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45results about How to "Reduce the impact of radiation performance" patented technology
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Antenna system and mobile terminal
ActiveCN108376828ARealize integrationFit tightlyAntenna supports/mountingsRadiating elements structural formsFlexible circuitsMechanical stability
The invention provides an antenna system applied to a mobile terminal; the mobile terminal comprises a 3D glass housing and a PCB plate contained in the 3D glass housing; the antenna system comprisesat least one antenna assembly; each antenna assembly comprises a flexible circuit board contained in the 3D glass housing and joined and fixed with the PCB plate; the flexible circuit board comprisesa first portion bending and extending in a first direction and a second portion bending and extending in a second direction; the antenna assembly also comprises a first antenna array arranged on the first portion and a second antenna array arranged on the second portion; the first and second antenna arrays are respectively attached to the inner surface of the 3D glass housing via the first and second portions. Compared with the prior art, the antenna system is small in radiation electromagnetic wave space loss, the antenna and the 3D glass housing can be tightly combined, the machinery stability is good, and the antenna is hard to broken, thus preventing antenna failure or performance reduction.
Owner:AAC TECH NANJING
Directional diagram reconfigurable antenna and phased array thereof
ActiveCN108023178AHigh gainThe antenna structure is novel and simpleParticular array feeding systemsRadiating elements structural formsPhysicsSatellite
The invention discloses a directional diagram reconfigurable antenna and a phased array thereof, and belongs to the technical field of a microwave antenna. The directional diagram reconfigurable antenna is proposed based on slotted fan-shaped patches; through reconfiguration of a feeding network, radiation directional diagrams of four kinds of modes can be realized, and wave beam scanning on the azimuth plane is realized; by performing reasonable arraying through the directional diagram reconfigurable antenna, one-dimensional and two-dimensional large-angle wave beam scanning of the directional diagram on the pitching plane can be realized. The directional diagram reconfigurable antenna is simple and creative in structure, convenient to array, and can be widely applied to the fields of mobile communication, satellite communication, radar and the like.
Owner:UNIV OF ELECTRONIC SCI & TECH OF CHINA
Low-frequency radiation unit and base station antenna
PendingCN111864367AHigh gainReduce gainRadiating elements structural formsAntennas earthing switches associationMiniaturizationEngineering
The invention provides a low-frequency radiation unit. The low-frequency radiation unit comprises a radiator, a feed balun and a bottom plate, the radiator comprises two pairs of annular radiation arms which are orthogonally distributed, each annular radiation arm is divided into a plurality of wide line segments, and every two adjacent wide line segments are connected through a bent line. The feed balun is of an orthogonal structure, the top of the feed balun is connected with the radiator, and the bottom of the feed balun is connected with the bottom plate. The invention also provides a basestation antenna comprising the low-frequency radiation unit. Therefore, the low-frequency radiation has a space decoupling function, the influence of the low-frequency radiation unit on the high-frequency radiation performance can be effectively reduced when the high-frequency antenna and the low-frequency antenna are nested to form an array, and the miniaturization of the antenna size can be realized.
