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47results about How to "High wave transmission efficiency" patented technology

Large-angle wave-transmitting metamaterial, antenna housing thereof and antenna system

The invention relates to a large-angle wave-transmitting metamaterial, an antenna housing thereof and an antenna system. The large-angle wave-transmitting metamaterial comprises a plurality of metamaterial sheet layers, wherein each metamaterial sheet layer comprises a substrate and a plurality of artificial microstructures with same shapes and dimensions, the artificial microstructures are distributed on the substrate in an array way, and the artificial microstructures of adjacent metamaterial sheet layers are different in shape. The large-angle wave-transmitting metamaterial, the antenna housing thereof and the antenna system work in a 19-22G GHz frequency band, and the wave-transmitting efficiency of the19-22G GHz frequency band is very high; the loss is relative stable under the condition of large-angle incidence, and higher wave-transmitting rate can be kept.
Owner:KUANG CHI CUTTING EDGE TECH LTD

Dual-passband wave-transmitting material, radome and antenna system

The invention relates to a dual-passband wave-transmitting material, a radome and an antenna system. The dual-passband wave-transmitting material comprises a first substrate and a second substrate which are made of non-metal materials, and a plurality of first metal micro-structures clamped between the first substrate and the second substrate and arranged in a latticed manner, wherein no gap is reserved between the adjacent first metal micro-structures; and the first metal micro-structures adopt cross-shaped structures. The invention also provided a radome and an antenna system. The dual-passband wave-transmitting material, the radome and the antenna system, provided by the invention, can work in two frequency bands, have high wave-transmitting efficiency in the two frequency bands, and can shield other frequency bands, thereby eliminating interference and ensuring favorable work environments of the antenna. After the antenna is equipped with the radome, the radiating capacity of the antenna is enhanced and the gain is effectively improved.
Owner:KUANG CHI INST OF ADVANCED TECH

Meta-material microwave antenna housing and antenna system

ActiveCN102694255AReduce thicknessReducing the limit of the dielectric constantRadiating element housingsMicro structureDielectric
The invention relates to a meta-material microwave antenna housing and an antenna system. The meta-material microwave antenna housing is covered on the antenna and comprises at least one meta-material sheet layer, wherein each meta-material sheet layer comprises a substrate and a plurality of manmade micro structures which are arranged on two opposite surfaces of the substrate in an arrayed manner; the substrate is divided into a plurality of meta-material units, wherein two opposite surfaces of each meta-material unit are respectively provided with a manmade micro structure, and manmade micro structures are the same in the dimension; and the manmade micro structure comprises a square-shaped structure which is firmly close to the edge of the meta-material unit and a square patch which is arranged on the centre of the meta-material unit. With the adoption of the meta-material microwave antenna housing and the antenna system, the manmade micro structure with a special shape is attached on the substrate, and the relative dielectric constant, refractive index and impedance of the material are changed by regulating the shape and dimension of the manmade micro structure, transmission of electromagnetic wave is reinforced, and directivity and gain of the antenna is improved.
Owner:KUANG CHI CUTTING EDGE TECH LTD

Metamaterial microwave antenna cover and antenna system

ActiveCN102683842AReduce thicknessReducing the limit of the dielectric constantRadiating element housingsDielectricMicrowave
The invention relates to a metamaterial microwave antenna cover and an antenna system. The metamaterial microwave antenna cover is covered on an antenna, and comprises at least one metamaterial sheet layer, wherein each metamaterial sheet layer comprises a substrate and multiple artificial microstructures arranged on two opposite surfaces of the substrate in an array manner, the substrate is made of HDPE (high-density polyethylene) material and can be divided into multiple metamaterial units, artificial microstructures are respectively arranged on two opposite surfaces of each metamaterial unit, the sizes of the metamaterial units are identical, and each artificial microstructure comprises a square-shaped structure clung to the edge of the metamaterial unit and a square patch at the center of the metamaterial unit. According to the invention, specific-shaped artificial microstructures are adhered to the substrate, and by adjusting the shape and size of the artificial microstructures, the relative dielectric constant, refractive index and impedance of the material are changed, the transmission of electromagnetic wave is enhanced and the directionality and gain of the antenna are improved.
Owner:KUANG CHI CUTTING EDGE TECH LTD

