NETWORK OF SELF-CONTAINED ENVIRONMENTAL MONITORING STATIONS Russian patent published in 2013 - IPC G01W1/00 

Abstract RU 2472186 C2

FIELD: physics.

SUBSTANCE: network comprises multiple self-contained monitoring stations having environmental monitoring sensors, video cameras and thermal imagers. The power platform of the stations consists of vertical axial windmills of various modifications and solar modules mounted on a vandal-proof tower. The windmills are mounted in tiers and rotate under wind pressure in opposite directions. Revolutions of the windmills are summed up through an adder-vibrator and are transmitted to a generator. A metal cabinet mounted high on the tower holds a battery compartment and electronic data transmission units. Monitoring stations are arranged in cells equidistant from each other. Each cell includes nine base stations connected to each other locally and having one parent tower. All information collected from the stations accumulates in the parent tower and is then transmitted via cellular communication or over a dedicated channel to regional services for analysis of the environment and making decisions.

EFFECT: design of a self-contained environmental monitoring post whose power platform consists of renewable energy sources.

2 dwg

Similar patents RU2472186C2

Title Year Author Number
SELF-CONTAINED POST OF TECHNICAL SUPERVISION AND METHOD OF ITS USE 2018
  • Stoyanov Yurij Pavlovich
RU2703167C1
MOBILE QUICK DEPLOYMENT AUTONOMOUS TECHNICAL OBSERVATION POST FOR MONITORING THE SITUATION ON COASTAL AND LAND AREAS AND TERRITORIES 2021
  • Mironov Mikhail Anatolevich
  • Kozlov Sergej Aleksandrovich
  • Lvov Denis Gennadevich
RU2776956C1
MULTIFUNCTIONAL STAND-ALONE HYBRID CHARGING STATION 2012
  • Goloshchapov Vladlen Mikhajlovich
  • Baklin Andrej Aleksandrovich
  • Silakov Vadim Romanovich
  • Sidorov Nikolaj Nikolaevich
  • Kargin Svjatoslav Jur'Evich
RU2534329C2
TERRITORIAL SYSTEM FOR MONITORING, WARNING AND CONTROL OF MUNICIPAL AND/OR OBJECT LEVEL UPON THREAT, OCCURENCE, DURING AND AT ELIMINATION OF EMERGENCY SITUATIONS 2015
  • Tuganov Aleksandr Fedorovich
RU2605505C1
COMPUTER-BASED CONTROL-AND-INFORMATION SYSTEM FOR ACCOUNTING ANTHROPOGENIC EMISSIONS AND EFFLUENTS OF GREENHOUSE GASES, RESULTS OF MEASURES TAKEN TO REDUCE THEIR LEVEL, AND OPERATIONS FOR NEGOTIATION OF RESULTS OBTAINED 2002
  • Topr Mikhail
  • Potapov V.V.
RU2225640C1
WIND-ELECTRIC POWER PLANT 1995
  • Zabegaev A.I.
  • Gorbunov Ju.N.
  • Zakrevskij Ju.A.
RU2075641C1
METHOD FOR RADIATION MONITORING OF ECOLOGY IN INDUSTRIAL REGION 1997
  • Sobolev I.A.
  • Pol'Skij O.G.
  • Sobolev A.I.
  • Tikhomirov V.A.
  • Shanin O.B.
  • Bol'Shakov M.O.
RU2112999C1
MULTI-PURPOSE SPACE SYSTEM 2008
  • Brunov Gennadij Aleksandrovich
  • Germanov Aleksandr Vasil'Evich
  • Pichkhadze Konstantin Mikhajlovich
  • Polishchuk Georgij Maksimovich
  • Rodin Aleksandr L'Vovich
  • Fedorov Oleg Sergeevich
  • Nosenko Jurij Ivanovich
  • Selin Viktor Aleksandrovich
  • Asmus Vasilij Valentinovich
  • Djadjuchenko Valerij Nikolaevich
RU2360848C1
INTELLECTUAL ROBOTIC AGROSYSTEM OF FOOD PRODUCTION 2011
  • Krausp Valentin Robertovich
RU2462853C1
METHOD OF ENVIRONMENTAL MONITORING AND PROTECTION OF OIL AND GAS INDUSTRIES 2016
  • Mironenko Mikhail Vladimirovich
  • Malashenko Anatolij Emelyanovich
  • Vasilenko Anna Mikhajlovna
  • Karachun Leonard Evaldovich
  • Chudakov Aleksandr Ivanovich
RU2623837C1

RU 2 472 186 C2

Authors

Strebkov Dmitrij Semenovich

Dorzhiev Sergej Sodnomovich

Bazarova Elena Gennad'Evna

Dates

2013-01-10Published

2011-03-18Filed