Owner:MOBILE ANTENNA TECH SHENZHEN +5
Antenna device and electronic equipment
ActiveCN110635242AHigh bandwidthImprove communication performanceAntenna supports/mountingsRadiating element housingsRadio frequency signalRadome
The present application provides an antenna device and electronic equipment. The antenna device comprises an antenna module and a radome. The antenna module is used for transmitting and receiving radio frequency signals of a preset frequency band towards a preset direction range. The radome is arranged at intervals from the antenna module, and the radome is located within the preset direction range. The radome comprises a substrate and a resonant structure carried on the substrate. The substrate is used for passing the radio frequency signal of the first frequency band in the preset frequencyband. The resonant structure is used for adjusting the passband width of the substrate to the radio frequency signal of the preset frequency band so that the radome can pass the radio frequency signalof the second frequency band in the preset frequency band, wherein the bandwidth of the second frequency band is greater than the bandwidth of the first frequency band, and the radio frequency signalof the second frequency band includes the radio frequency signal of the first frequency band. The antenna device has a large bandwidth, and electronic equipment applying the antenna device has good communication performance.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Electronic device
ActiveCN109546295ASave spaceReduce the impactAntenna supports/mountingsAntennas earthing switches associationRadio frequencyFeed line
The invention discloses an electronic device which comprises a middle frame, wherein the middle frame comprises a middle plate and an annular frame, the outer circumferential wall of the middle plateis connected with the inner circumferential wall of the annular frame, a mounting groove is defined by the middle plate and the annular frame, and a through hole penetrating through the annular framein the thickness direction of the annular frame is formed in the annular frame; a waveguide antenna which is arranged in the through hole; a circuit board which is arranged in the mounting groove, wherein a radio frequency integrated circuit is arranged on the circuit board; a feed line, wherein one end of the feed line is connected with the radio frequency integrated circuit, the other end of thefeed line is connected with the waveguide antenna, and the radio frequency integrated circuit feeds an excitation signal to the waveguide antenna through the feed line so as to excite the waveguide antenna to transmit and / or receive an electromagnetic wave signal from the through hole. According to the electronic device, the internal space of the electronic device can be saved, and the influenceof functional devices in the electronic device on the radiation performance of the waveguide antenna can be reduced.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Broadband, high-gain and double-slot Vivaldi antenna
InactiveCN105576380AIncrease Radiation GainReduce the impact of radiation performanceRadiating elements structural formsSlot antennasDielectric plateVivaldi antenna
The invention discloses a broadband, high-gain and double-slot Vivaldi antenna, which comprises a dielectric plate, a double-slot tapered slot line, edge waves and a feed element, wherein one surface of the dielectric plate is provided with a metal layer as the upper surface; the double-slot tapered slot line is arranged at the upper surface of the dielectric plate and is in an exponential gradient trumpet-shaped opening; the edge waves are arranged on the upper surface of the dielectric plate; and the feed element is arranged on the lower surface of the dielectric plate and is used for feeding the tapered slot line. By the technical scheme disclosed by the invention, the radiation gain of the Vivaldi antenna within a complete working band can be improved.
Owner:AIR FORCE UNIV PLA
Low-frequency radiation unit and base station antenna
PendingCN111817003AWith filter functionHigh gainParticular array feeding systemsAntenna supports/mountingsDielectric substrateMechanical engineering
The invention provides a low-frequency radiation unit. The low-frequency radiation unit comprises a dielectric substrate, a radiator and a feed balun, wherein the radiator comprises two dipoles whichare orthogonally distributed, radiation arms of the two dipoles are respectively composed of a vertical line and a horizontal line and jointly form a cross-shaped line, the tail ends of the vertical line and the horizontal line are connected through an arc line, and a plurality of sections of bent lines are arranged in the middle of the arc line; and the feed balun is of an orthogonal structure, the bottom of the feed balun is connected with a feed network, and the top of the feed balun is connected with the radiator. The invention also provides a base station antenna. The base station antennais formed by nesting and inserting a plurality of low-frequency radiation units into the middles of a plurality of high-frequency radiation units. Therefore, the low-frequency radiation unit has a filtering function, the influence of the low-frequency radiation unit on the high-frequency radiation performance can be effectively reduced when the high-frequency antenna and the low-frequency antennaare nested to form an array, and the miniaturization of the antenna size can be realized.
Owner:MOBILE ANTENNA TECH SHENZHEN +5
Low-frequency oscillator unit and antenna
PendingCN112821067AAvoid flowReduce the impact of radiation performanceRadiating elements structural formsAntenna couplings5GRadiation
The invention discloses a low-frequency oscillator unit and an antenna, the low-frequency oscillator unit comprises two oscillator sheets which are orthogonally plugged, a base plate and a radiation sheet, the radiation sheet comprises a first oscillator arm, a second oscillator arm, a third oscillator arm and a fourth oscillator arm, and a first oscillator arm pair and a second oscillator arm pair are orthogonally and symmetrically distributed; and each of the first oscillator arm, the second oscillator arm, the third oscillator arm and the fourth oscillator arm comprises a plurality of wide line segments. Every two adjacent wide line segments in the same oscillator arm are connected through a bending line. The first oscillator arm, the second oscillator arm, the third oscillator arm and the fourth oscillator arm are all oval, the long axis of the first oscillator arm and the long axis of the fourth oscillator arm are both provided with balance wires, and a plurality of open-circuit lines which are connected in parallel are distributed on the balance wires; one end of the open-circuit line is connected with the balance lead; and the other end of the open-circuit line is in an open-circuit state. According to the invention, the low-frequency oscillator unit disclosed by the invention is suitable for 5G communication and can be widely applied to the technical field of wireless communication.
