186 results about "Millimeter wave antennas" patented technology

A mobile terminal includes: a casing including a metal frame and a rear cover, wherein the metal frame is provided with a plurality of slots to divide the metal frame into a plurality of metal parts arranged at intervals; an antenna bracket being provided with a plurality of wirings; a first antenna assembly including a plurality of antenna structures, wherein the plurality of antenna structures are formed based on a plurality of metal parts arranged at intervals and a plurality of wirings, and a working frequency band of the plurality of antenna structures is a sub-6G frequency band; and a second antenna assembly including a plurality of millimeter-wave antenna modules, wherein a working frequency band of the plurality of millimeter-wave antenna modules is a millimeter-wave frequency band.

A portable communication device is provided. The portable communication device includes a foldable housing including a first housing and a second housing, a hinge structure coupled with the first housing and the second housing, a flexible display accommodated in the first housing and the second housing, a communication processor accommodated in the foldable housing, and an antenna module electrically connected with the communication processor and configured to transmit and / or receive a millimeter wave signal, wherein the antenna module is disposed in a peripheral portion of the first housing such that, when the foldable housing is fully unfolded, at least a portion of the antenna module is overlapped with the hinge structure when viewed from above the hinge structure.

The invention relates to the field of millimeter-wave phased-array antennas, and discloses a millimeter-wave broadband wide-angle scanning phased-array antenna, and the antenna comprises a protection cover which serves as a frame for bearing an overall structure and is used for protecting a circuit and an electronic assembly; the oscillator array layer is arranged in the protective cover and is used for radiating and receiving millimeter wave electromagnetic signals; the electromagnetic isolation layer is arranged at the bottom of the protection cover and is used for suppressing a mutual coupling effect between the array units and improving impedance matching; and the feed network layer is arranged at the bottom of the electromagnetic isolation layer and is used for accurately distributing signal power to each oscillator unit in the oscillator array layer and controlling the amplitude and phase of each unit signal. According to the invention, the oscillator array layer in non-uniform gold spiral arrangement is accurately driven through the intelligent control and signal processing layer, so that excellent beam directivity and gain retention capability of the millimeter wave antenna during wide-angle scanning are realized, and the problems of beam distortion and sharp gain drop which are easy to occur during wide-angle scanning of the millimeter wave antenna are solved.

An antenna system for radio mobile communications in vehicles having at least one remote antenna module connected with a cable to a central control unit; the remote antenna module having: a plurality of radiant elements, an RF front end and a control interface; the central control unit having: a signal processor, and a control interface; the control interface of the remote antenna module and the control interface of the central control unit are suitably configured for transmitting the input / output data signals and the control signals over the cable in order to control the control interface and the RF front end of the remote antenna module.

A millimeter-wave antenna module includes a circuit board and a plurality of millimeter-wave antenna structures. Each of the millimeter-wave antenna structures includes a substrate assembly, a feeding opening structure, a feeding stripline, and a shielding cover. The feeding opening structure and the feeding stripline are each disposed in the substrate assembly, and a portion of the feeding stripline is exposed in the feeding opening structure. The feeding opening structure is covered by the shielding cover, a side of the shielding cover has an opening, and a height of the shielding cover is increased along a direction toward the opening. The feeding stripline is configured to emit an electromagnetic wave signal in a single and horizontal direction through the feeding opening structure and the shielding cover.

The invention relates to the technical field of antennas, in particular to a millimeter wave FPC multi-domain self-adaptive tuning antenna and a tuning method thereof, and the method comprises the following steps: S1, constructing an antenna initial topology and frequency model; s2, generating a bionic structure by adopting a topological self-growing algorithm based on the power density distribution; s3, a tuning material with a physical response characteristic is embedded, and impedance and frequency are adjusted by externally stimulating the tuning material; s4, arranging a liquid metal microfluidic channel in the key area, and dynamically reconstructing a conduction path; s5, combining AI image recognition and near field detection to obtain antenna state data; and S6, inputting the acquired antenna state data to an optimization control unit for closed-loop tuning. According to the millimeter wave FPC antenna, structure self-adaption and frequency self-tuning of the millimeter wave FPC antenna in a complex environment are achieved, and the problem that a traditional antenna is unstable in performance in disturbance and frequency change scenes is effectively solved.

