SU33017A1 - Wave-driven engine - Google Patents

Description

The invention relates to motors driven by waves and equipped with a comb gear and a speed controller, consisting of a friction gear with a speed number depending on the position of the centrifugal regulator clutch. In the proposed engine, a wheel fitted with end teeth is used, which sits on the extension of the shaft articulated with the alloy, in order to simultaneously transmit motion from the float; rotary-ratchet and reciprocating - frame.

In FIG. 1 shows a front view of the proposed engine, with a partial cut; FIG. 2 is a side view, partially cut-away; FIG. 3 is a top view of the float, partially cut away, and FIG. 4 is a section along AB in FIG. one.

Two frames are attached to the frame / with figured notches 2 (Fig. 1): reek 3. 3.Euidu reiki on 4 axles, place 5 of the strap 5, the right shoulders of which are longer than the left, thanks to which in the free state of the left series weights; with their left ends to the horizontal part of the notches, and the slats in the series with their right ends lie on the horizontal part of the notches; however, all the strips are horizontal. To the bottom of the ragchy attach -:

a protrusion 6 (FIG. 2) through which a rod 7 of circular section passes. The rod 7 can freely rotate from the opening of the protrusion 6, but cannot have a longitudinal movement relative to the projection due to the presence of couplings, which are hollowed to the rod. The lower end of the rod 7 enters into the cylindrical float 9 with the cover W and two through bolts 7 / (Fig. 1 and 3), which pass through the hole in the bar / 2, hollowed to the lower end of the rod 7. Between the bar / 2, the bottom and springs 73 are placed with the float cover. Under the float 9, a guide rod M Top / 5 of the rod, having a square cross-section, is freely passing through the wheel b (Figs. 1 and 2), which can be rotated in the protrusions of the fixed bracket / 7. The wheel / b is equipped with teeth 8 suspended in the annular groove of the wheel on axles 9 (Fig. 2 and 4). Behind the teeth there are stoppers 20 (Fig. 1), allowing the teeth to deflect only one side B. Several wheels of co.lgs / b placed wheel 2 / with ratchet tine teeth-n-. tightly mounted on a constant horizontal Ball 22 and located between 3 movable frames /.

The engine is fixed above the water surface so that the frame 7 with the float 9 can move freely in the vertical direction, and the crown; matte 77 with a wheel 16 and a horizontal I nü5Y shaft 22 with a wheel 21 were stationary. The engine float 9 is partially lowered into the water. When the water level fluctuates, the float and, with it, the frame / move B in a vertical direction. When the frame is raised, the right ones: the strips 5, rotating about the axes 4, are jerky passing by the wheel 2 / Е while the left strips, leaning the left shoulders on the notches frame; 7, the wheels 21 turn in the direction {zero; arrows. When the frame / I moves back down, the left planks freely pass by the wheel 27, and the right ones rotate it in the same direction; thus, the wheel rotates and rotates the shaft 22 all | time in the same direction. If, when the water and water are acting on the float, the float is built, in one particular direction due to the presence of No side walls of the float of the ridges 23, then the rotation of the float through the shaft 7-15 will be transmitted to the wheel 16, which transfers the wheel 27 the same nagfe. the manner in which it rotates from the action of the translation frame

The subject matter of the invention.

The motor, driven by waves, using a comb gear and a speed regulator, consisting of -SB of a friction gear with a number of revolutions, depended on the position of the clutch of the centrifugal regulator, from., Gigabyte, using wheel 76 , equipped with face teeth 75 and a seed; PI, it is on the extension 75 of shaft 7, articulated by means of springs with a float 9-for the purpose of transferring from the last independent and single-movement:; rapsvik 27 (rotary) and frame / ( rotate-translational).

FIG. f.

3} 3

/ -fl FF

 & -og: R

N-iliff.-4