AT457452T

Methods and systems for delivery of fluidic samples to sensor arrays

Abstract

Integrated analysis while monitoring the biological and / or chemical species that co-exist in water systems and methods, and / or other processing system is disclosed. The system samples to provide a volume-controlled sensor array, the sample-volume controlled sensor array with a fluid transfer device, a plurality of optical sensor elements for determining the plurality of the presence of the analyte and that the total concentration in the process system, The. The delivery means are provided for delivering the sample fluid to the sensor array, the amount of the meter. The image identification algorithm to identify the service on the basis of the analysis object and the image intensity, color pattern, the position arrangement. The method comprises a multi-variable optimization algorithms to analyze a plurality of sensor response. The algorithm calculates a rough analysis typically to obtain the whole system or variable without compensation. Then, the array response is enhanced chemical or biological sample or measuring the concentration of the aqueous analytes in (water system), may be used to monitor and control.

Term

No projected expiry on record.

  1. Priority
  2. Filed
  3. Granted
  4. Today

35 members in 16 offices

This recordMember, by publication datePriority claim6 more offices are in the list below

Priority claims4

Priority claims
DocumentOfficeKindDate
25964305United States of AmericaA
25971205United States of AmericaA
50768906United States of AmericaA
2006041352United States of AmericaW

Members35

Family members, oldest first
DocumentOfficeKind
US2007092407A1United States of AmericaA1
US2007092411A1United States of AmericaA1
US2007092972A1United States of AmericaA1
US2007092975A1United States of AmericaA1
AU2006306384A1AustraliaA1
CA2625547A1CanadaA1
WO2007050539A2World Intellectual Property Organization (WIPO)A2
WO2007050539A3World Intellectual Property Organization (WIPO)A3
EP1943499A2European Patent Office (EPO)A2
KR20080069209ARepublic of KoreaA
CN101297189AChinaA
JP2009513978AJapanA
RU2008120634ARussian FederationA
EP1943499B1European Patent Office (EPO)B1
AT457452TThis recordAustriaT
ATE457452T1AustriaT1
DE602006012205D1GermanyD1
ES2338165T3SpainT3
US7723120B2United States of AmericaB2
US2010178208A1United States of AmericaA1
NZ567587ANew ZealandA
RU2417365C2Russian FederationC2
BRPI0619273A2BrazilA2
US8105552B2United States of AmericaB2
US8133741B2United States of AmericaB2
US2012121466A1United States of AmericaA1
JP4943445B2JapanB2
AU2006306384B2AustraliaB2
US8226907B2United States of AmericaB2
US8420025B2United States of AmericaB2
KR101257975B1Republic of KoreaB1
TWI432713BTaiwan Province of ChinaB
MY152491AMalaysiaA
CN101297189BChinaB
CA2625547CCanadaC