Simple device for generating electricity from fluid flows

Abstract

Trying to save nature and people from pollution and help regenerating nature since using it, power is inexpensive. Also the current from these devices can be used to extract hydrogen and oxygen (by electrolysis) from water and the extracted hydrogen is a valuable motor-fuel.

1 . This device is meant to increase fluid velocity streams (ex. Rivers, winds, sewage system of a city) in order to get “high” R.P.M. from the end or the middle of the device. The “high” R.P.M. (rotation per minute) is needed since most commercial dynamos and alternators require 1500 R.P.M. to 3000 R.P.M. usually to supply good frequency and voltage electric current. 
     
     
         2 . With this device we're creating a potential difference in a fluid at both ends of the machine without the need of making leveling (water damns . . . ) in the bed of the streams and thus changing the environment of the precious wild life in it. 
     
     
         3 . Small changes on the device but not changing the design nor the order of the unit consisting it are made to make it run on wind ( FIG. 20 ).
 This device can be fixed on the top of the wind mills (eolienne) and thus benefiting of the gyroscopic movement the eolienne has and the wind coming from the big helix of the eolienne. ( FIG. 21 )   The torque generated by the device can be added to the mechanical electrical device of the eolienne giving a boost to the electrical current from it.   Benefits:   This device uses only a small segment of the fluid flow bed and thus constructing several devices on the fluid flow doesn't alter the flow of the fluid nor the environment (ecosystem) that lives in it. ( FIG. 18 )   We can make a chain of devices connecting each one to another on a fluid flow stream and so getting more power from one unit to another, so the power of the chain can grow exponentially. ( FIG. 19 )