Abstract: Disclosed is an antenna device of dipole element with a group of loading metal patches, that includes: a reflector plate; at least one antenna array unit distributed and arranged on the reflector plate; at least one dipole element with group of loading metal patches configured on the reflector plate, spaced from the antenna array unit; said dipole element mainly has the following features: at least one dielectric substrate; at least one resonant arm, configured on the upper section of the dielectric substrate, said resonant arm being in a laterally extending form, having a first side and a second side; at least one continuous metal strip, configured on the first side of the resonant arm; at least one group of loading metal patches, configured on the second side of the resonant arm, having a plurality of load metal patches.

Abstract: A dielectric slab interlocking device is movably mounted onto a feed layer of the phase shifter for moving multiple dielectric slabs relative to a phase shifting circuit unit on the feed layer. The dielectric slab interlocking device is divided into a fork-shaped interlocking section and a driven section. The fork-shaped interlocking section includes a first fork rod and a second fork rod, wherein the dielectric slabs are respectively disposed on the two fork rods and the driven section is sandwiched between the two fork rods. The first fork rod and the second fork rod are respectively movably disposed on two opposite sides of the feed layer such that the feed layer is situated between the first fork rod and the second fork rod, wherein the first fork rod and the second fork rod with all the dielectric slabs are moved when the driven section is driven.

Abstract: A phase shifter includes: a feed layer; a stripline feeding network as strip conductor fixed to a circuit layout surface, the stripline feeding network having a phase shifting unit, including two fixed transmission line sections, and a trimmer with stripline conductor, including an acting surface facially opposite to the phase shifting unit, the stripline conductor is located in the acting surface in strip shape, and the stripline conductor and the two fixed transmission line sections of phase shifting unit are in electrical transport relationship, the electrical transmission length between line sections can be adjusted by the shift of stripline conductor to implement phase shift function; an interlocking bar, in displacement actuation state located at the gap on the circuit layout surface of feed layer, the interlocking bar drives the trimmer to shift; a metal layer, located in the corresponding position of at least a back side of feed layer.

Abstract: A phase shifter with asymmetric dielectric unit includes: a feed layer, with circuit layout surface and back side; a stripline feeding network fixed to the circuit layout surface, including a phase shifting unit and a power distribution unit; an asymmetric dielectric unit, including the upper dielectric plate on the circuit layout surface of corresponding feed layer and a lower dielectric plate on the back side of corresponding feed layer, the upper and lower dielectric plates are pairwise located and shift simultaneously, corresponding to the fixed transmission line section of phase shifting unit, the phase is changed by shifting the dielectric plates for phase shift function; the ends corresponding to the displacement direction of the dielectric plates are asymmetrically laid by staggering the edge positions; and an interlocking frame, located in the circuit layout surface and back side of feed layer, for driving the upper and lower dielectric plates to shift.

Abstract: A multi-fin antenna assembly includes a seat, at least two fin antennas disposed on the seat and corresponding to each other, and a housing mounted onto the seat for covering the at least two fin antennas. The housing has at least two raised portions formed on a top thereof and a concave portion formed between every two adjacent raised portions. The housing has at least two receiving spaces defined in an inner periphery thereof, wherein each receiving space aligns with a corresponding one of at least two the raised portions and each fin antenna is received in a corresponding one of the at least two receiving spaces. The fin antennas are provided for respectively transceiving wireless signals.

Abstract: A small-caliber, high-performance broadband radiator allows two unit arms of the first and second group of dipoles to be folded inwards, an included angle of 40°-50° is formed between two unit arms of the first/second groups of dipoles and the first/second unit racks, and the unit arms of the first and second groups of dipoles are arranged linearly at interval while flexural loading sections are provided and also connected by dielectric medium. Hence, the broadband radiator allows significant reduction of the aperture of the broadband radiator, and there is a larger adjustment space for the gap of the radiator array, so the interference of low and high bands is less. This allows for improved performance, thus reducing the configuration size and manufacturing cost of antennas, and creating better industrial benefits with improved applicability.

Abstract: An overlapping multi-board integrated antenna device includes a load plate with grounding portion and at least two-circuit board antenna units set in the grounding portion. Each circuit board antenna unit includes a circuit board kit, at least one antenna set on the surface of the circuit board kit and a feed line electrically connected with the antenna. Each circuit board kit includes a vertical plate and an interconnected horizontal plate. The antenna for the circuit board is set on the vertical plate. Two horizontal plates abutted in different circuit board antenna units are formed into an integrated structure via the same plate, and a joint portion is formed between two horizontal plates. Thus, the integrated configuration of multiple circuit board antenna units can be minimized to reduce the component amount and cost, so as to meet multi-function demands of antenna with better applicability and industrial and economic benefits.

Abstract: A small-caliber, high-performance broadband radiator allows two unit arms of the first and second group of dipoles to be folded inwards, an included angle of 40°-50° is formed between two unit arms of the first/second groups of dipoles and the first/second unit racks, and the unit arms of the first and second groups of dipoles are arranged linearly at interval while flexural loading sections are provided and also connected by dielectric medium. Hence, the broadband radiator allows significant reduction of the aperture of the broadband radiator, and there is a larger adjustment space for the gap of the radiator array, so the interference of low and high bands is less. This allows for improved performance, thus reducing the configuration size and manufacturing cost of antennas, and creating better industrial benefits with improved applicability.

