 is in contact with the hand or finger of the person being tested, and who needs to be tested to see if a certain organ is sick or not.
Mjernim elementom 8 se prenosi preko voda 9 do pločasto oblikovanog elementa 3 frekvencija kože, odnosno sloja tkiva određene mjerne točke nekog meridijana, koji je odgovoran za određeni organ, istovremeno se iz jedinice za evaluaciju 15, kojom upravlja kompjutor, daje pločasto oblikovanom elementu 4 unaprijed dana vrijednost određenog područja frekvencija ili vrijednost frekvencije za organ koji se ispituje kod osobe koju se testira. Time se stvara električno polje između pločasto oblikovanih elemenata 3 i 4. Pomoću mjernog senzora 10, koji ima oblik ručke i njegove antene 13, kojima rukuje osoba koja ispituje, biti će izmjerena moguća razlika u karakteristici polja između oba pločasto oblikovana elementa 3 i 4 i preko vodova 13 i 14 će biti prenesena na jedinicu za evaluaciju 15 kojom upravlja kompjutor. Kompjutor 16, jedinice za evaluaciju 15, uspostavlja pomoću kompjutorskog programa iz primljenih informacija plan terapije ili plan za davanje medikamenata za postupanje s bolesnim organom osobe koju se testira. The measuring element 8 transmits through the lines 9 to the plate-shaped element 3 the frequency of the skin, i.e. the tissue layer of a certain measuring point of a meridian, which is responsible for a certain organ, at the same time, from the evaluation unit 15, which is controlled by the computer, it is given to the plate-shaped element 4 in advance a given value of a certain frequency range or a frequency value for the organ being tested in the person being tested. This creates an electric field between the plate-shaped elements 3 and 4. By means of the measuring sensor 10, which has the shape of a handle and its antenna 13, which is handled by the examiner, the possible difference in the field characteristic between both plate-shaped elements 3 and 4 will be measured and via lines 13 and 14 it will be transferred to the evaluation unit 15 controlled by the computer. The computer 16 of the evaluation unit 15 establishes, by means of the computer program, from the received information a therapy plan or a plan for the administration of medication for dealing with the diseased organ of the person being tested.
Jedinica za evaluaciju 15 je vodom 18 povezana s terapijskom jedinicom 19. Pri tome dostavlja jedinica za evaluaciju 15 jedinici za terapiju 19 vrijednosti koje su unaprijed dobivene od kompjuterskog programa za terapiju određenog dijela tijela za osobu na kojoj se vrši terapija. Preko priključaka 20 i 21, koji se dovode osobi na kojoj se provodi terapija, i to na dio tijela na kojem se provodi terapija, prenosi se odgovarajuća frekvencija napona, koja je određena na temelju unaprijed dane vrijednosti jedinice za evaluaciju 15, iz terapijske jedinice 1 na dio tijela koji se podvrgava terapiji osobe koja je podvrgnuta terapiji. The evaluation unit 15 is connected by a line 18 to the therapy unit 19. At the same time, the evaluation unit 15 supplies the therapy unit 19 with values obtained in advance from the computer program for the therapy of a certain part of the body for the person on whom the therapy is performed. Through connections 20 and 21, which are brought to the person on whom the therapy is carried out, and to the part of the body on which the therapy is carried out, the corresponding voltage frequency, which is determined on the basis of the previously given value of the evaluation unit 15, is transmitted from the therapy unit 1 to the part of the body undergoing therapy of the person undergoing therapy.
