80results about "Flexible aerials" patented technology

A flexible instrument comprises an antenna having a distal tip portion, a proximal base, and an antenna body therebetween. The antenna body comprises a patterned cylindrical structure having a proximal end coupled to the proximal base and a distal end coupled to the distal tip portion. The flexible instrument is configured to generate a radiation pattern from the antenna to ablate tissue.

The application discloses a thin film circularly polarized antenna and belongs to the technical field of phased array antennas. The thin film circularly polarized antenna comprises an upper layer radiation thin film antenna, the bottom of the upper layer radiation thin film antenna is provided with an intermediate hollow structure, the side, away from the upper layer radiation thin film antenna, of the intermediate hollow structure is provided with a lower layer radiation thin film antenna, and the side, away from the intermediate hollow structure, of the lower layer radiation thin film antenna is provided with a bottom layer radio frequency printed board. The hollow region of the intermediate hollow structure forms an air medium layer, and air is used as an antenna radiation medium. The upper layer radiation thin film antenna, the intermediate hollow structure and the lower layer radiation thin film antenna are fixed and assembled into an integrated whole through a mechanical connection mode. The thin film circularly polarized antenna of the application omits the processes such as exposure, development, etching and multiple pressing of the conventional PCB process, greatly simplifies the manufacturing process, greatly reduces the manufacturing cost, is suitable for quick mass production with low cost, and has the advantage of not being easy to break compared with the conventional PCB process antenna.

The invention relates to a radio frequency identification device (1) for an object, comprising a flexible band (1a) for encircling the object or a part of the object, a fastener configured to join two portions of the flexible band when it is encircled by the object or the part of the object, and a radio frequency module (4) fully incorporated into the flexible band (1a) and comprising an electrical antenna (2a) associated with a transmit-receive electronic chip (2b). Figure 1a

The invention provides a flexible deployable film antenna supporting structure and antenna equipment, the flexible deployable film antenna supporting structure comprises a first supporting part and a second supporting part, the first supporting part comprises a first elastic supporting assembly, the second supporting part comprises a second elastic supporting assembly, and the first elastic supporting assembly and the second elastic supporting assembly are respectively connected with a film antenna. The first elastic supporting assembly and the second elastic supporting assembly are arranged at an angle and are used for supporting and locking the film antenna. Through the arrangement of the first elastic supporting assembly and the second elastic supporting assembly, cooperation can be formed so as to effectively support and lock the thin film antenna, and it is guaranteed that the thin film antenna has good stability. As the first elastic supporting assembly and the second elastic supporting assembly have elasticity, the first elastic supporting assembly and the second elastic supporting assembly can be better matched with the flexibility characteristic of the thin film antenna through the elasticity of the first elastic supporting assembly and the second elastic supporting assembly, the limitation on the flexible state is reduced, the antenna can give full play to the flexibility advantage, and the adaptability and the reliability of the thin film antenna are improved.

A composite stack-up for an antenna is described. In one embodiment, the antenna is a flat panel metamaterial antenna. In one embodiment, an antenna assembly comprises an antenna element layer having an upper side and a lower side; a first set of one or more layers forming an upper stack bonded to the upper side of the antenna element layer and being are at least partially transparent to radio frequency (RF) radiation; and a second set of one or more layers forming a lower stack bonded to the lower side of the antenna element layer, where the antenna element layer, upper stack and lower stack are bonded together to form a composite stack.

Adaptive tunable antenna system includes a first radiating element having an elongated length and a second radiating element extending from a distal end of the first radiating element. The first radiating element is for a high band of operation and the second radiating element is for a low-band of operation. The second radiating element is a helical member including a plurality of turns. A low-band circuit selectively bypasses one or more of the turns of the second radiating element in response to a control signal.

A wireless dongle couples to an information handling system port by inserting into a port along an insertion axis to interface with the information handling system processor. A circuit board couples orthogonal to a Type C USB connector and mounts a radio that communicates wireless signals with a peripheral device. First and second three dimensional antenna selectively couple and decouple to the circuit board in a spaced parallel relationship to communicate wireless signals orthogonal the circuit board along the insertion axis, each antenna selected based upon a desired wireless protocol.

This invention relates to the field of communication technology, and particularly to a flexible screen terminal, an antenna adjustment method, and a storage medium. The flexible screen terminal includes: a first detection module, a second detection module, a control module, an adjustment module, and an antenna. The first detection module collects communication performance parameters of the terminal and sends the parameters to the control module. The control module controls the second detection module to collect the terminal's folding angle when it determines that the parameters do not meet preset service requirements. The second detection module also sends the folding angle to the control module. The control module further determines the target operating state of the antenna based on the folding angle and a preset correspondence between the folding angle and the antenna's optimal operating state. The adjustment module adjusts the antenna's operating state to the target operating state. This invention aims to ensure that the flexible screen terminal's antenna is in its optimal operating state, improve antenna efficiency, thereby enhancing the terminal's communication performance and meeting user service needs.

