WO2004012002A1

WO2004012002A1 - Adjustable electromagnetic waves filter

Info

Publication number: WO2004012002A1
Application number: PCT/BR2003/000100
Authority: WO
Inventors: Luiz Antonio Herbst Junior
Original assignee: Luiz Antonio Herbst Junior
Priority date: 2002-07-25
Filing date: 2003-07-21
Publication date: 2004-02-05
Also published as: BR0203010A; AU2003245130A1

Abstract

An adjustable electromagnetic waves filter comprising a transparent liquid (4) with absorbing micro crystals which are oriented by an applied electric or magnetic field such that light transmission can be regulated.

Description

ADJUSTABLE ELECTROMAGNETIC WAVES FILTER

The following invention refers to a system which aims to provide an adjustable filtration of electromagnetic waves, so it can be used in auto obilist, residential, aeronautics glasses and similar, allowing also the use in glasses, headlights, illuminations, mirrors, visors, hothouse

(greenhouse), among others.

Nowadays we know systems that provide a static filtration of electromagnetic waves such as films that can be applied in automobilist, residential and commercial glasses, dark lenses, as well as glasses manufactured for these purposes .

A common problem regarding the prior art is that the materials listed in the last paragraph can not provide an adjustable filtration of the waves, therefore, the tonality, to say, transmittance of the electromagnetic waves of the objects that use these materials can not be changed, because it is defined in the moment of the production, remaining the same. Therefore, the transparency, to say, the transmittance of the material can not be adjusted between a maximum transparency condition, to say, transmittance until a minimum transparency condition, to say, transmittance, where the maximum of electromagnetic waves are filtered.

As a consequence of the foregoing deficiency, there is a larger consumption of energy in buildings provided with air conditioning, because it is not possible to filtrate the electromagnetic waves in accordance with the necessity, such as lower (smaller) filtration in cold days and a bigger

(larger) filtration in hot days. Is worth saying that these problems also occur when it requires the material a lower

(smaller) or bigger (larger) transparency, like in situations of high luminosity where the chosen filter has a low capability to filtrate the luminous radiation or in the opposite case of a low luminosity where a large capacity filter was used to filtrate the electromagnetic waves verifying that the visibility through the filter remains limited. The present invention aims to solve the described inconveniences and in other to overcome it a adjustable electromagnetic wave filter was developed, object of the present invention, which consists in regulating the filtration of electromagnetic waves through a sensor regulator and addresser of electric field which is provided by a generator, in accordance with the adjustment and addressing of the electric field it is possible to orientate the molecules of a liquid transparent substance, which is deposited between and/or built in layers of transparent material, considering that there are different combinations to the construction of an adjustable electromagnetic wave filter, varying according to the necessity, that is directly connected with the filter form.

Such construction forms solve the described inconveniences, providing the user with the adjustment of the filter in accordance with its necessity.

The following description and the figures attached show the arrangement of the invention in the quality of example non restrictive (limitative) and not quantitative. The figure 1 presents in an exploded perspective a filter with two layers of transparent conductor film 6, and between it, encapsulations, each one containing electrodes 5, spacers 8 and transparent liquid 4.

The figure 2 presents in an exploded perspective a filter with two layers of transparent conductor film 6, and between it, encapsulations, each one containing electrodes 5, spacers 8 and transparent liquid 4. The figure 3 presents an exploded perspective of a filter with two layers of a transparent conductor film and between it, three encapsulations, considering that, one central encapsulation contains electrodes 5, spacers 8 and transparent liquid 4, and the others encapsulations containing only spacers 8 and transparent liquid 4 are situated between the central encapsulation and the layers of transparent conductor film 6 in the extremity.

The figure 4 presents an exploded perspective of a filter with one layer of transparent conductor film 6 over an encapsulation that contains electrodes 5, spacers 8 and one transparent liquid 4.

The figure 5 presents an exploded perspective of a filter with one layer of transparent conductor film 6 over two encapsulations, considering that, the first encapsulation from the bottom to the top, contains electrodes 5, spacers 8 and transparent liquid 4, while the second encapsulation contains spacers 8 and transparent liquid 4.

The figure 6 presents an exploded perspective of a filter with two layers of transparent conductor film 6 and two encapsulations, considering that, one of them is located between the two layers of conductor film 6 and contains spacers 8 and transparent liquid 4, while the other encapsulation that contains electrodes 5, spacers 8 and transparent liquid 4, is located under the first transparent conductor film, looking the illustration from the bottom to the top.

The figure 7 presents an exploded perspective of a filter with an encapsulation, that contains spacers 8 and transparent liquid 4 between two layers of transparent conductor film 6, considering that, these layers are disposed in such a way that the magnetic field is applied in different direction. The figure 8 presents an exploded perspective of a filter with two layers of transparent conductor film 6, considering that these layers are disposed in such a way that the magnetic field is applied in different direction, between the layers of transparent conductor film there are two encapsulations each one containing spacers 8 and transparent liquid 4.