Bi-waveband high-wave-transmittance metasurface

PendingCN107331970AHigh wave transmittanceLow wave transmittanceAntennasDielectric substrateX-wave
The invention discloses a bi-waveband high-wave-transmittance metasurface which comprises structural units arranged in an array, wherein each structural unit comprises two opposite dielectric substrates, and a metal folding line between the two dielectric substrates. The metal folding line is etched in the middle of the dielectric substrates. The large-angle high-wave-transmittance metasurface has the advantages of simple structure, easy processing, high transmissibility in large incident angle, and bi-waveband transmission property. When the incident angle is large, the bi-waveband high-wave-transmittance metasurface realizes high transmission between two wavebands of Ku and Ka, and has total reflection characteristic in the X wave band. Combination of two functions is realized.
Owner:SOUTHEAST UNIV

Broadband wave-transparent material as well as antenna cover and antenna system thereof

The invention relates to a broadband wave-transparent material as well as an antenna cover and an antenna system thereof. The broadband wave-transparent material comprises at least one first substrate made of a non-metal material and a plurality of artificial microstructures which are attached to the first substrate and distributed in an arraying manner; each artificial microstructure comprises a circular structure with two symmetrical openings and a straight structure passing through the center of the circular structure, and the two symmetrical openings are respectively positioned at two sides of the straight structure. The broadband wave-transparent material as well as the antenna cover and the antenna system thereof can work in a wider frequency band and are high in wave-transparent efficiency and capable of shielding other frequency bands, thereby eliminating interference and ensuring a favorable working environment of an antenna. After the antenna cover is arranged on the antenna, the radiation capability of the antenna is enhanced and the gain is effectively increased.
Owner:KUANG CHI INST OF ADVANCED TECH

Microwave radome and antenna system

The invention relates to a microwave radome and an antenna system. The microwave radome is sleeved on microwave antennas and comprises a metamaterial slice layer and protection layers covered on two opposite surfaces of the metamaterial slice layer. The metamaterial slice layer comprises a substrate and a plurality of artificial micro-structures arrayed on two opposite surfaces of the substrate. Thickness of the substrate is equal to that of each protection layer. The substrate can be divided into multiple metamaterial units, artificial micro-structures are distributed on two opposite surfaces of each metamaterial unit respectively, and sizes of the artificial micro-structures are the same. The artificial micro-structures are cross-shaped, and four ends of each cross-shaped structure are attached to boundaries of the metamaterial units. The artificial micro-structures with specific shapes are attached to the substrate, the shapes and the sizes of the artificial micro-structures are adjusted to change the relative dielectric constant, the refractive index and the impedance, transmission of the electromagnetic wave is reinforced, and directivity and gain of the antennas are improved.
Owner:KUANG CHI INNOVATIVE TECH

Radome material and radome and antenna system adopting same

The invention relates to a radome material and a radome and an antenna system adopting the same. The radome material comprises a first substrate, a second substrate, a plurality of first metal microstructures, a plurality of second metal microstructures and a plurality of third metal microstructures, wherein the first substrate and the second substrate are made of non-metallic materials; the plurality of first metal microstructures are sandwiched between the first substrate and the second substrate and are arranged into a mesh shape; a plurality of second metal microstructures are attached to the outer surface of the first substrate; a plurality of third metal microstructures are attached to the outer surface of the second substrate; and the second metal microstructures, the third metal microstructures and the first metal microstructures are different. The radome material and the radome and the antenna system which adopt the same have high wave transmitting efficiencies in a Ku wave band and other frequency bands can be shielded, so that the interference is eliminated and the excellent working environment of an antenna is ensured. After the radome is added on the antenna, the radiating capacity of the antenna is strengthened and the gain is effectively improved.
Owner:KUANG CHI INST OF ADVANCED TECH

Dual-frequency band-pass wave-transmitting material, antenna housing made of dual-frequency band-pass wave-transmitting material and antenna system comprising antenna housing

The invention relates to a dual-frequency band-pass wave-transmitting material, an antenna housing made of the dual-frequency band-pass wave-transmitting material and an antenna system comprising the antenna housing. The dual-frequency band-pass wave-transmitting material comprises at least one first substrate and a plurality of artificial microstructures, the first substrates are made of nonmetal materials, the artificial microstructures are attached on the first substrates and are arrayed, each artificial microstructure comprises a crossed structure and a square structure intersected with the crossed structure, and notches are arranged at four end corners of each square structure. The antenna housing made of the dual-frequency band-pass wave-transmitting material can work in two frequency bands, wave transmitting efficiency in each two corresponding frequency bands is high, other frequency bands can be shielded, accordingly, interference is eliminated, and a good working environment for the antenna is guaranteed. Besides, the radiating capacity of an antenna is strengthened after the antenna housing is arranged on the antenna, and gain is effectively increased.
Owner:KUANG CHI CUTTING EDGE TECH LTD

