Field of the invention.

The invention refers to a immunoprofhylaxis device suitable to generate an acquired immunity and creating specific antibodies into a body without having to inject or to ingest pathogens. For pathogens means infectious elements live or dead or derived pathogens, such as toxoids, antigens, protein, nucleic acids containing viruses, viruses causing generative diseases, bacteria, parasites and similar. The device also permits multiple vaccinations simultaneously without side effects.

State of the art.

Currently the vaccinations are arranged by means of injections or for ingestions of pills with pathogen agents. These vaccination modes have though many disadvantages. In the introduction into the body several excipients are used, in some cases harmful for the health. Cases can occur of intolerance to the vaccine and/or allergic reactions. The introduction of pathogens into the body further can determine subjective reactions on the base of different factors such as health state of the person to who the vaccine is injected, concomitance of some pathologies and age. Further disadvantage of the current methods is given to realize single doses of vaccine. This determines costs for each packaging produced. In the art a lot of documents are known which described the use of a laser, for example the documents US2015/072337, US4402318, US201 2/310309 and US2010/282980, but the devices described in these documents do not provide the use of a laser for immunoprofhylaxis.

Summary of the invention.

Object of the invention is a device suitable to avoid the above cited disadvantages by a photon source generated to a laser and directed to a buffer into which pathogens are present and wherein the rays after crossing the buffer are directed to a body. In other embodiment said rays in output from the buffer are collected into a a photonic conveyor in coated fiber optic and driven into a point of the body skin near a vein. The device makes use of a low frequency photonic flux with continuous flux or a pulsed flux. The invented device permits to substitute the vaccination traditional modes avoiding the introduction of pathogen agents in the body. The transmission of the photons that passed through container with the pathogen elements gives to the body the perception of the presence of these pathogen agents trigger the immune reaction such as pathogens had been introduced in the body. The coherent light of the laser, crossing the container with the pathogen elements, modifies its structure on the base of the pathogen elements present in the container simulating the pathogen presence in the body, with the photons that, modified during the crossing in the container in which the pathogens are present, changing in relation of what is present in the buffer. This permits to transfer this interaction able to generate specific antibodies directly into a body, to a different buffer or to a date bank able to contain the modified frequencies cataloged in relation to the pathogen, in this way it possible to acquire an immunologic memory to use for vaccinations both single than multiple. These and other aims and advantages of the present invention are better evident to the following detailed description of a preferred embodiment but not exclusive with reference to the enclosed drawings in where the invention is illustrated in a merely indicative view and so not limiting.

Brief description of the drawings.

Figure 1 is view of a scheme of a laser with photonic flux directed into the buffer, at the output of which is present the body skin. Figure 2 is view of a scheme comprising the same parts present in figure 1 but with a photon conveyor in optic fiber able to focus the laser rays into a determined point of the skin near a vein. Figure 3 is view of a scheme of a laser, a buffer and a device for collecting data. Figure 4 is view of a further scheme of transmission of data, cataloged on the base of the pathogen, to a computer at a laser so to be directed with the laser rays into the body skin.

Detailed description.

The laser device for immunoprofhylaxis consists of a low frequency laser 1 emitting photons of harmonic light and a buffer 2 comprising a transparent closed container and free of photon distortion, as for example crystal, as devoid of torsional effects onto the photons, containing in liquid gelatinous or solid state a sample of at least a pathogen with preservatives, water or solvents according to the pathogen to irradiate with the laser 1, wherein the rays of the laser 1, output from the buffer 2, are directed onto the skin. In the buffer 2 must not be present traces of chromosomes in addition to those of the pathogens. In other embodiment the laser device for immunoprofhylaxis consists of a low frequency laser 1 , a buffer 2 and a conveyor 3 of the rays emitted from the laser 1 after that they have crossed the buffer 2, to concentrate the rays onto a specific point of the skin near a vein. The conveyer 3 consists of, for example, coated optical fiber, wherein the signal is transferred to the body maintaining the linearity of the photonic flux. In further embodiment the laser device for immunoprofhylaxis consists of a low frequency laser 1 , a buffer (2) and an apparatus 4 consisting of a detector 5 of the rays in output from the buffer 2 and a computer 6, wherein the rays in output from the buffer 2 are listed in relation to the pathogens present in the buffer 2 and memorized. The detector 5 is, for example, an optical detector able to detect the electromagnetic frequency of the rays in output from the buffer. In this case the collected data are transmitted from the computer 6 to the laser 1 to reply, in the emission of the photons, the same flux of photons in output form the buffer 2 specific to a particular pathogen, with the laser 1 engraving on the skin of a body near a vein. The laser light used is of the medical type, with low energy and with wavelength and power not danger for the cells and suitable for scanning of biological parameters. The laser 1, used to simulate the pathogen presence and generate specific antibodies for the immunoprofhylaxis is a low power with wavelength comprises between 600 (six hundred) and 900 (nine hundred) nm (red and infrared), with power variable from very low, i.e of class 1, and higher powers, classes 3A and 3B. The emitted structured harmonic light is changed on the base of the pathogen crossing The transmission of these parameters introduces into the body the simulation and the perception of the pathogen, but without the presence in the vein flux and without the dangerous effect that can occur inside the body in which the pathogen injection took place or the oral intake of these pathogen. The invented device is possible of different changing and variations all part of the inventive object. All the particulars can be changed with other technically equivalent without going over the protection field given to the claims.