|
RU2693166C1
|
|
Water treatment station by ozone treatment using atmospheric electricity
|
|
EA033762B1
|
|
Station for water treatment by ozonation method using atmospheric electricity
|
|
EA037097B1
|
|
Electric power plant using atmospheric electricity
|
|
EA035803B1
|
|
Seawater desalination station using atmospheric electricity
|
|
EA034109B1
|
|
Electric motor using atmospheric electricity
|
|
EA034107B1
|
|
Underwater vessel with aerial device to use atmospheric electricity and energy of triboelectrification of hull surface (ruselectro 12)
|
|
EA034178B1
|
|
Aircraft using atmospheric electricity
|
|
EA029621B1
|
|
Airplane with an aero-device for atmospheric electricity utilization
|
|
RU2663237C2
|
|
Aerial device for the atmospheric electricity usage
|
|
EA028417B1
|
|
Marine device for usage of atmospheric electricity "ruselectro 3"
|
|
RU2571237C2
|
|
Ruselectro 2 device for atmospheric electricity usage
|
|
RU2482640C2
|
|
Device for usage of atmospheric electricity "ruselectro"
|
|
RU2514529C2
|
|
Method of analysis of temperature mode of pancreas in diagnostics of type 1 diabetes mellitus
|
|
RU2416413C1
|
|
Medication for treating blood loss ("spaskrov")
|
|
RU2391986C2
|
|
Method of bronchial asthma treatment
|
|
RU2391969C2
|
|
Method of plague treatment
|
|
RU2396959C2
|
|
Method of treating tuberculosis
|
|
RU2391970C2
|
|
Method of hemophilia treatment
|
|
RU2391971C2
|
|
Method of diabetes mellitus type i treatment
|
|
RU2391972C2
|
|
Method of sarcoma treatment
|