Owner:GUANGDONG BROADRADIO COMM TECH
Micro dual-circular-polarization antenna based on high low frequency multiplexing
ActiveCN106602233AAchieving Radiation CharacteristicsImplement directional featuresParticular array feeding systemsRadiating elements structural formsMultiplexingThin metal
The invention provides a micro dual-circular-polarization antenna based on high low frequency multiplexing and aims to solve a technical problem of relatively large volume of a U / S wave band dual-circular-polarization antenna in the prior art. The micro dual-circular-polarization antenna comprises a thin metal plate, a first medium plate, 2*2 high frequency radiators, a bottom plate, four parasitic branches, a director and second and third medium plates, wherein each high frequency radiator comprises a high frequency radiation unit, a medium sleeve and a reflection plate, the first medium plate and the 2*2 high frequency radiators are fixed on the upper surface of the thin metal plate, the bottom plate is arranged below the thin metal plate through a supporting device, the second medium plate and the four 90-DEG rotary symmetrical gamma-shaped parasitic branches are fixed on the upper surface of the bottom plate, the third medium plate is fixed on the lower surface of the bottom plate, and the director is fixed at a top end of the gamma-shaped parasitic branches through an insulation supporting column. The micro dual-circular-polarization antenna is advantaged in that the volume is small, dual-circular-polarization characteristics can be realized, and the micro dual-circular-polarization antenna can be applied to signal reception and transmission of satellite communication shipborne systems.
Owner:西安雷远电子科技有限公司
Microwave ablation needle with antenna assembly
PendingCN108201468AHigh bandwidthIncrease electrical lengthSurgical instruments using microwavesMicrowaveEngineering
The invention provides a microwave ablation needle with an antenna assembly. The microwave ablation needle comprises a radiator and a needle rod connected with the radiator, wherein the radiator comprises a needle head and an radiator antenna inside the needle head, the radiator antenna comprises a top-end loading part, medium loading parts and quasi-fractal parts, and the medium loading parts andthe quasi-fractal parts are alternately arranged; a microwave cable is arranged inside the needle rod, and comprises a cable inner core, and the cable inner core penetrates through the medium loadingparts and the quasi-fractal parts which are alternately arranged and the top-end loading part forwards. The part, arranged at the back end of the radiator antenna, of the microwave cable comprises acable shielding layer, and the front end of the cable shielding layer is sleeved with a high-temperature-resistance insulating medium.
Owner:CANYON MEDICAL INC
Dual-polarization radiation apparatus and antenna and base station
The invention provides a dual-polarization radiation apparatus. The dual-polarization radiation apparatus comprises a metal reflective plate, an insulating dielectric and at least one dual-polarization vibrator, wherein the insulating dielectric and the dual-polarization vibrator are positioned on the same side of the metal reflective plate; each dual-polarization vibrator comprises a plurality of radiation arms; the insulating dielectric is long-strip-shaped, and the insulating dielectric and the radiation arms are all arranged above the metal reflective plate; and the distance between the insulating dielectric and the metal reflective plate is less than that between the radiation arms and the metal reflective plate. By virtue of the dual-polarization radiation apparatus disclosed by the invention, the resonance length and balun height of the radiation arms of the dual-polarization vibrator can be improved equivalently, so as to realize small-cross-section and low-profile design of the dual-polarization radiation apparatus. Correspondingly, the invention also provides an antenna, wherein the antenna adopts the dual-polarization radiation apparatus, so that the antenna is small in size and convenient to install. In addition, the invention also provides a base station adopting the antenna.
