Solutions

  • High Precision Satellite Positioning Antenna

    Hanyang antenna after continuous research and exploration, broke the limitations of using traditional materials, the use of brass sheet design a greatly reduce the weight of the antenna, axial ratio <2, gain>2dBi, and the maximum gain radiation direction can be debugged, the right-handed polarization radiation field type 0 ° ~ ± 90 ° gain flatness is less than 5dB.


    It can make the UAV maintain satellite communication in any attitude, solving the pain point that the UAV can't receive the signal when reversing the direction.

  • Metal Tubular Cavity Resonant RF Tag Antenna

    Traditional anti-metal tag antenna, by increasing the spacing between the antenna and the metal, to achieve RF read and write communication, however, this method works on a single tube can, multiple tubes placed densely, adjacent metal will be shielded again on the tag antenna.


    In order to solve this problem, Hanyang antenna designed a genus of tubular cavity resonance RFID tag antenna, designed a coupling structure, excitation of the cavity resonance of the metal tube directly produces signal radiation, as a way to easily manage the number of metal tubular and storage.

High Precision Satellite Positioning Antenna Transformation

Technology Innovation Points

1. Weight 6~9 grams, the antenna adopts brass sheet structure, which is 1/5 of the weight of traditional ceramic antenna (about 20~30 grams lighter)

2. Axial ratio <2, gain>2dBi, and the maximum gain radiation direction can be adjusted

3. Right-handed polarization radiation field type 0 ° ~ ± 90 ° gain flatness is less than 5dB

  • Asymmetry between antenna reflective surface and antenna position

  • Directionally adjustable maximum gain when antenna reflective surface is symmetrical to antenna position

  • Drones are able to maintain satellite communications in any attitude

Application areas: Intelligent material management of metallic tubular materials


Technical pain points: the traditional anti-metal tag antenna, by increasing the spacing between the antenna and the metal, to achieve RFID read/write communication, however, this method works on a single tube can be, a number of tubes placed densely, as shown in Figure 1, the adjacent metal will be shielded again on the tag antenna.

  • Test environment of steel pipe warehouse

  • Schematic diagram of feeder circuit structure assembly

  • Cavity Resonance Radiation Direction Diagram

  • Handheld readers with a reading distance of up to 5 meters

  • Telecommunications

    Telecommunications

  • Smart Industrial

    Smart Industrial

  • Automotive Networking

    Automotive Networking

  • Safekeeping

    Safekeeping

  • Public transit and security

    Public transit and security

  • Smart Cities

    Smart Cities

  • Smart Industrial

    Smart Industrial

  • Unmanned Aerial Aehicle(UNAV)

    Unmanned Aerial Aehicle(UNAV)

  • Financial Services

    Financial Services

  • Oil and Gas

    Oil and Gas

  • Healthcare

    Healthcare

  • Agriculture and livestock

    Agriculture and livestock