Patent assignee · BS · COMPANY

Xtralis Technologies, Ltd.

27Patents
27Active
27Granted
51Portfolio score

Filing activity: Feb 20, 2007 → Dec 6, 2019 · 5 expiring within 5 years

Most-cited patents

PatentTitleAreaCited byStatus
US8797531B2 Particle detectors Electricity 38 Active
US9111427B2 Chamber condition Physics 22 Active
US8620031B2 Method of detecting particles by detecting a variation in scattered radiation Physics 19 Active
US8804119B2 Particle detection Physics 14 Active
US9470627B2 Detection of particle characteristics Physics 11 Active
US9448168B2 Particle detectors Electricity 11 Active
US9257027B2 Duct detector Physics 10 Active
US9057485B2 Particle detectors Electricity 10 Active
US10161837B2 Aspirated particle detection with various flow modifications Physics 9 Active
US9025144B2 Particle detection Physics 8 Active
US9267884B2 Particle detection Physics 6 Active
US9645081B2 Particle detection Physics 5 Active
US9235970B2 Gas detector for use with an air sampling particle detection system Emerging Cross-Sectional Technologies 4 Active
US9007223B2 Particle detector, system and method Emerging Cross-Sectional Technologies 4 Active
US8118918B2 In-line smoke attenuator Physics 3 Active
US11002579B2 Addressability in particle detection Physics 3 Active
US10545041B2 Addressability in particle detection Physics 3 Active
US9384643B2 Fire detection Physics 2 Active
US8892399B2 Sensing apparatus and method Physics 2 Active
US9128047B2 Detection of particle characteristics Physics 2 Active
US9989443B2 Sampling point for a particle detector Physics 2 Active
US9618440B2 Gas detector for use with an air sampling particle detection system Emerging Cross-Sectional Technologies 2 Active
US9291555B2 Method of detecting particles by detecting a variation in scattered radiation Physics 2 Active
US9395345B2 Dust discrimination for sensing systems Physics 1 Active
US9002065B2 Method of detecting particles by detecting a variation in scattered radiation Physics 0 Active

Source: USPTO / EPO open patent data. Counts and citation impact are objective bibliographic measures.