Systems and methods are provided for inline process monitoring (e.g., remote inline process monitoring) for scalable and precision high-yield manufacturing. Antenna probes, such as millimeter (mm) wave (mmWave) antenna (mWA) probes, can be introduced into fabrication equipment to reveal the nature of hidden conductor and / or dielectric defects, as well as via-pad and / or device pad-trace misalignments, going beyond automated optical inspection (AOI) or contact probing.

The utility model relates to the technical field of millimeter wave antennas, and discloses a communication device and a millimeter wave antenna, comprising a substrate, the upper surface of the substrate is provided with a PCB, the upper surface of the PCB is provided with a radio frequency chip, the upper surface of the radio frequency chip is provided with a plurality of groups of first bonding alloy wires and a plurality of groups of second bonding alloy wires, two groups of antenna grounds are arranged at two ends of the upper surface of the PCB; one end of the first gold bonding wire can be conveniently moved through the adjusting part, so that the gap between the first gold bonding wire and the PCB is adjusted, the gap between the first gold bonding wire and the PCB is prevented from being too large, the consistency and reliability of signals in a vibration or impact environment are improved, the protection effect on the antenna is improved, and the service life of the antenna is prolonged. And the heat generated by the radio frequency chip is led out under the action of the heat conducting plate, so that the heat is dissipated through the plurality of groups of heat dissipation blades, thereby improving the heat dissipation effect on the communication equipment and prolonging the service life of the equipment.

The embodiment of the invention relates to the technical field of millimeter wave antennas, and discloses a millimeter wave antenna and a radar system.The millimeter wave antenna comprises a waveguide structure, a metallization layer, an isolation structure and a welding structure, and the waveguide structure comprises a first waveguide assembly and a second waveguide assembly; the first waveguide assembly and the second waveguide assembly are oppositely arranged to form a combination surface, the combination surface is provided with a functional area and a welding area, the functional area forms a millimeter wave transmission channel, the metalized layer covers the waveguide structure, the isolation structure is arranged between the welding area and the functional area, and the metalized layer covers the isolation structure. The isolation structure is used for preventing the soldering tin from diffusing from the soldering area to the functional area, in this way, effective separation of the soldering function and the waveguide performance function can be achieved, the isolation structure can effectively prevent the soldering tin from diffusing to the functional area, and it is ensured that the geometric dimension and the internal state of the millimeter wave transmission channel are kept stable; and the consistency of the electromagnetic performance of the antenna core is maintained.

The application discloses a low-profile wave beam regulation millimeter wave antenna loaded with Huygens super surface, which comprises a non-biased substrate integrated waveguide slot array antenna and a near-field Huygens super surface; the non-biased substrate integrated waveguide slot array antenna is composed of a first dielectric substrate, metal structures printed on the top and bottom of the first dielectric substrate, a slot array etched on the metal structures and metal through holes in the first dielectric substrate; the near-field Huygens super surface comprises a second dielectric substrate and metal structures on the top and bottom of the second dielectric substrate; the non-biased substrate integrated waveguide slot array antenna serves as an excitation source to provide a spherical wave, and the near-field Huygens super surface is used for precisely regulating the phase distribution above the slot array antenna. The application has the characteristics of low profile and can realize two-dimensional wave beam regulation based on different super surface distributions.

A high-gain millimeter wave antenna structure and a millimeter wave antenna module. The high-gain millimeter wave antenna structure includes a first reflective plate, a second reflective plate and a millimeter wave antenna module disposed between the first and the second reflective plates. When the millimeter wave antenna module is configured to provide an original millimeter wave signal, the original millimeter wave signal provided by the millimeter wave antenna module is reflected by the first and the second reflective plates in sequence to form an operating millimeter wave signal transmitted in a same predetermined direction. Therefore, an operating antenna gain of the operating millimeter wave signal provided by the cooperation of the millimeter wave antenna module, the first reflective plate and the second reflective plate is greater than an original antenna gain of the original millimeter wave signal provided by the millimeter wave antenna module.

The present application provides a MIMO hybrid antenna array and its design and measurement method. The hybrid antenna array provided by the present application includes: a chip layer; a plurality of microwave antenna elements and a plurality of millimeter wave antenna elements are arranged on the chip layer, and the area of ​​a single microwave antenna element is larger than the area of ​​a single millimeter wave antenna element; a circuit connection layer is provided under the chip layer, and a plurality of microwave antenna elements and a plurality of millimeter wave antenna elements are respectively connected to output circuits, and the received signals are output to the same controller; the controller is used to simultaneously receive composite signals sent by the same target object, and process the microwave signals and millimeter wave signals respectively. The MIMO hybrid antenna array provided by the present application and its design and measurement method are used to realize the coordinated transmission and reception of microwave signals and millimeter wave signals, improve the performance of wireless communication systems in complex environments, expand the signal coverage range and improve the signal transmission accuracy.

