35 results about "Lens antennas" patented technology

A lens antenna including a lens body and / or a matching layer. In the lens antenna, lens body may be formed by a material containing thermoplastic elastomers. When a matching layer is formed on the surface of the lens body, at least one of the lens body and the matching layer is formed by a material containing thermoplastic elastomers. The use of thermoplastic elastomers in the lens body and / or the matching layer assist in reducing the formation of cracks therein.

The present application relates to an array lens, a lens antenna and an electronic device. The array lens includes: at least one dielectric layer; at least two array structures, the dielectric layer and the array structure are alternately stacked along the first direction; each layer of the array structure includes a metal body , the metal body is provided with a plurality of hollow grooves arranged in an array, each hollow groove is built with an array unit isolated from the metal body, and the multiple array units with at least two layers of array structures located at the same relative position are aligned in the first direction. Axis setting; wherein, in the same array structure, the array units in multiple hollow slots have a relative rotation angle that gradually changes relative to the array direction in at least one array direction; the phase distribution of different frequency bands can be compensated, and electromagnetic waves can be converged , which can keep the focal plane of the array lens unchanged in a wider frequency range, greatly reduce the decrease in off-focus beam gain, greatly increase the scanning angle of the lens antenna, and have a large coverage.

The invention discloses a hemispherical-lens feed source transceiving integrated dual-ellipsoid lens antenna comprising a dual-ellipsoid lens, a lens extension layer, a lens support, a pedestal, a receiving feed source antenna array, and a transmitting feed source antenna array. The dual-ellipsoid lens, the lens extension layer, and the lens support are formed by media. The lens support is a hollow cylindroid body; and the pedestal is also a cylindroid body. The receiving feed source antenna array and the transmitting feed source antenna array are arranged on the upper surface of the pedestal. A one-dimensional or two-dimensional scanning array is formed by a distribution mode of the receiving feed source antenna array and the transmitting feed source antenna array. Each of the receiving feed source antenna array and the transmitting feed source antenna array includes a plurality of hemispherical-lens antennas. According to the invention, the antenna has advantages of capability of transmitting and receiving antenna integration, high design freedom, good beam consistency, high caliber efficiency, low sidelobe, high directivity, light weight, capability of integration with a planar circuit, and small overall longitudinal dimension.

The application relates to a lens, a lens antenna and an electronic device. The lens includes a substrate layer and a conductive layer; the conductive layer is attached to the substrate layer, the conductive layer is provided with an array unit and a pattern unit, and the array unit includes a plurality of hollow slots and A plurality of conductive sheets, a plurality of hollow grooves are opened in the conductive layer and arranged at intervals along the first direction, and each hollow groove is provided with a conductive sheet; the graphic unit is obtained by arraying the array units toward both sides along the second direction, and the second direction perpendicular to the first direction; wherein, the conductive sheet includes a first folded piece and a second folded piece, the end of the first folded piece is connected with the end of the second folded piece and forms an included angle, and the first folded piece and the second folded piece are connected The included angle formed by the flaps has a gradient law in the first direction. In the present application, the phase delay is realized by controlling the opening angle of the first folded sheet and the second folded sheet, so that the electromagnetic waves radiated by the feed that deviates far from the focus can also be well converged, and the decrease of the gain of the off-focus beam is greatly reduced. The scanning angle of the lens antenna is greatly increased.

The present application relates to an array lens, a lens antenna and an electronic device. The array lens includes: at least one dielectric layer; at least two array structures, the dielectric layer and the array structure are alternately stacked along the first direction; each layer of the array structure includes a metal body , the metal body is provided with a plurality of slit units arranged in an array, the slit unit includes a first slit and a second slit surrounding the first slit and spaced apart from the first slit, and at least two layers of the array structure are located at the same relative position. The slot units are arranged coaxially in the first direction; wherein, in the same array structure, a plurality of first slots have a gradually changing relative rotation angle relative to the array direction in at least one array direction; the phase distribution of different frequency bands can be compensated, The ability to converge electromagnetic waves can keep the focal plane of the array lens unchanged in a wider frequency range, greatly reducing the drop in off-focus beam gain, greatly increasing the scanning angle of the lens antenna, and having a large coverage.