Owner:COMBA TELECOM TECH (GUANGZHOU) CO LTD
Shell assembly, antenna assembly and electronic equipment
ActiveCN112235449AImprove transmittanceImprove communication performanceAntenna supports/mountingsRadiating elements structural formsDielectric substrateRadio frequency signal
The invention provides a shell assembly, an antenna assembly and electronic equipment. The shell assembly comprises a dielectric substrate and a wave-transparent structure. The dielectric substrate has a first transmittance for a radio frequency signal of a preset frequency band; the wave-transparent structure comprises a first wave-transparent layer and a second wave-transparent layer which are coupled with each other, the first wave-transparent layer and the second wave-transparent layer are stacked on the dielectric substrate at intervals, and the wave-transparent structure at least coverspart of the area of the dielectric substrate. And the shell assembly has a second transmittance for the radio frequency signal of the preset frequency band in an area corresponding to the wave-transparent structure, wherein the second transmittance is greater than the first transmittance. According to the shell assembly provided by the invention, the wave-transparent structure is borne on the dielectric substrate, and the transmittance of the radio frequency signal of the preset frequency band is improved through the interaction of the first wave-transparent layer and the second wave-transparent layer in the wave-transparent structure; when the shell assembly is used in the electronic equipment, the influence of the shell assembly on the radiation performance of the antenna module arrangedin the shell assembly can be reduced, so that the communication performance of the electronic equipment is improved.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
A radome for a multifunctional base station antenna
InactiveCN109149103AReduce the impact of radiation performanceImprove Radiation PerformanceRadiating element housingsEngineeringAntenna radiation
The invention discloses a radome of a multifunctional base station antenna, comprising a bottom cover and a top cover, the two end portions of the bottom cover and the top cover are mutually overlapped and clamped by a clamping structure to form a complete cylindrical radome, The clamping structure is that a plurality of grooves are arranged along the direction of the end edges of the bottom coveron the outer sides of both end portions of the bottom cover, and at least one convex strip matched with the groove is arranged on the inner sides of both end portions of the top cover. When the top cover is arranged on the outer sides of the bottom cover, the convex strip selects the grooves at different positions and is clamped in the grooves. Or the top cover is clamped on the inside of the bottom cover. As that combine radome is adopted, the cross-sectional size of the radome can be changed, the influence of the radome on the antenna radiation performance can be reduced, and the antenna radiation performance can be optimized.
Owner:ZHONGTIAN BROADBAND TECH +1
Display screen assembly, antenna assembly and electronic equipment
ActiveCN112235005AImprove transmittanceImprove communication performanceAntenna supports/mountingsSemiconductor/solid-state device detailsRadio frequency signalTransmittance
The invention provides a display screen assembly, an antenna assembly and electronic equipment. The display screen assembly comprises a display screen body and a wave-transparent structure. The display screen body has a first transmittance for a radio frequency signal of a preset frequency band; the wave-transparent structure is borne on the display screen body and at least covers a part of area of the display screen body; and the display screen assembly has a second transmittance for the radio frequency signal of the preset frequency band in an area corresponding to the wave-transparent structure, and the second transmittance is greater than the first transmittance. According to the display screen assembly provided by the invention, the wave-transparent structure is borne on the display screen body, and the transmittance of the radio frequency signal of the preset frequency band is improved under the action of the wave-transparent structure; when the display screen assembly is appliedin electronic equipment, the influence of the display screen assembly on the radiation performance of the antenna module arranged in the electronic equipment can be reduced, so that the communicationperformance of the electronic equipment is improved.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Integrally packaged ultra-thin flexible antenna loaded with AMC structure
InactiveCN109755739AIncrease Radiation GainImprove radiation efficiencyAntenna adaptation in movable bodiesRadiating elements structural formsMonopole antennaBackplane
The invention discloses an integrally packaged ultra-thin flexible antenna loaded with an AMC structure. The antenna comprises a monopole antenna, an AMC structure and an intermediate substrate, wherein the monopole antenna comprises a first radiation unit, a first floor, a microstrip feed line and a first base; the AMC structure comprises a second radiation unit, a second base and a second floor;the first floor and the second radiation unit are respectively bonded on both sides of the intermediate substrate; the front surface of the first substrate is printed with the first radiation unit and the microstrip feed line, and the back surface is printed with the first floor; the first radiation unit and the microstrip feed line are connected; the bottom edge of the microstrip feed line is connected to the bottom edge of the first base; the bottom edge of the first floor and the bottom edge of the first base are connected and collinear; the front side of the second base is printed with the second radiation unit, and the back side is printed with the second floor; and the bottom edge of the second radiation unit and the bottom edge of the second base are connected and collinear. The AMC structure is used as the backplane of the omnidirectional radiation monopole antenna, and its in-phase reflection phase characteristics are used to keep the antenna low profile, increase the radiation toward the surface of the human body, and improve the radiation gain and efficiency.
