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XI AN FEISIDA AUTOMATION ENG

Overview
  • Total Patents
    209
  • GoodIP Patent Rank
    38,344
About

XI AN FEISIDA AUTOMATION ENG has a total of 209 patent applications. Its first patent ever was published in 2009. It filed its patents most often in China. Its main competitors in its focus markets measurement, environmental technology and control are TECHNOLOGY AND ENGINEERING CT FOR SPACE UTILIZATION CHINESE ACADEMY OF SCIENCES, LAIYANG KEDUN COMM EQUIPMENT CO LTD and HARBIN HENGYU MINGXIANG SCIENCE & TECHNOLOGY CO LTD.

Patent filings in countries

World map showing XI AN FEISIDA AUTOMATION ENGs patent filings in countries
# Country Total Patents
#1 China 209

Patent filings per year

Chart showing XI AN FEISIDA AUTOMATION ENGs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Shi Zhongke 150
#2 Zhongke Shi 59
#3 Chen Liang 20
#4 Liu Tong 19
#5 Ying He 7
#6 Chuang Wang 7
#7 Dan Shan 6
#8 Peng Liu 6
#9 Wang Yanli 6
#10 Kong Lingling 5

Latest patents

Publication Filing date Title
CN105182905A Vision-based large structural member mobile manipulator multi-coordinate machining center realizing method
CN105058168A Multi-coordinate machining center combination method based on vision and movable mechanical arm
CN104539906A Image/laser ranging/ABS-B monitoring integrated system
CN104536058A Image/radar/laser ranging integrated system for monitoring airfield runway foreign matters
CN104535997A Image/laser ranging/ low-altitude pulse radar integrated system
CN104535996A Image/laser ranging/ low-altitude frequency-modulated continuous wave radar integrated system
CN104536059A Image/laser ranging integrated system for monitoring airfield runway foreign matters
CN103809434A Design method of longitudinal flight model cluster composite root-locus multi-level PID (proportion integration differentiation) controller
CN103809449A Method for designing flutter-suppression composite PID robust controller for multi-loop model cluster of aircraft
CN103853049A Designing method for longitudinal flight model cluster combination frequency robust controller
CN103823375A Design method for longitudinal flight model cluster composite root-locus multi-stage PID robust controller
CN103777523A Aircraft multi-loop model cluster composite PID (proportion integration differentiation) robust controller design method
CN103809450A Multi-loop aircraft model cluster flutter restraining composite root locus multistage PID (Proportion Integration Differentiation) robust controller design method
CN103823364A Method for designing aircraft multi-loop model cluster composite root locus compensating robust controller
CN103809444A Method for designing human-computer closed-loop PID robust controller for multi-loop model cluster of aircraft
CN103823376A Design method for longitudinal flight model cluster composite PID controller
CN103809457A Design method of longitudinal flight model cluster composite frequency controller
CN103809456A Design method of longitudinal flight model cluster man-machine closed-loop PID (proportion integration differentiation) robust controller
CN103809451A Method for designing composite root locus multi-stage PID controller for multi-loop model cluster of aircraft
CN103853048A Design method for man-machine closed loop combined frequency robust controller of air vehicle multi-loop model cluster