The invention discloses a thin film circularly polarized antenna, and belongs to the technical field of phased array antennas. Comprising an upper-layer radiation film antenna, a middle hollow structural member is arranged at the bottom of the upper-layer radiation film antenna in a stacked mode, and a lower-layer radiation film antenna is arranged on the side, away from the upper-layer radiation film antenna, of the middle hollow structural member. A bottom radio frequency printed board is arranged on one side, far away from the middle hollow structural member, of the lower radiation film antenna; an air dielectric layer is formed in a hollow-out area of the middle hollow-out structural member, and air is used as an antenna radiation medium; the upper-layer radiation film antenna, the middle hollow-out structural member and the lower-layer radiation film antenna are fixedly assembled into a whole in a mechanical connection mode. According to the method, the processes of exposure, development, etching, multiple pressing and the like of a conventional PCB process are omitted, the manufacturing process is greatly simplified, the manufacturing cost is greatly reduced, the method is suitable for rapid large-scale low-cost production, and compared with the conventional PCB process antenna, the method has the advantage of being not prone to breakage.

This invention provides a flexible antenna for wireless microwave power transmission, belonging to the field of communication technology. It includes a dielectric substrate, a patch antenna element, a feed microstrip line, a coplanar waveguide, and a reflective ground plane. This invention solves the problems of high energy transmittance and low receiving efficiency of traditional coplanar waveguide antennas, as well as the low integration density of traditional microstrip antennas.

A communication system comprising a radio device and a gooseneck device. The radio device may be coupled to a first antenna and a second antenna. A feedline gooseneck device may be coupled to the first antenna. The feedline gooseneck device may include a coaxial cable coupled between the mobile device and the first antenna and a ferrite element positioned along the coaxial cable. The ferrite element is configured to reduce EM interaction between the first and the second antenna. The ferrite element may be one of a plurality of ferrite elements and the feedline gooseneck device may further include a plurality of flexible elements positioned adjacent to each of the plurality of ferrite elements. The system allows for reduction of an amount of electromagnetic interference between the first antenna coupled to the gooseneck and the second antenna.

The application belongs to the technical field of electronic equipment, and particularly relates to an electronic equipment. The application aims to solve the problem of low communication performance of an NFC antenna in a related electronic equipment. The electronic equipment of the application comprises a shell, an NFC antenna and a mainboard. A second part of the NFC antenna is arranged in a groove on one side of the mounting plate facing the back cover, and the side of the second part facing the back cover is opposite to the back cover, so that the second part is not easily shielded by other components in the mounting space, and the communication performance of the NFC antenna is improved. In addition, the second part is arranged in the groove, the height of the second part protruding from the slot of the groove is reduced, the thickness of the second part and the mounting plate as a whole in the direction perpendicular to the surface of the mounting plate is reduced, and the thickness of the electronic equipment is reduced.

Various embodiments disclosed in this document relate to an electronic device comprising a flexible display. According to an embodiment, an electronic device may comprise: a flexible display; a roller electrically connected to the flexible display to provide a rotational motion thereto; a bracket surrounding at least a part of the flexible display and electrically connected to one end of the roller; a PCB disposed outside the bracket and electrically connected to the bracket; a switch positioned on the PCB; and a first antenna disposed to be spaced apart from the bracket and electrically connected to the PCB, wherein: in a state where the flexible display has been wound, the first antenna and the flexible display are electrically connected to each other by the switch to transmit and / or receive a signal of a first frequency band; and in a state where the flexible display has been unwound, the first antenna and the flexible display are electrically connected to each other by the switch to transmit and / or receive a signal of a second frequency band. In addition, various embodiments may be applied.

An antenna assembly includes an antenna releasably fastened to a member disposed in a borehole, where the antenna partially wraps around the member. The antenna assembly includes a fastening assembly configured to releasably fasten the antenna to the member. A fastening assembly includes one or more fastening portions configured to releasably fasten an antenna to a member disposed in a borehole. The one or more fastening portions extend across at least one surface of the antenna and extend around the member, and the one or more fastening portions are configured to contact the at least one surface of the antenna and are configured to contact an outer surface of the member, where the antenna partially wraps around the member.