The figure 9 presents an exploded perspective of a filter with three layers of transparent conductor film 6, considering that the central layer of transparent conductor film 6 is disposed in such a way that the magnetic field is applied in different direction in relation to the magnetic field applied by the two others layers of transparent conductor film 6, there are two encapsulations containing spacers 8 and transparent liquid 4, which are near to the lower surface and superior layer of the central transparent conductor film 6.

The figure 10 presents an exploded perspective of a filter with three layers of transparent conductor film 6, considering that, the central layer of transparent conductor film 6 is disposed in the same direction and/or in a different direction, in relation to the application direction of magnetic field applied by the two others layers of transparent conductor film 6, there are two encapsulations each one containing spacers 8 and transparent liquid 4, which are near to the lower surface and superior of the layer of the central transparent conductor film 6.

The figure 11 presents a filter with one layer of transparent conductor film 6 between two encapsulation each one containing spacers 8 and transparent liquid 4.

The figure 12 presents a filter with two layers of transparent conductor film 6, considering that, there are two encapsulations, each one in contact with the external surfaces of transparent conductors film 6, and each one containing spacers 8 and transparent liquid 4.

The figure 13 presents a filter with two layers of transparent conductor film 6, considering that, the layers are disposed in such a way that the magnetic field is applied in different direction. There are two encapsulations, each one in contact with the external surfaces of the layers of transparent conductor film 6, and each one containing spacers 8 and transparent liquid 4. The figure 14 presents an exploded perspective of a filter with one encapsulation, that contains spacers 8 and transparent liquid 4 between two layers transparent conductor film 6, considering that, these layers are disposed in such a way that magnetic field is applied in the same direction and/or in different direction.

The figure 15 presents an exploded perspective of a filter with two layers of transparent conductor film 6, considering that, the layers are disposed in such a way that magnetic field is applied in different direction. There are two encapsulations, looking the illustration from the bottom to the top, one of them is in contact with the lower surface of the first layer of transparent conductor film 6, and, the other encapsulation is located between the two layers of transparent conductor film 6, each one containing spacers 8 and transparent liquid 4.

The figure 16 presents an exploded perspective of a filter with two layers of transparent conductor film 6, considering that, the layers are disposed in such a way that magnetic field is applied in the same direction and/or in different direction. There are two encapsulations looking the illustration from the bottom to the top, one of them is in contact with the lower surface of the first layer of transparent conductor film 6, and, the other encapsulation is located between the two layers of transparent conductor film 6, each one containing spacers 8 and transparent liquid 4.

The figure 17 presents an exploded perspective of a filter with one layer of transparent conductor film 6 over an encapsulation that contains spacers 8 and a transparent liquid 4, over the transparent conductor film 6 there is a polymer or transparent insulating lamina.

According to the illustration of the related figures, the invention of a adjustable electromagnetic waves filter, object of the present invention, -consists of a generator 1, which provides energy to the addresser and regulator sensor of electric field 2, which can also be manually regulated in the own equipment, considering that the equipment can be turned on or off by an interrupter. The addresser and regulator sensor of electric field 2 can provides the same to the electrodes 5 and/or to the transparent (s) conductor (s) film(s) 6, so the alignment or orientation is done by the application of electric field and/or magnetic field according to the necessity of alignment or orientation to be given to the micro crystals or molecules that contains moment of electric dipole and/or moment of magnetic dipole and that absorbs electromagnetic waves, which are suspended in a transparent liquid 4 or according to the necessity of alignment or orientation to be given to the micro crystals or molecules which contains moments of electric dipole and/or moment of magnetic dipole and absorbs or not electromagnetic waves suspended in a transparent liquid 10.

As the transparent liquid 4 or the transparent liquid 10 contains micro crystals or molecules, suspended, with moment of electric dipole and/or moment magnetic dipole it is possible to change the alignment (orientation) of these crystals or molecules, by the application of electric field through the electrodes 5 which are in direct contact with the transparent liquid 4 or 10 and/or by the application of magnetic field over and/or under and/or through the encapsulation (s) through the film(s) and/or transparent (s) conductor (s) polymer (s) 6, that is obtained when a electric field is applied through the film(s) and/or transparent (s) conductor (s) polymer (s) β.

When the micro crystals or molecules that absorbs electromagnetic waves suspended in the transparent liquid 4 are aligned (oriented) in the same direction, forming an angle of approximately 0° among them, that is to say, when the micro crystals or molecules that absorbs electromagnetic waves suspended in the transparent liquid 4 have all of its optical axis parallel (s), the adjustable filter of electromagnetic waves, object of the present invention, will present its maximum transparency, to say, transmittance, because it is filtrating or absorbing the electromagnetic waves that vibrate preferentially in one way or direction.