Popis pripadajućih oznaka List of associated tags
1. uređaj za dijagnosticiranje 1. a diagnostic device
2. temeljna ploča 2. base plate
3. pločasto oblikovani element 3. plate-shaped element
4. pločasto oblikovani element 4. plate-shaped element
5. držač ploče 5. plate holder
6. priključna kutija 6. connection box
7. priključna kutija 7. connection box
8. mjerni element 8. measuring element
9. vod 9th platoon
10. mjerni senzor 10. measuring sensor
11. vod 11th platoon
12. vod 12th platoon
13. antena 13. antenna
14. vod 14th platoon
15. jedinica za evaluaciju 15th evaluation unit
16. kompjutor 16. computer
17. ekran 17. screen
18. vod 18th platoon
19. terapijska jedinica 19. therapeutic unit
20. priključak 20. connection
21. priključak 21. connection
Claims (10)
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE19959808A DE19959808A1 (en) | 1999-12-11 | 1999-12-11 | Diagnostic device |
| PCT/EP2000/008777 WO2001041637A1 (en) | 1999-12-11 | 2000-09-08 | Diagnostic device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| HRP20020483A2 true HRP20020483A2 (en) | 2005-12-31 |
Family
ID=7932301
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| HR20020483A HRP20020483A2 (en) | 1999-12-11 | 2002-06-03 | Diagnostic device |
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| EP (1) | EP1235513B1 (en) |
| JP (1) | JP2003526409A (en) |
| CN (1) | CN1235544C (en) |
| AT (1) | ATE303751T1 (en) |
| AU (1) | AU770950B2 (en) |
| BR (1) | BR0016311A (en) |
| CA (1) | CA2393174C (en) |
| CZ (1) | CZ298616B6 (en) |
| DE (2) | DE19959808A1 (en) |
| DK (1) | DK1235513T3 (en) |
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| HU (1) | HUP0203772A2 (en) |
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| RU (1) | RU2002118697A (en) |
| WO (1) | WO2001041637A1 (en) |
| ZA (1) | ZA200204417B (en) |
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| DE3038325A1 (en) * | 1980-10-10 | 1982-04-29 | Ludger 6500 Mainz Mersmann | Universal investigation appts. with controlling computer - has selectively used mechanical optical electrical and electronic measurement devices |
| DE29723920U1 (en) * | 1997-01-23 | 1999-07-22 | Klostermann | Device for the determination and quantitative measurement of the energies of acupuncture points |
| DE19717337A1 (en) * | 1997-01-23 | 1998-07-30 | Klostermann Horst | Determining and quantitatively measuring energy of human acupuncture points esp. at hands, feet |
| DE10101460A1 (en) * | 2001-01-10 | 2002-07-11 | Werner Schramm | Diagnosis method for use with living biological tissue in which local permittivities are measured using a high frequency probe in a balanced bridge circuit, e.g. for tumor diagnosis |
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1999
- 1999-12-11 DE DE19959808A patent/DE19959808A1/en not_active Withdrawn
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- 2000-09-08 DK DK00964142T patent/DK1235513T3/en active
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- 2000-09-08 RU RU2002118697/14A patent/RU2002118697A/en unknown
- 2000-09-08 WO PCT/EP2000/008777 patent/WO2001041637A1/en active IP Right Grant
- 2000-09-08 MX MXPA02005786A patent/MXPA02005786A/en active IP Right Grant
- 2000-09-08 EP EP00964142A patent/EP1235513B1/en not_active Expired - Lifetime
- 2000-09-08 CA CA002393174A patent/CA2393174C/en not_active Expired - Fee Related
- 2000-09-08 ES ES00964142T patent/ES2248122T3/en not_active Expired - Lifetime
- 2000-09-08 JP JP2001542815A patent/JP2003526409A/en active Pending
- 2000-09-08 CZ CZ20021857A patent/CZ298616B6/en not_active IP Right Cessation
- 2000-09-08 BR BR0016311-2A patent/BR0016311A/en not_active IP Right Cessation
- 2000-09-08 CN CN00816923.3A patent/CN1235544C/en not_active Expired - Fee Related
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Also Published As
| Publication number | Publication date |
|---|---|
| ATE303751T1 (en) | 2005-09-15 |
| DE19959808A1 (en) | 2001-06-28 |
| WO2001041637A1 (en) | 2001-06-14 |
| CZ298616B6 (en) | 2007-11-28 |
| MXPA02005786A (en) | 2005-09-08 |
| ES2248122T3 (en) | 2006-03-16 |
| DE50011132D1 (en) | 2005-10-13 |
| CA2393174C (en) | 2008-02-26 |
| CZ20021857A3 (en) | 2002-10-16 |
| AU7516700A (en) | 2001-06-18 |
| CA2393174A1 (en) | 2001-06-14 |
| BR0016311A (en) | 2002-08-27 |
| PL194042B1 (en) | 2007-04-30 |
| CN1409619A (en) | 2003-04-09 |
| ZA200204417B (en) | 2003-07-04 |
| HUP0203772A2 (en) | 2003-05-28 |
| AU770950B2 (en) | 2004-03-11 |
| PL357596A1 (en) | 2004-07-26 |
| EP1235513B1 (en) | 2005-09-07 |
| EP1235513A1 (en) | 2002-09-04 |
| RU2002118697A (en) | 2004-01-20 |
| DK1235513T3 (en) | 2005-11-28 |
| JP2003526409A (en) | 2003-09-09 |
| CN1235544C (en) | 2006-01-11 |
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