Broadband wave-transmitting material, and antenna housing and antenna system thereof

The invention relates to a broadband wave-transmitting material, as well as an antenna housing and an antenna system thereof. The broadband wave-transmitting material is used for realizing broadband wave transmitting, and comprises multiple layers of substrates and a plurality of first artificial microstructures; the substrates are made of nonmetallic materials; each first artificial microstructure is clamped between any two adjacent substrates and arrayed; the wave-transmitting material further comprises second artificial microstructures adhered to the outer surfaces of the two outermost layers of substrates in the multiple layers of substrates; the second artificial microstructures are different from the first artificial microstructures. The broadband wave-transmitting material, the antenna housing and the antenna system are very high in wave-transmitting efficiency within the range of 2-18 GHz broad band. After the antenna housing is added on the antenna, the radiating capacity of the antenna is enhanced, and the gain is improved effectively.
Owner:KUANG CHI INST OF ADVANCED TECH

Low pass wave-transmitting material and antenna housing and antenna system of low pass wave-transmitting material

The invention relates to a low pass wave-transmitting material and an antenna housing and an antenna system of the low pass wave-transmitting material. The low pass wave-transmitting material comprises a first base plate, a second base plate, and a plurality of metal microstructures which are sandwiched between the first base plate and the second base plate and arranged in an array way; the first base plate and the second base plate are made from a non-metallic material, the metal microstructures are square patches; and distances are preset between the adjacent square patches at intervals. The low pass wave-transmitting material and the antenna housing and antenna system thereof provided by the invention are high in wave-transmitting efficiency at low frequency band, and can shield high frequency band, thereby removing disturbance and ensuring good working environment of an antenna; and moreover, a high frequency signal can be inhibited under the condition of realizing low frequency wave-transmitting, so as to realize a stealth function.
Owner:KUANG CHI INNOVATIVE TECH

Broadband high wave-transparent metamaterial antenna housing and antenna system

InactiveCN103296413AReduce thicknessReducing the limit of the dielectric constantRadiating element housingsElectromagnetic responseBroadband
The invention relates to a broadband high wave-transparent metamaterial antenna housing and an antenna system. The broadband high wave-transparent metamaterial antenna housing comprises at least one metamaterial sheet layer, wherein each metamaterial sheet layer comprises a first substrate and a plurality of artificial microstructures which are arranged on the first substrate in an array mode, and the sizes of the artificial microstructures are the same. Each artificial microstructure is of a closed structure defined by metal wires, and each closed structure is provided with a cross-shaped hollow pattern. Metal wires on the four our end portions of each cross-shaped hollow pattern extend to the two sides to form extending arms. According to the broadband high wave-transparent metamaterial antenna housing, the artificial microstructures in specific shapes are attached to the first substrates to obtain needed electromagnetic responses, wave-transparent performance of the antenna housing based on metamaterials is strengthened, and anti-interference capacity is increased. Furthermore, the antenna housing is wide in working band, high in wave-transparent efficiency, small in loss and suitable for serving as the high frequency, broadband and high wave-transparent antenna housing.
Owner:KUANG CHI INST OF ADVANCED TECH

High-wave transmission metamaterial antenna housing and antenna system

The invention relates to a high-wave transmission metamaterial antenna housing and an antenna system, wherein the high-wave transmission metamaterial antenna housing is covered on the antenna. The metamaterial antenna housing comprises at least one metamaterial sheet layer, wherein each metamaterial sheet layer comprises a first substrate and a plurality of artificial microstructures with the same dimension arranged on the first substrate in an array; the artificial microstructure comprises a snowflake-shaped structure, and the snowflake-shaped structure comprises a cross-shaped structure and four I-shaped structures with the same dimension arranged at four endpoints of the cross-shaped structure respectively; and the first substrate can be divided into a plurality of metamaterial units, and each of the metamaterial units is configured with one artificial microstructure. According to the invention, the artificial microstructures with special shapes are adhered on the substrate to obtain the necessary electromagnetic response so as to reinforce the wave transmission performance of the metamaterial based antenna housing, and the reflection loss is very small; and the equivalent impedance of the antenna is close to 1, and impedance matching with the air is well realized.
Owner:KUANG CHI INST OF ADVANCED TECH

Double-frequency band-pass wave-transparent material, radome made of double-frequency band-pass wave-transparent material and antenna system