Aligning (orientation) the micro crystals or molecules that absorbs electromagnetic waves suspended in the transparent liquid 4 so a 90° angle is formed among them, that is to say, among the optical axis, the adjustable filter of electromagnetic waves, object of the present invention, will show its minimum transparency, to say, transmittance, because it will be filtering or absorbing the maximum of the electromagnetic waves vibration.

When the micro crystal or molecules that absorbs or not electromagnetic waves suspended in the transparent liquid 10 which is located between and/or over filters of electromagnetic waves with micro crystals or molecules fixed or between and/or over filters of electromagnetic waves with adjustable micro crystals or molecules, are oriented, they can provide to the adjustable filter of electromagnetic waves maximum or minimum transparency, to say, transmittance, according to the various possible combinations of angles formed among the micro crystals or molecules that absorbs electromagnetic waves from the two fixed filters or adjustable and the micro crystals or molecules that absorbs or not electromagnetic waves from the transparent liquid 10. However, intermediary situations, among the situation of maximum and minimum transparency, to say, transmittance, can be obtained trough the application of magnetic field and/or electric field to the alignment

(orientation) of micro crystals or molecules that absorbs electromagnetic waves from the transparent liquid 4 or to the alignment (orientation) of the micro crystals or molecules that absorbs or not electromagnetic waves from the transparent liquid 10. It is worth saying that as much the transparent liquid 4 as the micro crystals or molecules suspended in the transparent liquid 10 can show moment of magnetic dipole and/ or moment of electric dipole, as well as previously anchored or not, considering that the orientation can be done by the application of magnetic field and electric field. In the case of the magnetic field it is possible to use layers of transparent conductor film 6 with the application of magnetic field in different directions so the alignment (orientation) can be adjusted so the micro crystals or molecules tend to align with the strongest magnetic field, that is to say, changing the direction and/or the power of application of the magnetic field it is possible to orientate the micro crystals or molecules of the transparent liquid 4 or the transparent liquid 10. The same happens when the anchored of magnetic field and/or electric field is used where a certain orientation is given to the micro crystals or molecules when the magnetic power and/or electric wins the power of anchored, or when electric field and magnetic field is used, the micro crystals or molecules tend to align with the strongest field.

The filters can be used in combinations with a same system, as well as, with laminas with micro crystals or molecules fixed, or use a combination with the others illustrated dispositions in the figures and with constructive variants. The connections between the generator 1, switch 3, addresser and regulator sensor 2, electrodes 5 (when there is electrode) , transparent conductor film 6 and the others connections are done through the conductors 9.

The following description is related with the illustrations and shows some not restrictive (limitative) dispositions of the present invention:

The figure 1 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it, a transparent conductor film 6, over it another polymer or insulating transparent lamina 7 that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form an encapsulation that contains electrodes 5, spacers 8 and a transparent liquid 4 with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, over the encapsulation there is a transparent conductor film 6, and, over it a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the electrodes 5, and to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, respectively, by the application of electric field and/or magnetic, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that contain moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the electric field applied by electrode 5, which is in directly contact with the transparent liquid 4 and/or by application of magnetic field through the two transparent conductors films 6, which are located on the lower and superior surfaces of the encapsulation.

The figure 2 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, that consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it, a transparent conductor film 6, over it another polymer or insulating transparent lamina 7 that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form an encapsulation which contains electrodes 5, spacers 8 and a transparent liquid 4 with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, the last polymer or insulating transparent lamina 7 mentioned, can also be used together with a polymer or insulating transparent lamina 7, which is over that one, so it forms an encapsulation that contains electrodes 5, spacers 8 and a transparent liquid 4, as foregoing, over the encapsulation there is a transparent conductor film 6, and, over it, a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the electrodes 5, and to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, respectively, by the application of electric field and/or magnetic, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that contains moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the electric field applied by electrode 5, which is in directly contact with the transparent liquid 4 and/or by application of magnetic field through the two transparent conductors films 6, which are located on the lower surface of the first encapsulation and superior of the second encapsulation .

The figure 3 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it, a transparent conductor film 6, over it another polymer or insulating transparent lamina 7 that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form an encapsulation which contain spacers 8 and a transparent liquid 4 with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. The last polymer or transparent lamina 7 foregoing, can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form a central encapsulation that contains electrodes 5, spacers 8, and a transparent liquid 4 with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole. Over the polymer or insulating transparent lamina 7, which is on the superior surface of the central encapsulation, there is another polymer or insulating transparent lamina 7, that can be used together with that one, in order to form a encapsulation that contains spacers 8 and a transparent liquid 4 with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. This encapsulation is over the central encapsulation and under the transparent conductor film 6, and, over it, a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the electrodes 5, and to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, respectively, by the application of electric field and/or magnetic, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the electric field applied by electrode 5, which is in directly contact with the transparent liquid 4 and/or by application of magnetic field through the two transparent conductors films 6, which are located on the lower surface of the first encapsulation and superior surface of the third encapsulation.

