DE4427106A1 - Process for control of tumours and skin cancer - Google Patents

Abstract

The resonance ratio between the temperature frequency of metastasis of cancer cells and the frequency of a transmitted infra red laser beam in the heat spectrum is critical to the therapeutic process. The process controls tumours and skin cancer using a gallium-arsenic laser (19) giving a modulated infra red beam, radiated from a mirror drum (2) driven by a synchron motor. A masking device (5) with a circular shutter (6) is positioned at the radiation point of the drum. Through the shutter (6) the intensity of the beam is controlled. The masking device ensures that no damage occurs to areas outside the cancerous region being irradiated. For deep-lying metastases, the IR beam is transmitted through an inset leading tube (16).

Description

Cancer and skin cancer control procedures Diseases are detected using infrared radiation in the area of the heat spectrum measured frequencies and the calculated neten wavelengths using an infrared receiver and a wobbled on the mirror drum, modulated with infrared Laser beam, which serves as a carrier, together with the in Frequencies to be created between receiver frequencies zen and the broadcast frequencies to be broadcast, which then as adjustable beam is used for therapeutic purposes. The resonance plays an extraordinary role, just because matching vibrations with the same phases length will determine the fight.

Various are known in the therapeutic field of application Therapy devices that are used in many university clinics on the Field of sound waves, gamma rays, microwaves, etc. He may have consequences in cancer treatments, but unfortunately not have achieved a complete breakthrough. The research is going continue and we hope with this inventive idea soon to have a success.

With this inventive idea, the In infrared resonance electronics are used because of vibration Equality in the frequency spectrum of cancer cells is probably a weapon to be able to start the fight.

For the construction of such a radiation device are already patented components available, according to the state of the art should be developed further.

The mirror drum driven by an Asyn synchronous motor is the producer of the beam. That generates infrared radiation is reflected and formed by the individual mirrors when painting over a mirror, the 40th part the modulated wobbled infrared club with 40 mirrors. At high speeds of rotation, the radiation object constantly captured and like a hammer on the individual cells works.  

The mask is an important component. This has the up gift, the rectangle reflected by the mirror drum shaped radiation through the mask body, which is a has a circular opening and is characterized by a compur shutter can be changed to the correct beam opening adjust. The radiation symptom is thus correctly detected. The Compur lock opens or closes as a result, the beam of radiation that arises becomes in the circumference change. Due to the changed radiation circle Knife also changes the energy radiation, but that automatically balanced by computer via an Amplifire is so that the radiation with respect to the energy supply the beam remains continuous.

The invention is described below with reference to Ab Education explained using exemplary embodiments.  

Fig. 1 shows the structure of the entire system for combating cancer tumors and skin cancer diseases. The most important part of the system is the infrared processing and the resonance production between the receiving and transmitting infrared frequencies.

The mirror drum ( 2 ) plays a considerable role in processing the infrared radiation and in producing the infrared beam ( 3 ). The wobble generator ( 11 ) it generates the frequencies coming from the infrared heat spectrum. The frequencies are fed to the infrared modulator ( 8 ) via the computer (-) and transmitted to the rotating mirrors ( 1 ). The result of this is that the entire infrared spectrum - the frequencies - are reflected from mirror to mirror and from this, at a full rotation, the content of the infrared beam is produced. Then maybe about 100,000 or more revolutions per second. After reflection on the mirror, there is initially a rectangular infrared radiation ( 4 ) which, however, is transformed by the Compurver circuit ( 6 ) through the circular opening, in which all radiation pulses coming outside the circle are absorbed.

The closure can be opened automatically or up to be reduced to a certain degree without taking off To have to lose radiation intensity.

From Fig. 1 can also be seen in the circular Dar position the entry and exit from the mask device ( 5 ) or Compur lock ( 6 ). The rectangular infrared radiation is denoted by location number ( 4 ) and the outgoing beam with location number ( 3 ).

The laser beam ( 9 ) (carrier) is intended for infrared modulation and consists of a laser generator ( 7 ). Various laser generators are available, e.g. CO₂, gallium arsenic ( 17 ) and helium neon lasers. The gallium arsenic laser has an infrared radiation ( 18 ) that should be taken into account.

An Asyn synchronous motor ( 12 ) drives the mirror drum ( 2 ) with a rotating shaft ( 10 ), the wobble generator ( 11 ) must get a synchronous operation with the mirror wheel or mirror drum ( 2 ), which is attached to a rotating shaft .

The Asyn synchronous motor ( 12 ) is operated with a power supply with a constant 50 Hz frequency.

