Abstract: A generator for converting tidal fluctuation to electrical energy is provided. The generator includes at least a first energy transfer mechanism. The first energy transfer mechanism includes a weight that is floatable in water. The first energy transfer mechanism further includes a first driver gear and a coupling rod connecting the weight to the first driver gear. The coupling rod rotates the first driver gear when the weight rises or lowers while floating on the water. Therefore, linear vertical motion of the tides is converted into rotational motion. A rotor is rotated by the first driver gear when the first driver gear is rotated by the coupling rod.

Abstract: A generator for converting tidal fluctuation to electrical energy is provided. The generator includes at least a first energy transfer mechanism. The first energy transfer mechanism includes a weight that is floatable in water. The first energy transfer mechanism further includes a first driver gear and a coupling rod connecting the weight to the first driver gear. The coupling rod rotates the first driver gear when the weight rises or lowers while floating on the water. Therefore, linear vertical motion of the tides is converted into rotational motion. A rotor is rotated by the first driver gear when the first driver gear is rotated by the coupling rod.

Abstract: An adapter can be installed between the rotational stems of a vertical blinder head rail and the vertical blind slats. The adapter enables the head rail to be mounted horizontally to almost vertically. With the adapter installed, the vertical blinds can rotate freely and open and close properly without the binding that would occur without the adapter installed. The adapter is independent of the head rail design of vertical blind systems. The adapter can be easily installed between the stems and the slats and may be packaged with a vertical blind or may be sold separately at a low cost, enabling non-horizontal installation of the head rail.