The invention belongs to the technical field of space structure and energy electronic integrated design, and particularly relates to a foldable composite material and a preparation method, application and use method thereof. The photoelectric conversion function and the communication radiation function are simultaneously borne on a single flexible structure, the high expansion area ratio and the high structural strength are achieved through paper folding geometry, and energy and communication resource collaboration and structure and function integrated design are achieved. According to the invention, co-fusion design of structure, energy and communication is realized, the area-mass ratio and the system integration degree are greatly improved, and the mass of the unfolding mechanism is reduced; the self-unfolding and self-locking capability is achieved, and the on-orbit reliability is improved; and the perovskite solar cell layer and the conductive antenna are cooperatively optimized, so that the comprehensive energy efficiency and the electromagnetic performance stability are improved.

The application discloses a planar film for a deployable thin film antenna and a profile maintaining system thereof, the planar film is spliced by four or more modularized blocks, and the splicing seams between the blocks are not cross seams; the profile maintaining system comprises high-precision tension adjusting devices, rope tube patch groups and tension cables; a plurality of rope tube patches form an arc-shaped rope path, one end of the tension cable extends out of one end of the arc-shaped rope path and is connected with a corresponding high-precision tension adjusting device on the same side, the other end of the tension cable extends out of the other end of the arc-shaped rope path and is connected with another corresponding high-precision tension adjusting device on the same side, the tension of the tension cable is adjusted by adjusting the high-precision tension adjusting devices at the two ends of each tension cable, the planar film is stretched flat and the flat profile is maintained; the application can not only avoid tearing of the film, but also realize high-precision flatness of millimeter level for a planar film structure of hundreds of meters.

A wireless dongle couples to an information handling system port by inserting into a port along an insertion axis to interface with the information handling system processor. A circuit board couples orthogonal to a Type C USB connector and mounts a radio that communicates wireless signals with a peripheral device. A pair of adjacent three dimensional antenna couple to the circuit board in a spaced parallel relationship to communicate wireless signals orthogonal the circuit board along the insertion axis and directed as a beam with phase shifting of the wireless signals by the radio.

An antenna device and an electronic device including the same are provided. The antenna device includes a housing that includes a first plate, a second plate facing a direction opposite to the first plate, and a side member surrounding a space between the first plate and the second plate, a display viewable through at least a portion of the first plate, an antenna assembly disposed within the housing wherein the antenna assembly includes a first printed circuit board, a second printed circuit board, at least one structure interconnecting the first printed circuit board and the second printed circuit board and including conductive paths, a plurality of conductive patterns, and a wireless communication circuit, a flexible printed circuit board, and a third printed circuit board.

A wireless dongle couples to an information handling system port by inserting into a port along an insertion axis to interface with the information handling system processor. A circuit board couples orthogonal to a Type C USB connector and mounts a radio that communicates wireless signals with a peripheral device. A pair of adjacent three dimensional antenna couple to the circuit board in a spaced parallel relationship to communicate wireless signals orthogonal the circuit board along the insertion axis and directed as a beam with phase shifting of the wireless signals by the radio.

Systems and methods for autonomously operating an antenna assembly. The methods comprise: obtaining, by a processor of the antenna assembly, first information comprising at least one of a value for a variable altitude of the antenna assembly, a value for a variable height of the antenna assembly above ground, a value for a variable height of the antenna assembly above sea level, a value for a variable distance of the antenna assembly from a reference object, and a first value for a variable signal frequency of a communication device; using, by the processor, the information to obtain a desired length of an antenna of the antenna assembly; and controlling, by the processor, an actuator to adjust a length of the antenna until the length reaches the desired length.

The invention provides intelligent glasses and an antenna switching method of the intelligent glasses. The intelligent glasses comprise a glasses body, a neck ring and an antenna system, wherein the glasses body is connected with the neck ring. The antenna system comprises a switch switching module, a radio frequency chip and at least two antennas. The at least two antennas comprise a first antenna and a second antenna, and the first antenna and the second antenna are arranged at the two ends of the neck ring in the extending direction. The radio frequency chip is at least used for transmitting signals, the switch switching module is electrically connected with the radio frequency chip, the switch switching module is respectively connected with at least two antennas in the antenna system, the switch switching module is connected between the radio frequency chip and the at least two antennas, and the switch switching module is used for electrically connecting a first antenna and the radio frequency chip. Causing the first antenna to communicate; or, the second antenna is electrically connected with the radio frequency chip, so that the second antenna communicates with the radio frequency chip. According to the scheme, the communication effect between the intelligent glasses and the opposite-end equipment can be improved, and the power consumption of the antenna system of the intelligent glasses is reduced.

