TR202019076A2 - Multiple perspectives - Google Patents

Abstract

The present invention relates to a system that provides multiple viewing angles by applying different voltage differences with a single optical structure.

Description

DESCRIPTION MULTIPLE PERSPECTIVES Technical field to which the invention relates This invention provides multiple viewing angles by applying different voltage differences with a single optical structure. relates to a system that allows

State of the art Optical systems for creating and recording images of objects or scenes is used. These systems generally operate with variable magnification and provides field of view. This is continuous or continuous between the narrow, medium and wide field of view of the systems. allows to obtain image data that may differ. variable magnification, vision one or more optics along an imaging axis to change the field of obtained by moving the component. A viewing of an intermediate lens moving along its axis, precision so that the lens can be aligned requires. Precise alignment of the lens takes a long time. creates boredom. has been examined. The invention that is the subject of the application, especially in more than one field of view relates to apparatus and methods for obtaining images. The invention has a flexible geometry. compact, discrete, multi-sighted It has an optical system. has been examined. The invention, which is the subject of the application, is used to display a large number of objects. with an optical system in a compact, fully reflective design with a field of view is relevant. The optical system uses several different methods for laser range finding and component identification. includes configuration.

The application numbered "TR2020/08657", which is in the state of the art, has been examined.

The invention, which is the subject of the application, is configured to transmit and receive light beams. a plurality of single-mode optical fibers and a plurality of single-mode optical fibers to adjust and focus the light beams between the entrance opening It is a multi-beam LIDAR optical system with a large number of structured lenses. feature; The system will transmit beams of light over an angular field of view of at least 5°. and it is structured as receivable. In the methods in the prior art, systems consisting of many optical structures are used in a single from a system that makes it possible to create a number of viewpoint configurations is not mentioned.

As a result, due to the above-mentioned negativities and existing solutions It is necessary to make an improvement in the relevant technical field due to the inadequacy of the is locked.

The purpose of the invention This invention provides multiple viewing angles by applying different voltage differences with a single optical structure. relates to a system that allows

The most important aim of the invention is to change the refractive index of the mixture with a larger and smaller It provides an effective focal length.

Another important aim of the invention is to provide the perspective values in the intermediate values.

Another object of the invention is that systems consisting of multiple optical structures can be combined into a single Iense. to enable it to be downloaded.

Another object of the invention is to eliminate the number of moving parts or is that it allows it to be changed to be a detector only when necessary.

Another object of the invention is ease of assembly and ease of placement on the optical axis. it is to provide.

The structural and characteristic features of the invention and all its advantages are given below. and it is clearer thanks to the detailed explanation written by referring to these figures. will be understood as For this reason, these forms and detailed explanations are also included in the evaluation. should be taken into account.

Description of figures: Figure 1; The subject of the invention is the drawing that gives the appearance of the multiple viewpoint system.

Figure -2; It is the graph that gives the change of the refractive index of water depending on the wavelength.

Figure -3; It is the graph that gives the change of the refractive index of NaCl depending on the wavelength.

Reference numbers 110. My wife 120th Cap 130. Generator 140. Detector 150. Isin Description of the invention This invention provides multiple viewing angles by applying different voltage differences with a single optical structure. relates to a system that allows Multiple point of view system (100), mix Mixture (110), at least one mixture of ionizable and refractive index mixture (1 10) contains a different material from that of other ingredients. Mixed (110), all all materials that can dissolve in each other and ionize a material can be created with material combinations. In an application of the invention mixture (110), soluble water and ionizable NaCl (sodium chloride) made with materials. The mixture (110) depends on the wavelength of the work (150) to be used. It is prepared by selecting the material according to the relevant crushing index. Container 120, in wavelength of the work 150 containing the mixture (110) and from which the mixture (110) is prepared. It includes being manufactured from a permeable material according to the Container 120, lower and upper It has surfaces that allow voltage difference to be applied at its end. High voltage difference on the surfaces of the generator (130) and the upper and lower ends of the container (120) ensures its implementation. The generator 130 is ionized by applying a high voltage difference. the mixture (110) can be removed from the middle parts of the mixture and the cabin (120) It ensures that it is drawn to the poles with voltage difference above it. In this way Obtaining greater effective focal length with blend (110) with changed refractive index is provided. As a result, a system with a narrow perspective was obtained. generator (130), then the high voltage difference is eliminated and the mixture is mixed (110). it makes it mix again. In this way, a different refractive index is obtained. and a smaller effective focal length is provided. Finally, the wide-angle optical structure is provided. The generator 130 has different amounts, such as narrow and wide viewing angles. By applying voltage values, it is also possible to obtain the perspective values in the intermediate values. ensures that.