Abstract: A phase shifter has a chamber with a holding space, a first feeder unit and a second feeder unit at the sides of the holding space, and at least one reversely configured electric regulation unit. The regulation unit contains a first coupling set with a movable and a fixed coupling, and a second coupling set with a movable and a fixed coupling. A sync linkage mechanism is used to link the respective movable couplings. A push-pull unit is linked to a driven connection of the sync linkage mechanism. A cover plate seals the holding space. The phase shifter configuration makes it possible to reduce markedly the volume and space of the phase shifter, cut down the manufacturing cost and improve the mating accuracy with higher applicability.

Abstract: The present invention provides a phase shifter with reversely configured electric regulation units. The phase shifter has a chamber with a holding space, a first feeder unit and a second feeder unit at the sides of the holding space, and at least one reversely configured electric regulation unit. The regulation unit contains a first coupling set with a movable and a fixed coupling, and a second coupling set with a movable and a fixed coupling. A sync linkage mechanism is used to link the respective movable couplings. A push-pull unit is linked to a driven connection of the sync linkage mechanism. A cover plate seals the holding space. The phase shifter configuration makes it possible to reduce markedly the volume and space of the phase shifter, cut down the manufacturing cost and improve the mating accuracy with higher applicability.

Abstract: A phase shifter having a chamber in flat-shaped solid state, one side of which is recessed to form a holding space, and a lower coupling circuit board, assembled into the holding space. The lower coupling surface of the lower coupling circuit board is fitted with two coupling strips arranged at interval. One end of the coupling strips is provided with a cable coupling portion. An upper coupling strip is overlapped onto the lower coupling circuit board in a U-shaped pattern. The upper coupling strip is provided with an upper coupling surface for coupling with the coupling strips of the lower coupling circuit board. A slider has a driving end and a driven end, the driving end being used to connect and drive the upper coupling strip, and the driven end protrudes out of the chamber's holding space. A cover plate is used to seal the chamber's holding space.

Abstract: The antenna module fabrication for a wireless electronic device includes setting up the antenna and the assembly base that is to connect the antenna to the designated circuit board. The antenna and the assembly base are two independent pieces, and the positioning parts are for positioning so that the antenna and assembly base are one body. The antenna module of the invention can achieve the advantages such as simple production, cost effectiveness, prevention of the antenna module from deforming and quality improvement.

Abstract: The antenna module fabrication for a wireless electronic device includes setting up the antenna and the assembly base that is to connect the antenna to the designated circuit board. The antenna and the assembly base are two independent pieces, and the positioning parts are for positioning so that the antenna and assembly base are one body. The antenna module of the invention can achieve the advantages such as simple production, cost effectiveness, prevention of the antenna module from deforming and quality improvement.

Abstract: The present invention provides an installation method of a wireless signal receptor antenna and a structure with a wireless signal receptor. The structure includes a flexible antenna and a device to move the antenna from a first configuration to a second configuration. The first configuration is collapsed and movable, and the second configuration has the antenna extended. The antenna can be in the first collapsed and movable mode, when placed inside the apparatus. The invention allows the antenna to be placed inside a small apparatus and to receive quality signals.

Abstract: The present invention provides an antenna structure for input and output signals, which includes multiple antenna units and a carrier. The carrier has a first and second bearing surface, the first bearing surface of the carrier having multiple antenna units placed on it separately, so that the loading structure of the antenna units goes through the first bearing surface to the second bearing surface. A boring hole is placed on the carrier, and the boring hole is used to secure the carrier with antenna units on a object. Through this invention, the antenna uses the carrier to integrate the module and makes the antenna structure for multiple input and output signals.

Abstract: An antenna structure for the RFID Tag includes a carrier with an antenna attached to a surface thereof, the antenna being made of conductive material. The antenna is connected to an IC chip electronically. The antenna has a first and second radiating body connected to the IC chip separately. The first and second radiating body is connected to the IC chip and expanded in a coil until a proper length is reached. Thus, the first and second radiating body is spaced properly to construct a coiled antenna.

Abstract: The RFID TAG includes a conducting antenna affixed to the surface of the substrate. And, wireless telecommunication IC is electrically linked to antenna. The antenna is provided with a conductor plane and a conductor pressing section, such that wireless telecommunication IC can be electrically linked between conductor plane and conductor pressing section. The area of conductor plane of antenna is bigger than that of conductor pressing section, whereas linear pins are mounted at both sides of wireless telecommunication IC, which is electrically linked to the conductor plane and conductor pressing section by a metal welding, thereby achieving a miniaturized RFID TAG with ease of manufacturing and cost effectiveness.

Abstract: The RFID TAG includes a conducting antenna affixed to the surface of the substrate. And, wireless telecommunication IC is electrically linked to antenna. The antenna is provided with a conductor plane and a conductor pressing section, such that wireless telecommunication IC can be electrically linked between conductor plane and conductor pressing section. The area of conductor plane of antenna is bigger than that of conductor pressing section, whereas linear pins are mounted at both sides of wireless telecommunication IC, which is electrically linked to the conductor plane and conductor pressing section by a metal welding, thereby achieving a miniaturized RFID TAG with ease of manufacturing and cost effectiveness.