The utility model provides a high-frequency millimeter wave digital isolator which comprises an emitter, a receiver and an integrated isolation device, the integrated isolation device comprises a first millimeter wave antenna and a second millimeter wave antenna, and the first millimeter wave antenna and the second millimeter wave antenna are arranged on the same horizontal plane. An isolation belt is arranged between the first millimeter wave antenna and the second millimeter wave antenna, the first millimeter wave antenna is connected with the transmitter, the second millimeter wave antenna is connected with the receiver, signals are transmitted between the transmitter and the receiver through an integrated isolation device, and the receiver comprises a second matching network, an envelope detector and an output buffer. And the second millimeter wave antenna, the second matching network, the envelope detector and the output buffer are connected in sequence. And the receiver adopts the design of replacing the existing amplifier and demodulator with an envelope detector, so that the power consumption is effectively reduced. The two millimeter wave antennas are arranged in parallel on the same horizontal plane, so that the risk of open circuit caused by collapse can be effectively avoided. And the isolation efficiency and the transmission efficiency are maintained.

This invention provides a millimeter-wave antenna and a mobile terminal. The millimeter-wave antenna sequentially includes a first metal layer, a dielectric substrate, and a second metal layer. The dielectric substrate includes a first surface and a second surface. The first surface is covered by the first metal layer, and a slot structure is formed in the first metal layer. The second surface is covered by the second metal layer, and a first feed port and a second feed port are formed in the second metal layer, spaced apart. A plurality of spaced metal vias are provided at the edge of the slot structure, and the metal vias are longitudinally connected to the first metal layer and the second metal layer. The millimeter-wave antenna of this invention can achieve dual-polarized radiation with a single antenna, reducing the number of antennas required and lowering production costs.

The present invention discloses a millimeter-wave PCB antenna structure, comprising a dielectric block, wherein four first-layer radiators are mounted on the upper surface of the dielectric block, an isolation metal body is fixedly connected to the upper surface of the dielectric block, a plurality of antenna grounding metal bodies are fixedly connected to the lower surface of the dielectric block, a plurality of feeding contact points are fixedly connected to the lower surface of the dielectric block, a second-layer radiator is arranged on the lower surface of the first-layer radiator, a third-layer radiator is arranged on the lower surface of the second-layer radiator, a feeding post is arranged on the upper surface of the dielectric block, and a plurality of feeding holes are opened on the upper surface of the dielectric block. In this millimeter-wave PCB antenna structure, the third-layer radiators are connected via coupling and the second-layer radiators are directly connected, and the first-layer radiators and the second-layer radiators are coupled, thereby increasing the high-frequency bandwidth of the antenna. Furthermore, the antenna structure has a simple manufacturing process, can realize a dual-frequency structure in the millimeter-wave band, has dual-polarization radiation characteristic gain, and is highly practical.

A head-mounted device may have a head-mounted housing that is configured to be worn on a head of a user. While the head-mounted device is being worn, left and right displays in optical modules in the head-mounted device may provide images to eye boxes located rearward of the head-mounted device. A forward-facing publicly viewable display on a front portion of the head-mounted device may be covered with a transparent housing portion forming a display cover layer. Millimeter wave antennas may be mounted under a dielectric member that is interposed between the antennas and an edge portion of the transparent housing portion. The antennas may have planar outer surfaces. The dielectric member may have a planar surface separated from the planar outer surfaces by air gaps and a curved outer surface.

Aspects described herein include millimeter wave integrated hinges. In one aspect, wireless communication apparatus includes a bracket, a first pivot structure attached to the bracket configured to pivot the bracket around a first line, and a second pivot structure attached to the bracket and configured to pivot the bracket around a second line, wherein the second line is parallel to the first line. A millimeter wave antenna array is mounted to the bracket such that the mmW antenna array is positioned between the first line and the second line.