The figure 4 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form an encapsulation that contains electrodes 5, spacers 8 and a transparent liquid 4 with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or electric dipole, over the encapsulation there is a transparent conductor film 6, and, over it a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the electrodes 5, and to the transparent (s) conductor (s) film(s) 6, so the alignment

(orientation) be done, respectively, by the application of electric field and/or magnetic, according to the alignment

(orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the electric field applied by electrode 5, which is in directly contact with the transparent liquid 4 and/or by application of magnetic field through the two transparent conductors films 6, which are located on the superior surface of the encapsulation.

The figure 5 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form an encapsulation that contains electrodes 5, spacers 8 and a transparent liquid 4 with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or electric dipole, over this last polymer or insulating transparent lamina 7 there is another polymer or insulating transparent lamina 7, that can be used together with that one in order to form an encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, and that can be or not anchored. Over the last encapsulation mentioned there is a transparent conductor film 6, and, over it there is a layer of polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the electrodes 5, and to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, respectively, by the application of electric field and/or magnetic, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that contains moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the electric field applied by electrode 5, which is in directly contact with the transparent liquid 4, of lower encapsulation and/or by application of magnetic field through the transparent conductor film 6, which are located on the superior surface of the second encapsulation.

The figure 6 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form a encapsulation that contains electrodes 5, spacers 8 and a transparent liquid 4 with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or electric dipole, over this last polymer or insulating transparent lamina 7 mentioned there is a transparent conductor film 6, and, over it there is a layer of polymer or insulating transparent lamina 7 that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form an encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole. Over this last encapsulation mentioned there is a transparent conductor film 6, and, over it there is a layer of polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the electrodes 5, and to the transparent (s) conductor (s) film(s) β, so the alignment (orientation) be done, respectively, by the application of electric field and/or magnetic, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the electric field applied by electrode 5, which is in directly contact with the transparent liquid 4, of the lower encapsulation and/or by application of magnetic field through the transparent (s) conductor (s) film(s) 6, which are located on the surface of the second encapsulation. The figure 7 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it there is transparent conductor film 6, that applies a magnetic field with different directions in relation to the application direction of magnetic field of the transparent conductor film 6 located in the superior part of the illustration. Over the lower transparent conductor film 6 there is another polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form an encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, over the encapsulation there is a transparent conductor film 6, and, over it, there is a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, respectively, by the application of magnetic field , according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the magnetic field applied by the two transparent conductors films 6, which are located on the superior and lower surface of the encapsulation. The figure 8 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulat±ng transparent lamina 7, over it there is transparent conductor film 6, that applies a magnetic field with different directions in relation to the application direction of magnetic field of the transparent conductor film 6 located in the superior part of the illustration. Over the lower transparent conductor film 6 there is another polymer or insulat±ng transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form a encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the polymer or insulating transparent lamina 7 that forms the superior surface of the first encapsulation there is another polymer or transparent lamina 7 that can be used together with that one, in order to form the second encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole that can be or not anchored. Over the polymer or insulating transparent lamina 7 of the superior surface of the second encapsulation there is a transparent conductor film 6, and, over it, there is a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, by the application of magnetic field, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the magnetic field applied by the two transparent conductors films 6, which are located on the superior surface of the second encapsulation and in the lower surface of the first encapsulation . The figure 9 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it there is transparent conductor film 6. Over the lower transparent conductor film 6 there is another polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form the first encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole that can be or not anchored. Over the polymer or insulating transparent lamina 7 that forms the superior surface of the first encapsulation there is another transparent conductor film 6, and that applies magnetic field with different direction in relation to the application direction of magnetic field of the transparent conductors films 6 and its extremities. Over the central transparent conductor film 6, there is a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form the second encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole that can be or not anchored. The second encapsulation is under a transparent conductor film 6, and, over it, there is a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, by the application of magnetic field, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the magnetic field applied by the three transparent conductors films 6, which are located: one on the superior surface of the second encapsulation, one in the lower surface of the first encapsulation and one between both encapsulations.

The figure 10 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it there is transparent conductor film 6. Over the lower transparent conductor film 6 there is another polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form the firs encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole that can be or not anchored. Over the polymer or insulating transparent lamina 7 that forms the superior surface of the first encapsulation there is another transparent conductor film 6, and that can applies magnetic field in the same direction and/or in different direction in relation to the application direction of magnetic field by the transparent conductors films 6 of the extremities. Over the central transparent conductor film 6, there is a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form the second encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole that can be or not anchored. The second encapsulation is under a transparent conductor film 6, and, over it, there is a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) β, so the alignment (orientation) be done, by the application of magnetic field, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the magnetic field applied by the three transparent conductors films 6, which are located: one on the superior surface of the second encapsulation, one in the lower surface of the first encapsulation and one between both encapsulations.