A very important part is the infrared receiver ( 14 ) with its antenna receptacle ( 15 ), which has the task of measuring the infrared heat radiation from the metastases. In this infrared spectrum, the frequencies calculated for the modulation of the infrared radiation of the radiation transmitter in conjunction with the wobble generator ( 11 ), infrared modulator ( 8 ) and the mirror drum ( 2 ) must be used to produce a compact infrared beam ( 3 ) in order for therapeutic interventions to be successful to be able to perform. Irradiation tubes ( 16 ) of special constructions are used for deep-lying treatment or radiation objects.

Reference list

1 mirror
2 mirror drum
3 infrared beams
4 rectangular infrared radiation
5 mask device
6 Compur lock
7 laser generator
8 infrared modulator
9 laser beam (carrier)
10 rotary shaft
11 wobble generator
12 Asyn synchronous motor
13 computers
14 infrared receivers
15 Antenna mount socket
16 radiation tubes
17 gallium arsenic lasers
18 infrared radiation
19 Infrared modulated radiation

Claims (7)

1. A method for combating cancer tumors and skin cancer diseases are measured by means of infrared radiation in the range of the heat spectrum and the calculated wavelength Y = = Y wavelength / lambda using an infrared receiver ( 16 ) and a wobbled on the mirror drum ( 2 ) with Infrared-modulated laser beam ( 9 ), which serves as a carrier, together with the frequencies to be resonated between receiver frequencies and the transmission frequencies to be emitted, which then comes as an adjustable beam lobe ( 4 ) for therapeutic use, characterized in that a gallium Arsenic laser ( 19 ) can be easily modulated with infrared radiation and has a favorable degree of efficiency, with other lasers being modulated with infrared frequencies and emitted via the mirror drum ( 2 ). 2. Methods for combating cancer tumors and skin cancer diseases are measured by means of infrared radiation in the range of the heat spectrum and the calculated wavelengths. . . , according to claim 1, characterized in that after detection of the metastasis temperatures and their cells, in particular the core cell measured frequencies / wavelengths, constant changes in their cell structures are known, constant changes in frequency are generated by the mirrors located on the mirror wheel ( 2 ) at high rotational speeds which are present in the infrared spectrum of the cancer cells. 3. Methods for combating cancer tumors and skin cancer diseases are measured by means of infrared radiation in the range of the heat spectrum and the wavelengths calculated for this. . . , according to claims 1 and 2, characterized in that the modulation carrier is a laser ( 9 ), the modulation frequencies are transmitted via a wobble generator ( 11 ) to the laser ( 9 ) by means of a Kerr cell ( 8 ), or other modulation generators, and these are infrared frequencies are radiated onto the individual mirrors ( 1 ), these mirrors continuously by the synchronous rotation of the mirror wheel ( 2 ), driven by an Asyn synchronous motor ( 12 ), resulting infrared swept frequencies, which then emits a quite angular radiation, which then by a mask body ( 5 ) directed with a circular opening and transformed into a beam, the circular opening consists of a Compur lock ( 6 ), the circular opening can be tapered or enlarged so that the necessary beam diameter can be achieved. 4. Cancer and skin cancer control procedures Diseases are detected using infrared radiation in the area of the heat spectrum measured frequencies and the calculated neten wavelengths. . . , according to claims 1-3, thereby ge indicates that between measured infrared radiation the Cancer cells, especially the nuclear cell and the radiation frequencies, or the modulation frequencies so important exact resonance ratio must exist to both vibrations then with an infrared heat intensity to be determined to be able to carry out the therapeutic use. 5. A method for combating cancerous tumors and skin cancer diseases is carried out by means of infrared radiation in the range of the heat spectrum and the frequencies calculated for this. . . , according to claims 1-4, characterized in that the mask device ( 5 ) with the Compur lock ( 6 ) at the radiation point of the mirror drum ( 2 ) is set to better cover the rectangular radiation and taper the radiation passage through the Compur lock ( 6 ) or he to be able to expand, the radiation intensity is automatically controlled by an Amplifire. 6. Cancer and skin cancer control procedures Diseases are detected using infrared radiation in the area of the heat spectrum measured frequencies and the he calculated wavelengths. . . , according to claims 1-5, thereby characterized that a guide in deep metastases tube can be used to target the infrared radiation, through the tube to which metastasis can be applied. 7. Cancer and skin cancer control procedures Diseases are detected using infrared radiation in the area of Heat spectrum measured frequencies and the calculated Wavelengths. . . , according to claims 1-6, characterized net that no damage outside the irradiation area can arise because the infrared radiation use only targeted the metastasis limitation scope applies.