This disclosure discloses a millimeter-wave antenna device and a millimeter-wave antenna base station, belonging to the field of antenna technology. The millimeter-wave antenna device includes a transmitting module, a receiving module, an radome with wave transmission characteristics, and a base with electromagnetic wave shielding characteristics. The radome is fixedly connected to the base to form a cavity, and the transceiver modules are located inside the cavity and spaced apart on the base. An absorbing material layer is provided on the side of the radome facing the base, and the projection of the absorbing material layer onto the base lies between the transceiver modules. The absorbing material layer comprises the following components in parts by weight: 10-60 parts thermoplastic resin, 40-85 parts absorbing powder, and 2-15 parts toughening agent, wherein the absorbing powder includes carbonyl iron powder, and the particle size D50 of the carbonyl iron powder is 1μm-6μm. The absorbing material layer has strong normal and wide-angle absorption efficacy for millimeter waves in the 24.25GHz-29.5GHz frequency band, effectively reducing millimeter wave reflection interference from the base and improving signal isolation between the transceiver modules.

The invention provides a low-dielectric low-loss polyolefin-based composite substrate with low ceramic filling amount and a preparation method thereof, and particularly relates to the technical field of high-frequency composite material substrates. The composite substrate comprises the following components in parts by weight: 25 to 45 parts of polyolefin resin; 0.5 to 1.5 parts of a curing agent; 49 to 65 parts of ceramic powder; 5-7 parts of glass fiber cloth; 0.5 to 1.5 parts of a silane coupling agent; glass fiber cloth is used for supporting, and the raw rubber sheet is subjected to sealed hot-pressed sintering to control rubber flow. The method has the characteristics of low ceramic filling amount, low dielectric constant, low dielectric loss and low water absorption rate, is suitable for manufacturing high-precision high-frequency electronic device substrates for 5G communication, millimeter wave antennas and the like, is simple, and has large-scale production feasibility.

Aspects described herein include a first antenna array disposed on a first surface of a first substrate in a first plane, where the first antenna array comprises a plurality of antenna elements in a first configuration and a second antenna array disposed on a second substrate in a second plane, where the second plane is different than and nonparallel with the first plane, one or more solder bump connections disposed on the first substrate, a millimeter wave (mmW) circuitry connected to the one or more solder bump connections, and a connector physically coupling the second substrate to the first substrate, wherein the mmW circuitry is coupled via the one or more solder bump connections to the first antenna array, the connector, and the second antenna array.

A molded article for communication equipment incorporating a microwave and / or millimeter-wave antenna, obtained using a thermoplastic resin composition. The thermoplastic resin composition contains a polycyanurate comprising repeating units represented by the following formula (1). TIFF2026062627000077.tif35140(Y 1 Z is a divalent organic group. 1 (This includes hydrogen atoms, substituted or unsubstituted linear or branched alkyl groups having 1 to 20 carbon atoms, substituted or unsubstituted cycloalkyl groups having 5 to 20 carbon atoms, substituted or unsubstituted aryl groups having 6 to 20 carbon atoms, substituted or unsubstituted aralkyl groups, substituted or unsubstituted amino groups, substituted or unsubstituted linear or branched alkoxy groups having 1 to 20 carbon atoms, or substituted or unsubstituted aryloxy groups having 6 to 20 carbon atoms.)

The application relates to the technical field of thin films, in particular to a millimeter wave antenna thin film, which comprises a base film, a cover film, antenna embedding grooves, contact embedding grooves, a tile antenna part and butt joint ridges; the surfaces of the base film and the cover film are respectively provided with the antenna embedding grooves; the two sides of the antenna embedding grooves are respectively provided with the contact embedding grooves; the tile antenna part is fixedly attached to the inside of the antenna embedding grooves; the two sides of the tile antenna part are respectively provided with the butt joint ridges; and the butt joint ridges are fixedly embedded in the inside of the contact embedding grooves; the tile antenna part is curved in an arc shape, so that when the thin film is stretched and deformed, the arc diameter of the tile antenna part is increased, the tile antenna part is extended to both sides, the possibility of breakage of the tile antenna part during deformation of the thin film is reduced, the millimeter wave antenna thin film is more stable, and the internal antenna strip cannot be damaged under a certain degree of stretching.

There is disclosed a combined microwave and mmWave antenna comprising a conductive ground plane with an L-shaped cutout portion, a first radiating element disposed in the L- shaped cutout portion and spaced from edges of the conductive ground plane by a dielectric gap, and a second radiating element disposed in a plane spaced from a plane of the conductive ground plane and the first radiating element, wherein the second radiating element overlaps the first radiating element, and wherein one of the first and second radiating elements is configured for microwave operation and wherein the other of the first and second radiating elements is configured for mmWave operation.

