Patents by Inventor Yejia LIANG

Yejia LIANG has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).

  • Flow distribution device, lower internals of reactor and reactor
    Patent number: 10636530
    Abstract: A flow distribution device (3) for a reactor, a lower internals (100) of a reactor and a reactor are provided. The lower internals (100) includes: a lower core support plate (2) defining a coolant hole therethrough; a flow distribution device (3) mounted on the lower core support plate (2) and including a distribution annular plate (8) and a distribution bottom plate (9); a vortex suppression plate (7) disposed below the distribution bottom plate (9); a support column (4) defining an upper end connected with the lower core support plate (2) and a lower end passing through the distribution bottom plate (9) to connect with the vortex suppression plate (7); an energy absorption device (5) defining an upper end connected with the vortex suppression plate (7); and an anti-break bottom plate (6) disposed on the lower end of the energy absorption device (5).
    Type: Grant
    Filed: January 8, 2014
    Date of Patent: April 28, 2020
    Assignees: STATE NUCLEAR POWER TECHNOLOGY CORPORATION LTD., SHANGHAI NUCLEAR ENGINEERING RESEARCH & DESIGN INSTITUTE
    Inventors: Shaoxuan Lin, Yejia Liang, Zonghua Ding, Ming Zhang, Qing Yu, Wei Zhang, Weida Yao, Fan Yu
  • FLOW ALLOCATION APPARATUS, LOWER REACTOR INTERNAL OF REACTOR, AND REACTOR
    Publication number: 20150357059
    Abstract: A flow distribution device (3) for a reactor, a lower internals (100) of a reactor and a reactor are provided. The lower internals (100) includes: a lower core support plate (2) defining a coolant hole therethrough; a flow distribution device (3) mounted on the lower core support plate (2) and including a distribution annular plate (8) and a distribution bottom plate (9); a vortex suppression plate (7) disposed below the distribution bottom plate (9); a support column (4) defining an upper end connected with the lower core support plate (2) and a lower end passing through the distribution bottom plate (9) to connect with the vortex suppression plate (7); an energy absorption device (5) defining an upper end connected with the vortex suppression plate (7); and an anti-break bottom plate (6) disposed on the lower end of the energy absorption device (5).
    Type: Application
    Filed: January 8, 2014
    Publication date: December 10, 2015
    Inventors: Shaoxuan LIN, Yejia LIANG, Zonghua DING, Ming ZHANG, Qing YU, Wei ZHANG, Weida YAO, Fan YU