DIGITAL-SIGNAL AUTONOMOUS EMITTER AND REMOTE CONTROL SYSTEM BASED ON THIS EMITTER

WIPO Patent Application WO/2000/025525

A2

The present invention pertains to the field of signal transmission systems and essentially relates to autonomous devices for transmitting digital signals as well as to remote control systems comprising the same. This invention can be used for producing digital-signal autonomous emitters comprising an efficient power-supply circuit from charge generators, such as piezoelectric or tribo-electric members or radiating sources of charged particles, that do not need to be periodically replaced or recharged unlike traditional power sources such as batteries. It is thus possible to create remote control systems for electric appliances, data collection systems as well as signaling systems while integrating emitters of remote control signals for an extended period in structures and systems not requiring any maintenance. It is further possible to create remote control systems for lighting fixtures in which the wall switches are made in the form of autonomous emitters of on/off signals for corresponding lighting fixtures. To this end, a charge generator (1) is actuated for generating a portion of the electric charges q at a high electric potential Uin, wherein said portion is supplied to the input of a converter (2). The function of this converter results in a substantial increase in the initial value of the charges q up to a value Q, as well as in the storage of said charges at the converter output at a potential Uout having a value lower than that of Uin. The operation of the unit (3) for generating and transmitting a digital signal is ensured by the power supply from the charge Q which is obtained by the conversion and is supplied to the input of said unit (3).

NUNUPAROV MARTYN SERGEEVICH (RU)
MASLENNIKOV NIKOLAI MIKHAILOVI (RU)

PCT/RU1999/000402

May 04, 2000

October 26, 1999

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SAFAR ZADE OKTAI JUNISOVICH (RU)
NUNUPAROV MARTYN SERGEEVICH (RU)
MASLENNIKOV NIKOLAI MIKHAILOVI (RU)

G08B13/08; G08C19/02; H04B1/02; G21H1/00; H01L41/113; H02J7/00; H02J7/32; H02M3/07; H03K3/53; H04B1/034; (IPC1-7): H04Q/

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See also references of EP 1154579A2

Nunuparov, Martyn Sergeevich (1133-159 Moscow, RU)
Nunuparov, Martyn Sergeevich (1133-159 Moscow, RU)

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