The invention relates to a double-frequency band-pass wave-transparent material, a radome made of the double-frequency band-pass wave-transparent material and an antenna system. The double-frequency band-pass wave-transparent material comprises a first substrate which is made of a nonmetallic material, and a plurality of artificial microstructures which are attached on the first substrate and are arranged in an array. Each artificial microstructure comprises a cross-shaped structure which is obliquely arranged at a preset angle, and in-line structures which are perpendicularly intersected with four branches of the cross-shaped structure. The double-frequency band-pass wave-transparent material, he radome made of the double-frequency band-pass wave-transparent material and the antenna system provided by the invention can work within two frequency bands, the wave-transparent efficiency within the two frequency bands is very high, other frequency bands can be shielded to eliminate interference and the working environment of an antenna is guaranteed to be good; and after the antenna is provided with the radome, the radiation capability of the antenna is improved and the gain is effectively improved.
Owner:KUANG CHI INST OF ADVANCED TECH

Highly transparent metamaterial radome and antenna system

The invention relates to a high-wave transmission metamaterial antenna housing and an antenna system, wherein the high-wave transmission metamaterial antenna housing is covered on the antenna. The metamaterial antenna housing comprises at least one metamaterial sheet layer, wherein each metamaterial sheet layer comprises a first substrate and a plurality of artificial microstructures with the same dimension arranged on the first substrate in an array; the artificial microstructure comprises a snowflake-shaped structure, and the snowflake-shaped structure comprises a cross-shaped structure and four I-shaped structures with the same dimension arranged at four endpoints of the cross-shaped structure respectively; and the first substrate can be divided into a plurality of metamaterial units, and each of the metamaterial units is configured with one artificial microstructure. According to the invention, the artificial microstructures with special shapes are adhered on the substrate to obtain the necessary electromagnetic response so as to reinforce the wave transmission performance of the metamaterial based antenna housing, and the reflection loss is very small; and the equivalent impedance of the antenna is close to 1, and impedance matching with the air is well realized.
Owner:KUANG CHI INST OF ADVANCED TECH

Broadband Metamaterial Radome and Antenna System

The invention relates to a broadband metamaterial antenna housing and an antenna system. The broadband metamaterial antenna housing comprises at least one metamaterial sheet layer, wherein each metamaterial sheet layer comprises a first substrate and a plurality of artificial microstructures which are arranged on the first substrate in an array mode, and the sizes of the artificial microstructures are the same. Each artificial microstructure comprises a mouth-shaped structure, a snowflake-shaped structure is arranged at the center position of each mouth-shaped structure, and a T-shaped structure is arranged in the middle of each edge of each mouth-shaped structure. According to the broadband metamaterial antenna housing, the artificial microstructures in specific shapes are attached to the first substrates to obtain needed electromagnetic responses, wave-transparent performance of the antenna housing based on metamaterials is strengthened, and anti-interference capacity is increased. The working band of the antenna housing is 15-18GHz, wave-transparent efficiency within the band is high, and losses are fewer. The broadband metamaterial antenna housing has the band elimination characteristic when the working band is out of 15-18GHz, and selective filtering can be achieved.
Owner:KUANG CHI INST OF ADVANCED TECH

Double-pass wave-transparent material and its radome and antenna system

The invention relates to a dual-passband wave-transmitting material, a radome and an antenna system. The dual-passband wave-transmitting material comprises a first substrate and a second substrate which are made of non-metal materials, and a plurality of first metal micro-structures clamped between the first substrate and the second substrate and arranged in a latticed manner, wherein no gap is reserved between the adjacent first metal micro-structures; and the first metal micro-structures adopt cross-shaped structures. The invention also provided a radome and an antenna system. The dual-passband wave-transmitting material, the radome and the antenna system, provided by the invention, can work in two frequency bands, have high wave-transmitting efficiency in the two frequency bands, and can shield other frequency bands, thereby eliminating interference and ensuring favorable work environments of the antenna. After the antenna is equipped with the radome, the radiating capacity of the antenna is enhanced and the gain is effectively improved.
Owner:KUANG CHI INST OF ADVANCED TECH

Ceramic-based wave-transmitting material as well as antenna cover and antenna system thereof

The invention relates to a ceramic-based wave-transmitting material as well as an antenna cover and an antenna system thereof. The ceramic-based wave-transmitting material comprises two layers of first ceramic substrates, a plurality of metal microstructures which are arranged between the two layers of first ceramic substrates in a clamped manner and distributed in a grid shape, and two layers of second ceramic substrates which are used for covering the outer surfaces of the two layers of first ceramic substrates respectively and are different from the first ceramic substrates. The wave-transmitting material made of different ceramic substrates as well as the antenna cover and the antenna system of the wave-transmitting material are very high in wave-transmitting efficiency within wider frequency band. After the antenna cover is added to an antenna, the radiation capability of the antenna is improved and the gain is effectively increased.
Owner:KUANG CHI INST OF ADVANCED TECH