Owner:HEBEI UNIV OF TECH
Miniaturized conformal antenna
PendingCN110611152ALow radiationReduce the impact of radiation performanceAntenna arraysAntenna supports/mountingsMicrostrip patch antennaElectricity
The invention discloses a miniaturized conformal antenna. The interior of a metal cavity is used for installing an internal module. A flexible printed board and an outer surface of the metal cavity are installed in a conformal manner. Microstrip patch antennas are fixedly connected with the flexible printed board and are at one side of the flexible printed circuit board far away from the metal cavity, and the plurality of microstrip patch antennas enclose the flexible printed board. One end of a feed network is electrically connected with each microstrip patch antenna, the other end of the feed network passes into the metal cavity and is electrically connected with an internal module, and the feed network and a radiation surface of the flexible printed board are in an integrated coplanar design. Therefore, a sensor network node can effectively utilize a space structure, the influence of the internal module on the antenna radiation performance is reduced by using the shielding effect ofthe metal cavity, and the influence on the performance of a whole machine is reduced.
Owner:中国人民解放军第六九〇五工厂
Shell assembly, antenna assembly and electronic equipment
ActiveCN112234362AImprove transmittanceImprove communication performanceSimultaneous aerial operationsRadiating elements structural formsRadio frequency signalDielectric substrate
The invention provides a shell assembly, an antenna assembly and electronic equipment. The shell assembly comprises a dielectric substrate and a wave-transparent structure, wherein the dielectric substrate has a first equivalent wave impedance for a radio frequency signal of a preset frequency band, a difference value between the first equivalent wave impedance and the equivalent wave impedance ofthe free space is a first difference value, the wave-transparent structure is carried by the dielectric substrate and at least partially covers a part of the dielectric substrate, the shell assemblyhas second equivalent wave impedance for the radio frequency signal of the preset frequency band in an area corresponding to the wave-transparent structure, the difference value between the second equivalent wave impedance and the wave impedance of the free space is a second difference value, and the second difference value is smaller than the first difference value. When the shell assembly is applied to the electronic equipment, the influence of the shell assembly on the radiation performance of an antenna module arranged in the electronic equipment can be reduced, so that the communication performance of the electronic equipment is improved.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Non-contact variable capacitor-loaded frequency-tunable microstrip patch antenna
ActiveCN112599973AReduce the impact of radiation performanceEnables continuous tuningRadiating elements structural formsAntennas earthing switches associationMicrostrip patch antennaFeed line
The invention relates to a non-contact variable capacitor-loaded frequency-tunable microstrip patch antenna. The microstrip patch antenna comprises a bottom substrate, a microstrip patch resonator anda microstrip feeder line, wherein the microstrip patch resonator and the microstrip feeder line are arranged on the upper surface and the lower surface of the bottom substrate respectively; the microstrip patch resonator comprises a metal reflection floor, a middle substrate, a top substrate and microstrip patches which are sequentially stacked from bottom to top; a pair of microstrip lines for frequency tuning is arranged between the middle substrate and the top substrate; the microstrip lines for frequency tuning are overlapped with the microstrip patches in a non-contact mode across the top substrate; and the outer ends of the microstrip lines for frequency tuning are electrically connected with the inner ends of variable capacitors loaded on the upper surface of the top substrate, andthe outer ends of the variable capacitors are grounded. The microstrip lines for frequency tuning and the corresponding variable capacitors form a non-contact frequency tuning structure which is usedfor continuously tuning the frequency of the antenna. The invention provides a novel non-contact variable capacitor loading scheme for the first time to design the frequency-reconfigurable microstrippatch antenna working under the main mode TM10.
