SYSTEM FOR MEASURING AT LEAST ONE PARAMETER OF SOLUTION (VERSIONS) AND METHOD OF ASSEMBLING SAID SYSTEM (VERSIONS) Russian patent published in 2017 - IPC G01N27/02 

Abstract RU 2606170 C2

FIELD: chemistry.

SUBSTANCE: disclosed is system (100) for measurement of at least one parameter of a solution in container (101). Container (101) contains solution (101a). Protective layer (105) is deposited on top of at least one sensor (103) with an integrated antenna and at least one wall (101b) of container to enable creation of an impermeable joint between container and said at least one sensor (103) with an integrated antenna. Said at least one sensor with an integrated antenna is made to allow presence of an active electromagnetic field, which depends on thickness of container and protective layer. Said at least one sensor with an integrated antenna together with label (102) is located near resistance analyser (108) and reading device (106), which make up measuring device (111). Said at least one sensor (103) with an integrated antenna is configured to determine at least one parameter of solution. Label (102) is configured to provide digital identification associated with said at least one sensor with an integrated antenna, wherein container (101) is located near reading device (106) and resistance analyser (108). Resistance analyser can receive a given frequency range from said at least one sensor (103) with an integrated antenna based on measured complex resistance on a given frequency range.

EFFECT: invention is intended for protection of human body from solutions, such as liquid, gaseous and solid solutions, which can be toxic or harmful, due to usage of disposable devices for hazard analysis of solutions.

24 cl, 14 dwg

Similar patents RU2606170C2

Title Year Author Number
ASSEMBLY AND USE OF RFID SENSORS IN CONTAINERS 2007
  • Vang Khua
  • Potirajlo Radislav A.
  • Rajs Stiven T.
  • Pitstsi Vinsent F.
RU2457472C2
METHOD AND DEVICE FOR RESOLUTION OF CONFLICTS OF PASSIVE FINAL POINTS 2011
  • Kaaja Jari-Jukka Harald
  • Boldyrev Sergey
  • Arponen Jarmo Tapani
  • Jantunen Joni Jorma Marius
RU2550556C2
SYSTEM FOR RECEIVING AND TRANSMITTING DATA BETWEEN A SERVER, A REMOTE VENDING MACHINE AND A USER COMPUTING DEVICE 2019
  • Birzhevoj Sergej Leonidovich
  • Gurkin Ivan Vladimirovich
  • Predtechenskij Oleg Aleksandrovich
  • Ruziev Ruslan Salimovich
  • Sizyumov Kirill Konstantinovich
  • Bykov Maksim Nikolaevich
  • Iroshnikov Konstantin Alekseevich
  • Zvonarev Evgenij Anatolevich
  • Makarov Nikita Olegovich
  • Bekhtgold Kseniya Igorevna
RU2729472C1
VENDING MACHINE WITH RFID ANTENNAS 2019
  • Birzhevoj Sergej Leonidovich
  • Gurkin Ivan Vladimirovich
  • Predtechenskij Oleg Aleksandrovich
  • Ruziev Ruslan Salimovich
  • Sizyumov Kirill Konstantinovich
RU2729373C1
SYSTEMS AND METHODS FOR EXTERNAL PRESSURE SENSING 2013
  • Madden Shon
  • Sorensen Gari P.
  • Gordon Rafael
  • Lejser Gregori S.
  • Uilson Deniel Dzh.
  • Bakster Vinsent A.
RU2651060C2
DEVICES AND METHODS FOR DETECTING COLLECTED DATA AND ANALYTICAL DATA ON A NETWORK 2018
  • Marquezan, Clarissa
  • Wei, Qing
  • Abboud, Osama
RU2791121C2
METHOD AND APPARATUS FOR MANAGING SERVICES USING REUSABLE BEARER TAGS 2010
  • Bam Ajay
  • Balsan Damien
RU2523184C2
NONELECTRODE LIGHTING SYSTEM 2002
  • Kang Khiung Dzoo
  • Choj Dzoon Sik
RU2232445C2
DEVICE, SYSTEM AND METHOD OF REMOTE CONTROL 2010
  • Okhasi Esinori
RU2552637C2
TRAIN AND RAILWAY DEPOT MANAGEMENT SYSTEM 2014
  • Lefebvre William
  • Bonnes Matthew
  • Dragish Darren
  • Martin Andrew
RU2640389C1

RU 2 606 170 C2

Authors

Wang Hua

Potyrailo Radislav A.

Rice Steven T.

Pizzi Vincent F.

Dates

2017-01-10Published

2012-04-09Filed