The invention relates to the technical field of wireless ad hoc network equipment, and discloses portable 230MHz power wireless ad hoc network equipment, which comprises a host used for forming the wireless ad hoc network equipment; and the antennas are symmetrically arranged on the host. According to the invention, when the device is carried to enter a fire scene and the antenna is collided, the antenna can be avoided and prevented from being broken by collision, and when flame spreads to the antenna, an inert gas curtain can be formed around the antenna, so that the antenna can be protected and prevented from being burnt out, and when the inert gas curtain is formed, the antenna can be prevented from being damaged by collision. The movement of the spray holes for spraying the inert gas is realized, so that the inert gas sprayed out of the spray holes can cover the periphery of the antenna more uniformly, flame can be prevented from penetrating through the gaps between the adjacent spray holes to damage the antenna, and the antenna can be better protected.

The invention relates to a foldable antenna system (100) and a wireless communication device (300) comprising the foldable antenna system (100). One of the objectives of this invention is to provide a simple and quick folding / unfolding mechanism for a foldable Yagi-Uda antenna (120). To this end, the inventor proposes an ergonomic system that allows the antenna elements of the Yagi-Uda antenna (120) to be held in place and released through the use of magnetic arrangements (e.g., magnets) cleverly positioned within the system. In particular, the system allows the unfolding of the Yagi-Uda antenna (120) to be triggered by the dynamic positioning of a single magnetic arrangement. Figure to be published with the abstract: Figure 9

The invention discloses a flexible quasi-isotropic common radiator in-band full duplex antenna pair, which belongs to the technical field of antenna design, and comprises a dielectric substrate, two feed structures, a radiation structure and a probe structure, the radiation structure is arranged on the upper side of the dielectric substrate, the two feed structures are arranged on the upper side of the dielectric substrate in a central symmetry manner, and the probe structure is arranged on the lower side of the dielectric substrate. According to the flexible quasi-isotropic common radiator in-band full-duplex antenna pair adopting the structure, a compact design is adopted, integration, high isolation and co-polarization of a receiving port and a transmitting port are achieved through the shared radiator, and the antenna pair has the advantages of being compact in structure, compact in structure, low in cost and high in efficiency. And the requirements of the terminal equipment for aligning the isotropic radiation pattern and the flexible conformal in the indoor scene of the Internet of Things are met.

An antenna packaging structure includes a packaging container and an antenna contained in the packaging container. The antenna includes a flexible substrate, an antenna element disposed on the flexible substrate, a feeder structure connected to the antenna element, and a coaxial cable connected to the feeder structure. The flexible substrate of the antenna is rolled into a cylindrical structure, with the antenna element rolled together with the flexible substrate and retained electrical properties after unrolled, the feeder structure is disposed inside or to a side of the cylinder structure, and the coaxial cable is disposed inside the cylinder structure or between the cylinder structure and the packaging container. The present disclosure can effectively ensure safety and stability of the antenna during transportation and storage, reduce risk of damage due to external forces or environmental factors, provide compressed space occupied, and correspondingly improve efficiency of transportation and storage.

A method of constructing an antenna (105) of a portable communication device (100). The method includes wrapping a conductive element (210) around a flexible support (215), coupling the conductive element (210) and the flexible support (215) to a rigid connector (230) to assemble an antenna core (205), and coating the antenna core (205) with a room temperature vulcanizing (RTV) silicone layer (705). The method further includes fitting a first half (200A) of a silicone rubber sheath (200) and a second half (200B) of a silicone rubber sheath (200) around the antenna core (205), compression molding the first half (200 A) of the silicone rubber sheath (200) and the second half (200B) of the silicone rubber sheath (200) around the antenna core (205), and bonding, by the RTV silicone layer (705), the silicone rubber sheath (200) to the antenna core (205).

The application discloses a mesh antenna metal mesh zero-constraint splicing method, which comprises the following steps: laying and hanging metal meshes on a working tension applying device, applying working tension to the metal meshes in the transverse and longitudinal directions; sewing tension control belts along the length direction of the metal meshes on both sides in the working tension state; overlapping two metal meshes which need to be spliced and are sewn with the same tension control belts, and overlapping the cross sections in the overlapping position according to the order of 'belt-mesh-mesh-belt'; sewing the two layers of metal meshes along the two sides of the tension control belts by using composite sewing threads; and repeating the above steps to sew all the metal mesh pieces required by the whole antenna reflecting surface in sequence. The metal mesh splicing is performed by using the lock edge needle method, the tension control belts can be removed after the splicing is completed, the splicing joint formed is in a'mesh-mesh' structure, the thickness is only 0.07-0.08 mm, the elasticity keeps the original elasticity of the metal mesh, the mesh surface tension is more uniform, and the risk that the antenna unfolding resistance is increased due to the slight shrinkage of the tension control belts under high temperature is effectively eliminated.