Novel large-angle wave transmission antenna cover

The invention discloses a novel large-angle wave transmission antenna cover which comprises a metamaterial, wherein the metamaterial comprises a first metamaterial sheet layer and a second metamaterial sheet layer; each metamaterial sheet layer comprises a substrate and a plurality of artificial microstructures which are arranged in arrays on the substrate and same in shape and size; the artificial microstructures of the first metamaterial sheet layer are rectangular metal patches; the artificial microstructures of the second metamaterial sheet layer are planar snowflake-shaped structures; each planar snowflake-shaped structure is provided with a first metal wire and a second metal wire which are perpendicularly bisected; two first metal branches with the same length are connected to the two ends of each first metal wire; the two ends of the first metal wire are connected to the center points of the two first metal branches; two second metal branches with the same lengths are connected to the two ends of each second metal wire; the two ends of the second metal wire are connected to the center points of the two second metal branches; the first metal branches and the second metal branches are the same in length. The antenna cover provided by the embodiment of the invention is improved in wave transmission performance and anti-jamming capability.
Owner:张永超

High-wave-transmission metamaterial, antenna housing made of high-wave-transmission metamaterial and antenna system comprising antenna housing

The invention relates to a high-wave-transmission metamaterial, an antenna housing made of the high-wave-transmission metamaterial and an antenna system comprising the antenna housing. The high-wave-transmission metamaterial comprises at least one metamaterial sheet layer, each metamaterial sheet layer comprises a first substrate, a second substrate and a plurality of artificial microstructures which are clamped between the first substrate and the second substrate and are arrayed, each artificial microstructure comprises a square structure and four right-angled bent portions, the four right-angled bent portions of each artificial microstructure are arranged inside the square structure of the artificial microstructure and respectively enclose with four end corners of the square structure to form square structure units, the right-angled bent portions of each artificial microstructure are not overlapped mutually, and notches with identical sizes are respectively arranged at the four end corners of each square structure. The high-wave-transmission metamaterial has the advantages that wave transmission efficiency within the frequency range of 5-6GHz is high, and loss is low. In addition, the radiating capacity of an antenna is strengthened after the antenna housing is arranged on the antenna, and gain is effectively increased.
Owner:KUANG CHI INST OF ADVANCED TECH

Wave transparent material and its radome and antenna system

The invention relates to a radome material and a radome and an antenna system adopting the same. The radome material comprises a first substrate, a second substrate, a plurality of first metal microstructures, a plurality of second metal microstructures and a plurality of third metal microstructures, wherein the first substrate and the second substrate are made of non-metallic materials; the plurality of first metal microstructures are sandwiched between the first substrate and the second substrate and are arranged into a mesh shape; a plurality of second metal microstructures are attached to the outer surface of the first substrate; a plurality of third metal microstructures are attached to the outer surface of the second substrate; and the second metal microstructures, the third metal microstructures and the first metal microstructures are different. The radome material and the radome and the antenna system which adopt the same have high wave transmitting efficiencies in a Ku wave band and other frequency bands can be shielded, so that the interference is eliminated and the excellent working environment of an antenna is ensured. After the radome is added on the antenna, the radiating capacity of the antenna is strengthened and the gain is effectively improved.
Owner:KUANG CHI INST OF ADVANCED TECH

Bandpass wave-transmitting material and antenna housing and antenna system

The invention relates to a bandpass wave-transmitting material, and an antenna housing and an antenna system. The bandpass wave-transmitting material comprises a first substrate produced by non-metal materials, and a plurality of artificial micro-structures which are attached to two opposite outer surfaces of the first substrate and distributed in an array manner, and no clearance exists between the adjacent artificial micro-structures; and each artificial micro-structure is a square paster provided with a snowflake-shaped notch structure, and a cross-shaped structure is also arranged in the snowflake-shaped notch structure. The bandpass wave-transmitting material, the antenna housing and the antenna system can be high in wave transmittance in work frequency range, and can shield other frequency ranges, thus eliminating interference and ensuring the good working environment of an antenna. The antenna housing is arranged on the antenna, the radiation capability of the antenna is enhanced, and the gain is effectively improved.
Owner:KUANG CHI CUTTING EDGE TECH LTD
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