The figure 11 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, that consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it , another polymer or transparent insulating lamina 7, that can be used together with that one in order to form the first encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the superior surface of the first encapsulation there is a transparent conductor film 6, over it there is a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one in order to form the second encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment

(orientation) be done, by the application of magnetic field, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment

(orientation) changed according to the intensity of the magnetic field applied through transparent conductors films 6 that is located on between 2 encapsulations.

The figure 12 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, that consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it , another polymer or transparent insulating lamina 7, that can be used together with that one in order to form the first encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the superior surface of the first encapsulation there is a transparent conductor film 6 that applies magnetic field in the same direction and/or in different direction in relation to the direction of application of magnetic field by other transparent conductor film 6, over it there is a polymer or insulating transparent lamina 7, over it there is a transparent conductor film 6, over it there is a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one in order to form the second encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, by the application of magnetic field, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the magnetic field applied by the transparent conductors films 6.

The figure 13 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, that consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it , another polymer or transparent insulating lamina 7, that can be used together with that one in order to form the first encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the superior surface of the first encapsulation there is a transparent conductor film 6 that applies magnetic field in different direction in relation to the direction of application of magnetic field by the transparent conductor film 6 of the superior part of the illustration. Over the transparent conductor film 6 that is located on the superior surface of the first encapsulation there is a polymer or insulating transparent lamina 7, over it there is a transparent conductor film 6, over it there is a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one in order to form the second encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, by the application of magnetic field, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that shows moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the magnetic field applied by the transparent conductors films 6.

The figure 14 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, which consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it there is transparent conductor film 6, that applies a magnetic field in the same direction and/or in different directions in relation to the application direction of magnetic field by the transparent conductor film 6 located superior extremity. Over the lower transparent conductor film 6 there is another polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one, in order to form a encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the polymer or insulating transparent lamina 7 that forms the superior surface of the encapsulation there is another transparent conductor film 6. Over the superior conductor transparent film 6, there is a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, respectively, by the application of magnetic field , according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that contains moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the magnetic field applied by the two transparent conductors films 6, which are located: one in the superior surface of the encapsulation and the other on the lower surface of the encapsulation. The figure 15 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, that consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it , another polymer or transparent insulating lamina 7, that can be used together with that one in order to form the first encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the superior surface of the first encapsulation there is a transparent conductor film 6 that applies magnetic field in different direction in relation to the application direction of magnetic field by the transparent conductor film 6 of the superior part of the illustration. Over it there is a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one in order to form the second encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the second encapsulation there is a transparent conductor film 6, and, over it, a polymer or transparent insulating lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, by the application of magnetic field, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that contains moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, trie micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment

(orientation) changed according to the intensity of the magnetic field applied by the transparent conductors films 6. The figure 16 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, that consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it , another polymer or transparent insulating lamina 7, that can be used together with that one in order to form the first encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the superior surface of the first encapsulation there is a transparent conductor film 6 that applies magnetic field in the same direction and/or in different direction in relation to the application direction of magnetic field by the transparent conductor film 6 of the superior part of the illustration. Over it there is a polymer or insulating transparent lamina 7, that can be used together with another polymer or insulating transparent lamina 7, which is over that one in order to form the second encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the second encapsulation there is a transparent conductor film 6, and, over it, a polymer or transparent insulating lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, by the application of magnetic field, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that contains moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the magnetic field applied by the transparent conductors films 6.

The figure 17 illustrates in an exploded perspective an adjustable filter of electromagnetic waves, object of the present invention, that consists, looking the figure from the bottom to the top, in a polymer or insulating transparent lamina 7, over it , another polymer or transparent insulating lamina 7, that can be used together with that one in order to form the first encapsulation that contains spacers 8 and a transparent liquid 4, with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored. Over the superior surface of the first encapsulation there is a transparent conductor film 6 that applies magnetic field. Over it there is a polymer or insulating transparent lamina 7. The regulator sensor and addresser of electric field 2, can provides the same to the transparent (s) conductor (s) film(s) 6, so the alignment (orientation) be done, by the application of magnetic field, according to the alignment (orientation) necessity to be given to the micro crystals or molecules that absorbs electromagnetic waves, and that contains moment of electric dipole and/or moment of magnetic dipole that are suspended in a transparent liquid 4. Therefore, in this case, the micro crystals or molecules present in the transparent liquid 4 that absorbs electromagnetic waves, can have its alignment (orientation) changed according to the intensity of the magnetic field applied by the transparent conductor film 6.