Detector 140 can be placed in front of the detector 140 in case the back focal length cannot be kept in the same place. moving to the new focal length by being placed on a motorized structure ensures that it can be carried. Beam 150, visible, near infrared, mid-infrared or It also produces far infrared wavelengths. The wave produced by the heat (150) material into the mixture (110) according to the refractive index depending on its length. is selected. The materials selected in the mixture (110) are soluble in each other. and an ionizable carisan. The system consisting of multiple viewing angles system (100) and multiple optics is a single lens. is being downloaded. In addition, if the number of moving parts is required, only the detector (140) it is assured to be. With the multi-view system (100), the above-mentioned three It will be possible to create many more configurations than configurations. Moreover It also provides ease of assembly and ease of placement on the optical axis. The captain (120) enters. The beam 150 entering the multi-view system 100, It passes through the container (120) containing the mixture (110) and comes to the detector (140).

The detector (140), located inside the body of the system, is back focus in the current structure. when the distance cannot be kept in the same place, it can be placed on a motorized structure and the new focus focal length of the beam (150) by moving it to where the distance is can be changed. In the meantime, high voltage difference between the lower and upper surfaces of the cabinet (120) The mixture, which can be ionized by applying it, is removed from the middle parts of the mixture (110), The cabin is drawn to the poles with voltage difference above and below. In this way By obtaining a greater effective focal length with the blend (110) with a changed refractive index, A system with a narrow perspective was obtained. Later generator (130) High voltage difference is eliminated by the wide-angle optics with a smaller effective focal length is provided.

In Figure 2, NaCl (sodium chloride) and Figure Side show the wavelength of the refractive index of water. related change is shown. In one embodiment of the invention, with NaCl in the visible region the combination of water can be formed with a mixture (110) as an example.

The refractive indices of NaCl and water are given on the figures. The resilience of water and NaCl They have different indices and NaCl can be ionized when voltage is applied.

HzO, D20 (water, heavy water) wavelength, pm

Claims (1)

REQUESTS 1. It is a multiple perspective system (100) that enables to obtain images in more than one field of view, and its feature is; At least one mixture (110) in which the mixtures dissolve in each other, at least one of them is ionizable and the refractive index is different from that of the other ingredients in the mixture (110), the heat (150) in which the mixture (110) is prepared and the mixture (110) is prepared. At least one container (120) which consists of being manufactured from a permeable material according to its length, at least one generator (130) that enables the application of a high voltage difference to the surfaces at the lower and upper ends of the container (120), in case the back focal length cannot be kept in the same place, the detector ( 140) includes at least one detector (140) that allows it to be moved to where the new focal length is placed on a motorized structure, and at least one beam (150) that produces visible, near-infrared, mid-infrared, or far-infrared wavelengths. . It is a multiple perspectives system (100) in accordance with the claim, and its feature is; The work to be used (150) consists of a mixture (110) prepared by selecting the material according to the refractive index depending on the wavelength. . It is a multiple point of view system (100) in accordance with Claim-1 and its feature is; It contains at least one container (120) which has surfaces at the lower and upper ends that allow voltage difference to be applied. It is a multiple perspectives system (100) in accordance with the claim, and its feature is; by applying a high voltage difference, it contains a generator (130) that allows the ionizable mixer to be removed from the middle parts of the mixture (110) and drawn to the poles with voltage difference above and below the cabin (120). . It is a multiple point of view system (100) in accordance with claim-1, and its feature is; The reason is that it contains a generator (130) that eliminates the high voltage difference, re-mixes the mixture into the mixture (110), and obtains a different refractive index, providing a smaller effective focal length. It contains a generator (130), which enables obtaining intermediate values by applying voltage values in large quantities. . It is a system of multiple perspectives (100) in accordance with the claim, and its feature is; different point of view