Owner:NANTONG UNIVERSITY
Fractal structure on-chip antenna applied to CMOS (Complementary Metal Oxide Semiconductor) process
ActiveCN113193333AReduce the impact of radiation performanceHigh gainSimultaneous aerial operationsAntenna supports/mountingsOxide semiconductorCmos process
The invention belongs to the technical field of wireless communication, provides a fractal structure on-chip antenna applied to a CMOS process, and the antenna is used for solving the problems of low gain and low efficiency of the existing millimeter wave frequency band on-chip antenna. The on-chip antenna provided by the invention has a fractal structure, has the characteristic of wide bandwidth, and is suitable for signal transmission of multiple frequency bands; meanwhile, an artificial magnetic conductor structure loaded under the fractal antenna can realize total reflection of electromagnetic waves, so that the loss of the electromagnetic waves in the silicon substrate with low resistance and high dielectric constant is reduced, and the gain of the antenna is increased; a dielectric resonator loaded on the passivation layer can gather electromagnetic waves upwards, so that the loss of the substrate is reduced, the directivity of antenna radiation is improved, and the antenna gain is improved. In conclusion, the invention provides the fractal structure on-chip antenna which is based on the CMOS technology, is applied to the millimeter wave frequency band and is loaded with the artificial magnetic conductor and the dielectric resonator at the same time, and the gain and the working bandwidth of the antenna can be remarkably improved.
Owner:UNIV OF ELECTRONIC SCI & TECH OF CHINA
Antenna structure and clockwork with antenna structure
ActiveCN105024161AReduce the impact of radiation performanceReduce manufacturing costAntenna supports/mountingsTime-pieces with integrated devicesClockworkAntenna element
A wearable device includes a dial extending a shaft; two watch hand elements coupled to the shaft and configured to rotate 360 degrees in a plane about the shaft; an antenna element coupled to the shaft and configured to rotate 360 degrees in the same plane about the shaft; and a matching circuit matching with the antenna element.
Owner:SHENZHEN FUTAIHONG PRECISION IND CO LTD +1
Frequency tunable microstrip patch resonator loaded by non-contact variable capacitor
ActiveCN112582771AReduce the impact of radiation performanceEnables continuous tuningAntennas earthing switches associationResonatorsElectrical connectionEngineering
The invention relates to a frequency tunable microstrip patch resonator loaded by a non-contact variable capacitor non-contact variable capacitor. The resonator comprises a metal ground, a bottom substrate, a top substrate and a microstrip patch which are sequentially stacked from bottom to top, and a pair of symmetrical microstrip lines for frequency tuning arranged along the central line of themicrostrip patch is arranged between the bottom substrate and the top substrate. The microstrip lines for frequency tuning are overlapped with the microstrip patch in a non-contact manner across the top substrate, the outer end of the microstrip line for frequency tuning is electrically connected with the first end of a variable capacitor loaded on the upper surface of the top substrate, and the second end of the variable capacitor is electrically connected with the metal ground. The microstrip line for frequency tuning and the variable capacitor form a non-contact frequency tuning structure,and the non-contact frequency tuning structure is used for continuously tuning the frequency of the resonator. The invention provides a novel non-contact variable capacitor loading scheme for the first time to design a frequency-reconfigurable microstrip patch resonator working under a main mode TM10.