Claims

CLAIMS 1) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER, wherein: orientate or align micro crystals or molecules that absorbs electromagnetic waves that contain moment of magnetic dipole and/or moment of electric dipole that are dispersed in transparent (s) liquid (s) (4) that is/are encapsulate or lodged between and/or incorporated in polymers or insulating transparent lamina (7); of orientating or align such micro crystals or molecules by the application (s) of magnetic field (s) over and/or under and/or through the encapsulation (s) through the film(s) and/or transparent conductor (s) polymer (s) (6), and/or, by the application of electric field through by electrodes (5) that are in direct contact with the transparent liquid (4) together with the magnetic field (s) application (s) over and/or under and/or through the encapsulation (s) by film(s) and/or transparent conductor (s) polymer (s) (6); of the generator (1) provides energy to the regulator sensor and addresser of electric field (2) so this one adjusts and addresser the electric field to be distributed to the film(s) and/or transparent (s) conductor (s) polymer (s) (6) and/or to the electrodes (5) together with the film(s) end/or transparent (s) conductor (s) polymer(s) (6); of the regulator sensor and addresser of electric field (2) can also be adjusted manually; of the connections between the components to be done by conductors (9); of the filter can be turned on or off by a switch (3); of the transparent liquid (s) micro crystals or molecules (4) being either anchored or not.

2) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER, wherein: orientate or align micro crystals or molecules that absorbs or not the electromagnetic waves that contains moment of magnetic dipole and/or moment of electric dipole that are dispersed in transparent liquid (s) (10) that is/are encapsulated or lodged between and/or incorporated in polymers or insulating transparent laminas (7); of be(ing) the transparent (s) liquid (s) (10) encapsulated (s) or located between and/or over electromagnetic waves filters with micro crystals or fixed molecules and/or between and/or over electromagnetic waves filters with micro crystals or adjustable molecules; able to give orientation or alignment to the micro crystals or molecules through the application (s) of magnetic field (s) over and/or under and/or through the encapsulation (s) through the film(s) and/or transparent (s) conductor(s) polymer(s) (6), and/or, through the application of electric field through the electrodes (5) that are in direct contact with the transparent liquid (10) along with the application (s) of magnetic (s) field (s) over and/or under and/or through the encapsulation (s) through the film(s) and/or transparent (s) conductor (s) polymer (s) (6); of the generator (1) to supply energy to the regulating sensor and addressing of electric field (2) in order for this one to regulate and address the electric field to be distributed to the film(s) and/or transparent (s) conductor(s) polymer(s) (6) and/or to the electrodes (5) along with the film(s) and/or transparent (s) conductor (s) polymer (s) (6); of the regulating sensor and addressing of the electric field (2) that can be manually adjusted; of the connections between the components being made through conductors (9) ; of the filter being able to be turned on or off through a switch (3) ; of the transparent liquid (s) micro crystals or molecules (4) being either anchored or not.

3) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it, a transparent conductor film (6), over it another polymer or insulating transparent lamina (7) that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form an encapsulation that contains electrodes (5), spacers (8) and a transparent liquid (4) with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, over the encapsulation there is a transparent conductor film (6) , and, over it a polymer or insulating transparent lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the electrodes (5) , and to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3); the connections between the generator (1), switch (3), regulator sensor and addresser (2), electrodes (5), transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

4) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it, a transparent conductor film (6), over it another polymer or insulating transparent lamina (7) that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form an encapsulation which contains electrodes (5), spacers (8) and a transparent liquid (4) with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, the last polymer or insulating transparent lamina (7) mentioned, can also be used together with a polymer or insulating transparent lamina (7) , which is over that one, so it forms an encapsulation that contains electrodes (5) , spacers (8) and a transparent liquid (4), as foregoing, over the encapsulation there is a transparent conductor film (6) , and, over it, a polymer or insulating transparent lamina (7) ; a regulator sensor and addresser (2) of electric field, that gives the same to the electrodes (5), and to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2) , electrodes (5) , transparent conductor films (6) and the rest of the connections, are done through conductors (9).

5) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it, a transparent conductor film (6) , over it another polymer or insulating transparent lamina (7) that can be used together with another polymer or insulating transparent lamina (7) , which is over that one, in order to form an encapsulation which contain spacers (8) and a transparent liquid (4) with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, the last polymer or transparent lamina (7) foregoing, can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form a central encapsulation that contains electrodes (5), spacers (8), and a transparent liquid (4) with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, over the polymer or insulating transparent lamina (7) , which is on the superior surface of the central encapsulation, there is another polymer or insulating transparent lamina (7), that can be used together with that one, in order to form a encapsulation that contains spacers (8) and a transparent liquid (4) with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, this encapsulation is over the central encapsulation and under the transparent conductor film (6), and, over it, a polymer or insulating transparent lamina (7) ; a regulator sensor and addresser (2) of electric field, that gives the same to the electrodes (5) , and to the transparent (s) conductor (s) film(s) (6); a generator (1) , that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2), electrodes (5), transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

6) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina

(7), which is over that one, in order to form an encapsulation that contains electrodes (5) , spacers

(8) and a transparent liquid (4) with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or electric dipole, over the encapsulation there is a transparent conductor film (6) , and, over it a polymer or insulating transparent lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the electrodes (5) , and to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1) , switch (3) , regulator sensor and addresser (2) , electrodes (5) , transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

7) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form an encapsulation that contains electrodes (5) , spacers (8) and a transparent liquid (4) with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or electric dipole, over this last polymer or insulating transparent lamina (7) there is another polymer or insulating transparent lamina (7), that can be used together with that one in order to form an encapsulation that contains spacers 8 and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, and that can be or not anchored, over the last encapsulation mentioned there is a transparent conductor film (6), and, over it there is a layer of polymer or insulating transparent lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1) , that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors ( 9) .

8) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form a encapsulation that contains electrodes (5) , spacers (8) and a transparent liquid (4) with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or electric dipole, over this last polymer or insulating transparent lamina (7) mentioned there is a transparent conductor film (6), and, over it there is a layer of polymer or insulating transparent lamina (7) that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form an encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, over this last encapsulation mentioned there is a transparent conductor film (6), and, over it there is a layer of polymer or insulating transparent lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9).

9) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it there is transparent conductor film (6), that applies a magnetic field with different directions in relation to the application direction of magnetic field of the transparent conductor film (6) located in the superior part of the illustration, over the lower transparent conductor film (6) there is ' another polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form an encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, over the encapsulation there is a transparent conductor film (6) , and, over it, there is a polymer or insulating transparent lamina (7) ; a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3); the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

10) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7) , over it there is transparent conductor film (6), that applies a magnetic field with different directions in relation to the application direction of magnetic field of the transparent conductor film (6) located in the superior part of the illustration, over the lower transparent conductor film (6) there is another polymer or insulating transparent lamina (7) , that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form a encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, over the polymer or insulating transparent lamina (7) that forms the superior surface of the first encapsulation there is another polymer or transparent lamina (7) that can be used together with that one, in order to form the second encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole that can be or not anchored, over the polymer or insulating transparent lamina (7) of the superior surface of the second encapsulation there is a transparent conductor film (6), and, over it, there is a polymer or insulating transparent lamina (7) ; a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1) , that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

11) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it there is transparent conductor film (6) , over the lower transparent conductor film (6) there is another polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form the first encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole that can be or not anchored, over the polymer or insulating transparent lamina (7) that forms the superior surface of the first encapsulation there is another transparent conductor film (6) , and that applies magnetic field with different direction in relation to the application direction of magnetic field of the transparents conductors films (6) and its extremities, over the central transparent conductor film (6) , there is a polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina (7) , which is over that one, in order to form the second encapsulation that contains spacers (8) and a transparent liquid (4) , with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole that can be or not anchored, the second encapsulation is under a transparent conductor film (6), and, over it, there is a polymer or insulating transparent lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1) , switch (3) , regulator sensor and addresser (2) , transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

12) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it there is transparent conductor film (6) , over the lower transparent conductor film (6) there is another polymer or insulating transparent lamina (7) , that can be used together with another polymer or insulating transparent lamina (7) , which is over that one, in order to form the first encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole that can be or not anchored, over the polymer or insulating transparent lamina (7) that forms the superior surface of the first encapsulation there is another transparent conductor film (6), and that can applies magnetic field in the same direction and/or in different direction in relation to the application direction of magnetic field by the transparent conductors films (6) of the extremities, over the central transparent conductor film (6), there is a polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form the second encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole that can be or not anchored, the second encapsulation is under a transparent conductor film (6), and, over it, there is a polymer or insulating transparent lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1) , switch (3) , regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9).

13) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it , another polymer or transparent insulating lamina (7) , that can be used together with that one in order to form the first encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, over the superior surface of the first encapsulation there is a transparent conductor film (6), over it there is a polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina (7), which is over that one in order to form the second encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored; a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3); the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

14) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it , another polymer or transparent insulating lamina (7) , that can be used together with that one in order to form the first encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, over the superior surface of the first encapsulation there is a transparent conductor film ( 6 ) that applies magnetic field in the same direction and/or in different direction in relation to the direction of application of magnetic field by other transparent conductor film (6) , over it there is a polymer or insulating transparent lamina (7), over it there is a transparent conductor film (6), over it there is a polymer or insulating transparent lamina (7) , that can be used together with another polymer or insulating transparent lamina (7) , which is over that one in order to form the second encapsulation that contains spacers (8) and a transparent liquid (4) , with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored; a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (β) and the rest of the connections, are done through conductors (9) .

15) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it , another polymer or transparent insulating lamina (7) , that can be used together with that one in order to form the first encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, over the superior surface of the first encapsulation there is a transparent conductor film (6) that applies magnetic field in different direction in relation to the direction of application of magnetic field by the transparent conductor film (β) of the superior part of the illustration, over the transparent conductor film (6) that is located on the superior surface of the first encapsulation there is a polymer or insulating transparent lamina (7), over it there is a transparent conductor film (6), over it there is a polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina (7) , which is over that one in order to form the second encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored; a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch

(3); the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

16) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it there is transparent conductor film (6), that applies a magnetic field in the same direction and/or in different directions in relation to the application direction of magnetic field by the transparent conductor film (6) located superior extremity, over the lower transparent conductor film (6) there is another polymer or insulating transparent lamina

(7) , that can be used together with another polymer or insulating transparent lamina (7), which is over that one, in order to form a encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, over the polymer or insulating transparent lamina (7) that forms the superior surface of the encapsulation there is another transparent conductor film (6), over the superior conductor transparent film (6), there is a polymer or insulating transparent lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9).

17) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it , another polymer or transparent insulating lamina (7) , that can be used together with that one in order to form the first encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, over the superior surface of the first encapsulation there is a transparent conductor film (6) that applies magnetic field in different direction in relation to the application direction of magnetic field by the transparent conductor film (6) of the superior part of the illustration, over it there is a polymer or insulating transparent lamina (7) , that can be used together with another polymer or insulating transparent lamina (7), which is over that one in order to form the second encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, over the second encapsulation there is a transparent conductor film (6), and, over it, a polymer or transparent insulating lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6) ; a generator (1) , that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

18) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it , another polymer or transparent insulating lamina (7), that can be used together with that one in order to form the first encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, over the superior surface of the first encapsulation there is a transparent conductor film (6) that applies magnetic field in the same direction and/or in different direction in relation to the application direction of magnetic field by the transparent conductor film (6) of the superior part of the illustration, over it there is a polymer or insulating transparent lamina (7), that can be used together with another polymer or insulating transparent lamina (7), which is over that one in order to form the second encapsulation that contains spacers (8) and a transparent liquid (4) , with micro crystals or molecules that absorbs electromagnetic waves and contains moment of magnetic dipole and/or moment of electric dipole, that can toe or not anchored, over the second encapsulation there is a transparent conductor film (6), and, over it, a polymer or transparent insulating lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1), that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to toe turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9) .

19) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claim 1, wherein: a polymer or insulating transparent lamina (7), over it , another polymer or transparent insulating lamina (7), that can be used together with that one in order to form the first encapsulation that contains spacers (8) and a transparent liquid (4), with micro crystals or molecules that absorbs electromagnetic waves and shows moment of magnetic dipole and/or moment of electric dipole, that can be or not anchored, over the superior surface of the first encapsulation there is a transparent conductor film (6) that applies magnetic field, over it there is a polymer or insulating transparent lamina (7); a regulator sensor and addresser (2) of electric field, that gives the same to the transparent (s) conductor (s) film(s) (6); a generator (1) , that will give energy to the regulator sensor and addresser (2) of electric field, that also can be regulated manually in the equipment itself, being the equipment able to be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2), transparent conductor films (6) and the rest of the connections, are done through conductors (9) . 20) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claims 2 to 19, wherein: of utilizing the same systems of claims 3 to 19 with the substitution of the transparent liquid (s) (4) that absorb (s) electromagnetic waves of claims 3 to 19 by transparent (s) liquid (s) (10) that absorbs or not electromagnetic waves of the claim 2; the fact that the encapsulation (s) of transparent (s) liquid (s) (10) must be between and/or over electromagnetic waves filter with micro crystals or molecules fixed or between and/or over electromagnetic waves filter with adjustable micro crystals or molecules, a regulator sensor and addresser electric field, will be able to provide the same to the film(s) and/or transparent (s) conductor (s) polymer (s) (6); a generator (1), that will provide energy to the regulator sensor and addresser (2) of electric field, that can also be regulated manually in the equipment itself, considering that the equipment can be turned on or off through a switch (3) ; the connections between the generator (1), switch (3), regulator sensor and addresser (2) , films and/or transparent conductor polymer (6) and the rest of the connections, are done through conductors (9) .

21) ADJUSTABLE ELECTROMAGNETIC WAVES FILTER of claims number 1 to 20, wherein: of utilizing combinations between the claims 1 to 20 for the construction of an adjustable electromagnetic waves filter.