CZ366U1 - Wind and waterpower engine with vertical shaft - Google Patents

Description

Technical field.

The subject of the new technical solution is a driven vertical and water motor with a vertical shaft belonging to the niche seams.

BACKGROUND OF THE INVENTION BACKGROUND OF THE INVENTION.

-Li-toratura r jU — Bglzfc, New · garojcnorgic, Prague SNTL 1989-r ·

The state of the art and technical developments are directed to horizontal shaft engines that are more efficient and more easily achievable, but very expensive. There are very few literature on vertical shaft motors to the detriment of the present invention.

The essence of the technical solution.

The invention is based on a horizontal rotating nose with a suspended pair of resistive blades, the swinging movement of which is regulated by a connecting bridge. This combination of machine parts forms a compact power unit common to the wind and water engines. The functionality of the driven unit starts by turning the ro. In the case of a spindle from the driving force direction, one blade is always compressed into a vertical position in which it is fixed by a bumper of the connecting bridge, which is supported by a stop on the motor shaft. The opposing blade is set in a horizontal position at which it imparts minimal drag, for nearly half the engine speed. In the second turn of the turn, the pair of blades overlap as described above to the initial stand.

By varying the magnitude of the resistive forces, an imbalance is formed on the isosceles beam with a resulting force which always rotates the motor in the same direction, with no change in the direction of the driving force.

Equal to the other driven angles.

and a substantial increase in power is achieved by the units, but turned towards each other by 90 degrees.

In the wind motor, an automatic reversal speed regulator is provided by having oval stops on the shaft journals, connected by a vertical yoke. Centrifugal force deflects the yoke and turns both stops with the shorter side of the oval against the bumper bridges. The compressed blade is rotated in the wind direction and the opposite blade deflects the oroti of the wind direction. The difference in the magnitude of the resistive forces on the opposite arms decreases and the engine power decreases

in proportion to the deceleration of turnover.

Overview of figures in the drawing.

Giant. 1 is a view of a powered wind motor unit with a turnaround speed controller.

Giant. 1a lb 1c view ns three phases of turning the oval stops of the turntable regulator.

Giant. 2 is a view of a powered water motor unit.

Example »

On a horizontal isosceles beam 1 mounted on a vertical swivel shaft 2, alternatively by a pair of swinging vanes 3. The vanes are permanently connected by a two-sided bridge 4 with two buffers 5 which abut the noise damping stops 6.

In the wind engine, the fixed stops 6 are replaced by rotating oval stops 7 which are interconnected by a yoke 8. Industrial use.

The wind motor is suitable for small-scale production of electricity, especially for individual needs of citizens. The advantage is a simple inexpensive construction less conspicuous with greater sensitivity in less windy positions. The small dimensions of the structure allow placement on flat roofs, terraces, small gardens, etc.

The water engines are also of simple construction, they do not require the construction of the river bed and the water mains. By using floats, it is possible to stabilize the rotation of two-arm beams above the surface of shallow and slow watercourses. Because the engine is flowable in all directions of driving power, it is applicable to sea surf.

Claims (2)

Protection claims. Ί. A wind and water motor with a vertical shaft, a horizontally rotating two-arm beam with a pendulum-compact pair of mutually perpendicular blades that rotates the engine with a driving force acting unilaterally on one vertical resistance vane, characterized in that on. By means of a vertical rotating shaft (2), two swinging resonant seals (3) are pivoted by 90 ° to each other. an angle a firmly connected by a connecting double-sided bridge (4) which is rotated by the driven blade to its vertical position, in which it is immobilized by stopping the bumper (5) of the rocking-connecting bridge (4) by a stop. / 6 / on the motor shaft. 2. Wind turbine characterized in that the fixed stop (6) is replaced by two rotatable oval stops (7) connected by a vertical yoke (8), which by centrifugal force turns the oval stops (7) from a longer dimension into a shorter one, and in this way, the vertical blade together with the bumper (5) of the connecting bridge (4) can tilt further down the wind and tilt the opposite blade against the wind direction, which will start to brake the engine speed.