The utility model provides a millimeter wave antenna capable of being quickly assembled, which is used for solving the technical problem that the assembly efficiency and the use performance of the millimeter wave antenna are influenced by high welding difficulty and poor welding quality caused by small size during production and assembly of the existing millimeter wave antenna. Comprising a ceramic lens, a metal base, and an antenna coupling assembly and a feed assembly which are arranged between the ceramic lens and the metal base, a limiting flange is arranged at the bottom end of the ceramic lens, a first external thread section is arranged in the middle of the outer end face of the metal base, the antenna coupling assembly and the feed assembly are sleeved with a locking sleeve, a limiting ring table is arranged at the top end of the inner side of the locking sleeve, and a first internal thread section is arranged on the inner side wall of the locking sleeve. The limiting ring table abuts against the limiting flange, and the first internal thread section is in threaded connection with the first external thread section. According to the invention, rapid assembly of the millimeter wave antenna is realized, the whole antenna has no welding part, and the assembly difficulty is reduced.

The application discloses a gynecological millimeter wave therapeutic instrument, which comprises a host computer, an antenna mechanism connected with the host computer, the antenna mechanism comprising sequentially connected circular waveguide, millimeter wave antenna and antenna protective cover, the host computer and the antenna mechanism being connected along the same axial direction. The host computer comprises a millimeter wave source and a wave form conversion and attenuation device, the wave form conversion and attenuation device comprising an attenuation unit and a wave form conversion unit integrated into one mechanism, the attenuation unit being connected with the millimeter wave source through a flange, the wave form conversion unit being connected with the circular waveguide, the attenuation unit being adapted to attenuate the millimeter wave power emitted by the millimeter wave source to a target value, and the wave form conversion unit being adapted to convert the field type of the millimeter wave after power attenuation from TE10 wave in the rectangular waveguide into circular polarization wave in the circular waveguide, so as to provide the required millimeter wave output power for the millimeter wave antenna. The gynecological therapeutic instrument can perform accurate irradiation treatment in the gynecological cavity, and can ensure a larger millimeter wave adjustment range without changing the millimeter wave source.

A millimeter wave antenna assembly includes a rear cover; a preset antenna group, provided on a side below the rear cover; a millimeter wave antenna group, provided below the rear cover and adjacent to the preset antenna group, wherein the millimeter wave antenna group and the preset antenna group are spaced apart by a preset distance; a main board, in which the preset antenna group and the millimeter wave antenna group are electrically connected to the main board; and a frame, circumferentially provided around the main board, wherein the rear cover engages with the frame.

The application discloses a kind of millimeter wave MIMO antennas based on current cancellation model E / H plane decoupling, including metal floor, dielectric substrate, microstrip antenna unit, drainage metal branch, parasitic metal branch and coaxial feed port group composition.Metal floor is printed in the lower surface of dielectric substrate;Multiple microstrip antenna units are printed on the upper surface of dielectric substrate, and are connected with multiple coaxial feed ports respectively;E-plane microstrip antenna unit is respectively loaded with drainage metal branch to realize E-plane decoupling;H-plane microstrip antenna unit is respectively loaded with parasitic metal branch to realize H-plane decoupling.The application can realize MIMO antenna E / H plane simultaneous decoupling, and structure is simple and easy to process, can be applied to millimeter wave MIMO antenna system needing high isolation, and asymmetric millimeter wave MIMO antenna array.

The invention discloses a microwave and millimeter wave large-frequency-ratio dual-band common-structure antenna, a millimeter wave antenna and a microwave antenna are combined through a radiator structure multiplexing method, and an external material is metal. The millimeter wave antenna is in an array antenna form of a pure metal structure and comprises sub-radiation structures symmetrically distributed in the metal and a feed structure of the sub-radiation structures. The millimeter wave feed structure is provided with one input port and output ports with the same number as that of the radiation array elements, and equal-amplitude and equal-phase excitation is provided for all the radiation array elements. The microwave antenna is composed of a microwave radiation structure located in the middle of the millimeter wave array and a feed structure connected from the metal side face. The microwave feed structure avoids the millimeter wave array antenna, and mutual influence is avoided. According to the invention, while complex antenna structures of different frequency bands are integrated, good isolation is realized, the antenna has the advantages of large frequency ratio, wide working frequency band, high radiation efficiency and the like, the isolation between the two working frequency bands is good, and the antenna is a good antenna alternative scheme for a future communication system.