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OwnerMuradin Abubekirovich Kumakhovinventor
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The device according to a first invention is adapted for producing the image of an object with the aid of radiation that either has been transmitted therethrough or excited therein or else scattered thereby. It contains an integrated lens, which is placed between a radiation source and a means for placing the object, or between the latter means and an image-forming means (that registers the distribution of intensity of the radiation incident thereon) (or else in both of these spaces). The integrated lens is the package of sublenses of a various degree of integration, wherein the sublens of the least degree of integration represents the package in a common envelope of radiation transporting channels in form of microcapillary tubes, which is growing out of their drawing and reduction together with an envelope at the temperature of softening of their material, the sublens of each higher degree of integration represents the package in a common envelope of the sublenses of the previous degree of integration, which is growing out of their drawing and reduction together with an envelope at the temperature of softening of their material, all sublenses of the highest degree of integration are composed in a unified structure which is growing out of joint forming at the temperature of softening of their material, and the channels of radiation transporting, with the exception of the channels.
A device for producing an image of an object, comprising:
The integrated lens for transformation of radiation representing a flow of neutral or charged particles, containing channels of transporting of radiation with full external reflection made as a package of sublenses of a various degree of integration, wherein the sublens of least degree of integration represents the package in a common envelope of radiation transporting channels in form of microcapillary tubes, which are growing together with an envelope at the temperature of softening of their material, the sublens of each higher degree of integration represents the package in a common envelope of the sublenses of previous degree of integration, which are growing together with an envelope at the temperature of softening of their material, all sublenses of highest degree of integration are composed in a unified structure which is growing out of joint forming at the temperature of softening of their material, and the channels of radiation transporting, with the exception of the channels located near the longitudinal axis of lens, are made with a capability, at least, of double full external reflection of radiation during radiation transporting and with increase of quantity of reflections for channels removed from the longitudinal axis of a lens, the channels located near to the longitudinal axis are made with a capability of transporting the radiation at single full external reflection or without reflection.
Dependencies are inferred from the claim text.