Owner:NANTONG UNIVERSITY
electronic device
ActiveCN109546295BReduce the impact of radiation performanceImprove Radiation PerformanceAntenna supports/mountingsAntennas earthing switches associationEngineeringRadio frequency
The application discloses an electronic device, comprising: a middle frame, the middle frame includes a middle plate and an annular frame, the outer peripheral wall of the middle plate is connected with the inner peripheral wall of the annular frame, the middle plate and the annular frame define a mounting groove, and the annular frame is provided with There is a through hole running through it in its thickness direction; waveguide antenna, waveguide antenna is set in the through hole; circuit board, the circuit board is set in the installation groove, and the circuit board is equipped with radio frequency integrated circuit; feeder line, feeder line One end of the feeder is connected to the radio frequency integrated circuit, and the other end of the feeding line is connected to the waveguide antenna. The radio frequency integrated circuit feeds an excitation signal to the waveguide antenna through the feeder line to excite the waveguide antenna to transmit and / or receive electromagnetic wave signals from the through hole. According to the electronic device of the present application, not only the space inside the electronic device can be saved, but also the influence of functional devices inside the electronic device on the radiation performance of the waveguide antenna can be reduced.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Housing assembly, antenna assembly and electronic device
ActiveCN112234340BImprove transmittanceHigh bandwidthSimultaneous aerial operationsAntenna supports/mountingsRadio frequency signalDielectric substrate
The application provides a housing assembly, an antenna assembly and electronic equipment. The housing assembly includes a dielectric substrate and a coupling structure. The dielectric substrate has a first transmittance for preset dual-band radio frequency signals; the coupling structure is carried on the dielectric substrate and covers at least a part of the dielectric substrate, and the coupling structure includes one or more Layer coupling element array layer, the coupling element array layer has resonance characteristics under the preset dual frequency band; the housing component is in the area corresponding to the coupling structure, and the radio frequency signal of the preset dual frequency band It has a second transmittance, and the second transmittance is greater than the first transmittance.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Housing components and electronics
ActiveCN110650603BMeet the visual effectNo visual effectsAntenna supports/mountingsSynthetic resin layered productsSoftware engineeringMillimetre wave
The present invention relates to a housing assembly and an electronic device, the housing assembly comprises a laminated housing, a functional layer and a wave-transmitting layer, the functional layer includes at least one of an adhesive layer and a decorative layer, the The wave-transmitting layer is connected with the functional layer, and the wave-transmitting layer has a frequency-selective surface structure, and the frequency-selective surface structure is used to make the shell transmit millimeter waves with a frequency of 24.25GHz˜52.6GHz. The shell assembly shown has a special frequency-selective surface structure, which can produce frequency selectivity for electromagnetic waves, so that the shell assembly exhibits high-efficiency wave transmission characteristics for the millimeter-wave frequency band, thereby significantly reducing the impact on the radiation performance of the millimeter-wave antenna module. influences.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Integrated Electric/Magnetic Alternating Wave Absorber and Antenna Array Multi-State Mutual Coupling Suppression Method
ActiveCN112086756BAchieve Mutual Coupling SuppressionSave installation spaceRadiating elements structural formsAntenna couplingsEngineeringBeam scanning
Owner:CHONGQING UNIV
Housing assembly, antenna assembly and electronic device
ActiveCN112234362BImprove transmittanceImprove communication performanceSimultaneous aerial operationsRadiating elements structural formsRadio frequency signalDielectric substrate
The application provides a housing assembly, an antenna assembly and electronic equipment. The shell assembly includes a dielectric substrate and a wave-transparent structure. The dielectric substrate has a first equivalent wave impedance for radio frequency signals in a preset frequency band, and a difference between the first equivalent wave impedance and the equivalent wave impedance of free space is a first difference. The wave-transparent structure is carried on the dielectric substrate and at least partially covers a partial area of the dielectric substrate. The shell assembly has a second equivalent wave impedance for the radio frequency signal of the preset frequency band in the area corresponding to the wave transparent structure, and the difference between the second equivalent wave impedance and the wave impedance of free space The difference is a second difference, wherein the second difference is smaller than the first difference. When the housing assembly is applied to electronic equipment, the impact of the housing assembly on the radiation performance of the antenna module disposed inside the electronic equipment can be reduced, thereby improving the communication performance of the electronic equipment.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Small Dual Circularly Polarized Antenna Based on High and Low Frequency Multiplexing
ActiveCN106602233BAchieving Radiation CharacteristicsImplement directional featuresParticular array feeding systemsRadiating elements structural formsMultiplexingThin metal
The invention provides a micro dual-circular-polarization antenna based on high low frequency multiplexing and aims to solve a technical problem of relatively large volume of a U / S wave band dual-circular-polarization antenna in the prior art. The micro dual-circular-polarization antenna comprises a thin metal plate, a first medium plate, 2*2 high frequency radiators, a bottom plate, four parasitic branches, a director and second and third medium plates, wherein each high frequency radiator comprises a high frequency radiation unit, a medium sleeve and a reflection plate, the first medium plate and the 2*2 high frequency radiators are fixed on the upper surface of the thin metal plate, the bottom plate is arranged below the thin metal plate through a supporting device, the second medium plate and the four 90-DEG rotary symmetrical gamma-shaped parasitic branches are fixed on the upper surface of the bottom plate, the third medium plate is fixed on the lower surface of the bottom plate, and the director is fixed at a top end of the gamma-shaped parasitic branches through an insulation supporting column. The micro dual-circular-polarization antenna is advantaged in that the volume is small, dual-circular-polarization characteristics can be realized, and the micro dual-circular-polarization antenna can be applied to signal reception and transmission of satellite communication shipborne systems.
Owner:西安雷远电子科技有限公司
Shell assembly, antenna assembly and electronic equipment
ActiveCN111509397AImprove communication performanceImprove the sticking effectAntenna supports/mountingsPhysicsFrequency band
The invention provides a shell assembly, an antenna assembly and electronic equipment. The shell assembly comprises a substrate and a wave-transparent structure. The substrate has a first transmittance for an electromagnetic wave signal of a preset frequency band. The substrate comprises a first part and a second part. The first part includes a first surface having a curvature of a first curvature. The second part comprises a second surface with the curvature being the second curvature, and the second curvature is not equal to the first curvature. The wave-transparent structure is borne on thesubstrate, the shell assembly has a second transmittance for the electromagnetic wave signals of the preset frequency band in the area corresponding to the wave-transparent structure, and the secondtransmittance is larger than the first transmittance. The wave-transparent structure comprises a first sub-wave-transparent structure and a second sub-wave-transparent structure. The first sub-wave-transparent structure is attached to the first surface. The second sub-wave-transparent structure is attached to the second surface, and at least one of the size, the shape and the thickness of the second sub-wave-transparent structure is different from that of the first sub-wave-transparent structure.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Housing assembly, antenna assembly and electronic equipment
ActiveCN112235449BImprove transmittanceImprove communication performanceAntenna supports/mountingsRadiating elements structural formsRadio frequency signalDielectric substrate
The present application provides a housing assembly, an antenna assembly, and an electronic device. The housing assembly includes a dielectric substrate and a wave-transmitting structure. The dielectric substrate has a first transmittance to the radio frequency signal of the preset frequency band; the wave-transparent structure includes first and second wave-transparent layers coupled to each other, the first and second wave-transparent layers are stacked on the dielectric substrate at intervals, and the wave-transparent structure Covering at least a partial area of the dielectric substrate; the shell assembly has a second transmittance for radio frequency signals of a preset frequency band in the area corresponding to the wave-transparent structure, and the second transmittance is greater than the first transmittance. The shell assembly provided by the present application carries the wave-transparent structure on the dielectric substrate, and through the interaction between the first wave-transparent layer and the second wave-transparent layer in the wave-transparent structure, the transmittance of radio frequency signals in the preset frequency band is improved. , when the housing assembly is applied to electronic equipment, the impact of the housing assembly on the radiation performance of the antenna module disposed inside the housing assembly can be reduced, thereby improving the communication performance of the electronic equipment.
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
Antenna devices and electronic equipment
ActiveCN110635242BHigh bandwidthImprove communication performanceAntenna supports/mountingsRadiating element housingsRadio frequency signalRadome
Owner:GUANGDONG OPPO MOBILE TELECOMM CORP LTD
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